manualshive.com logo in svg

Agilent Technologies 8960, Reference Manual

Share
Download
Agilent Technologies 8960 Reference Manual Download Page 362

362

S:\Hp8960\E1962B CDMA 2000\Pi Release\Reference Guide\Chapters\cdma2000_hpib_call_register.fm

CALL:REGister

CALL:REGister

“Diagram Conventions” on page 248

[:SRPeriod]

[

:IMMediate

]

:

DONE?

:

OPComplete?

CALL

:REGister

:

WAIT

(returns 1|0)

(returns 1)

:

SEQuential

:TIMer

Complex Command

:

RPERiod

:

STATe

<sp><num value>

? (returns num value)

<sp>

1

|

ON

|0|OFF

? (returns 1|0)

? (returns num value)

<sp><num value>

Summary of Contents for 8960

Page 1: ...0 Wireless Communications Test Set Agilent Technologies E1962B cdma2000 Mobile Test Application Reference Guide cdma2000 Test Application Revision B 02 Copyright Agilent Technologies 2000 2001 www agilent com find 8960support 1000 1806 ...

Page 2: ...er the copyright laws This material may be reproduced by or for the U S Government pursuant to the Copyright License under the clause at DFARS 52 227 7013 APR 1988 Agilent Technologies Inc Learning Products Department 24001 E Mission Liberty Lake WA 99019 9599 U S A Edition Print Date All Editions and Updates of this manual and their creation dates are listed below March 2001 E1962B cdma2000 Test ...

Page 3: ...e condition This instruction documentation contains information and warnings which must be followed by the user to ensure safe operation and to maintain the product in a safe condition ENVIRONMENTAL CONDITIONS This instrument is intended for indoor use in an installation category II pollution degree 2 environment It is designed to operate at a maximum relative humidity of 95 and at altitudes of up...

Page 4: ... ATMOSPHERE Do not operate the instrument in the presence of flammable gases or fumes DO NOT REMOVE THE INSTRUMENT COVER Operating personnel must not remove instrument covers Component replacement and internal adjustments must be made only by qualified service personnel Instruments that appear damaged or defective should be made inoperative and secured against unintended operation until they can b...

Page 5: ...pean Community A CE mark accompanied by a year indicated the year the design was proven CSA the CSA mark is a registered trademark of the Canadian Standards Association CERTIFICATION Agilent Technologies certifies that this product met its published specifications at the time of shipment from the factory Agilent Technologies further certifies that its calibration measurements are traceable to the ...

Page 6: ...s warranted customer will be entitled to a refund of the purchase price upon prompt return of the product 4 Agilent Technologies products may contain remanufactured parts equivalent to new in performance or may have been subject to incidental use 5 The warranty period begins on the date of delivery or on the date of installation if installed by Agilent Technologies If customer schedules or delays ...

Page 7: ... PROFIT OR DATA OR OTHER DAMAGE WHETHER BASED IN CONTRACT TORT OR OTHERWISE FOR CONSUMER TRANSACTIONS IN AUSTRALIA AND NEW ZEALAND THE WARRANTY TERMS CONTAINED IN THIS STATEMENT EXCEPT TO THE EXTENT LAWFULLY PERMITTED DO NOT EXCLUDE RESTRICT OR MODIFY AND ARE IN ADDITION TO THE MANDATORY STATUTORY RIGHTS APPLICABLE TO THE SALE OF THIS PRODUCT TO YOU ASSISTANCE Product maintenance agreements and ot...

Page 8: ...entatives on the Web at http www agilent tech com services English index html If you do not have access to the Internet one of these centers can direct you to your nearest representative United States Test and Measurement Call Center Toll free in US 800 452 4844 Europe 31 20 547 9900 Canada 905 206 4725 Japan Measurement Assistance Center 81 426 56 7832 81 426 56 7840 FAX Latin America 305 267 428...

Page 9: ...Netherlands Japan Agilent Technologies Japan Ltd tel 81 456 56 7832 Measurement Assistance Center fax 81 426 56 7840 9 1 Takakura Cho Hachioji Shi Tokyo 192 8510 Japan Latin America Agilent Technologies tel 305 267 4245 Latin America Region Headquarters fax 305 267 4286 5200 Blue Lagoon Drive Suite 950 Miami Florida 33126 U S A Australia New Zealand Agilent Technologies Australia Pty Ltd Australia...

Page 10: ...ccordingly EMC Standard IEC 61326 1 1997 A1 1998 EN 61326 1 1997 A1 1998 CISPR 11 1990 EN 55011 1991 IEC 61000 4 2 1995 A1 1998 EN 61000 4 2 1995 IEC 61000 4 3 1995 EN 61000 4 3 1995 IEC 61000 4 4 1995 EN 61000 4 4 1995 IEC 61000 4 5 1995 EN 61000 4 5 1995 IEC 61000 4 6 1996 EN 61000 4 6 1996 IEC 61000 4 11 1994 EN 61000 4 11 1994 Limit Group 1 Class A 1 4kV CD 8kV AD 3 V m 80 1000 MHz 0 5V signal...

Page 11: ...ing accordingly EMC Standard IEC 61326 1 1997 A1 1998 EN 61326 1997 A1 1998 CISPR 11 1990 EN 55011 1991 IEC 61000 4 2 1995 A1 1998 EN 61000 4 2 1995 IEC 61000 4 3 1995 EN 61000 4 3 1995 IEC 61000 4 4 1995 EN 61000 4 4 1995 IEC 61000 4 5 1995 EN 61000 4 5 1995 IEC 61000 4 6 1996 EN 61000 4 6 1996 IEC 61000 4 11 1994 EN 61000 4 11 1994 Limit Group 1 Class A 1 4kV CD 8kV AD 3 V m 80 1000 MHz 0 5kV si...

Page 12: ...EN 61326 1 1997 A1 1998 CISPR 11 1990 EN 55011 1991 IEC 61000 4 2 1995 A1 1998 EN 61000 4 2 1995 IEC 61000 4 3 1995 EN 61000 4 3 1995 IEC 61000 4 4 1995 EN 61000 4 4 1995 IEC 61000 4 5 1995 EN 61000 4 5 1995 IEC 61000 4 6 1996 EN 61000 4 6 1996 IEC 61000 4 11 1994 EN 61000 4 11 1994 Limit Group 1 Class A 1 4kV CD 8kV AD 3 V m 80 1000 MHz 0 5V signal lines 1kV power lines 0 5 kV line line 1 kV line...

Page 13: ...oduct has a sound pressure emission at the operator position 70 dB A Sound Pressure Lp 70 dB A At Operator Position Normal Operation According to ISO 7779 1988 EN 27779 1991 Type Test Herstellerbescheinigung Diese Information steht im Zusammenhang mit den Anforderungen der Maschinenlärminformationsverordnung vom 18 Januar 1991 Schalldruckpegel Lp 70 dB A Am Arbeitsplatz Normaler Betrieb Nach ISO 7...

Page 14: ...14 S Hp8960 E1962B CDMA 2000 Pi Release Reference Guide cdma2000_titlepage fm ...

Page 15: ... 39 Related Topics 40 Audio Analyzer Block Diagram 41 Related Topics 41 Audio Frequency Measurement Description 42 Considerations When Making Manual Audio Frequency Measurements 42 Related Topics 42 Audio Level Measurement Description 43 How is an Audio Level measurement made 43 Related Topics 43 Channel Power Measurement Description 44 How is a Channel Power measurement made 44 Channel Power Meas...

Page 16: ...l Frequency Operation 55 Modulation Frequency State 55 Filter Type 56 Detector Type 56 De emphasis State 56 Expandor State 56 Related Topics 56 Frequency Stability Measurement Description 57 How is a frequency stability measurement made 57 Operating Considerations 57 Input Signal Requirements 57 Worst Case Frequency Error 57 Triggering 57 Related Topics 57 Gated Power Measurement Description 58 Wh...

Page 17: ...istics 71 Input Signal Requirements 71 Related Topics 72 Waveform Quality Code Domain Measurement Description 73 How is a Waveform Quality Code Domain Power measurement made 73 Code Domain Power Graphical Display 74 75 Input Signal Requirements 75 Related Topics 75 Test Adherence to Standards 76 Standards Table 76 Measurement Related Configuration 81 Description 81 Related Topics 84 Call Processin...

Page 18: ...el Forward PICH 97 Settable F Pilot Parameters 97 Fixed F Pilot Parameters 97 GPIB Examples 97 Operating Considerations 97 Related Topics 97 Configuring the F OCNS Forward Orthogonal Channel Noise Simulator 98 Settable F OCNS Parameters 98 Fixed F OCNS Parameters 98 GPIB Examples 98 Operating Considerations 98 Related Topics 98 Configuring the F QPCH Forward Quick Paging Channel 99 Settable F QPCH...

Page 19: ...108 Step 3 Set Measurement Parameters 109 Step 4 Make a connection 110 Select an example 110 Test Set initiated connection 110 Mobile Station initiated connection 110 Step 5 INITiate and FETCh Measurements 111 INITiate measurements and FETCh results 111 Step 6 Reconfigure Test Set and Mobile Station Connection Parameters 116 Reconfigure the Test Set 116 Reconfigure the MS 116 Step 7 End the Connec...

Page 20: ...n Audio Frequency Measurement 154 Programming Example 154 Related Topics 154 Programming a Channel Power Measurement 155 Programming Example 155 Returned Values 157 Related Topics 157 Programming a Code Channel Time Phase Measurement 158 Programming Example 158 Related Topics 160 Programming a Digital Average Power Measurement 161 Programming Example 161 Returned Values 163 Related Topics 163 Prog...

Page 21: ...es 180 Related Topics 180 Programming a TDSO Frame Error Rate Measurement 181 Programming Example 181 Related Topics 183 Programming a Tx Spurious Emissions Measurement 184 Programming Example 184 Returned Values 187 Related Topics 187 Programming a Waveform Quality Code Domain Measurement 188 Programming Example 188 Related Topics 190 Preset Descriptions 191 Description 191 Related Topics 193 Rec...

Page 22: ...s Report 226 Description 226 Example 226 Related Topics 226 Concurrent Measurements 227 Description 227 Related Topics 227 Invalid Measurement Results 228 Description 228 Dealing With Semicolon Separated Response Data Lists 229 Description 229 Measurement Event Synchronization 231 Description 231 INITiate DONE 231 Programming Example 232 Operating Considerations 232 Call Processing State Synchroni...

Page 23: ...CALibration Subsystem 259 Description 259 Calibration Procedures 259 Recommended Calibration Intervals 260 Syntax Diagram and Command Descriptions 260 CALibration 261 CALL Subsystem 265 Description 265 Syntax Diagrams and Command Descriptions 265 CALL ACC 267 CALL CELL APARameter 268 CALL AVCTest 272 CALL AWGNoise POWer 273 CALL BAND 277 CALL CHANnel 278 CALL CELL CLPControl 280 CALL CONNected STA...

Page 24: ...Verse 316 CALL MS REPorted CLEar 320 CALL MS REPorted CPCLass 321 CALL MS REPorted CTXType 322 CALL MS REPorted DUAL MODE 323 CALL MS REPorted EIRP ESN 324 CALL MS REPorted MCC MIN1 MIN2 MNC MSIN 326 CALL MS REPorted ONUM OPER PCL PCON PNUM PREV QPCH 329 CALL MS REPorted RCON REG REV SCIN SCL TXT 333 CALL CELL NIDentity 336 CALL OCNSource 337 CALL CELL OPERating 340 CALL ORIGinate 341 CALL PAGing ...

Page 25: ... CALL CELL SYSTem 403 CALL TOTal POWer 404 CALL TRAFfic 406 CALL TRIGger TYPE 409 DISPlay Subsystem 410 Description 410 Syntax Diagram and Command Descriptions 410 DISPlay 411 FETCh Subsystem 414 Description 414 Syntax Diagrams and Command Descriptions 414 FETCh AFANalyzer 415 FETCh ATXPower 424 FETCh CAPPower 427 FETCh CCTPhase 428 FETCh CFERror 432 FETCh CPOWer 434 FETCh CTXSpurious 436 FETCh DA...

Page 26: ...scriptions 481 Description 481 Program Example READ DAPower 482 READ 483 RFANalyzer Subsystem 494 Description 494 RFANalyzer 495 SETup Subsystem 503 Description 503 Syntax Diagrams and Command Descriptions 504 SETup AFANalyzer 505 SETup ALL CONTinuous 512 SETup ATXPower 513 SETup CAPPower 517 SETup CCTPhase 520 SETup CFERror 524 SETup CPOWer 528 SETup CTXSpurious 532 SETup DAPower 536 SETup FM 540...

Page 27: ...cs 633 SYSTem BEEPer 634 SYSTem CONFigure INFormation HARDware VERBose 635 SYSTem COMMunicate 636 SYSTem CORRection 639 SYSTem CURRent TA 645 SYSTem ERRor 646 SYSTem MEASurement RESet 647 SYSTem PRESet 648 SYSTem ROSCillator 650 SYSTem SYNChronized 651 IEEE 488 2 Common Commands 652 Description 652 See also 653 How Do I Make Measurements on a Mobile Station 656 A Establish a call 656 B Select meas...

Page 28: ...ring Waveform Quality 673 Measuring Handoff Waveform Quality 674 Measuring Digital Average Power 675 Measuring Channel Power 676 Measuring Access Probe Power 677 Measuring Frame Error Rate FER 678 Measuring TDSO Test Data Service Option Frame Error Rate FER 679 Measuring Code Domain Power and Code Domain Power Noise 680 Measuring Code Channel Time Phase Error 682 Measuring Gated Power 683 Measurin...

Page 29: ...bleshooting 708 Possible Setup Issues 708 Interpreting Integrity Indicator values 708 Related Topics 708 Frame Error Rate Measurement Troubleshooting 709 Possible Setup Issues 709 Interpreting Integrity Indicator values 709 Related Topics 709 Frequency Modulation FM Troubleshooting 710 Possible Setup Issues 710 Interpreting Integrity Indicator values 711 Frequency Stability Measurement Troubleshoo...

Page 30: ...ted Topics 721 Fixed Timer Messages 722 Description 722 Manual User Error Messages 725 Description 725 400 through 499 Error Message Descriptions 726 Description 726 300 through 399 Error Message Descriptions 727 Description 727 200 through 299 Error Message Descriptions 729 Description 729 100 through 199 Error Message Descriptions 732 Description 732 100 through 199 Error Message Descriptions 73...

Page 31: ...ion Information IDN 760 Description 760 Related Topics 760 Hardware Configuration Report 761 Description 761 Related Topics 762 cdma2000 Revision Information 763 B 02 release September 2001 763 B 01 release March 2001 765 Display Brightness 767 Description 767 Related Topics 767 Display Mode Track Fast 768 Description 768 Writing Messages to the Display 768 Related Topics 769 Test Set Beeper 770 D...

Page 32: ... 774 Description 774 Related Topics 774 Test Application Switching 775 Description 775 Related Topics 776 Test Application Revisions and Licenses 777 Description 777 Related Topics 778 Test Application Name 779 Description 779 Related Topics 779 ...

Page 33: ...33 S Hp8960 E1962B CDMA 2000 Pi Release Reference Guide Chapters ch_measurements fm Measurements Measurements ...

Page 34: ...nel Power X X X X Waveform Quality Code Domain X Xa a Code domain is not available in RC1 RC2 or IS 95 but it is displayed on the instrument s display for these configurations X Xa Access Probe Power X X Frame Error Rate X X TDSO Frame Error Rate X Handoff Waveform Quality X Gated Power X X X Time Response of Open Loop Power X X X X Code Channel Time and Phase X X TX Spurious Emissions X X X X Ana...

Page 35: ...the standards This parameter specifies the step increase in transmit power between each access probe within an access probe sequence Maximum Request Sequence MAX_REQ_SEQ in the standards This parameter specifies the maximum number of access probe sequences for an access channel request Changing the number of steps and step size will affect the power level displayed if more than one access probe is...

Page 36: ...be_desc fm Access Probe Power Measurement Description Related Topics Programming an Access Probe Power Measurement CALL CELL APARameter SETup CAPPower FETCh CAPPower INITiate READ ABORt Test Adherence to Standards Access Probe Power Troubleshooting Channel Power Measurement Description ...

Page 37: ...within 3 dBm of the expected input power to meet specifications Results are provided for signals within 5 dB to 10 dB of the expected power but performance is not warranted See Active Cell Operating Mode on page 86 and Receiver Control on page 194 for information on setting the expected input frequency and power level Considerations When Making Manual Analog Transmit Power Measurements When manual...

Page 38: ...asurement results are affected by the Amplitude Offset setting SINAD Distortion State Select On or Off to enable or disable the SINAD and Distortion measurements When On these measurement results are displayed below the Audio Level measurement and the SINAD Distortion Fundamental Frequency must be entered to specify the audio frequency for the measurement range 100 Hz to 10 kHz When Off four dashe...

Page 39: ...ring Off disables the expandor state off Trigger Source Audio Analyzer measurements use immediate triggering and are continuously re triggered by the analyzer any time the Trigger Arm parameter is set to Continuous Trigger timing is independent of any mobile protocol signaling Considerations When Making Manual Audio Analyzer Measurements When manually controlling the test set from the front panel ...

Page 40: ...age 43 Audio Frequency Measurement Description on page 42 SINAD Measurement Description on page 64 Distortion Measurement Description on page 52 Programming an Audio Frequency Measurement on page 154 Programming an Audio Level Measurement on page 152 Programming a SINAD Measurement on page 177 Programming a Distortion Measurement on page 164 Statistical Measurement Results on page 216 Multi measur...

Page 41: ...page 38 Measurement Receiver and Sampler 100 Hz BW BPF C Message None 50 Hz 15 kHz 300 Hz 15 kHz 100 Hz BW BPF Center Freq 750 µs De emphasis Expandor AUDIO IN SINAD Distortion Fundamental Freq SINAD Distortion Filter Type De Emphasis State RMS Peak Off On SINAD Distortion State Detector Type Audio Level Result SINAD Distortion Results Expected Peak Voltage Expandor Reference Level Audio Frequency...

Page 42: ...nd then hand off to an AVC and select an analog measurement the analog measurement may not trigger and display a result This is because the digital measurement is still waiting for a burst transmission to trigger it which it won t get from an analog signal and therefore the measurements freeze To prevent this from happening when making analog measurements either turn off the digital measurements o...

Page 43: ... on using the Audio Analyzer see Audio Analyzer Measurement Description on page 38 This measurement is not affected by the Amplitude Offset setting Considerations When Making Manual Audio Level Measurements When manually controlling the test set from the front panel all measurements default to using continuous triggering If you make digital measurements on a DTC using RF Rise or Protocol triggerin...

Page 44: ...at least one on power control group in each half frame the test set is able to search for and measure power during at least one on period Therefore normal channel power measurements can be made when the mobile station is transmitting less than full data rate or is in one of the echo service options mobile station is gating its output power according to speech activity Fast channel power measuremen...

Page 45: ...lease Reference Guide Chapters cdma2000_meas_cpower_desc fm Channel Power Measurement Description Related Topics READ Subsystem SETup CPOWer INITiate FETCh CPOWer Digital Average Power Measurement Description Test Adherence to Standards ...

Page 46: ...tween the coding of each Walsh channel and the reverse channel pilot The phase error measurement determines whether there is any phase difference as shown in Figure 1 that would cause a rotation in the I Q constellation away from the decision points Figure 1 I Q Constellation Showing Phase Error Code channel time phase error measurements are made by sampling the down converted input signal then ap...

Page 47: ...chan_desc fm Code Channel Timing and Phase Measurement Description Figure 2 Code Channel Time Phase Error NOTE If the amount of timing or phase error is negligible the red error bars may momentarily disappear Table 2 on page 48 lists the code channel time and phase measurement results ...

Page 48: ... graphs because of the bit reversed order can display channels with a spreading factor less than 16 such as the R SCH Reverse Supplemental CHannel using one bin For example Figure 3 shows four active code channels displayed in four bins In bin four Walsh code channels 1 3 5 7 9 11 13 and 15 are all included in a single channel If the Walsh numbering on the test set s display were sequential the th...

Page 49: ...a2000_meas_codechan_desc fm Code Channel Timing and Phase Measurement Description Figure 3 Code Channel Timing Graph With R SCH Spread Factor 16 Bin 1 Walsh code 8 Spread Factor 16 Bin 2 Walsh code 4 Spread Factor 4 Bin 3 Walsh code 2 Spread Factor 8 Bin 4 Walsh code 1 ...

Page 50: ...hannel which is located at Walsh 0 bin 0 Input Signal Requirements The Code Channel Timing and Phase measurement meets or exceeds specifications when the following requirements are met The frequency of the signal being measured must be in the range of 412 MHz to 483 MHz 800 MHz to 960 MHz or 1 7 GHz to 2 0 GHz and within 100 kHz of the expected frequency The signal level into the test set s RF IN ...

Page 51: ...sured This measurement uses autoranging based on the open loop power control response of the mobile station to set up the receiver signal path attenuation Digital Average Power measurement characteristics The digital average power measurement has greater than 2 GHZ bandwidth For this reason significant signal energy outside the IS 2000 SR1 1 25 MHz signal bandwidth will increase the measured value...

Page 52: ...r Measurement Description on page 38 The distortion measurement can be used to perform the audio harmonic distortion test In this test two audio signals are used a 1004 Hz tone and the 6000 Hz SAT The 1004 Hz tone is notched out to make the measurement See IS 137A section 2 2 2 5 for more information Considerations When Making Manual Distortion Measurements When manually controlling the test set f...

Page 53: ...ult before the maximum frame count is reached if statistically there is a 95 percent probability that the percentage of frame errors would not exceed the FER requirement value if the measurement were allowed to reach the maximum frame count The FER measurement will return a Fail result before the maximum frame count is reached if statistically there is a 95 percent probability that the percentage ...

Page 54: ...E1962B CDMA 2000 Pi Release Reference Guide Chapters cdma2000_meas_fer_desc fm Frame Error Rate Measurement Description Related Topics READ Subsystem SETup CFERror INITiate FETCh CFERror Test Adherence to Standards ...

Page 55: ...rigger sources are not used Considerations When Making Manual FM Measurements When manually controlling the test set from the front panel all measurements default to using continuous triggering If you make digital measurements on a DTC using RF Rise or Protocol triggering and then hand off to an AVC and select an analog measurement the analog measurement may not trigger and display a result This i...

Page 56: ...hen making FM deviation measurements RMS Peak Peak The Peak and Peak detectors measure the greatest positive or negative frequency excursion in carrier frequency during the sample The RMS detector measures the root mean squared value This setting does not affect the distortion measurement De emphasis State Select On or Off to enable or disable respectively 750 µs de emphasis Expandor State Select ...

Page 57: ...l Requirements The received signal s frequency must be within the interval 293 MHz to 2 7 GHz and be within 200 kHz of the expected frequency See Measurement receiver frequency on page 195 The power level of the signal source must be between 30 to 43 dBM and be within 3 dB of the expected power See CW receiver power on page 194 If the received signal has FM the modulation index must be no greater ...

Page 58: ...ased resolution This trace spans the time period from 15 uS to 1262 uS relative the beginning of the burst The Zoomed part of Full Zoomed trace details the area highlighted by a vertical bar displayed on the Full trace This vertical bar can be positioned in any one of 14 locations along the entire length of the zoomed burst The extreme left and right vertical bar positions encompass the Rise Fall ...

Page 59: ...the time associated with each data point from 0 to 5 264 as returned by the FETCh GPOWer TRACe command Equation 1 Time Association For Data Points 0 through 370 where t1 is the sampling period for each data point and p is the data point of interest from 0 to 5 264 Equation 2 Time Association For Data Points 371 through 4893 where t1 is the sampling period for each data point and p is the data poin...

Page 60: ...e fall graphs will be compressed in time Each data point will span a time period four times longer than the rise fall data points This will result in about one fourth the display resolution when compared with the rise fall traces Table 4 Graticule Line Labeling for all Zoomed Traces Zoom Position DSP Output Range points Count of Data Points µ s Graticule Line 0 µ s Graticule Line 2 µ s Graticule L...

Page 61: ...e required for the gated power measurement Operating Mode must be Active Cell System Type must be IS 95 or IS 2000 with Radio Config set to Fwd1 Rvs1 or Fwd2 Rvs2 FCH Service Option Setup must be set to SO2 or SO9 loopback service option Traffic Data Rate must be set to Eighth Input Signal The gated power measurement meets or exceeds specifications when the following input signal requirements are ...

Page 62: ...bove Waveform quality measurements are made by sampling the down converted input signal then applying DSP Digital Signal Processing techniques to determine the original data input to the mobile station transmitter s Walsh spreading function for each channel The DSP then generates a representation of what the ideal signal would be given the coding and data in use at the time of transmission The ide...

Page 63: ...or exceeds specifications when the following input signal requirements are met The frequency of the signal being measured must be in the range of 412 MHz to 483 MHz 800 MHz to 960 MHz or 1 7 GHz to 2 0 GHz and within 100 kHz of the expected frequency The signal level into the test set s RF IN OUT connector must be in the range of 25 dBm to 37 dBm and within 9 dBm of the expected input power see RF...

Page 64: ...RF Communications Test Set to measure SINAD you may notice that the Agilent 8960 Series 10 test set s SINAD value may be lower by up to 0 8 dB when measuring 12 dB SINAD This is due to the more precise digital notch filter used by the 8960 causing a more accurate noise measurement to be made The 8920B uses an analog filter that does not have as tight a filter notch as the 8960 Considerations When ...

Page 65: ... specifies the number of measurement points which are evenly spaced through the specified frequency range Measurement settling time can be set to specify how long the audio signal is generated at each frequency before a measurement is made by the audio analyzer This is used to account for settling time in the device being tested and any signal delay through the device Increasing the settling time ...

Page 66: ...cy while using swept audio measurements is not allowed and causes an error message to be displayed Specifying a Specific Measurement Frequency Point Within a Sweep If you need to make sure that a measurement is performed at a specific frequency within the sweep you can use the following algorithms to calculate the values to enter For example if you wanted to make a measurement at 1004 Hz F during ...

Page 67: ...ated Topics Programming a Swept Audio Measurement on page 179 Swept Audio Measurement Troubleshooting on page 715 Audio Analyzer Measurement Description on page 38 Audio Level Measurement Description on page 43 Distortion Measurement Description on page 52 SINAD Measurement Description on page 64 Test Adherence to Standards on page 76 ...

Page 68: ... The test set attempts a TDSO FER measurement when a call is connected using Service Option SO32 F SCH To establish a call with Service Option 32 you must select Radio Config Fwd3 Rvs3 or Radio Config Fwd4 Rvs3 and select SO32 F SCH A mobile station originated call can be made or you can press the Originate Call F3 key A TDSO FER display is shown below in Figure 6 with 512 frames selected Figure 6...

Page 69: ... mobile station keeps a running count of Good Frames Received Bad Frames Received Blank Frames Received Bad Frames Instead of Blank Frames Received Total Bad Frames Received Also during the second frame interval the test set keeps a running count of Good Frames Transmitted Blank Frames Transmitted At the end of the second frame interval the test set retrieves frame count data from the mobile stati...

Page 70: ... setup parameters including the supplemental channel data rate encoder type and power level Standards specify data rates and Eb Nt Eb Nt can be set by adjusting F SCH and AWGN level If trigger arm is set to Single the first TDSO FER measurement will be displayed and then the test set will wait until it is triggered by a GPIB command or the START SINGLE key before the next sync frame is staged If N...

Page 71: ...cs Tx Spurious Emissions measurements are usually made with the mobile station transmitting at its full power traffic channel and fundamental channel control is available in the measurement setup menu Limit lines are shown on the graphical display These lines are set based on the current Cell Band selection If the signal energy exceeds a limit line the word Fail appears on the display The x axis o...

Page 72: ... Pi Release Reference Guide Chapters cdma2000_meas_tx_spurious_desc fm Tx Spurious Emissions Measurement Description Related Topics Programming a Tx Spurious Emissions Measurement Tx Spurious Emissions Measurement Troubleshooting ...

Page 73: ... time a call is connected waveform quality measurements can be made Any combination of service option radio configuration or data rate can be measured Waveform quality measurements are made by sampling the down converted input signal then applying DSP Digital Signal Processing techniques to determine the original data input to the mobile station transmitter s Walsh spreading function for each chan...

Page 74: ...s The power and power noise graphs because of the bit reversed order can display channels with a spreading factor of less than 16 such as the R SCH Reverse Supplemental CHannel using one bin For example Figure 8 shows the Q channel with the R FCH Reverse Fundamental CHannel in bin 1 on channel 4 the R SCH in bin 2 on channel 1 composed of channels 1 9 5 13 Figure 8 Code Domain Power Graph with R S...

Page 75: ...rements are met The frequency of the signal being measured must be in the range of 412 MHz to 483 MHz 800 MHz to 960 MHz or 1 7 GHz to 2 0 GHz and within 100 kHz of the expected frequency The signal level into the test set s RF IN OUT connector must be in the range of 25 dBm to 37 dBm and within 9 dBm of the expected input power see RFANalyzer AUTO POWer SELected to meet specifications Related Top...

Page 76: ... Mode 5 Forward RC5 Yes supports SO32 TDSO on F SCH 3 1 Frequency Requirements Supports Band Class 0 1 3 4 5 6 9 3 2 1 1 Idle Handoff in Non slotted Mode Test 1 No requires two synchronized Base Station Emulators 3 2 1 1 Idle Handoff in Non slotted Mode Test 2 No requires two synchronized Base Station Emulators 3 2 1 2 Idle Handoff in Slotted Mode on Paging Channel No requires two synchronized Bas...

Page 77: ...GN No Possible future enhancement 3 3 3 2 1 Spreading Rate 1 BCC No Possible future enhancement 3 3 3 2 2 Spreading Rate 3 BCC No Possible future enhancement 3 3 4 Demodulation of Broadcast Control Channel in Multipath Fading Channel No Possible future enhancement 3 3 4 2 1 Spreading Rate 1 BCC No Possible future enhancement 3 3 4 2 2 Spreading Rate 3 BCC No Possible future enhancement 3 3 5 Demod...

Page 78: ...ifferent Power Control Sets During Soft Handoff Test 1 and Test 2 No requires soft handoff capability 3 4 5 Decision of Power Control Bit for Channels Belonging to the Same Power Control Set No requires soft handoff capability 3 4 6 Demodulation of Power Control Subchannel During Soft Handoff No requires soft handoff capability 3 4 7 Demodulation of Forward Traffic Channel in Multipath Fading Chan...

Page 79: ...d Channel Test 1 and Test 2 No 4 1 Transmit Frequency Accuracy Yes uses the rho or EVM measurement method 4 2 1 CDMA to CDMA Hard Handoff Partially performs F1 to F2 Hard handoffs but cannot make the required timing measurement 4 2 2 Transmit Power after Hard Handoff No 4 2 3 Candidate Frequency Single Search No 4 3 1 Time Reference Yes uses the rho or EVM measurement method Time Reference Slew Ra...

Page 80: ...ontrolled Output Power Uses channel power measurement 4 4 7 Standby Output Power and Gated Output Power Partially the E1962B has graphical Gated Power measurements 4 4 8 Power up Function Output Power No 4 4 9 Code Channel to Reverse Pilot Output Power Accuracy Yes except Enhanced Access Channel Header Enhanced Access Channel Data and Reverse Common Control Channel Data 4 4 10 Reverse Pilot Channe...

Page 81: ...ly one comma separated string is sent to set up frequency points and another comma separated string assigns the corresponding amplitudes GPIB Commands OUTPUT 714 SYSTEM CORRECTION SFREQUENCY 1710 2 MHZ 1805 2 MHZ 1784 8 MHZ 1879 8 MHZ sets the first 4 frequencies in the amplitude offset table OUTPUT 714 SYSTEM CORRECTION SGAIN 2 55 3 12 3 68 4 23 sets the first 4 amplitude offsets in the amplitude...

Page 82: ...m the mobile station the displayed and queried values are offset to show the level at the mobile station For example with the mobile station transmitting 12 dBm and a 3 dB amplitude offset is entered the measured power at the test set would be 9 dBm The displayed power level is automatically adjusted to 12 dBm to show the level at the mobile station If the expected power which can be set manually ...

Page 83: ...MHz and highest 1710 2 MHz frequency points that are not entered in the table the test set will calculate offsets using piece wise linear interpolation The graph shown in Figure 13 is a conceptual representation of the test set s amplitude offset configuration using the settings from the RF IN OUT Amplitude Offset table in Figure 12 RF IN OUT Amplitude Offset Setup Each of the five points are show...

Page 84: ...e offset that is paired with the nearest frequency point IMPORTANT It is highly recommended that amplitude offsets are set up for each test frequency This eliminates inaccuracies due to the mismatch between the test set s linear interpolation and the actual frequency response of the RF path between the test set and mobile station Related Topics SYSTem CORRection Amplitude Offset Interpolation 5 4 ...

Page 85: ...85 S Hp8960 E1962B CDMA 2000 Pi Release Reference Guide Chapters ch_call_processing fm Call Processing Call Processing ...

Page 86: ...Zone based and timer based registration controls Hard handoffs between frequency bands and physical RF channels Service option negotiation during access state or on traffic channels Voice echoing through the mobile s earpiece Automatic frequency control and power ranging of the test set s receiver Mobile station reported information such as mobile station parameters Closed loop power control Setti...

Page 87: ...If needed you can disable this operation by selecting manual receiver power control See Receiver Control on page 194 SAT modulation of the test set s forward AVC can be turned on or off and can be set to any of the three color code frequencies Internal FM of the forward AVC is available for various audio frequency tests An external FM source can be used to provide addition frequency modulation of ...

Page 88: ... dBm OUTPUT 714 CALL SETup MS ANALog TXLevel CELLular 2 5 Turn the forward channel AVC SAT on OUTPUT 714 CALL AVCTest AVC SATone STATe ON 6 Set the SAT color code to SAT1 5970 Hz OUTPUT 714 CALL SETup AVC SATone SAT1 7 Turn on internal FM and set the deviation to 8 0 kHz and the rate to 1004 Hz OUTPUT 714 CALL FM INTernal 8 KHZ INT FREQuency 1004 HZ If you do not want internal FM on use the FM Sta...

Page 89: ...t the base station emulator s RF generator to 893 310 MHz the forward channel frequency for channel 777 OUTPUT 714 CALL RFGenerator FREQuency 893 310 MHZ 4 Enable manual receiver frequency control and tune the measurement receiver to 848 31 MHz reverse channel 777 OUTPUT 714 RFANalyzer MANual MEASurement 848 310 MHZ 5 Enable manual control of the receiver s expected analog input level power settin...

Page 90: ... reverse channel carrier If you modulate your mobile s carrier you can measure the frequency modulation characteristics See Analog Transmit Power Measurement Description on page 37 Frequency Stability Measurement Description on page 57 and Frequency Modulation FM Measurement Description on page 55 Related Topics Programming Getting Started Guide for cdma2000 Mobile Test on page 1 Receiver Control ...

Page 91: ...c and paging channels This is consistent with normal system acquisition procedures and results in the mobile station reaching the mobile station idle state In active cell operating mode the mobile station at this point would autonomously perform a power up registration after entering the idle state A call could then be initiated using over the air call processing and the fundamental channel would ...

Page 92: ...l at the same frequency or at a different frequency No interaction exists between these controls Expected CW power measurement receiver frequency and uplink receiver frequency are available as manual settings only no automatic control is provided CW Mode Operation The following command examples show you how to control each function for CW operating mode 1 Select CW operating mode OUTPUT 714 CALL O...

Page 93: ...l to 10 dBm See CALL FCHannel SLEVel SELected Setting the F FCH Walsh code OUTPUT 714 CALL FCH WALSH CODE14 would set the F FCH Walsh code to 14 See CALL FCHannel WALSh Operating Considerations The terms traffic and fundamental channels are used interchangeably within IS 2000 Commands that control parameters for either code channel control both For instance setting the data rate using the CALL TRA...

Page 94: ...SI type F Paging IMSI MCC mobile country code F Paging IMSI MNC mobile network code F Paging IMSI MSIN mobile station identification number F Paging maximum slot cycle index Fixed F Paging Parameters The F Paging Walsh code is fixed at code channel number 1 GPIB Examples Setting the F Paging state and level complex command OUTPUT 714 CALL PAG 12 DB would set the F Paging state on and set the level...

Page 95: ... the mobile station has registered as non slotted The test set will use the lesser value of CALL MS REPorted SCINdex a mobile station reported parameter or CALL PAGing SCINdex MAXimum a settable paging channel parameter for slotted mode paging The test set will automatically update the F Paging mobile station phone number whenever a new MIN1 and MIN2 or MSIN are received from the mobile station Re...

Page 96: ...rd channel convolutional encoder will be selected regardless of the encoder setting GPIB Examples Setting the F SCH level and state complex command OUTPUT 714 CALL SCH 15 6 DB would set the F SCH state on and set the level to 15 6 dB See CALL SCHannel SLEVel SELected Setting the F SCH data rate OUTPUT 714 CALL SCH DRATE RCONFIG3 BPS38400 would set the F SCH data rate for forward channel radio conf...

Page 97: ...et Fixed F Pilot Parameters F Pilot Walsh code is fixed at code channel number 0 GPIB Examples Setting the F Pilot Level OUTPUT 714 CALL PIL 8 DB would set the F Pilot state on and set the level to 8 dB See CALL PILOT SLEVel SELected Querying the F Pilot Level OUTPUT 714 CALL PIL LEVel would query the last setting that was made to the F Pilot level See CALL PILOT LEVel SELected Operating Considera...

Page 98: ..._OCNS is fixed at 1 F OCNS Walsh code is fixed at code channel number 80 GPIB Examples Setting F OCNS Walsh code OUTPUT 714 CALL OCNSOURCE WALSH CODE5 would set the F OCNS Walsh code to 10 See CALL OCNSource WALSh SELected Querying F OCNS level OUTPUT 714 CALL OCNSOURCE LEVEL would query the last F OCNS calculation See CALL OCNSource LEVel SELected Operating Considerations F OCNS is a read only va...

Page 99: ...he test set s operating mode is IS 2000 test mode See CALL D2KTest QPCHannel INDicator PAGing Fixed F QPCH Parameters QPCH_RATE is fixed at 9600 bps QPCH_CCI_SUPPORTED is fixed at 0 NUM_QPCH is fixed at 1 The F QPCH Walsh code is fixed at code channel number 80 GPIB Examples Setting F QPCH Level relative to pilot channel level OUTPUT 714 CALL QPCH RTP 3 DB would set the F QPCH state on and set the...

Page 100: ...es not support quick paging the presence of quick pages should not affect its ability to respond to normal pages The QPCH relative to pilot level is sent to the mobile station in the Extended System Parameters message to allow mobile stations to adjust their expected receiver power level When the state of the QPCH is on see CALL QPCHannel STATe OCNS see Configuring the F OCNS Forward Orthogonal Ch...

Page 101: ...ync Parameters F Sync level F Sync state Fixed F Sync Parameters The F Sync Walsh code is fixed at code channel number 32 GPIB Examples Setting the F Sync state and level complex command OUTPUT 714 CALL SYNC 16 DB would set the F Sync state on and set the level to 16 dB See CALL SYNC SLEVel SELected Querying the F Sync Level OUTPUT 714 CALL SYNC LEVel would query the last setting that was made to ...

Page 102: ...ing an Active Link with the Mobile Station Establishing an Active Link with the Mobile Station Making a Mobile Station Originated Call See Mobile Station initiated connection Making a Base Station Originated Call See Making a Base Station Originated Call Related Topics How Do I Set Up a Call on page 660 ...

Page 103: ...Reference Guide Chapters cdma2000_prog_call_handoff fm Performing a Handoff Performing a Handoff Making a Handoff See How Do I Perform a Handoff Related Topics How Do I Perform a Handoff on page 668 How Do I Change Cell Information on page 664 ...

Page 104: ...rmation window will display the registration data received from the mobile station The test set has the capability to initiate two types of registrations One is a zone based registration also referred to as forced registration The other type is timer based registrations a feature which provides a setting for the time interval between registrations See CALL REGister on page 362 Many mobile stations...

Page 105: ...105 S Hp8960 E1962B CDMA 2000 Pi Release Reference Guide Chapters ch_general_programming fm Programming Programming ...

Page 106: ...outs Activate GPIB Debugger Fully Preset the Test Set To set up the test set you begin by sending the RST and OPC commands along with a global timeout The RST command is used to perform a full reset of the test set returning it to a known state The OPC command clears all status registers to assure accurate query functionality 31 CLEAR SCREEN 40 Testset 714 41 42 43 PRESET TEST SET 44 45 46 OUTPUT ...

Page 107: ...command 51 52 VARIABLE DECLARATIONS FOR CALL SET UP MOBILE SPECIFIC 53 54 61 Systype DIGITAL2000 70 Band USCELLULAR 80 Channel 384 81 Handoffchan 500 90 Sid 1 100 Nid 1 110 Radio_config F3R3 120 Service_opt SO2 142 143 144 SET PATH LOSS VALUES 145 146 150 Loss_frequency 851 MHZ 896 MHZ 160 Expected_loss 2 2 170 OUTPUT Testset SYST CORR FREQ Loss_frequency 180 OUTPUT Testset SYST CORR Expected_loss...

Page 108: ...ST 258 OUTPUT Testset CALL OPER MODE CALL 270 OUTPUT Testset CALL SYST Systype 280 OUTPUT Testset CALL BAND Band 290 OUTPUT Testset CALL CHAN Channel 300 OUTPUT Testset CALL POW 50 310 OUTPUT Testset CALL SID Sid 320 OUTPUT Testset CALL NID Nid 330 OUTPUT Testset CALL RCON Radio_config 340 OUTPUT Testset CALL SOPT Service_opt 350 OUTPUT Testset CALL PROT PREV6 360 OUTPUT Testset CALL PAG DRAT FULL...

Page 109: ...nt Parameters This step gives an example of how you can configure measurement parameters For more information about measurement parameters refer to the Introduction to Programming the Agilent Technologies 8960 Step 3 10 OUTPUT Testset SET CONT OFF 20 OUTPUT Testset SET WQU TIM STIM 10 30 OUTPUT Testset SET DAP TIM STIM 5 40 OUTPUT Testset SET CPOW TIM STIM 5 50 ...

Page 110: ...14 CONNECT CALL 515 516 526 Page the mobile station 527 528 DISP Paging mobile station 529 OUTPUT Testset CALL ORIG 530 OUTPUT Testset CALL CONN STAT 531 ENTER Testset Call_connected 532 IF NOT Call_connected THEN 540 PRINT Call attempt failed 550 STOP 560 ELSE 570 PRINT Call connected 571 PRINT 580 END IF 581 Tot_timer TIMEDATE Mobile Station initiated connection In this case there is no need to ...

Page 111: ... Testset CALL PIL Pilot 810 OUTPUT Testset CALL FCH Traffic 820 830 Obtain and display measurement results 831 840 OUTPUT Testset SYST SYNC 841 ENTER Testset Syst_sync 842 843 Wqu_timer TIMEDATE 850 OUTPUT Testset INIT WQU 860 LOOP 870 OUTPUT Testset INIT DONE 880 ENTER Testset Meas_done 890 EXIT IF Meas_done WQU 900 END LOOP 910 OUTPUT Testset FETC WQU 920 ENTER Testset Integrity Rho Freq_error T...

Page 112: ...rement results 1002 Fer_timer TIMEDATE 1003 OUTPUT Testset INIT CFER 1004 DISP Measuring FER 1005 LOOP 1006 OUTPUT Testset INIT DONE 1007 ENTER Testset Meas_done 1008 EXIT IF Meas_done CFER 1009 END LOOP 1010 OUTPUT Testset FETC CFER 1012 ENTER Testset Integrity Fer_test Fer_ratio Fer_count Frames_tested 1013 1014 SELECT Fer_test 1015 CASE 0 1016 Pass_fail PASSED 1017 CASE 1 1018 Pass_fail FAILED ...

Page 113: ...CALL CLPC REV MODE UP 1060 Obtain measurement results 1061 1062 WAIT 1 Settling time 1063 Max_timer TIMEDATE 1064 OUTPUT Testset INIT DAP 1065 LOOP 1066 OUTPUT Testset INIT DONE 1067 ENTER Testset Meas_done 1068 EXIT IF Meas_done DAP 1069 END LOOP 1070 OUTPUT Testset FETC DAP 1071 ENTER Testset Integrity Avg_power_dbm 1072 1073 Avg_power_dbw Avg_power_dbm 30 1074 1075 Display measurements if the m...

Page 114: ...6 1118 OUTPUT Testset CALL CONN DROP TIM 0 1119 OUTPUT Testset CALL POW Ior 1120 OUTPUT Testset CALL PIL Pilot 1121 OUTPUT Testset CALL FCH Traffic 1122 OUTPUT Testset CALL CLPC REV MODE DOWN 1124 1125 Obtain measurement results 1126 1127 WAIT 1 1128 Min_timer TIMEDATE 1129 OUTPUT Testset INIT CPOW 1130 LOOP 1131 OUTPUT Testset INIT DONE 1132 ENTER Testset Meas_done 1133 EXIT IF Meas_done CPOW 113...

Page 115: ... Results 1154 PRINT Integrity indicator Integrity 1156 Print_results Maximum Power dBm Channel_power dBm 1 23 MHz 1157 PRINT 1158 Min_time PROUND TIMEDATE Min_timer 2 1161 Print_results Min Power Test Time Min_time secs 1162 PRINT 1163 1164 Post Minimum Power Test Cleanup 1165 1166 OUTPUT Testset CALL CLPC REV MODE ACT 1167 OUTPUT Testset CALL CONN DROP TIM STAT 1 1168 OUTPUT Testset RFAN CONT POW...

Page 116: ...ng the call off to a different channel 600 Set up a hard handoff 610 OUTPUT Testset CALL SET BAND USC 620 OUTPUT Testset CALL SET CHAN Handoffchan 630 640 Perform a hard handoff 650 OUTPUT Testset CALL HAND 660 OUTPUT Testset CALL CONN STAT 670 ENTER Testset Call_connected 680 IF NOT Call_connected THEN 690 DISP Handoff attempt failed program stopped 700 STOP 710 ELSE 720 PRINT Handoff completed 7...

Page 117: ...1181 ENTER Testset Call_status 1182 PRINT Call Ended Status Call_status 1183 Tot_time PROUND TIMEDATE Tot_timer 2 1184 PRINT 1185 Print_results Test Time Tot_time secs 1186 PRINT 1187 1188 End Program 1189 End_program Secondary timeout handler 1190 DISP End of Program 1191 END 1192 1193 1194 Subroutine Section 1195 1196 1197 Timeout SUB Timeout 1198 PRINT Program timed out 1199 CLEAR 7 1200 CLEAR ...

Page 118: ...118 S Hp8960 E1962B CDMA 2000 Pi Release Reference Guide Chapters cdma2000_prog_getting_started_step7_ac fm Step 7 End the Connection ...

Page 119: ...ommand clears the error queue Set Up General Operating Conditions Turn Debugger On While developing your code it is very useful to enable the GPIB debugger using the SYST COMM GPIB DEB ON command When the debugger is on the test set alerts you when you send an incorrect command and it also tells you which symbol or letter in the command is incorrect NOTE You should turn the debugger off once you h...

Page 120: ...tup and then specify the appropriate frequency dependent amplitude offset values You can specify amplitude offsets for up to 20 frequencies using the following commands Set Display Mode To achieve a slightly faster test execution speed you can disable the front panel display on the test set using the DISP MODE FAST command Command to Set the Test Set s Operating Mode Command Example CALL OPER MODE...

Page 121: ...ry band and channel type for example analog or digital and then setting the active band and channel type Specify Channel Numbers All of the test set s test applications can test in more than one frequency band for example US Cellular US PCS or Korean PCS To produce the most efficient code you should configure the channel information for each band in advance Then to move to a new band during testin...

Page 122: ...The function of the CALL commands differ depending upon whether you are in active cell or test mode In active cell mode when you use the CALL commands to set the channel numbers the test set s output frequency and receiver frequency are set A message is also sent to the mobile station to set its frequency However in test mode since the BSE does not send call processing information to the mobile st...

Page 123: ...E is not transmitting call processing commands to the mobile station Manually Setting Expected Power Sending the CALL commands in Table Commands to Set Mobile Station Transmit Power automatically sets the expected input level of the test set s receiver However there is another option for setting the receiver s input level in both active cell and test mode It is often beneficial to manually set the...

Page 124: ...on Parameters Depending upon the test application you are using there may be other connection parameters to specify such as timeslot timing advance vocoder or data rates and types In active cell mode you may also choose to set up network parameters such as base station identifier numbers for example SID and color codes All of these parameters are configured using the CALL subsystem ...

Page 125: ...up subsystem is used to configure measurement parameters Each individual measurement parameter can be set and queried using the associated SETup subsystem command The general hierarchy of the SETup subsystem command structure is as follows SETup measurement mnemonic measurement parameter parameter setting value NOTE Not all measurements use all measurement parameters Refer to the GPIB syntax listi...

Page 126: ...s TIMe sets the amount of time and STATe determines if the timeout is in use The STIMe command is a complex command which enables you to set both parameters in one command Example 2 Programming Example OUTPUT Test_set SET DTXP TIM 10 sets the measurement timeout state to ON and set the measurement timeout time to 10 seconds for the digital transmit power measurement Statistical Measurement Results...

Page 127: ...ls the delay between the trigger event the point in time at which the trigger signal is received and the start of sampling Negative values indicate that the sampling should occur prior to the trigger event NOTE Trigger delay is not applicable to analog measurements NOTE You can set the Trigger Arm for all measurements to single CONTinuous OFF using the following command syntax SETup ALL CONTinuous...

Page 128: ...rement speed to fast Example 7 Programming Example OUTPUT Test_set SET ORFS SWIT FREQ 400 KHZ sets the first ORFS offset to 400 kHz Example 8 Programming Example OUTPUT Test_set SET FBER COUN 10000 sets the number of fast BER bits to test to 10 000 bits Example 9 Program Example Setting Both Generic and Measurement Specific Measurement Parameters Set trigger arm to single for all measurements OUTP...

Page 129: ... Test_set SET DTXP COUN 5 OUTPUT Test_set SET DTXP TRIG SOUR AUTO OUTPUT Test_set SET DTXP TIM 5 Configure Frequency Stability Measurement OUTPUT Test_set SET FST COUN 3 OUTPUT Test_set SET FST TIM 10 Configure Analog TX Power Measurement OUTPUT Test_set SET ATXP COUN 5 OUTPUT Test_set SET ATXP TRIG SOUR AUTO OUTPUT Test_set SET ATXP TIM 15 ...

Page 130: ... mobile station originated call Your control program must then determine when the call has successfully connected so that it can proceed to testing The control program must also determine if the call has not been successfully connected so that it can take appropriate action Call States At any instant in time a call can be in a stable state such as the idle or the connected state or in one of many ...

Page 131: ...ately returned a 0 When the call state change detector is armed during a connection attempt if the CALL CONN query is sent while the call state is still idle the query waits until the state changes to connected and then returns a 1 The CALL CONNected ARM IMMediate command is used to arm this call state change detector Call State Change Detector Timeout Command If the call state change detector is ...

Page 132: ...inated Call NOTE It is not necessary for you to send the CALL CONN TIM and CALL CONN ARM commands as they are automatically sent by the test set during a base station originated call or base station release Yes No Set paging number Start Set paging repeat state Send CALL CONN query Originate a call Enter response from CALL CONN query Call connected Proceed with control program Send CALL END comman...

Page 133: ...ER Test_set Call_connected Program hangs here until origination passes or fails IF NOT Call_connected THEN OUTPUT Test_set CALL END put error handler here END IF Call is connected so proceed with control program Process for Making a Mobile Station Originated Call Figure 15 Process for Making a Mobile Station Originated Call Yes No Start Originate a call from mobile station Enter response from CALL...

Page 134: ...e OUTPUT Test_set CALL CONN TIM 10 Set timeout time to 10 seconds OUTPUT Test_set CALL CONN ARM Arm the change detector DISP Initiate a call from the mobile OUTPUT Test_set CALL CONN Initiate a call connected state query ENTER Test_set Call_connected Program hangs here until origination passes or fails IF NOT Call_connected THEN OUTPUT Test_set CALL END put error handler here END IF Call is connec...

Page 135: ...ers cdma2000_prog_generic_step5_ac fm Step 5 INITiate and FETCh Measurements Step 5 INITiate and FETCh Measurements The following information provides additional details on Step 5 of the Programming Flowchart This information is applicable to all test applications ...

Page 136: ... the mobile station The test set has multiple signal paths and processors which means you can make measurements concurrently and reduce test time Making concurrent measurements involves starting a group of measurements fetching the results of the measurements as they complete and then verifying that the results are valid Contents Concurrent Measurement Process Alternative Measurement Process ...

Page 137: ...ents the syntax of the INITiate command is as follows INITiate measurement mnemonic ON More than one measurement can be started using a single INITiate command For example Start a set of concurrent measurements using INITiate command Determine if a measurement is done using INITiate DONE query INITiate DONE query returns WAIT no measurements are done INITiate DONE query returns NONE all measuremen...

Page 138: ... time the test set s measurements are designed to return multiple measured values in response to a single measurement request For example if a transmit power measurement with averaging is initiated there are five measurement results available These are 1 Measurement integrity value 2 Average value 3 Minimum value 4 Maximum value 5 Standard deviation value The test set can return the measurement re...

Page 139: ... Results Validating measurement results is extremely important The test set returns a result if it is capable of making a measurement even if this result is obtained under adverse conditions The measurement integrity indicator is a measurement result and therefore is queried using the FETCh subsystem A value of 0 indicates that the measurement is valid A value other than 0 indicates that an error ...

Page 140: ...ine when a measurement is complete you may choose to initiate a set of measurements and then simply fetch them sequentially Example 14 Programming Example OUTPUT Test_set INIT DTXP MACC OUTPUT Test_set FETC DTXP POW ENTER Test_set Avg_dig_pow OUTPUT Test_set FETC MACC EVM 1 ENTER Test_set Max_EVM1 In this example the test set starts both measurements at the same time However if the MACC measuremen...

Page 141: ...an one channel Some or all of the tests may be performed on multiple channels to verify the mobile station s performance in a range of operating frequencies Perform a Handoff Handover in Active Cell Mode If you are operating in active cell mode to change channels you perform a handoff handover to the new channel The control program sends the commands to initiate the handoff handover and then deter...

Page 142: ...rectly control the RF generator and RF analyzer In either case you must also send the appropriate test mode commands to the mobile station to move it to the new channel Change Other Connection Parameters You may also choose to change the mobile station transmit power level or cell power or other connection parameters such as timeslot or timing advance Yes No Start Send commands to change channel S...

Page 143: ...plicable to all test applications Description In this step you release the call in active cell mode or end the mobile station transmission in test mode Contents Release the Call in Active Cell Mode End the Mobile Station Test Mode Transmission Partially Preset the Test Set Release the Call in Active Cell Mode In active cell mode you can release the call with the mobile station in one of two ways R...

Page 144: ...ALL END Initiate a base station release OUTPUT Test_set CALL CONN Send call connected state query ENTER Test_set Call_connected Program hangs here until state change or timer expires IF Call_connected THEN Check if disconnection successful put error handler here END IF Call is disconnected so proceed with control program No Yes Call connected Proceed with control program Invoke error handler Start...

Page 145: ...ve Call from the Mobile Station Figure 19 Process for Terminating an Active Call from the Mobile Station No Yes Proceed with control program Invoke error handler Start Send CALL CONN TIM command Send CALL CONN query command Send CALL CONN ARM command Terminate the call from mobile station Enter response from CALL CONN query Call connected ...

Page 146: ... CALL CONN TIM 5 Set timeout time to 5 seconds OUTPUT Test_set CALL CONN ARM Arm the change detector DISP Terminate the call from the mobile station OUTPUT Test_set CALL CONN Initiate call connected state query ENTER Test_set Call_connected Program hangs here until state change or timer expires IF Call_connected THEN Check if disconnection successful put error handler here END IF Call is disconnec...

Page 147: ...CALL REGister TIMer STATe 4 Set the trigger arm state to single see SETup CAPPower CONTinuous NOTE Continuous trigger arming can also be used to measure access probe power sequences however single triggering allows program counters to synchronize with mobile station transmitted power steps This is important if you want measurement triggering to stop when an access probe sequence has completed 5 Tu...

Page 148: ...0 Paging_ch 12 230 Sync 16 240 Traffic 15 5 250 260 ON TIMEOUT 7 20 CALL Timeout 270 OUTPUT A SETUP CAPP TIMEOUT STIME 3 S 280 OUTPUT A SYST COMM GPIB DEB STAT ON 290 300 Set up path loss 310 OUTPUT A SYSTEM CORRECTION SFREQUENCY Loss_frequency 320 OUTPUT A SYSTEM CORRECTION SGAIN Expected_loss 330 340 Set up access paging parameters 350 OUTPUT A CALL OPER MODE CALL 360 OUTPUT A CALL BAND Band 370...

Page 149: ...asurement results 680 FOR I 1 TO Acc_prb_steps 690 OUTPUT A INITIATE CAPP 750 OUTPUT A FETCH CAPP 760 ENTER A Acp_integ Acp 770 PRINT Access probe I integrity Acp_integ 780 PRINT Access probe I power Acp 790 NEXT I 800 DISP Access probe measurements completed 810 DISP Test complete 811 820 Return to default call processing states 830 OUTPUT A CALL END 840 OUTPUT A CALL CONNECTED LIMIT 0 850 OUTPUT...

Page 150: ...mmand to obtain the measurement results Programming Example 10 Set the expected power level 20 OUTPUT 714 SETup ATXPower CONTinuous Off Set the analog transmit power 30 measurement to single trigger mode 40 OUTPUT 714 SETup ATXPower TIMeout 1S Set a timeout value of 1 second 50 in case the measurement cannot be made 60 OUTPUT 714 SETup ATXPower COUNt NUMBer 5 Set multi measurements to 5 70 OUTPUT ...

Page 151: ... Analog Transmit Power Measurement Related Topics Analog Transmit Power Measurement Description on page 37 Analog Transmit Power Troubleshooting on page 703 INITiate on page 476 SETup ATXPower on page 513 Measurement Related Configuration on page 81 FETCh ATXPower on page 424 Receiver Control on page 194 ...

Page 152: ...ingle trigger mode 30 OUTPUT 714 SETup AFANalyzer PEAK VOLTage 3V Set the Expected Amplitude level for 40 audio input voltage in Vpeak 50 OUTPUT 714 SETup AFANalyzer SDIStortion STATe OFF Turn off the SINAD and 60 distortion measurements since 70 they are not being used 80 OUTPUT 714 SETup AFANalyzer FILTer NONE Bypass all audio filters 90 OUTPUT 714 SETup AFANalyzer DEMPhasis STATe OFF Turn off d...

Page 153: ...Chapters cdma2000_prog_aaudio_lev fm Programming an Audio Level Measurement Related Topics Audio Analyzer Measurement Description on page 38 AFANalyzer Troubleshooting on page 704 INITiate on page 476 SETup AFANalyzer on page 505 FETCh AFANalyzer on page 415 ...

Page 154: ...er CONTinuous OFF Set the audio analyzer 20 measurements to single trigger mode 30 OUTPUT 714 SETup AFANalyzer PEAK VOLTage 3V Set the Expected peak voltage 40 for the audio input level in Vpeak 50 OUTPUT 714 SETup AFANalyzer FREQuency STATe ON Enable audio frequency meausurement 60 OUTPUT 714 SETup AFANalyzer FILTer TBPass Select the 100 Hz bandpass filter 70 OUTPUT 714 SETup AFANalyzer FILTer TB...

Page 155: ...VE c roadhog programs chan_pwr txt 20 This program measures Channel Power 30 Refer to Minimum Controlled Output Power in TIA EIA 98 D for standards and specifications 40 CLEAR SCREEN 50 A 714 60 70 Specify call parameters 80 Systype DIGITAL2000 Cell system type 90 Band USCELLULAR Cell band 100 Channel 384 RF channel 110 Sid 1 System Identification 120 Nid 1 Network Identification 130 Radio_config ...

Page 156: ...12 Sets paging to default 460 OUTPUT A CALL FCH 15 6 Sets traffic to default 470 480 PRINT Turn on mobile station press continue when it has found service and registered 490 PAUSE 500 CLEAR SCREEN 510 OUTPUT A CALL REGISTER TIMER STATE OFF turns off timer based registration 520 WAIT 2 Waits 2 seconds for any timer based registrations in progress to complete 530 540 Page the mobile station 550 DISP...

Page 157: ...ONNECTED DROP TIMER STATE 1 Returns call drop timer to ON 930 OUTPUT A CALL REGISTER TIMER STATE ON Returns timer based registration to ON 940 OUTPUT A CALL POW 50 Returns cell power to 50 dBm 1 23 MHz 950 960 DISP Test complete 970 OUTPUT A CALL END Ends the call 980 END 990 Timeout SUB Timeout Global timeout handler 1000 PRINT Program timed out 1010 CLEAR 7 1020 CLEAR 714 1030 SUBEND Returned Va...

Page 158: ... specifications 50 CLEAR SCREEN 60 A 714 70 Specify call parameters 80 Systype DIGITAL2000 Cell System Type must be DIGITAL2000 90 Band USCELLULAR Cell band 100 Channel 384 RF Channel 110 Sid 1 System Identification 120 Nid 1 Network Identification 130 Radio_config F3R3 for code channel time phase error radio configuration must be F3R3 F4R3 or F5R4 140 150 Specify test parameters 160 Loss_frequenc...

Page 159: ...P 490 ELSE 500 DISP Call connected 510 END IF 520 530 Set up measurement parameters 540 OUTPUT A SETUP CCTPhase CONTINUOUS OFF Sets trigger arm state to single 550 OUTPUT A SETUP CCTPhase TERROR LIMit 10ns Sets the time error pass fail limit to 10 ns 560 OUTPUT A SETUP CCTPhase PERRor LIMit 0 15rad Sets the phase error pass fail limit to 0 15 radians 570 580 Obtain and display code channel time ph...

Page 160: ...cdma2000_prog_cctphase fm Programming a Code Channel Time Phase Measurement 810 PRINT Program timed out 820 CLEAR 7 830 CLEAR 714 840 SUBEND Related Topics Code Channel Timing and Phase Measurement Description Code Channel Time Phase Error Measurement Troubleshooting ...

Page 161: ... 30 Refer to Maximum RF Output Power in TIA EIA 98 D for standards and specifications 40 CLEAR SCREEN 50 A 714 60 70 Specify call parameters 80 Systype DIGITAL2000 Cell System Type 90 Band USCellular Cell band 100 Channel 384 RF channel 110 Sid 1 System Identification 120 Nid 1 Network Identification 130 Radio_config F3R3 Radio Configuration 140 Service_opt SO2 Service Option 150 160 Specify test ...

Page 162: ...A CALL FCH 15 6 Sets traffic to default 470 480 PRINT Turn on mobile station press continue when it has found service and registered 490 PAUSE 500 CLEAR SCREEN 510 OUTPUT A CALL REGISTER TIMER STATE OFF Turns timer based registration off 520 WAIT 2 Waits 2 seconds for timer based registrations in progress to clear out 530 540 Page the mobile station 550 DISP Paging mobile station 560 OUTPUT A CALL...

Page 163: ...results 930 END IF 940 950 Return to default call processing states 960 OUTPUT A CALL CLPCONTROL REVERSE MODE ACTIVE Returns to active power control bits 970 OUTPUT A CALL POW DIG2000 50 Returns cell power to 50 dBm 1 23 MHz 980 990 DISP Test complete 1000 OUTPUT A CALL END 1010 END 1020 Timeout SUB Timeout 1030 PRINT Program timed out 1040 CLEAR 7 1050 CLEAR 714 1060 SUBEND Returned Values This p...

Page 164: ...ng Example 10 OUTPUT 714 SETup AFANalyzer CONTinuous OFF Set the audio analyzer 20 measurements to single trigger mode 30 OUTPUT 714 SETup AFANalyzer PEAK VOLTage 3V Set the Expected Amplitude level for 40 audio input voltage in Vpeak 50 OUTPUT 714 SETup AFANalyzer SDIStortion STATe ON Turn on the SINAD and 60 distortion measurements 70 OUTPUT 714 SETup AFANalyzer SDIStortion FREQuency 1004 HZ Spe...

Page 165: ...e measurement integrity indicator 0 means a successful measurement with no errors See Integrity Indicator on page 222 Distortion returns the Distortion measurement value in percent Related Topics Audio Analyzer Measurement Description on page 38 AFANalyzer Troubleshooting on page 704 Distortion Measurement Description on page 52 INITiate on page 476 SETup AFANalyzer on page 505 FETCh AFANalyzer on...

Page 166: ...e Receiver Sensitivity and Dynamic Range in TIA EIA 98 D for specifications and standards 40 CLEAR SCREEN 50 A 714 60 Specify call parameters 70 Systype DIGITAL2000 Cell System Type 80 Band USCELLULAR Cell band 90 Channel 384 RF Channel 100 Sid 1 System Identification 110 Nid 1 Network Identification 120 Radio_config F3R3 Radio Configuration 130 Service_opt SO2 Service Option 140 150 Specify test ...

Page 167: ...ault 460 470 PRINT Turn on mobile station press continue when it has found service and registered 480 PAUSE 490 CLEAR SCREEN 500 OUTPUT A CALL REG TIMER STATE 0 Turns timer based registrations off 510 WAIT 2 Waits 2 seconds for any timer based registrations to clear out 520 530 Page the mobile station 540 DISP Paging mobile station 550 OUTPUT A CALL ORIG Pages the mobile station 560 OUTPUT A CALL ...

Page 168: ...0 PRINT Number of frames tested Frames_tested 970 DISP Test complete 980 Return to default call processing states 990 OUTPUT A CALL POW DIG2000 50 Returns cell power to 50 dBm 1 23 MHz 1000 OUTPUT A CALL REG TIMER STATE ON Returns timer based registration to ON 1010 1020 OUTPUT A CALL END Ends the call 1030 END 1040 Timeout SUB Timeout Global timeout handler 1050 PRINT Program timed out 1060 CLEAR...

Page 169: ...Use the FETCh command to obtain the measurement results Programming Example 10 Set the expected frequency and power 20 OUTPUT 714 SETup FM COUNt 5 Set multi measurements to 5 30 OUTPUT 714 SETup FM DISTortion STATe ON Enable the distorion measurement 40 OUTPUT 714 SETup FM DISTortion FREQuency 1004 HZ Set the distortion measurement 50 Fundamental Frequency 1004 HZ 60 OUTPUT 714 SETup FM FREQ STATe...

Page 170: ...222 0 means a successful measurement with no errors FM_dev returns the average FM deviation in kHz FM_dist returns the average FM distortion in percent FM_freq returns the average modulation frequency in Hz Related Topics Frequency Modulation FM Measurement Description on page 55 Frequency Modulation FM Troubleshooting on page 710 INITiate on page 476 SETup FM on page 540 FETCh FM on page 441 Rece...

Page 171: ...btain the measurement results Programming Example 10 Set the expected frequency and power 20 OUTPUT 714 SETup FSTability CONTinuous OFF Set the frequency stability 30 measurement to single trigger mode 40 OUTPUT 714 SETup FSTability TIMeout 1 S Set a timeout value of 1 second 50 in case the measurement cannot be made 60 OUTPUT 714 SETup FSTability COUNt 5 Set multi measurements to 5 70 OUTPUT 714 ...

Page 172: ...i Release Reference Guide Chapters cdma2000_prog_fstab fm Programming a Frequency Stability Measurement Related Topics Frequency Stability Measurement Description on page 57 Frequency Stability Measurement Troubleshooting on page 712 ...

Page 173: ...obtain gated power measurement results NOTE Gated power measurement display trace data is available using the FETCh GPOWer TRACe command Programming Example 10 RE SAVE c roadhog programs gated_power txt 20 This program measures gated power 30 See Standby Output Power and Gated Output Power in TIA EIA 98 D for specifications and standards 40 CLEAR SCREEN 50 A 714 60 Specify call parameters 70 Systy...

Page 174: ...r selected System Type and Radio Configuration 420 OUTPUT A CALL PROT PREV6 Sets Protocol Revision for the selected System Type 430 OUTPUT A CALL PAG DRAT FULL Sets Paging channel data rate to full rate 440 OUTPUT A CALL TRAFFIC DRATE EIGHTH Sets traffic fundamental channel data rate to eighth 450 OUTPUT A CALL PIL 7 Sets Pilot to default 460 OUTPUT A CALL SYNC 16 Sets Sync to default 470 OUTPUT A...

Page 175: ...ted power measurement results 780 DISP Gated Power measurement completed 790 ENTER A Integrity Passfail 800 SELECT Passfail Assign pass fail results to a string 810 CASE 0 820 Pass_fail PASSED 830 CASE 1 840 Pass_fail FAILED 850 END SELECT 860 PRINT Integrity indicator Integrity 870 PRINT Gated power test results Pass_fail 880 990 OUTPUT A CALL END Ends the call 1000 END 1010 Timeout SUB Timeout G...

Page 176: ...e Chapters cdma2000_prog_hwquality fm Programming a Handoff Waveform Quality Measurement Programming a Handoff Waveform Quality Measurement Related Topics Handoff Waveform Quality Measurement Description Handoff Waveform Quality Measurement Troubleshooting ...

Page 177: ...TPUT 714 SETup AFANalyzer CONTinuous OFF Set the audio analyzer 20 measurements to single trigger mode 30 OUTPUT 714 SETup AFANalyzer PEAK VOLTage 3V Set the Expected Amplitude level for 40 audio input voltage in Vpeak 50 OUTPUT 714 SETup AFANalyzer SDIStortion STATe ON Turn on the SINAD and 60 distortion measurements 70 OUTPUT 714 SETup AFANalyzer SDIStortion FREQuency 1004 HZ Specify the audio 8...

Page 178: ... this program are Integrity returns the integrity indicator 0 means a successful measurement with no errors See Integrity Indicator on page 222 SINAD returns the SINAD value in dB Related Topics Audio Analyzer Measurement Description on page 38 AFANalyzer Troubleshooting on page 704 INITiate on page 476 SETup AFANalyzer on page 505 FETCh AFANalyzer on page 415 ...

Page 179: ...UT 714 SETup SAUDio VOLTage AMPLitude 1 V SET the audio generator 100 voltage to 1 volt peak 110 OUTPUT 714 SETup SAUDio DETector PEAK Select the peak detector for 120 the audio analyzer 130 OUTPUT 714 SETup SAUDio FILTer TBPass Select the AF analyzer s 100 Hz bandwidth 140 band pass filter for making the measurements The center frequency for the filter 150 automatically tracks the AF generator s ...

Page 180: ...through Lev5 return the audio level voltage at each of the five measurement points In this example the value is returned in volts peak because the peak detector was specified Dist1 through Dist5 return the distortion value at each of the five measurement points Sinad1 through Sinad5 return the SINAD value at each of the five measurement points Related Topics Swept Audio Measurements Description on...

Page 181: ...Range in TIA EIA 98 D for specifications and standards 40 CLEAR SCREEN 50 A 714 60 Specify call parameters 70 Systype DIGITAL2000 Cell System Type 80 Band USPC US PCS band 90 Channel 1125 RF Channel 100 Sid 1 System Identification 110 Nid 1 Network Identification 120 Radio_config F3R3 Radio Configuration 130 Service_opt SOFS32 Service Option SO32 F SCH This service option must be selected 140 befo...

Page 182: ...ALL PAG 12 Sets Paging to default 450 OUTPUT A CALL FCH 15 6 Sets Traffic to default 460 470 PRINT Turn on mobile station press continue when it has found service and registered 480 PAUSE 490 CLEAR SCREEN 500 OUTPUT A CALL REG TIMER STATE 0 Turns timer based registrations off 510 WAIT 2 Waits 2 seconds for any timer based registrations to clear out 520 530 Page the mobile station 540 DISP Paging m...

Page 183: ...Rx_good 961 PRINT Number of received blank frames Rx_blank 962 PRINT Number of transmitted good frames Tx_good 963 PRINT Number of transmitted blank frames Tx_blank 964 PRINT Confidence result Conf 970 DISP Test complete 980 Return to default call processing states 990 OUTPUT A CALL POW DIG2000 50 Returns cell power to 50 dBm 1 23 MHz 1000 OUTPUT A CALL REG TIMER STATE ON Returns timer based regis...

Page 184: ...gger arm state to single see SETup CTXSpurious CONTinuous 5 Perform a page or mobile station originated call 6 Initiate the spurious emissions measurement using the INITiate measurement mnemonic ON on page 478 The measurement mnemonic for the cdma2000 transmitter spurious emissions measurement is CTXS 7 Use the FETCh CTXSpurious ALL command to obtain the measurement results Programming Example 10 ...

Page 185: ...LL PROT PREV6 480 OUTPUT A CALL PAG Paging_ch 490 OUTPUT A CALL PAG DRAT FULL 500 OUTPUT A CALL PIL Pilot 510 OUTPUT A CALL SYNC Sync 520 OUTPUT A CALL FCH Traffic 530 540 PRINT Turn on mobile station press continue when it has found service and registered 550 PAUSE 560 CLEAR SCREEN 570 OUTPUT A CALL REGISTER TIMER STATE OFF 580 WAIT 2 590 600 Set up measurement parameters 610 OUTPUT A SETUP CTXSp...

Page 186: ...r_alt 890 PRINT Integrity indicator Integ 900 IF Passfail THEN 910 PRINT Test failed 920 ELSE 930 PRINT Test passed 940 END IF 960 PRINT Lower adjacent channel power Lower_adj 970 PRINT Upper adjacent channel power Upper_adj 980 PRINT Lower alternate power Lower_adj 990 PRINT Upper alternate power Upper_adj 1000 DISP Test complete 1010 1020 Return to default call processing states 1030 OUTPUT A CA...

Page 187: ... fm Programming a Tx Spurious Emissions Measurement Returned Values This query returns an integrity indicator followed by a channel power measurement result if results are available Related Topics Tx Spurious Emissions Measurement Description Tx Spurious Emissions Measurement Troubleshooting ...

Page 188: ...xample 10 RE SAVE c roadhog programs wqu txt 20 This program measures waveform quality 30 Refer to Waveform Quality and Frequency Accuracy in EIA TIA IS 98D for standards and specifications 40 CLEAR SCREEN 50 A 714 60 Specify call parameters 70 Systype DIGITAL2000 Cell System Type 80 Band USCELLULAR Cell band 90 Channel 384 RF Channel 100 Sid 1 System Identification 110 Nid 1 Network Identificatio...

Page 189: ...ions 470 WAIT 2 Waits for any timer based registrations to clear out 480 490 Page the mobile station 500 DISP Paging mobile station 510 OUTPUT A CALL ORIG Pages the mobile station520 OUTPUT A CALL CONNECTED STATE Queries for connected idle state hangs until state change detector is disarmed 530 ENTER A Call_connected 540 IF NOT Call_connected THEN 550 DISP Call attempt failed 560 STOP 570 ELSE 580...

Page 190: ...tialize Comma to the first character of the Ichannel ascii character string 860 PRINT I Channel active inactive Ichannel Comma 16 870 Comma Comma 17 890 PRINT I channel bin 0 walsh channel number Ichannel Comma 16 891 Comma Comma 17 900 PRINT I channel bin 0 spread factor Ichannel Comma 16 905 Comma Comma 17 910 PRINT I channel bin 0 power level Ichannel Comma 16 920 DISP Test complete 930 940 Ret...

Page 191: ...ace the test set in a known condition When you fast switch between formats in a fast switching test application the test set behaves as if a partial preset has occurred The table below lists some key partial preset results Example OUTPUT 714 SYSTEM PRESET3 Command for a partial preset when user in remote operation SYSTEM PRESET3 is the recommended command for a partial preset operation The SYSTEM ...

Page 192: ...gger arm to continuous The RST common command is the recommended command for a full preset operation NOTE Transmit power is not set to OFF during a full preset transmit power is set to the default value Maskable Message Display State no change Operating Mode Active Cell Measurements aborted and inactivated Measurement results NAN Measurement integrity indicator 1 no result available Transmit Power...

Page 193: ...re set to 1 and all NTR registers are set to 0 Example OUTPUT 714 STATUS PRESET Presets the STATus subsystem Related Topics SYSTem PRESet Table 11 Full Preset Behavior Function Full Preset Result Trigger Arm Continuous manual operation full preset or SYSTEM PRESET2 command Trigger Arm Single remote operation full preset RST command Measurement Parameters all set to defaults Maskable Message Displa...

Page 194: ...tings by first selecting the manual mode for the setting and then specifying the desired value You can set the receiver s expected power by pressing the Call Parms More key until 3 of 3 is displayed Then select Manual in the Rcvr Power Ctrl field You can set the receiver s measurement downconverter tune frequency manually by pressing the Manual key with the Meas Frequency field A full or partial p...

Page 195: ... manual receiver control This ensures that the correct expected power is set for the new channel settings Measurement receiver frequency Measurement receiver frequency commands are used to manually tune the test set s measurement downconverter input signal path see Block Diagram The commands are RFANalyzer CONTrol MEASurement FREQuency AUTO to turn manual mode on off RFANalyzer MANual MEASurement ...

Page 196: ... the cellular 800 MHz band and affect the expected input level Power levels 0 to 7 are used for analog and digital signals but power levels 8 9 and 10 are only used for digital signals When the MS TX Level is set to power level 0 or power level 1 the test set assumes you are testing a power class 1 mobile and sets the expected input level accordingly If you are testing a power class 4 mobile and h...

Page 197: ...rence Guide Chapters cdma2000_prog_status_reg fm Status Subsystem Overview Status Subsystem Overview The following pages present an overview of the entire status subsystem including test applications which may or may not be loaded in your test set ...

Page 198: ... 5 546 0 9 67 786 48 67 21 55256 67 786 48 67 21 67 786 48 67 21 67 786 48 67 21 5 5 WHQVLRQ LW 2SHUDWLRQ RPSOHWH RPPDQG UURU HYLFH HSHQGHQW UURU 5525 9 17 48 8 GDWD GDWD GDWD 67 786 7 5 67 5 67 786 23 5 7 21 1055 67 786 23 5 7 21 67 786 23 5 7 21 6 67 0 6 1 521 67 786 23 5 7 21 5 5 WHQVLRQ LW WHUQDO 7LPH 3RZHU XS 6HOI WHVW DLO 4XHU UURU HFXWLRQ UURU 3RZHU 2Q DVH LQ XVH 67 786 23 5 7 21 35 66 ...

Page 199: ... WHQVLRQ LW 60 6XPPDU 200RQ 6XPPDU 036 6XPPDU 7 6XPPDU LWDO 6XPPDU LWDO 6XPPDU 0 6XPPDU 7 6XPPDU LWDO 6XPPDU WHQVLRQ LW 60 6XPPDU 200RQ 6XPPDU 036 6XPPDU 7 6XPPDU LWDO 6XPPDU LWDO 6XPPDU 0 6XPPDU 7 6XPPDU LWDO 6XPPDU WHQVLRQ LW 60 6XPPDU 200RQ 6XPPDU 036 6XPPDU 7 6XPPDU LWDO 6XPPDU LWDO 6XPPDU 0 6XPPDU 7 6XPPDU LWDO 6XPPDU 67 786 48 67 21 55256 67 786 23 5 7 21 1055 LW 67 786 LW 67 786 LW 67 786 4...

Page 200: ... Chapters cdma2000_prog_status_reg fm Status Subsystem Overview Status Reporting Structure For STATus OPERation KEYPressed Register 67 786 23 5 7 21 35 66 VRIWNH VRIWNH VRIWNH VRIWNH VRIWNH LW 67 786 23 5 7 21 VRIWNH VRIWNH VRIWNH VRIWNH VRIWNH VRIWNH VRIWNH ...

Page 201: ...QVLRQ LW 0HVVDJHV 0HVVDJHV DOO RQWURO 6WDWXV GOH DOO RQWURO 6WDWXV RQQHFWHG DOO RQWURO 6WDWXV OHUWLQJ DOO RQWURO 6WDWXV 5HJLVWHULQJ DOO RQWURO 6WDWXV DQGRYHU DOO RQWURO 6WDWXV KDQJLQJ 6 2ULJLQDWLQJ 5HJLVWHULQJ 6 QLWLDWHG 67 786 23 5 7 21 20021 7 WHQVLRQ LW DWD RQQHFWLRQ 6WDWXV WWDFKHG DWD RQQHFWLRQ 6WDWXV GOH 6WDUWLQJ DWD RQQHFWLRQ LW 67 786 23 5 7 21 20021 DWD RQQHFWLRQ 6WDWXV 7UDQVIHUULQJ DWD RQ...

Page 202: ... 60 WHQVLRQ LW 0HVVDJHV 0HVVDJHV 0HVVDJHV 0HVVDJHV LW 67 786 48 67 21 55256 67 786 23 5 7 21 1055 60 WHQVLRQ LW 2XWSXW 5 6SHFWUXP 3RZHU YV 7LPH 7 3RZHU HFRGHG XGLR LW UURU DVW LW UURU 5DWH LW 67 786 23 5 7 21 1055 67 786 23 5 7 21 60 WHQVLRQ LW KDQJLQJ RQQHFWHG GOH RQWURO 6WDWXV KDQJLQJ 6 LVFRQQHFWLQJ 6 2ULJLQDWLQJ LW 67 786 23 5 7 21 PPHGLDWH VVLJQPHQW DLOXUH DQGRYHU DLOXUH KDQQHO 0RGH 1RW 6XSSRU...

Page 203: ...5HFHQWO 5RXWLQJ UHD 8SGDWH DLOXUH 6WDUW DWD RQQHFWLRQ DLOXUH RZQOLQN 7LPHG 2XW 06 8QH SHFWHGO QGHG 7 QG DWD RQQHFWLRQ DLOXUH 67 786 23 5 7 21 1055 356 WHQVLRQ LW 2XWSXW 5 6SHFWUXP 3RZHU YV 7LPH 7 3RZHU LW 67 786 23 5 7 21 1055 3KDVH UHT UURU 5HVHUYHG IRU IXWXUH XVH 5 67 786 48 67 21 55256 356 WHQVLRQ LW 0HVVDJHV 0HVVDJHV 0HVVDJHV 0HVVDJHV LW 67 786 48 67 21 55256 0HVVDJHV 0HVVDJHV 0HVVDJHV 0HVVDJH...

Page 204: ...786 48 67 21 55256 036 WHQVLRQ LW 0HVVDJHV 0HVVDJHV 0HVVDJHV 0HVVDJHV LW 67 786 48 67 21 55256 67 786 23 5 7 21 1055 036 WHQVLRQ LW UHTXHQF 6WDELOLW QDORJ 7UDQVPLW 3RZHU LW 67 786 23 5 7 21 1055 0HVVDJHV 0HVVDJHV 0HVVDJHV UHTXHQF 0RGXODWLRQ 0HVVDJHV 0HVVDJHV 5HVHUYHG IRU IXWXUH XVH 5HVHUYHG IRU IXWXUH XVH 5HVHUYHG IRU IXWXUH XVH 5HVHUYHG IRU IXWXUH XVH 08 0DVNDEOH 0HVVDJH ...

Page 205: ...ucture for the DIGital136 Registers 67 786 48 67 21 55256 7 WHQVLRQ LW 0HVVDJHV 0HVVDJHV 0HVVDJHV 0HVVDJHV LW 67 786 48 67 21 55256 67 786 23 5 7 21 1055 7 WHQVLRQ LW RRSEDFN 5 0RGXODWLRQ FFXUDF LJLWDO 7UDQVPLW 3RZHU LJLWDO QDPLF 3RZHU LW 67 786 23 5 7 21 1055 GMDFHQW KDQQHO 3RZHU LJLWDO 4 GMXVW 0HVVDJHV 0HVVDJHV 0HVVDJHV 0HVVDJHV 0HVVDJHV ...

Page 206: ...tal95 Registers 67 786 48 67 21 55256 7 WHQVLRQ LW 0HVVDJHV 0HVVDJHV 0HVVDJHV 0HVVDJHV LW 67 786 48 67 21 55256 0HVVDJHV 0HVVDJHV 0HVVDJHV 0HVVDJHV 0HVVDJHV 67 786 48 67 21 55256 7 LW 67 786 48 67 21 55256 WHQVLRQ LW 0HVVDJHV 0HVVDJHV 0HVVDJHV 0HVVDJHV 0HVVDJHV 0HVVDJHV 0HVVDJHV 0HVVDJHV 0HVVDJHV 5HVHUYHG IRU IXWXUH XVH 5HVHUYHG IRU IXWXUH XVH 5HVHUYHG IRU IXWXUH XVH 5HVHUYHG IRU IXWXUH XVH 08 0DV...

Page 207: ...8 67 21 55256 WHQVLRQ LW 0HVVDJHV 0HVVDJHV 0HVVDJHV 0HVVDJHV 0HVVDJHV 0HVVDJHV 0HVVDJHV 0HVVDJHV 0HVVDJHV 5HVHUYHG IRU IXWXUH XVH 5HVHUYHG IRU IXWXUH XVH 5HVHUYHG IRU IXWXUH XVH 5HVHUYHG IRU IXWXUH XVH 08 0DVNDEOH 0HVVDJH 67 786 23 5 7 21 1055 7 WHQVLRQ LW LW 67 786 23 5 7 21 1055 DQGRII DYHIRUP 4XDOLW 67 786 23 5 7 21 7 WHQVLRQ LW LW 67 786 23 5 7 21 6 6 QFKURQL HG RGH KDQQHO 7LPH DQG 3KDVH 7 62 ...

Page 208: ...HLYHG 6HUYLFH FRQQHFW FRPSOHWLRQ QRW UHFHLYHG DOO GURS WLPHU WLPHG RXW LW 67 786 48 67 21 WHQVLRQ LW 0HVVDJHV 0HVVDJHV 0HVVDJHV 0HVVDJHV 0HVVDJHV 0HVVDJHV 0HVVDJHV 0HVVDJHV 0HVVDJHV 5HVHUYHG IRU IXWXUH XVH 5HVHUYHG IRU IXWXUH XVH 5HVHUYHG IRU IXWXUH XVH 5HVHUYHG IRU IXWXUH XVH 08 0DVNDEOH 0HVVDJH 5HVHUYHG IRU IXWXUH XVH 5HVHUYHG IRU IXWXUH XVH 5HVHUYHG IRU IXWXUH XVH 5HVHUYHG IRU IXWXUH XVH 5HVHUY...

Page 209: ...2B CDMA 2000 Pi Release Reference Guide Chapters cdma2000_prog_status_reg fm Status Subsystem Overview 67 786 23 5 7 21 1055 0 WHQVLRQ LW 48DOLW 3RZHU LW 67 786 23 5 7 21 1055 3RZHU 5URU 33RZHU 7523RZHU 32 HU 7 6SXULRXV ...

Page 210: ...1 DUULHU QRW GHWHFWHG RQ QHZ FKDQQHO WHQVLRQ LW 06 UHMHFW RUGHU UHFHLYHG WHQVLRQ LW 0HVVDJHV 0HVVDJHV 0HVVDJHV 0HVVDJHV 0HVVDJHV 0HVVDJHV 0HVVDJHV 0HVVDJHV 0HVVDJHV 5HVHUYHG IRU IXWXUH XVH 5HVHUYHG IRU IXWXUH XVH 5HVHUYHG IRU IXWXUH XVH 5HVHUYHG IRU IXWXUH XVH 08 0DVNDEOH 0HVVDJH 5HVHUYHG IRU IXWXUH XVH 5HVHUYHG IRU IXWXUH XVH 5HVHUYHG IRU IXWXUH XVH 5HVHUYHG IRU IXWXUH XVH 5HVHUYHG IRU IXWXUH XVH...

Page 211: ...sage Bit 67 786 23 5 7 21 1055 7 5HVHUYHG IRU IXWXUH XVH 5HVHUYHG IRU IXWXUH XVH LW 67 786 23 5 7 21 1055 5HVHUYHG IRU IXWXUH XVH 5HVHUYHG IRU IXWXUH XVH 3RVLWLYH DQG 1HJDWLYH 7UDQVLWLRQ LOWHUV VHOHFW ZKLFK WUDQVLWLRQV RI RQGLWLRQ LWV ZLOO VHW FRUUHVSRQGLQJ YHQW LWV 6XPPDU 0HVVDJH LW RJLFDO 25 YHQW QDEOH 5HJLVWHU 6HOHFWV ZKLFK YHQWV FDQ VHW WKH 6XPPDU 0HVVDJH LW YHQW 5HJLVWHU DWFKHG RQGLWLRQV RQGL...

Page 212: ...ndition Register will be latched in the Event Register if the corresponding bit in both transition filters is set to 1 No transitions PTR or NTR of a bit in the Condition Register will be latched in the Event Register if the corresponding bit in both transition filters is set to 0 Transition Filters are read write Transition Filters are unaffected by a CLS clear status command Transitions Filters ...

Page 213: ...e of the enable bits the application program can direct the test set to set the Summary Message to the 1 or TRUE state for a single event or an inclusive OR of any group of events The Summary Message is TRUE logic 1 if the register contains some information and an enabled event in the Event Register is set TRUE The Summary Message is FALSE logic 0 if the queue is empty and no enabled events are TR...

Page 214: ...es from the test set The Status Bute Register can be read with either a serial poll or the STB common query The value for bit 6 is dependent on which method used When reading with a serial poll the status byte and the RQS message are returned as a single data byte The RQS message indicates if the SRQ is TRUE The Status Byte Register is not affected by a serial poll the RQS is set to FALSE when pol...

Page 215: ... the SRE command allows you to choose which bits in the Status Byte Register will trigger a service request The Service Request Enable Register is read with the SRE query The returned value is the sum of the binary weighted values of the Service Request Enable Register with a range of 0 through 63 or 128 through 191 The value of the unused bit 6 will always be zero System Synchronization Bit Bit 1...

Page 216: ...rement set Minimum value from measurement set Maximum value from measurement set Standard Deviation of measurement set Operating Considerations The advantages of using the multi measurement feature to obtain statistical measurement data include reduced time associated with GPIB bus traffic and reduced time configuring hardware This is because the number of measurements specified in the multi measu...

Page 217: ... multiple measurements are requested or where measurement triggers may be infrequent Be careful when setting a timeout that is shorter than the default It is possible to specify a timeout that is so short the measurement does not even have a chance to begin Measurement timeouts should always be at least several seconds long Timeout units default to S seconds The seconds suffix is an optional part ...

Page 218: ... fall below this threshold and remain there for a measurement dependent period of time before the trigger is armed After the trigger is armed a trigger will occur as the envelope amplitude increases and passes through the threshold Protocol Trigger Source When protocol triggering is selected a data capture is triggered by a protocol generated signal The test set s protocol engine knows when the DU...

Page 219: ...ts measurement cycle it will terminate that measurement and restart it The active state is not a single state but a collection of any state other than the inactive state Deactivating de selecting the measurement is accomplished through an INITiate MEAS OFF command Manually a measurement is activated by selecting it from the Measurement Selection menu A measurement is inactivated by pressing the Me...

Page 220: ...e trigger arm is set to continuous the trigger source is available and the trigger qualifier optional is satisfied the measurement state transitions to measuring and measurement results are now available to the user The measurement is continually triggered until the measurement is deactivated When the measurement is deactivated INITiate MEAS OFF or Close Measurement it becomes inactive Trigger Arm...

Page 221: ... sampling Resolution is 1 nanosecond per measurement and the units are in seconds A negative value indicates the sampling should occur prior to the trigger The default is zero seconds which is preferred for most measurements Related Topics Integrity Indicator Manual Full Preset Continuous RST Remote Full Preset Single Partial Preset No change Table 12 Trigger Arm Default Settings Action Trigger Ar...

Page 222: ...lue doesn t apply it will not be available Example Questionable Result for PGSM 15 and Questionable Result Due To Channel Mode 16 are GSM only integrity indicator values NOTE GSM and GPRS measurements return integrity indicators 8 9 11 when the measurement synchronization is set to midamble Table 13 Integrity Indicator Number Integrity Indicator Message 0 Normal Indicates the measurement completed...

Page 223: ...ange Indicates that a temperature controlled oven other than the internal timebase oven is outside of its operating range The power meter s oven is checked and its condition reported with this value The internal timebase generates a temporary error message out of lock that is sent to the system error queue and the display This is not an integrity indicator value it is an error message 13 Unidentif...

Page 224: ...dashes 19 Uncalibrated Due To Temperature Indicates that the current temperature of the test set is different than the calibration data temperature by more than 10 degrees C when attempting a Channel Power Measurement 20 Potential Receiver Saturation Indicates that an input signal immediately prior to the measured input was high enough to potentially saturate the receiver hardware 21 Parameter Err...

Page 225: ...lts 30 ENTER 714 Integrity Tx_power Read measurement results 40 IF Integrity 0 THEN Permits measurement to be printed if integrity indicator 50 indicates a successful measurement 60 PRINT Analog TX Power Tx_power if 0 then measurement was successful 70 ELSE 80 PRINT Measurement integrity questionable integrity value Integrity If 90 integrity 100 not zero 110 then print 120 integrity 130 value 140 ...

Page 226: ...than one the measurement progress report will indicate the number of measurements that have completed The returned value will be the last update and not the actual number because the value is updated periodically and not for each multi measurement cycle Every measurement has the measurement progress report available Example OUTPUT 714 FETCH DAPOWER ICOUNT Returns the approximate number of multi me...

Page 227: ...test set has three parallel signal paths to improve measurement throughput Demodulation downconverter path Measurement downconverter path Power detector path Since measurements are DSP digital signal processor based and there are four A D converters available to digitize or sample the input signal for analysis by the DSP the test set will always have the capability to perform one transmitter measu...

Page 228: ...urement range 9 9E 37 NINFinity 9 91E 37 is returned by the test set when the measurement is out of range and results are far below the present measurement range 9 91E 37 NAN 9 91E 37 is returned by the test set when the measurement is out of range but it can not be determined if measurement results are far above or far below the measurement range If a measurement exceeds its measurement timeout v...

Page 229: ...numeric response data nr1 numeric data in the form dddddddd numeric response data nr3 numeric data in the form ddd ddd E dddd Semicolon Separated Response Data Lists Containing Mixed Data Types Problems can occur when trying to enter semicolon separated response data lists containing mixed data types For example If the following command string is sent to the test set the test set will respond by c...

Page 230: ...ata into a single string variable replace all semicolons with line feeds and then enter the data from the string into the individual data items For example DIM Response 500 OUTPUT 714 CALL MS REP IMSI PCL REV SBAN ONUM MCC MNC LAC ENTER 714 Response Semicolon POS Response WHILE Semicolon Response Semicolon Semicolon CHR 10 Semicolon POS Response END WHILE ENTER Response Imsi Pcl Rev Sban Onum Mcc ...

Page 231: ...ndicates what if any measurements are ready to be fetched This query should be used inside a loop checking each measurement that was initiated See INITiate on page 476 for more details about this query The INITiate DONE query returns at least one of the following indicators for each pass through the loop CPOW The channel power measurement results are available DAP The digital average power measure...

Page 232: ...ER 714 Meas_done String value representing DONE measurements 110 NONE if no measurements are done 120 SELECT Meas_done This variable will be set to WAIT until measurements 130 are DONE 140 CASE DAP Characters must be upper case 150 OUTPUT 714 FETCH DAPower If this case is selected 160 digital average power is FETCHed 170 ENTER 714 Integrity Dapower_meas 180 PRINT Digital Average Power is Dapower_m...

Page 233: ...the MS during a call setup due to a page CONN Connected is returned when the test set and the MS are connected on a call APR Access probe is returned when the test set has received an access probe REL Releasing is returned when the test set is in the process of releasing the MS from a call using over the air signalling as part of a MS or BS originated release procedure HAND Handoff is returned whe...

Page 234: ...ample illustrates the use of the connected idle query for a base station originated call This code originates a call then waits for the connected idle query to return a result Note that this code does not include the CALL CONNECTED TIME timeout timer or the CALL CONNECTED ARM change detector arm commands These commands are unnecessary since the change detector is armed automatically by the CALL OR...

Page 235: ...ected idle query to synchronize a controlling application with a call processing state change during a mobile station originated call When the CALL CONNECTED ARM command is received by the test set the detector becomes armed and configures the test set to hold off on returning a result for the CALL CONNECTED STATE query until the detector is disarmed by one of the three events described above 10 O...

Page 236: ...rence Guide Chapters cdma2000_prog_sync_callstate fm Call Processing State Synchronization Related Topics CALL CONNected TIMeout on page 284 CALL CONNected ARM IMMediate on page 283 CALL STATus STATe on page 389 Instrument Status Area on page 699 ...

Page 237: ...mmands until an overlapped command operation has completed WAIT or simply force an overlapped command to behave as a sequential command SEQ Pending Operation Flags Associated with each overlapped command the test set maintains a binary indicator known as a pending operation flag A pending operation flag is set true when the operation started by the overlapped command is executing and is set false ...

Page 238: ...hed SEQuential Forces an overlapped command to execute in a sequential manner No subsequent commands will be executed until the pending operation flag for this operation is false OUTPUT 714 CALL TCH SEQ 65 The example shown is from the E1960A GSM test application Commands the test set to perform a traffic channel handover and to not execute any more commands until the pending operation flag associ...

Page 239: ...o perform a traffic channel handover and execute two setup commands After the two setup commands have finished the OPC command is sent to hang program execution until a 1 is put in the test set s output queue satisfying the ENTER statement and allowing program execution to continue with the INITiate command Table 15 Overlapped Commands Call Processing Command Purpose Of Command Pending Operation F...

Page 240: ...ence Guide Chapters cdma2000_prog_sync_callpro fm Call Processing Event Synchronization Related Topics Call Processing State Synchronization on page 233 Test System Synchronization Overview on page 241 Measurement Event Synchronization on page 231 ...

Page 241: ...h a GPIB connection to the test set an RF and possible AF connection between the test set and a mobile station under test and a serial connection between the mobile station and the external controller Synchronizing an external controller with the test set and a mobile station under test ensures that no device does something before it is supposed to which can cause errors or does something well aft...

Page 242: ...8960 E1962B CDMA 2000 Pi Release Reference Guide Chapters cdma2000_prog_sync_gen fm Test System Synchronization Overview Figure 21 Test System External Controller Mobile Station RS 232 GPIB I O Control Test Set ...

Page 243: ...ieve synchronization for overlapped commands In some cases combinations of these methods will provide the best results Methods one and two do not require the external controller to query the test set nor to perform any branching or decision making associated with information acquired from the test set Methods three through six rely on responses from the test set to an external controller indicatin...

Page 244: ...age 238 INITiate DONE on page 479 This specialized command causes the test set to return a mnemonic indicating if a measurement is done If not the returned mnemonic will indicate if the measurement is still executing This command supports synchronization method three See INITiate DONE on page 479 STATUS register Status bits in the register are provided to indicate the test set s call processing st...

Page 245: ...pters cdma2000_prog_sync_gen fm Test System Synchronization Overview Related Topics Call Processing State Synchronization on page 233 Measurement Event Synchronization on page 231 Call Processing Event Synchronization on page 237 SYSTem SYNChronized on page 651 ...

Page 246: ...246 S Hp8960 E1962B CDMA 2000 Pi Release Reference Guide Chapters cdma2000_prog_sync_gen fm Test System Synchronization Overview ...

Page 247: ...247 S Hp8960 E1962B CDMA 2000 Pi Release Reference Guide Chapters ch_hpib_command_syntax fm GPIB Commands ...

Page 248: ...e drawings show the proper use of spaces Where spaces are required they are indicated by sp otherwise no spaces are allowed between statement elements sp num value V MV STATe sp 1 ON 0 OFF returns 1 0 SAMPlitude VOLTage AMPLitude AFGenerator FREQuency sp num value HZ KHZ MHZ GHZ Root Element Root Element Node Space required Commands enclosed in square brackets are optional Vertical bar separates c...

Page 249: ...ons are able to test more than one radio format There may be commands queries that are shared by more than one radio format in the some of these test applications Identifiers are used to specify the radio format for the command query The command query is sent to the active radio format if you don t use an identifier An identifier must be used when sending commands to the inactive radio format Deve...

Page 250: ...er this event If the measurement is being continuously armed trigger arm set to continuous a new measurement cycle will begin after ABORt If an ABORt command is issued from any measurement state other than measuring the command is ignored Other Commands that Execute an ABORt Action INITiate meas will execute an ABORt meas as part of the INITiate meas command READ meas will execute an ABORt meas ac...

Page 251: ...elease Reference Guide Chapters cdma2000_hpib_abort fm ABORt ABORt Diagram Conventions on page 248 CTXSpurious TFERror CCTPhase GPOWer WQUality DAPower ALL ABORt CPOWer CFERror FSTability CAPPower HWQuality SAUDio FM ATXPower AFANalyzer ...

Page 252: ...ransmitter Power measurement CAPPower Access Probe Power measurement CCTPhase Code Channel Time Phase error measurement CPOWer Channel Power measurement CFERror Frame Error Rate measurement CTXSpurious TX Spruious Emmissions measurement FSTability Frequency Stability measurement FM Frequency Modulation measurement GPOWer Gated Power measurement HWQuality Handoff Waveform Quality measurement SAUDio...

Page 253: ...nsmitter Power measurement CAPPower Access Probe Power measurement CCTPhase Code Channel Time Phase error measurement CPOWer Channel Power measurement CFERror Frame Error Rate measurement CTXSpurious TX Spruious Emmissions measurement FSTability Frequency Stability measurement FM Frequency Modulation measurement GPOWer Gated Power measurement HWQuality Handoff Waveform Quality measurement SAUDio S...

Page 254: ...dma2000_hpib_afgenerator_description fm AFGenerator Subsystem AFGenerator Subsystem Description The AFGenerator subsystem is used to control the audio source that is available at the Audio Output connector Syntax Diagram and Command Descriptions AFGenerator on page 255 ...

Page 255: ... Diagram Conventions on page 248 AFGenerator FREQuency sp num value HZ KHZ MHZ GHZ sp num value V MV returns num value sp num value V MV returns num value sp 1 ON 0 OFF returns 1 0 returns num value VOLTage AMPLitude STATe SAMPlitude Complex Command PULSe STATe sp 1 ON 0 OFF returns 1 0 sp AC DC COUPling returns AC DC ...

Page 256: ...HZ are optional If no units are specified then units default to HZ Setting Range 1 Hz to 20 kHz Resolution 0 1 HZ Query Range 1 Hz to 20 kHz Resolution 0 1 Hz RST setting 1 kHz Programming Example OUTPUT 714 AFGENERATOR FREQUENCY 1000 Sets the audio generator frequency to 1000 Hz Function Sets queries the audio generator pulse state The pulse state must be on when the test set s audio generator is...

Page 257: ...volts and turns the state to on The units V mV are optional If no units are specified then units default to V Setting Range 0 to 9 V pk Resolution 0 5 mV pk 1 V pk output 5 mV pk 1 V pk output Query Range 0 to 9 V pk Resolution 0 5 mV pk 1 V pk output 5 mV pk 1 V pk output RST setting 0 V Programming Example OUTPUT 714 AFGENERATOR VOLTAGE 2 1 Sets the state to on and the output voltage to 2 1 volt...

Page 258: ...n units default to V Setting Range 0 to 9 V pk Resolution 0 5 mV pk 1 V pk output 5 mV pk 1 V pk output Query Range 0 to 9 V pk Resolution 0 5 mV pk 1 V pk output 5 mV pk 1 V pk output RST setting 0 V Programming Example OUTPUT 714 AFGENERATOR VOLTAGE AMPLITUDE 1 414 Sets the audio generator output voltage to 1 414 volts peak Function Sets queries the audio generator state Setting 0 OFF 1 ON Query...

Page 259: ...hannel power measurements the test set will once again measure the internal temperature and calibrate the temperature measurement that was made when calibration data was generated NOTE Channel power calibration data is also used when performing test set functions other than channel power measurements Waveform quality measurements are one such function Digital Average Power calibration Digital aver...

Page 260: ...ower calibrations is performed by selecting the measurement and pressing a softkey Recommended Calibration Intervals Syntax Diagram and Command Descriptions Table 16 Condition Calibrating Channel Power Measurements Calibrating Digital Average Power Measurements I Q Calibration When Test Set is being used for the first time allow 30 minute warmup period After extended power off cycle allow 30 minut...

Page 261: ...0_hpib_calibration fm CALibration CALibration Diagram Conventions on page 248 CALibration CPOWer returns 0 1 2 3 or 340 IQ DATE IQ2 returns 0 for pass or 340 for fail sp Year Month Day 1 returns 0 for pass or 340 for fail returns Year Month Day DAPower returns 0 1 2 3 or 340 ...

Page 262: ...ess and queries the pass fail result Function Initiates digital average power measurement calibration RF power must not be applied to the test set s front panel RF IN OUT connector during calibration Digital average power measurement calibration will take about 10 minutes Power must be cycled when digital average power measurement calibration has completed No other GP IB commands are processed unt...

Page 263: ...pt by cycling the power switch Calibrates the IQ modulator for RF generator 1 Returns a value indicating success or failure of calibration Query Range 0 Pass 340 Fail Programming Example OUTPUT 714 CALIBRATION IQ1 Performs a calibration of the IQ modulator for RF generator 1 and returns 0 or 340 Function Sets queries the calibration of the IQ modulator for RF generator 2 It takes some time to comp...

Page 264: ...ot the IQ calibration date Returns a comma separated list YYYY MM DD in that order Setting Sets the system calibration date Range Year 0000 to 9999 Month 01 to 12 Day 01 to 31 Query Returns the date when system calibration was performed Range Year 0000 to 9999 Month 1 to 12 Day 1 to 31 Programming Example OUTPUT 714 CALIBRATION DATE 1999 01 04 Sets the date of the last system calibration year mont...

Page 265: ...l on page 355 CALL CELL CONTrol DOWNlink FREQuency AUTO on page 286 CALL QPCHannel on page 357 CALL D2KTest on page 287 CALL CELL RCONfig on page 361 CALL DCONnected STATe on page 289 CALL REGister on page 362 CALL END on page 292 CALL CELL RFGenerator on page 365 CALL CELL ESCape MODE on page 293 CALL CELL RLGain on page 366 CALL FCHannel on page 294 CALL SCHannel on page 367 CALL FM on page 298 ...

Page 266: ... MS REPorted CLEar on page 320 CALL TOTal POWer AMPLitude SELected on page 405 CALL MS REPorted CPCLass on page 321 CALL TRAFfic on page 406 CALL MS REPorted CTXType on page 322 CALL TRIGger TYPE on page 409 CALL MS REPorted DUAL MODE on page 323 CALL MS REPorted EIRP ESN on page 324 CALL MS REPorted MCC MIN1 MIN2 MNC MSIN on page 326 CALL MS REPorted ONUM OPER PCL PCON PNUM PREV QPCH on page 329 ...

Page 267: ... 991 to 1023 Query range 1 to 799 991 to 1023 RST Setting 333 Programming Example OUTPUT 714 CALL ACC CHANNEL SELECTED 799 Sets the analog control channel to 799 Function Specifies the RF channel number of the analog control channel cellular band is specified Setting range 1 to 799 991 to 1023 Query range 1 to 799 991 to 1023 RST Setting 333 Programming Example OUTPUT 714 CALL ACC CHANNEL CELLULAR...

Page 268: ...um value DB NOMinal EXTended STEP CALL sp num value DB returns num value OFFset INITial CELL APARameter POWer sp 1 ON 0 OFF returns 1 0 sp num value DB returns num value COUNt returns num value LEVel sp num value returns num value PREamble sp num value returns num value SIZE SEQuence REQuest sp num value returns num value MAXimum RESPonse sp num value returns num value MAXimum ...

Page 269: ...ower extended set to 0 false See CALL CELL APARameter POWer NOMinal EXTended Resolution integer RST Setting 0 Programming Example OUTPUT 714 CALL CELL APARAMETER POWER NOMINAL OFFSET 5 Sets the nomiinal power offset to 5 dB Function Sets queries extended nominal power Setting this parameter to 1 true introduces a 16 dB offset to the open loop power control correction range The extended nominal pow...

Page 270: ... 0 Programming Example OUTPUT 714 CALL CELL APARAMETER POWER INITIAL 10 Sets the initial power to 10 dB Function Sets queries the step increase between each mobile station access probe during each access probe sequence Setting Range 0 to 7 dB per step Resolution integer Query Range 0 to 7 dB per step Resolution integer RST Setting 3 dB Programming Example OUTPUT 714 CALL CELL APARAMETER POWER STEP...

Page 271: ... Sets queries the maximum number of access probes the mobile station will transmit per access channel request Setting Range 1 to 15 Resolution integer Query Range 1 to 15 Resolution integer RST Setting 1 Programming Example OUTPUT 714 CALL CELL APARAMETER SEQUENCE REQUEST MAXIMUM 5 Sets the maximum number of access probes the mobile station will transmit per access channel request to 5 Function Se...

Page 272: ...L AVCTest AVC SATone STATe Function Turns SAT on or off Applies only in AVC test mode In active cell mode SAT state is not controlled by the user Setting Range 1 ON 0 OFF Query Range 1 0 RST Setting 1 on Programming Example OUTPUT 714 CALL AVCTEST AVC SATONE STATE 0 Turns the supervisory audio tone off AVCTest AVC returns 1 0 STATe sp 1 ON 0 OFF CALL SATone ...

Page 273: ...POWer CALL AWGNoise POWer Diagram Conventions on page 248 CALL POWer SAMPlitude SELected STATe SELected DIGital2000 AMPLitude SELected returns num value sp num value DBM DIGital2000 returns num value sp num value DBM DIGital2000 returns 1 0 sp 1 ON 0 OFF AWGNoise Complex Command DIGital95 DIGital95 DIGital95 ...

Page 274: ... output power Depending on the cell power setting an AWGN level may be within the range listed below but cause an error message to be displayed Possible causes are Sum of AWGN and cell power causing total RF power limits to be exceeded see CALL TOTal POWer AMPLitude SELected for the allowable range of total RF power Greater than 10 dB difference between cell power and AWGN Amplitude offset causing...

Page 275: ...e total forward channel RF output power Depending on the cell power setting an AWGN level may be within the range listed below but cause an error message to be displayed Possible causes are Sum of AWGN and cell power causing total RF power limits to be exceeded see CALL TOTal POWer AMPLitude SELected for range of total RF power Greater than 10 dB difference between cell power and AWGN Amplitude of...

Page 276: ...channel RF output power Depending on the cell power setting an AWGN level may be within the range listed below but cause an error message to be displayed Possible causes are Sum of AWGN and cell power causing total RF power limits to be exceeded see CALL TOTal POWer AMPLitude SELected for range of total RF power Greater than 10 dB difference between cell power and AWGN Amplitude offset causing tot...

Page 277: ...set queried applies to the current system type Setting Range CCELlular China Cellular IMT2000 JCDMa Japan CDMA KPCS Korean PCS USCellular U S Cellular USPCs U S PCS NMT450 Query Range CCEL China Cellular IMT2000 JCDMa Japan CDMA KPCS Korean PCS USCellular U S Cellular USPCs U S PCS NMT450 RST Setting U S PCS Programming Example OUTPUT 714 CALL BAND KPCS Selects the Korean PCS cell band BAND CALL s...

Page 278: ...hapters cdma2000_hpib_call_channel fm CALL CHANnel CALL CHANnel Diagram Conventions on page 248 USCellular CALL CHANnel SELected USPCs KPCS JCDMa IMT2000 SELected sp num value returns num value DIGital2000 NMT450 DIGital95 Does not apply to DIGital95 CCELlular ...

Page 279: ... return a stored channel number that is not the current channel the test set is transmitting To set make current a frequency band or query the current frequency band use the CALL BAND command Setting Range depending on selected system type CCELlular China Cellular 0 to 699 IMT2000 0 to 1199 JCDM Japanese CDMA 1 to 799 801 to 1039 1041 to 1199 KPCS Korean PCS 0 to 599 USC U S Cellular 1 to 799 991 ...

Page 280: ...ved signal strength of the reverse channel When UP is selected the test set sends all 0 up power control bits When DOWN is selected the test set sends all 1 down power control bits When ALTernate is selected the test set sends alternating up down power control bits Setting Range ACTive UP DOWN ALTernate Query Range ACT UP DOWN ALT RST Setting ACTive Programming Example OUTPUT 714 CALL CELL CLPCONT...

Page 281: ...everse CDMA channel closed loop power control step size This setting tells the mobile station how much to increase or decrease the power according to the power control bit Setting Range DB1 DBHalf DBQuarter Query Range DB1 DBH DBQ RST Setting DB1 1 dB Programming Example OUTPUT 714 CALL CELL CLPCONTROL REVERSE STEP DBQUARTER Sets the closed loop power control step size to 0 25 dB ...

Page 282: ...ed fm CALL CONNected STATe CALL CONNected STATe Diagram Conventions DONE OPComplete CALL CONNected WAIT returns 1 0 returns 1 SEQuential ARM DROP STATe sp 1 ON 0 OFF returns 1 0 LIMit TIMeout sp num value S MS US NS returns num value IMMediate STATe STATe sp 1 ON 0 OFF returns 1 0 TIMer STATe ...

Page 283: ...dle Function Sets arms the call state change detector Arming this detector allows the control program to tell the test set that it is expecting a change in the state of a call prior to initiating the state change Once armed the detector remains armed until there is a call state change to Idle or Connected from one of the transitory states nor is it disarmed by any transitions from Idle to Idle or ...

Page 284: ... command and should be greater than the maximum amount of time the control program needs to wait between arming the call state change detector and the connect disconnect operation starting Once the process starts and the call state has moved to one of the transitory states the protocol timers take over and prevent the call state from staying in a transitory state forever See Call Processing State ...

Page 285: ... bad frames The counter counts for 250 consecutive bad frames which takes about 5 seconds The counter is reset whenever a good frame is received Setting Range 1 ON 0 OFF Query Range 1 0 RST Setting ON Programming Example OUTPUT 714 CALL CONNECTED DROP TIMER STATE 0 Function When call limit mode is on the test set will not respond to the access probe for origination or page responses from the mobil...

Page 286: ...t to on 1 the base station emulator is in control and the frequency will automatically be set by the test set This is done by mapping the selected CDMA physical channel number to a frequency as defined in applicable standards If set to off 0 the forward channel frequency is directly settable Refer to CALL CELL RFGenerator to set the CDMA forward channel frequency Setting Range 1 ON 0 OFF Query Ran...

Page 287: ... is lowered the expected power to the test set s receiver will not increase beyond max EIRP If an amplitude offset is turned on see SYSTem CORRection SGAin the test set will automatically adjust the max EIRP value to correct for path loss Setting Range 30 to 10 dBW Resolution 1 dBW Query Range 30 to 10 dBW Resolution 1 dBW RST Setting 7 dBW Programming Example OUTPUT 714 CALL D2KTEST EIRPOWER MAXI...

Page 288: ...D2KTEST ESNUMBER HEX ABCD1234 Sets the mobile station s ESN to ABCD1234 Function Sets queries the QPCH Quick Paging Channel paging indicators Setting this parameter to ALL1 will cause the slotted mode mobile station operating in the idle state to monitor the paging channel during each assigned slot When this parameter is set to ALL0 the mobile station will not monitor the paging channel Note QPCH ...

Page 289: ...apters cdma2000_hpib_call_dconnected fm CALL DCONnected STATe CALL DCONnected STATe Diagram Conventions DONE OPComplete CALL DCONnected WAIT returns 1 0 returns 1 SEQuential ARM STATe TIMeout sp num value S MS US NS returns num value IMMediate returns 1 0 STATe ...

Page 290: ...or Arming this detector allows the control program to tell the test set that it is expecting a change in the state of a call prior to initiating the state change Once armed the detector remains armed until there is a call state change to Idle or Connected from one of the transitory states nor is it disarmed by any transitions from Idle to Idle or Connected to Connected See Call State Change Detect...

Page 291: ...and should be greater than the maximum amount of time the control program needs to wait between arming the call state change detector and the connect disconnect operation starting Once the process starts and the data channel s state has moved to one of the transitory states the protocol timers take over and prevent the data channel s state from staying in a transitory state forever See Call Proces...

Page 292: ...l_end fm CALL END CALL END Diagram Conventions on page 248 CALL END Function Disconnects any calls or connections in progress Aborts any outstanding registrations or base station pages in progress as well as mobile station originations Programming Example OUTPUT 714 CALL END END CALL ...

Page 293: ...ion that sends in its overhead messages all 1 s in the messaging fields used to signal mobile country code MCC and mobile network code MNC A mobile station that supports escape mode will respond by assuming MCC MNC compatibility and perform registrations using only the mobile station identification number MSIN Setting Range 1 ON 0 OFF Query Range 0 1 RST Setting 0 off Programming Example OUTPUT 71...

Page 294: ...ons on page 248 CALL sp num value DB SLEVel returns num value sp 1 ON 0 OFF STATe returns 1 0 Complex Command sp num value DB returns num value LEVel WALSh sp CODE10 CODE14 CODE26 CODE30 returns CODE10 CODE14 CODE26 CODE42 CODE46 CODE58 CODE62 CODE42 CODE46 CODE58 CODE62 FCHannel SELected DIGital2000 SELected DIGital2000 SELected DIGital2000 ...

Page 295: ... The optional SELected keyword in this command specifies that the frequency band being set queried applies to the current system type At this time there is only one system type choice DIGital2000 Specifying DIGital2000 will have the same effect as using the optional SELected keyword Setting Range 0 to 30 dB Resolution 0 01 dB Query Range 0 to 30 dB Resolution 0 01 dB RST Setting 15 6 dB Programmin...

Page 296: ...ected keyword Setting Range 0 to 30 dB Resolution 0 01 dB Query Range 0 to 30 dB Resolution 0 01 dB RST Setting 15 6 dB Programming Example OUTPUT 714 CALL FCHANNEL LEVEL SELECTED 10 dB Function Sets queries the on off state of the forward fundamental channel FCH The optional SELected keyword in this command specifies that the frequency band being set queried applies to the current system type At ...

Page 297: ...t has been created by fixing other code channels to pre determined values Reserving this codespace eliminates the possibility of conflicts that can arise with lower walsh code sets which are used in certain radio configurations Setting Range CODE10 CODE14 CODE26 CODE30 CODE42 CODE46 CODE58 CODE62 Query Range CODE10 CODE14 CODE26 CODE30 CODE42 CODE46 CODE58 CODE62 RST Setting CODE10 Programming Exa...

Page 298: ... Diagram Conventions on page 248 STATe returns 1 0 sp 1 ON 0 OFF sp 1 ON 0 OFF returns 1 0 sp num value HZ KHZ MHZ GHZ returns num value CALL FM EXTernal STATe INTernal DEViation sp num value HZ KHZ MHZ GHZ returns num value FREQuency sp num value HZ KHZ MHZ GHZ returns num value SDEViation Complex Command ...

Page 299: ...by the call processing state machine during wideband signaling with the mobile station Querying during this temporary state will return user defined values This command applies in active cell mode while on an AVC and in AVC test mode Setting Range 1 ON 0 OFF Query Range 1 0 RST Setting 0 off Programming Example OUTPUT 714 CALL FM EXTERNAL STATE ON Turns on the external FM input Function Sets queri...

Page 300: ...nce of the signal is not specified beyond 20 kHz deviation This command applies in active cell mode while on an AVC and in AVC test mode Setting Range 0 to 20 kHz Resolution 0 1 Hz Query Range 0 to 20 kHz Resolution 0 1 Hz RST Setting 8 kHz Programming Example OUTPUT 714 CALL FM INTERNAL DEVIATION 10 KHZ Sets internal FM deviation to 10 kHz Function Sets queries the frequency of the internal FM so...

Page 301: ...parameters will be overridden and FM turned off temporarily by the call processing state machine during wideband signaling with the mobile station Querying during this temporary state will return user defined values This command applies in active cell mode while on an AVC and in AVC test mode Setting Range 1 ON 0 OFF Query Range 1 0 RST Setting 0 off Programming Example OUTPUT 714 CALL FM INTERNAL...

Page 302: ...ed by the CALL SETup SYSTem command the handoff frequency band selected by the CALL SETup BAND command the handoff physical channel selected by the CALL SETup CHANnel command A handoff will occur within the current system if the current cell system type see CALL CELL SYSTem is the same as the current handoff system type see CALL SETup SYSTem Programming Example OUTPUT 714 CALL HANDOFF IMMEDIATE in...

Page 303: ...he mobile country code MCC This parameter can be set any time and will be sent out in the next overhead message When escape mode is on see CALL CELL ESCape MODE command description this parameter is not used Setting Range 0 to 999 Query Range 0 to 999 RST Setting 310 Programming Example OUTPUT 714 CALL CELL MCCODE 310 Sets the mobile country code to 310 MCCode CALL CELL sp num value returns num va...

Page 304: ...C also referred to as IMSI_11_12 or cell network code This parameter can be set any time and will be sent out in the next overhead message When escape mode is on see the CALL CELL ESCape MODE command description this parameter is not used Setting Range 0 to 99 Query Range 0 to 99 RST Setting 0 Programming Example OUTPUT 714 CALL CELL MNCODE 10 Sets the mobile network code to 10 MNCode CALL CELL sp...

Page 305: ...e on an AVC Setting Range 0 to 7 MS TX Level 0 expected power 36 dBm MS TX Level 1 expected power 32 dBm MS TX Level 2 expected power 28 dBm MS TX Level 3 expected power 24 dBm MS TX Level 4 expected power 20 dBm MS TX Level 5 expected power 16 dBm MS TX Level 6 expected power 12 dBm MS TX Level 7 expected power 8 dBm all values for MS TX level assume 0 dB antenna gain Query Range 0 to 7 RST Setti...

Page 306: ...EIRP for each band returned by this command Each time a new mobile station registers with the test set the test set will have the mobile station report band classes mobile station reported operating mode for each band class and mobile station reported max EIRP if the operating mode is CDMA for each band class These results are referred to as Status Request Information Query Range US Cell Jpn Cell ...

Page 307: ...fm CALL MS REPorted CAPability CCHannel DEDicated CALL MS REPorted CAPability CCHannel DEDicated Diagram Conventions on page 248 CALL MS REPorted CAPability CCHannel DEDicated SIZE returns YES NO UNKN FRAMe RCONfig FORWard RCONfig REVerse returns string returns string SUPPort returns 5MS 20MS NDYN DYN UNKN ...

Page 308: ... by the mobile station Returned values are 5 millisecond only 20 milliseconds only 5 or 20 milliseconds not dynamic 5 or 20 milliseconds dynamic or unknown Query Range 5MS 20MS NDYN DYN UNKN RST Setting UNKN Programming Example OUTPUT 714 CALL MS REPORTED CAPABILITY CCHANNEL DEDICATED FRAME SIZE Function This query only command returns the mobile station s capability to support forward dedicated c...

Page 309: ...reported_cap_fch fm CALL MS REPorted CAPability FCHannel CALL MS REPorted CAPability FCHannel Diagram Conventions on page 248 CALL MS REPorted CAPability FCHannel returns YES NO UNKN SUPPort returns YES NO UNKN FRAMe SUPPort RCONfig FORWard RCONfig REVerse returns string returns string MS5 ...

Page 310: ...d by the mobile station Query Range YES NO UNKN RST Setting UNKN Programming Example OUTPUT 714 CALL MS REPORTED CAPABILITY FCHANNEL FRAME MS5 SUPPORT Function This query only command returns the mobile station s capability to support radio configurations on the forward fundamental radio channel as reported by the mobile station This query returns a comma separated string of any combination of 1 2...

Page 311: ...8 CALL MS REPorted CAPability QUERy Function This command causes the test set to obtain the queriable mobile station capability results This command is only applicable to active cell mode in the IS 2000 system Query N A RST Setting N A Programming Example OUTPUT 714 CALL MS REPORTED CAPABILITY QUERY obtains queriable mobile station capability results from the mobile station CALL MS REPorted CAPabi...

Page 312: ...el FORWard Diagram Conventions on page 248 SUPPort CALL MS REPorted CAPability SCHannel FORWard returns YES NO UNKN CONVolution SUPPort MAXimum DRATe1 MAXimum DRATe2 returns string returns string YES NO UNKN COUNt returns num value CALL MS REPorted CAPability SCHannel FORWard RCONfig TURBo returns YES NO UNKN MAXimum DRATe1 SUPPort MAXimum DRATe2 returns string returns string returns string ...

Page 313: ...ity to support convolutional coding on the forward supplemental channel as reported by the mobile station Query Range YES NO UNKN RST Setting UNKN Programming Example OUTPUT 714 CALL MS REPORTED CAPABILITY SCHANNEL FORWARD CONVOLUTION SUPPORT Function This query only command returns the mobile station s maximum convolutional coder data rate on the forward supplemental channel for rate set 1 as rep...

Page 314: ...y to support forward supplemental channel radio configurations as reported by the mobile station This query returns a comma separated string of any combination of 3 4 5 or null Query Range 3 4 5 null RST Setting null Programming Example OUTPUT 714 CALL MS REPORTED CAPABILITY SCHANNEL FORWARD RCONFIG Function This query only command returns the mobile station s capability to support the forward sup...

Page 315: ...ty SCHannel FORWard TURBo DRATe2 MAXimum Function This query only command returns the mobile station s maximum turbo coder data rate on the forward supplemental channel for rate set 2 as reported by the mobile station Query Range BPS14400 BPS28800 BPS57600 BPS230400 UNKN RST Setting UNKN Programming Example OUTPUT 714 CALL MS REPORTED CAPABILITY SCHANNEL FORWARD TURBO DRATE2 MAXIMUM ...

Page 316: ...el REVerse Diagram Conventions on page 248 SUPPort SUPPort CALL MS REPorted CAPability SCHannel REVerse returns YES NO UNKN CONVolution MAXimum DRATe1 MAXimum DRATe2 returns string returns string YES NO UNKN COUNt returns num value CALL MS REPorted CAPability SCHannel REVerse RCONfig TURBo returns YES NO UNKN MAXimum DRATe1 SUPPort MAXimum DRATe2 returns string returns string returns string ...

Page 317: ...y to support convolutional coding on the reverse supplemental channel as reported by the mobile station Query Range YES NO UNKN RST Setting UNKN Programming Example OUTPUT 714 CALL MS REPORTED CAPABILITY SCHANNEL REVERSE CONVOLUTION SUPPORT Function This query only command returns the mobile station s maximum convolutional coder data rate on the reverse supplemental channel for rate set 1 as repor...

Page 318: ...y to support reverse supplemental channel radio configurations as reported by the mobile station This query returns a comma separated string of any combination of 3 4 5 or null Query Range 3 4 5 null RST Setting null Programming Example OUTPUT 714 CALL MS REPORTED CAPABILITY SCHANNEL REVERSE RCONFIG Function This query only command returns the mobile station s capability to support the reverse sup...

Page 319: ...y SCHannel REVerse TURBo DRATe2 MAXimum Function This query only command returns the mobile station s maximum turbo coder data rate on the reverse supplemental channel for rate set 2 as reported by the mobile station Query Range BPS14400 BPS28800 BPS57600 BPS230400 UNKN RST Setting UNKN Programming Example OUTPUT 714 CALL MS REPORTED CAPABILITY SCHANNEL REVERSE TURBO DRATE2 MAXIMUM ...

Page 320: ...ion database The following mobile station data is cleared Page MS Information Status Request Information Queriable MS Information mobile capabilities Registration Type Mobile Protocol Capability Indication MS Called Party Number After the MS database is cleared the test set will re acquire the mobile station for the Status Request Information during the next registration Programming Example OUTPUT...

Page 321: ... on page 248 CALL MS REPorted CPCLass Function Queries the mobile reported power class as part of the station class mark SCM for IS 95 mobiles Used only in active cell operating mode Query Range 1 2 3 or 9 91 E 37 RST Setting 9 91 E 37 Programming Example OUTPUT 714 CALL MS REPORTED PCLASS SELECTED Returns the MS reported power class CALL MS REPorted CPCLass returns num value ...

Page 322: ...ted CTXType CALL MS REPorted CTXType Diagram Conventions on page 248 CALL MS REPorted CTXType Function Queries the mobile reported transmission mode for IS 95 cdma2000 systems Query Range CONT DISC UNKN RST Setting UNKN Programming Example OUTPUT 714 CALL MS REPORTED CTXTYPE CALL MS REPorted CTXType returns CONT DISC UNKN ...

Page 323: ...CALL MS REPorted DUAL MODE Diagram Conventions on page 248 CALL MS REPorted DUAL MODE Function Queries the mobile reported operating mode for IS 95 cdma2000 systems Query Range CDMA ONLY DUAL MODE NULL RST Setting NULL Programming Example OUTPUT 714 CALL MS REPORTED DUAL CALL MS REPorted DUAL returns CDMA ONLY DUAL MODE NULL MODE ...

Page 324: ...Pi Release Reference Guide Chapters cdma2000_hpib_call_ms_reported_e fm CALL MS REPorted EIRP ESN CALL MS REPorted EIRP ESN Diagram Conventions on page 248 CALL HEX returns string MS REPorted ESNumber returns string EIRPower MAXimum ...

Page 325: ...test set the test set will have the mobile station report band classes mobile station reported operating mode for each band class and mobile station reported max EIRP if the operating mode is CDMA for each band class These results are referred to as Status Request Information Query Range xx null where xx is a numeric value RST Setting Null Programming Example OUTPUT 714 CALL MS REPORTED EIRP when ...

Page 326: ...0_hpib_call_ms_reported_m fm CALL MS REPorted MCC MIN1 MIN2 MNC MSIN CALL MS REPorted MCC MIN1 MIN2 MNC MSIN Diagram Conventions on page 248 HEX CALL returns string MCCode MNCode returns string MSINumber returns string MS REPorted MIN1 returns string HEX MIN2 returns string ...

Page 327: ... area code When the 34 bit Mobile Identification Number value is received by the test set Paging Phone Number MIN1 and MIN2 will be updated Used only in active cell operating mode Query Range 0x000000 to 0xFFFFFF or null RST Setting null Programming Example OUTPUT 714 CALL MS REPORTED MIN1 HEX Returns the MIN1 value Function Queries the 10 bits of the mobile identification number that represent th...

Page 328: ...INumber Function Queries the mobile network code MNC as reported by the mobile station Query Range 0 to 999 RST Setting Null string Programming Example OUTPUT 714 CALL MS REPORTED MNCODE Function Queries the mobile station reported mobile station identification number Query Range returns up to 10 digits RST Setting Null string Programming Example OUTPUT 714 CALL MS REPORTED MSINUMBER ...

Page 329: ...PCON PNUM PREV QPCH CALL MS REPorted ONUM OPER PCL PCON PNUM PREV QPCH Diagram Conventions on page 248 CALL ONUMber PCONtrol returns DB1 DBH DBQ PREVision MS REPorted STEP MINimum QPCHannel returns YES NO UNKN UNKN returns num value returns string SUPPort PCLass returns num value MODE OPERating returns string PNUMber returns num value ...

Page 330: ...by its position in the string with the position of each band class in the string returned by the command CALL MS REPorted BCLass Each time a new mobile station registers with the test set the test set will have the mobile station report band classes mobile station reported operating mode for each band class and mobile station reported max EIRP if the operating mode is CDMA for each band class Thes...

Page 331: ...ation reported phone number When the mobile station registers the 34 bit mobile identification number MIN is used to set the MS reported phone number and paging phone number If the MIN does not translate into a valid phone number set the ms reported phone number and paging phone number to 0000000000 Used only in active cell operating mode Query Range Up to 10 characters 0 through 9 or null RST Set...

Page 332: ...UM OPER PCL PCON PNUM PREV QPCH CALL MS REPorted QPCHannel SUPPort Function Queries whether the mobile supports quick paging When the test set s quick paging channel state is on it will send out slotted quick pages Query Range YES NO UNKN RST Setting CLEARED Programming Example OUTPUT 714 CALL MS REPORTED QPCHANNEL SUPPORT ...

Page 333: ...s as reported by the mobile station If the mobile station supports any radio configuration in radio configuration class 2 this mobile station reported result will be YES Query Range YES NO UNKN RST Setting UNKN Programming Example OUTPUT 714 CALL MS REPORTED RCON ENH SCINdex CALL MS REPorted REGistration returns num value SCLass returns SLOT NSL UNKN TYPE RCONfig returns YES NO UNKN SUPPort ENHanc...

Page 334: ...ST Setting CLEARED Programming Example OUTPUT 714 CALL MS REPORTED REGISTRATION Function Queries the analog mobile reported protocol version that the mobile station supports Used only in active cell operating mode Query Range 0 to 3 9 91E 37 Protocol Version 0 TIA EIA 553 IS 54 A MS 1 TIA EIA 627 dual mode MS 2 IS 95 dual mode MS 3 TIA EIA 136 dual mode MS 9 91E 37 RST Setting 9 91 E 37 Programmin...

Page 335: ...by the mobile station The test set will page the mobile station in slotted mode unless the mobile station has registered as non slotted NSL Query Range SLOT NSL UNKN RST Setting UNKN Programming Example OUTPUT 714 CALL MS REPORTED SCLASS Function Queries the mobile reported discontinuous transmission support as part of the station class mark SCM for AMPS systems Query Range CONT DISC UNKN RST Sett...

Page 336: ...age 248 CALL CELL NIDentity Function Sets queries the network ID NID This parameter can be set any time and will be sent out in the next overhead message Setting Range 0 to 65535 Query Range 0 to 65595 RST Setting 1 Programming Example OUTPUT 714 CALL CELL NIDENTITY 3056 Sets the network identifier to 3056 NIDentity CALL CELL sp num value returns num value ...

Page 337: ...NSource CALL OCNSource Diagram Conventions on page 248 CALL STATe returns 1 ON 0 0FF SELected DIGital2000 returns num value SELected DIGital2000 LEVel sp CODE5 CODE13 CODE21 CODE29 returns 5 13 21 29 37 45 53 61 WALSh SELected DIGital2000 CODE37 CODE45 CODE53 CODE61 OCNSource DIGital95 DIGital95 DIGital95 ...

Page 338: ...level being queried applies to the current system type The OCNS level is a calculated value used to balance the relative power levels of the following channels to sum to 100 OCNS Paging PCH Pilot PICH Sync SCH Fundamental FCH Supplemental SCH Quick Paging QPCH If the contribution of OCNS is calculated to be 30 dB or less the OCNS state is turned off Query Range 0 to 20 dB NAN Resolution 0 01 dB RS...

Page 339: ...state is turned off Setting Range 1 0 RST Setting 1 on Programming Example OUTPUT 714 CALL OCNSOURCE STATE Function Sets queries the Walsh code used for the orthogonal channel noise simulator OCNS The optional SELected keyword in this command specifies that the OCNS Walsh code being set queried applies to the current system type The Walsh codes allowed for use with this command are part of a reser...

Page 340: ...ower control will be automatically set to its active mode See CALL CELL CLPControl REVerse MODE for closed loop power control commands D2KTest mode commands the test set to transmit a forward CDMA channel with no call processing capability In this mode a mobile station that complies with IS 2000 test mode will camp on to the forward channel The test set will continually send an F FCH on the user e...

Page 341: ...E1962B CDMA 2000 Pi Release Reference Guide Chapters cdma2000_hpib_call_originate fm CALL ORIGinate CALL ORIGinate Diagram Conventions on page 248 DONE OPComplete CALL ORIGinate WAIT returns 1 0 returns 1 SEQuential ...

Page 342: ...all processing state Programming Example OUTPUT 714 CALL ORIGINATE pages the mobile station Function See Call Processing Event Synchronization Query Range 1 0 Programming Example OUTPUT 714 CALL ORIGINATE DONE Function See Call Processing Event Synchronization Query Range 1 Programming Example OUTPUT 714 CALL ORIGINATE OPCOMPLETE Function See Call Processing Event Synchronization Programming Examp...

Page 343: ...m value DB returns num value TYPE MCCode sp ALL MCMS MNMS MSIN returns ALL MCMS MNMS MSIN Complex Command MNCode MSINumber sp string returns string sp string returns string sp string returns string DIGital95 STATe CALL PAGing LEVel SELected DIGital2000 sp num value DB returns num value SELected DIGital2000 sp 1 ON 0 OFF returns 1 0 PNUMber sp num value returns num value DIGital95 DIGital95 SCINdex...

Page 344: ...g 12 dB Programming Example OUTPUT 714 CALL PAGING SLEVEL SELECTED 10 Function Sets queries the forward paging channel PCH data rate Setting Range FULL HALF Query Range FULL HALF RST Setting FULL Programming Example OUTPUT 714 CALL PAGING DRATE HALF Sets the PCH data rate to half Function Sets queries the international mobile subscriber identity IMSI type This parameter will be overwritten when a ...

Page 345: ...l be overwritten when a new MSIN Mobile Station Identification Number is reported by the mobile station during registration If paging MNC is reported by the mobile station and there are fewer digits than expected the test set will assume leading zeroes Setting Range 2 digit string Query Range 2 digit string RST Setting 00 Programming Example OUTPUT 714 CALL PAGING IMSI MNC 10 Function Sets queries...

Page 346: ...umber If the MIN does not translate into a valid phone number the ms reported phone number and paging phone number are set to 0000000000 This setting is overwritten when the phone number is updated When setting the paging number the value is entered as a string not as a numeric entry Be sure to enclose the paging number in single quotes Setting Range up to 10 characters 0 through 9 or null Query R...

Page 347: ...n off state The optional SELected keyword in this command specifies that the paging channel state being set queried applies to the current system type See CALL CELL SYSTem TYPE to query or change the current system type Setting Range 1 ON 0 OFF Query Range 1 0 RST Setting 1 on Programming Example OUTPUT 714 CALL PAGING STATE DIGITAL2000 OFF Sets the IS 2000 paging on off state to off ...

Page 348: ...hat the pilot channel state and level being set queried applies to the current system type See CALL CELL SYSTem TYPE to query or change the current system type Setting Range 0 to 10 dB Resolution 0 01 dB Query Range 0 to 10 dB Resolution 0 01 dB RST Setting 7 dBm Programming Example OUTPUT 714 CALL PILOT SLEVel 10 Sets the cell pilot state to ON and sets the level to 10 dB sp num value DB returns ...

Page 349: ...TYPE to query or change the current system type Setting Range 0 to 10 dB Resolution 0 01 dB Query Range 0 to 10 dB Resolution 0 01 dB RST Setting 7 dB Programming Example OUTPUT 714 CALL PILOT LEVEL 10 Function Sets queries the forward pilot channel PICH state The optional SELected keyword in this command specifies that the pilot state being set queried applies to the current system type See CALL ...

Page 350: ...ries the pseudonoise PN offset The PN offset is the timing of the cell s short codes relative to system time This command may take up to 2 seconds to complete The PN offset cannot be changed while a call is connected Setting Range 0 to 511 Query Range 0 to 511 RST Setting 12 Programming Example OUTPUT 714 CALL CELL PNOFFSET 333 sets the PN offset to 333 PNOFfset CALL CELL sp num value returns num ...

Page 351: ... CELL POWer Diagram Conventions on page 248 sp num value DBM AMPLitude returns num value CALL sp num value DBM SAMPlitude returns num value sp 1 ON 0 OFF STATe returns 1 0 Complex Command SELected DIGital2000 CELL POWer CW DIGital95 AMPS SELected DIGital2000 CW DIGital95 AMPS SELected DIGital2000 CW DIGital95 AMPS ...

Page 352: ... up the total forward channel RF output power Depending on the cell power setting a cell power level may be within the range listed below but cause an error message to be displayed Possible causes are Sum of cell power and AWGN causing total RF power limits to be exceeded see CALL STATus TOTal POWer AMPLitude SELected for the allowable range of total RF power levels Greater than 10 dB difference b...

Page 353: ...n the cell power setting a cell power level may be within the range listed below but cause an error message to be displayed Possible causes are Sum of cell power and AWGN causing total RF power limits to be exceeded see CALL STATus TOTal POWer AMPLitude SELected for the allowable range of total RF power levels Greater than 10 dB difference between cell power and AWGN Amplitude offset causing total...

Page 354: ...e total forward channel RF output power Depending on the cell power setting a cell power level may be within the range listed below but cause an error message to be displayed Possible causes are Sum of cell power and AWGN causing total RF power limits to be exceeded see CALL STATus TOTal POWer AMPLitude SELected for the allowable range of total RF power levels Greater than 10 dB difference between...

Page 355: ...l CALL CELL PROTocol Diagram Conventions on page 248 SELected PROTocol CALL CELL DIGital2000 returns PREV6 PREV60 sp PREVision6 PREVision60 TSB74 sp PREVision6 PREVision60 returns PREV6 PREV60 JSTD8 D95B AT53 KPCS DIGital95 sp TSB74 JSTD8 D95B AT53 KPCS returns TSB74 JSTD8 TSB74 JSTD8 D95B AT53 KPCS D95B AT53 KPCS ...

Page 356: ...gramming Example OUTPUT 714 CALL CELL PROT PREV6 Function Sets queries the protocol standard for the IS 2000 System Type Setting Range PREVision6 IS 2000_Rev0 PREVision60 IS 2000_Rev0 pre addendum Query Range PREVision6 PREVision60 RST Setting PREV6 Programming Example OUTPUT 714 CALL CELL PROT PREV6 Function Sets queries the protocol standard for the IS 95 System Type Setting Range TSB74 JSTD8 D9...

Page 357: ...CHannel CALL QPCHannel Diagram Conventions on page 248 RTPilot returns num value CALL QPCHannel sp 1 ON 0 OFF STATe returns 1 0 LEVel RTCell sp num value DB returns num value SLEVel sp num value DB returns num value RTPilot SELected DIGital2000 SELected DIGital2000 SELected DIGital2000 SELected DIGital2000 ...

Page 358: ...evel The optional SELected keyword in this command specifies that the frequency band being set queried applies to the current system type The QPCH channel is slotted pulsed When the state of the QPCH is on see CALL QPCHannel STATe OCNS is calculated based on the channel power when QPCH is present in the signal When the QPCH state is off the output power is not fully calibrated Query Range 2 to 5 d...

Page 359: ...ot fully calibrated Query Range 0 to 15 dB NAN Resolution 0 01 dB RST Setting 10 dB Programming Example OUTPUT 714 CALL QPCHANNEL LEVEL RTCELL DIGITAL2000 Function Sets queries the forward quick paging channel QPCH level relative to the pilot level The optional SELected keyword in this command specifies that the frequency band being set queried applies to the current system type The QPCH channel i...

Page 360: ...ll transmit it even if the mobile station does not support QPCH The QPCH channel is slotted pulsed The test set adjusts OCNS orthogonal channel noise simulator to an appropriate level for the periods of time when the slotted QPCH signal is pulsed on When QPCH is pulsed off the output level will not be fully calibrated Setting Range 1 ON 0 OFF Query Range 1 0 RST Setting 0 off Programming Example O...

Page 361: ...for the F FCH can be set using the CALL TRAFfic commands Data rates for the F SCH can be set using the CALL SCHannel commands Radio configurations are often referred to in a shorthand terms These terms are RC1 for F1R1 RC2 for F2R2 RC3 for F3R3 RC4 for F4R3 RC5 for F5R4 Setting Range F1R1 F2R2 F3R3 F4R3 F5R4 Query Range F1R1 F2R2 F3R3 F4R3 F5R4 RST Setting F3R3 Programming Example OUTPUT 714 CALL ...

Page 362: ...l_register fm CALL REGister CALL REGister Diagram Conventions on page 248 SRPeriod IMMediate DONE OPComplete CALL REGister WAIT returns 1 0 returns 1 SEQuential TIMer Complex Command RPERiod STATe sp num value returns num value sp 1 ON 0 OFF returns 1 0 returns num value sp num value ...

Page 363: ...gistration Programming Example OUTPUT 714 CALL ORIGINATE Function See Call Processing Event Synchronization Query Range 1 0 Programming Example OUTPUT 714 CALL ORIGINATE DONE Function See Call Processing Event Synchronization Query Range 1 Programming Example OUTPUT 714 CALL ORIGINATE OPCOMPLETE Function See Call Processing Event Synchronization Programming Example OUTPUT 714 CALL ORIGINATE SEQUEN...

Page 364: ...y Range 29 to 85 RST Setting 29 12 seconds Programming Example OUTPUT 714 CALL REGISTER TIMER SRPERIOD 35 Turns the timer s state on and sets the registration period to 35 Function Sets the state of timer based registrations Setting Range 1 ON 0 OFF Query Range 1 0 RST Setting ON Programming Example OUTPUT 714 CALL REGISTER TIMER STATE OFF Function Sets the time between time based registrations wh...

Page 365: ...ied the setting defaults to Hz The test set will tune to the frequency entered using this command when the CALL CELL CONTrol DOWNlink FREQuency AUTO command is set to manual Setting Range 292 MHz to 2700 MHz Resolution 0 1 Hz Query Range 292 MHz to 2700 MHz Resolution 0 1 Hz RST Setting 851 MHz Programming Example OUTPUT 714 CALL CELL RFGENERATOR FREQUENCY 450 MHZ Sets the CDMA forward channel fre...

Page 366: ... an overhead message to the mobile station and is used by the mobile station to adjust the reverse channel traffic channel level relative to the reverse channel pilot This parameter applies only when the current radio configuration is greater than 2 Each integer translates into a 1 8 dB step Setting Range 32 to 31 Resolution integer Query Range 32 to 31 Resolution integer RST Setting 0 Programming...

Page 367: ...200 BPS38400 BPS76800 BPS153600 sp BPS14400 BPS28800 BPS57600 BPS115200 BPS230400 returns string returns string returns string returns string returns string sp BPS9600 BPS14400 BPS19200 BPS28800 BPS38400 SELected Note Data rates used with the SELected keyword must be compatible with the currently selected radio configuration If a data rate that does not belong to the selected radio configuration s...

Page 368: ...onal SELected keyword Setting Range 0 to 20 dB Resolution 0 01 dB Query Range 0 to 20 dB Resolution 0 01 dB RST Setting 15 6 dB Programming Example OUTPUT 714 CALL SCHANNEL SLEVEL SELECTED 10 Sets the cell s forward supplemental channel state to on and the level to 10 dB Function Sets queries the data rate of the currently selected radio configuration To find out which radio configuration is curre...

Page 369: ...ting Range BPS14400 BPS28800 BPS57600 BPS115200 BPS230400 Query Range BPS14400 BPS28800 BPS57600 BPS115200 BPS230400 RST Setting BPS14400 Programming Example OUTPUT 714 CALL SCHANNEL DRATE RCONFIG2 BPS28800 Function Sets queries the data rate of the radio configuration 3 RC3 forward supplemental channel SCH in bits per second Setting Range BPS9600 BPS19200 BPS38400 BPS76800 BPS153600 Query Range B...

Page 370: ...T Setting BPS14400 Programming Example OUTPUT 714 CALL SCHANNEL DRATE RCONFIG5 BPS57600 Function Sets queries which encoder is used for the supplemental data If the SCH data rate has been set to the base rate for the current radio configuration base rates are data rates below 19 2 kbps the convolutional encoder is used regardless of this parameter setting The current radio configuration is selecte...

Page 371: ...ELected keyword Setting Range 0 to 20 dB Resolution 0 01 dB Query Range 0 to 20 dB Resolution 0 01 dB RST Setting 15 6 dB Programming Example OUTPUT 714 CALL SCHANNEL LEVEL SELECTED 10 Function Sets queries the on off state of the forward supplemental channel SCH The optional SELected keyword in this command specifies that the SCH state being set queried applies to the current system type At this ...

Page 372: ...eference Guide Chapters cdma2000_hpib_call_setup_avc fm CALL SETup AVC CALL SETup AVC Diagram Conventions on page 248 CALL CELLular SELected sp num value returns num value returns SAT1 SAT2 SAT3 sp SAT1 SAT2 SAT3 CCODe SETup AVC CHANnel SATone ...

Page 373: ...ing the cellular band 800 MHz During active cell operating mode this setting does not take affect until a call is originated on the AVC or a handoff occurs to a a new AVC This setting takes effect immediately during AVC Test operating mode PCS band analog operation is currently not supported Setting Range 1 through 799 991 through 1023 9 91 E 37 Query Range 1 through 799 991 through 1023 9 91 E 37...

Page 374: ...system type The optional SELected keyword in this command specifies that the handoff frequency band being set queried applies to the current handoff system type To initiate execute a handoff see the CALL HANDoff command description Setting Range CCELlular DIGital2000 IMT2000 JCDMa KPCS USCellular USPCs NMT450 Query Range CCEL DIG2000 IMT2000 JCDM KPCS NMT450 USC USPC RST Setting USPCs Programming ...

Page 375: ...2000_hpib_call_setup_channel fm CALL SETup CHANnel CALL SETup CHANnel Diagram Conventions on page 248 USCellular CALL SELected USPCs KPCS JCDMa IMT2000 SELected sp num value returns num value DIGital2000 SETup CHANnel NMT450 DIGital95 Does not apply to DIGital95 CCELlular ...

Page 376: ... to store the channel number Specifying a non current handoff system type or handoff cell band when querying a channel number will return a stored channel number that is not current To initiate a hard handoff to a physical channel see the CALL HANDoff command description Setting Range depending on selected system type CCEL China Cellular 0 to 699 IMT2000 0 to 1199 JCDM Japanese CDMA 1 to 799 801 t...

Page 377: ...all_setup_handoff fm CALL SETup HANDoff CALL SETup HANDoff Diagram Conventions on page 248 CALL SETup HANDoff IMMediate Function Initiates a handoff within the current system or between systems Programming Example OUTPUT 714 CALL SETUP HANDOFF IMMEDIATE HANDoff CALL IMMediate SETup ...

Page 378: ...nd immediately changes the expected analog MS TX level Setting Range 0 to 7 MS TX Level 0 expected power 36 dBm MS TX Level 1 expected power 32 dBm MS TX Level 2 expected power 28 dBm MS TX Level 3 expected power 24 dBm MS TX Level 4 expected power 20 dBm MS TX Level 5 expected power 16 dBm MS TX Level 6 expected power 12 dBm MS TX Level 7 expected power 8 dBm all values for MS TX level assume 0 d...

Page 379: ... command immediately changes the expected analog MS TX level Setting Range 0 to 7 MS TX Level 0 expected power 36 dBm MS TX Level 1 expected power 32 dBm MS TX Level 2 expected power 28 dBm MS TX Level 3 expected power 24 dBm MS TX Level 4 expected power 20 dBm MS TX Level 5 expected power 16 dBm MS TX Level 6 expected power 12 dBm MS TX Level 7 expected power 8 dBm all values for MS TX level assu...

Page 380: ...ed off within the current system If handoff system type is different than active cell system type the call will be handed off to the system indicated by this command Setting Range AMPSa DIGital2000 DIGital95 a If the active system type is AMPS as set by CALL CELL SYSTem handoffs to other system types are not allowed Query Range AMPS DIG2000 DIG95 RST Setting DIG2000 Programming Example OUTPUT 714 ...

Page 381: ...em identification number Use the CALL CELL SIDentity CDMA command when the current system type is DIG2000 or DIG95 Use the CALL CELL SIDentity AMPS command when the current system type is AMPS Setting Range 0 to 32767 Query Range 0 to 32767 RST Setting 331 Programming Example OUTPUT 714 CALL CELL SIDENTITY 231 Sets the system identifier to 231 SIDentity CALL CELL sp num value returns num value SEL...

Page 382: ...PTion returns SO1 SO2 SO3 sp SO1 SO2 SO3 SO55 returs SO1 SO2 SO3 SO55 RCONfig2 sp SO9 S17 SO55 32768 returns SO9 SO17 SO55 RCONfig3 sp SO1 SO2 SO3 SO55 returns SO1 SO2 SO3 SO55 SO9 SO17 SO55 SO32768 SO32768 DIGital95 Does not apply to DIGital95 SOFS32 CALL SELected DIGital2000 CELL SOPTion RCONfig4 sp SO1 SO2 SO3 SO55 returns SO1 SO2 SO3 SO55 RCONfig5 sp SO9 SO17 SO55 SO32768 returns SO9 SO17 SO55...

Page 383: ...ration is current Specifying a non current radio configuration when querying a service option will return a stored service option that is not the current service option To set make current a radio configuration or query the current radio configuration use the CALL CELL RCONfig command Setting Range SO1 SO2 SO3 SO9 SO17 SO55 SO32768 SOFS32 depending on system type and radio configuration Query Rang...

Page 384: ...Tus CELL returns AMPS CW DIG2000 DIG95 LOOPback returns 1 0 APR REL HAND REG VOICe MS returns num value MSPeed returns NORM FAST CPOWer ANALog TXLevel CHANnel AVC returns num value CCODe SATone returns SAT1 SAT2 SAT3 UNKN DATA returns OFF DCONN CALL STATus AWGNoise POWer STATe SELected DIGital2000 returns 1 0 AMPLitude SELected DIGital2000 returns real DIGital95 DIGital95 ...

Page 385: ...TATe SELected DIGital2000 returns 1 0 AMPLitude SELected DIGital2000 returns real DIGital95 DIGital95 LEVel CALL STATus FCHannel STATe returns num value SELected DIGital2000 returns 1 0 SELected DIGital2000 CALL STATus OCNSource LEVel SELected STATe SELected DIGital2000 returns num value DIGital2000 returns 1 0 DIGital95 DIGital95 ...

Page 386: ...m value STATe SELected DIGital2000 returns 1 0 DIGital95 DIGital95 CALL STATus PILot LEVel SELected DIGital2000 returns num val STATe DIGital2000 returns 1 0 STATe SELected returns 1 0 DIGital95 DIGital95 CALL STATus QPCHannel LEVel STATe returns RTCell RTPilot DIGital2000 SELected num value DIGital2000 SELected returns num value DIGital2000 SELected returns 1 0 ...

Page 387: ...LEVel SELected DIGital2000 returns 1 0 DIGital95 DIGital95 LEVel SCHannel STATe DIGital2000 SELected returns num value returns 1 0 DIGital2000 SELected CALL STATus EBNTotal returns num value SYNChronized returns NSCH NSYN SYNC SYNChronized CALL STATus TOTal POWer AMPLitude SELected STATe SELected DIGital2000 returns num value DIGital2000 returns 1 0 DIGital95 DIGital95 ...

Page 388: ... Release Reference Guide Chapters cdma2000_hpib_call_status fm CALL STATus Diagram Conventions on page 248 LEVel CALL STATus TRAFfic STATe returns num value SELected DIGital95 returns 1 0 SELected DIGital95 EBNTotal returns num value ...

Page 389: ...AG CALL CONN APR REL HAND REG RST Setting IDLE Programming Example OUTPUT 714 CALL STATUS Returns the current call processing state Function Queries the active channel number when connected on an analog voice channel Only used in active cell operating mode Query Range 1 through 799 991 through 1023 9 91 E 37 RST Setting 9 91E37 RST disconnects the call so the mobile is no longer on an AVC Programm...

Page 390: ...CTED Queries the current AWGN power for the current system type Function Queries the current on off state of the additive white Gaussian noise AWGN source for the currently selected system type AWGN power level on off state is set using the CALL AWGNoise POWer commands The optional SELected keyword in this command specifies that the AWGN power state being queried applies to the current system type...

Page 391: ...et is currently emulating When the test set is in active cell operating mode see CALL CELL OPERating the current system type is selected by the CALL CELL SYSTem command When the test set is in any test mode operating mode see CALL CELL OPERating or CW operating mode this command will return the corresponding system type Query Range DIG2000 CW AMPS DIG95 RST Setting DIG2000 Programming Example OUTP...

Page 392: ...s connected in the current system The test set does not attempt to verify that data is actually being looped back by the mobile station when responding to this query Loopback mode is set using the CALL CELL SOPTION command Query Range 1 0 RST Setting 0 Off Programming Example OUTPUT 714 CALL STATUS LOOPBACK Function Queries the power level setting of the mobile on an active analog voice channel On...

Page 393: ...annel noise source OCNS level for the selected system type The OCNS level is set using the CALL OCNSource commands The optional SELected keyword in this command specifies that the OCNS channel level being queried applies to the current system type Query Range 0 to 20 dB 9 91 E 37 Resolution 0 01 dB RST Setting 9 91 E 37 Programming Example OUTPUT 714 CALL STATUS OCNSOURCE LEVEL SELECTED Function Q...

Page 394: ...NG LEVEL SELECTED Function Queries the current paging level state for the currently selected system type The forward paging channel level is set using the CALL PAGing commands The optional SELected keyword in this command specifies that the paging state being queried applies to the current system type Query Range 1 0 RST Setting 0 Off Programming Example OUTPUT 714 CALL STATUS PAGING STATE SELECTE...

Page 395: ... QPCH level relative to the cell power level The forward quick paging channel level is set using the CALL QPCHannel commands The optional SELected keyword in this command specifies that the quick paging channel level being queried applies to the current system type Query Range 0 to 15 dB 9 91 E 37 Resolution 0 01 dB RST Setting 9 91 E 37 Programming Example OUTPUT 714 CALL STATUS QPCHANNEL LEVEL R...

Page 396: ...g queried applies to the current system type Query Range 1 0 RST Setting 0 Off Programming Example OUTPUT 714 CALL STATUS QPCHANNEL STATE Function Queries the current current forward supplemental channel SCH level The forward supplemental channel on off state is set using the CALL SCHannel commands The optional SELected keyword in this command specifies that the supplemental channel state being qu...

Page 397: ...ting is NSCH no F SCH assignedl NSYN not synchronized or SYNC synchronized The forward supplemental channel on off state is set using the CALL SCHannel commands Query Range NSCH NSYN SYNC RST Setting NSCH Programming Example OUTPUT 714 CALL STATUS SCHANNEL SYNCHRONIZED Function Queries the current forward sync channel level for the currently selected system type The forward sync channel level is s...

Page 398: ...98 S Hp8960 E1962B CDMA 2000 Pi Release Reference Guide Chapters cdma2000_hpib_call_status fm CALL STATus Query Range 1 0 RST Setting 0 Off Programming Example OUTPUT 714 CALL STATUS SYNC STATE SELECTED ...

Page 399: ...LL STATUS TOTAL POWER AMPLITUDE SELECTED Function Queries the current total RF power measurement s state for the currently selected system type This query will return a 1 on if either current cell power CALL CELL POWer or current AWGN CALL AWGNoise POWer power states are on The optional SELected keyword in this command specifies that the power state being queried applies to the current system type...

Page 400: ...0 to 30 00 dB 9 91 E 37 Resolution 0 01 dB RST Setting 9 91 E 37 Programming Example OUTPUT 714 CALL STATUS TRAFfic EBNTOTAL Function Queries the current forward traffic channel on off state The forward fundamental channel on off state is set using the CALL TRAFfic STATe SELected commands The optional SELected keyword in this command specifies that the traffic channel state being queried applies t...

Page 401: ...word in this command specifies that the SYNC level and state being set queried applies to the current system type See CALL CELL SYSTem TYPE to query or change the current system type Setting Range 0 to 20 dB Resolution 0 01 dB Query Range 0 to 20 dB Resolution 0 01 dB RST Setting 16 dB Programming Example OUTPUT 714 CALL SYNC SLEVel 16 Sets the SYNC state to ON and sets the level to 16 dB sp num v...

Page 402: ...current system type Setting Range 0 to 20 dB Resolution 0 01 dB Query Range 0 to 20 dB Resolution 0 01 dB RST Setting 16 dB Programming Example OUTPUT 714 CALL SYNC LEVEL 16 Set the SYNC channel level to 16 dB Function Sets queries the SYNC synchronization channel state The optional SELected keyword in this command specifies that the SYNC state being set queried applies to the current system type ...

Page 403: ...age 248 CALL CELL SYSTem TYPE Function Sets queries the active cell system type Setting Range AMPS DIGital2000 DIGital95 Query Range AMPS DIG2000 DIGital95 RST Setting DIGital2000 Programming Example OUTPUT 714 CALL CELL SYSTEM TYPE DIG2000 Sets the system type to DIGital2000 SYSTEM sp AMPS DIGital2000 DIGital95 CELL returns AMPS DIG2000 DIG95 TYPE CALL ...

Page 404: ...erence Guide Chapters cdma2000_hpib_call_total_power fm CALL TOTal POWer CALL TOTal POWer Diagram Conventions on page 248 CALL TOTal AMPLitude SELected STATe SELected DIGital2000 returns num value DIGital2000 returns 1 0 POWer DIGital95 DIGital95 ...

Page 405: ...Lected keyword in this command specifies that this query applies to the current system type Query Range 170 dBm 1 23 MHz to 35 dBm 1 23 MHz 9 91 E 37 Resolution 0 01 dB RST Setting 9 91 E 37 Programming Example OUTPUT 714 CALL TOTAL POWER AMPLITUDE SELECTED Function Queries the total RF power state for the current system type The total RF power state is 1 on if either cell power or AWGN power is o...

Page 406: ...FULL returns EIGH QUAR HALF FULL CALL DRATe TRAFfic CALL sp num value DB SLEVel returns num value sp 1 ON 0 OFF STATe returns 1 0 Complex Command sp num value DB returns num value LEVel WALSh sp CODE10 CODE14 CODE26 CODE30 returns CODE10 CODE14 CODE26 CODE30 CODE42 CODE46 CODE58 CODE62 CODE42 CODE46 CODE58 CODE62 TRAFfic SELected DIGital95 SELected DIGital95 SELected DIGital95 ...

Page 407: ... EIGHth QUARter HALF FULL Query Range EIGH QUAR HALF FULL RST Setting Full Programming Example OUTPUT 714 CALL TRAFfic DRATE HALF Set the data rate to half Function The setting form of this command performs two functions 1 sets the forward traffic channel level and 2 turns the traffic channel state to ON The query form of this command returns the traffic channel level NOTE This command applies to ...

Page 408: ...c LEVEL SELECTED 10 dB Function Sets queries the on off state of the forward traffic channel NOTE This command applies to IS 95 traffic channel only To make on off state changes to the IS 2000 fundamental channel see CALL FCHannel STATe SELected Setting Range 1 ON 0 OFF Query Range 1 0 RST Setting ON Programming Example OUTPUT 714 CALL TRAFfic STATE DIGITAL95 OFF Turns off the forward traffic chan...

Page 409: ...age 688 Each choice consists of a CDMA frame clock period For example MS20 is the 20 millisecond frame clock The triggers are based on the internally generated frame clock There is no on off state setting for external triggers Setting Range MS20 MS27 MS80 MS2000 Query Range MS20 MS27 MS80 MS2000 RST Setting MS2000 2 seconds Programming Example OUTPUT 714 CALL TRIGGER OUTPUT TYPE MS27 Sets the exte...

Page 410: ...ess parameter has two settings at this time high and medium The life of the display s backlight will be maximized when brightness is set to medium The test set has an auto dimming feature that will lower the display brightness automatically if approximately 10 minutes pass without a key being pressed on the test set s front panel The display will return to the brightness level shown in the Display...

Page 411: ...y fm DISPlay DISPlay Diagram Conventions on page 248 returns FAST TRACK sp FAST TRACk DISPlay BRIGhtness sp HIGH MEDium WINDow MODE MESSage CLEar ERRor MASKable returns 1 0 sp 1 ON 0 OFF STATe OPERator MESSage1 sp string up to 30 characters MESSage2 MESSage3 MESSage4 returns HIGH MEDium ...

Page 412: ...irect user access Programming Example OUTPUT 714 DISPLAY BRIGHTNESS MEDIUM Sets display brightness to medium Function Blocks maskable messages from appearing on the test set display screen but not from the Message Log Maskable messages are reported to the Message Log in either state See Error Messages on page 719 Setting Range On Off Query Range On Off Factory setting On Programming Example OUTPUT...

Page 413: ...nction Allows the operator to enter up to four messages each up to 30 characters in length These messages will be printed to the display when the command is sent and DISPlay MODE is set to FAST Setting 1 2 3 4 1 uppermost field 4 lowermost field Factory setting Each message is initialized to a null string Nothing will be displayed until one or more of the four GPIB messages is sent to the test set...

Page 414: ...o retrieve measurement results In order to use the test set s concurrent test capabilities the overlapped commands of INITiate and FETCh must be used Overlapped commands allow the user to send commands and not wait for completion Syntax Diagrams and Command Descriptions FETCh AFANalyzer on page 415 Audio Frequency Analyzer measurements FETCh ATXPower on page 424 Analog Transmitter Power measuremen...

Page 415: ...ion returns Min Dist Max Dist Avg Dist Std Dev Dist AVERage MAXimum returns Avg Dist returns Max Dist MINimum returns Min Dist SDEViation returns Std Dev Dist ALL FETCh AFANalyzer ALL FREQuency returns Min Freq Max Freq Avg Freq Std Dev Freq AVERage MAXimum returns Avg Freq returns Max Freq MINimum returns Min Freq SDEViation returns Std Dev Freq ICOunt returns Intermediate Count returns Integrity...

Page 416: ...D Avg SINAD Std Dev SINAD AVERage MAXimum returns Avg SINAD returns Max SINAD MINimum returns Min SINAD SDEViation returns Std Dev SINAD AFANalyzer FETCh AFANalyzer AFANalyzer VOLTage returns Min Audio Level Max Audio Level Avg Audio Level AVERage MAXimum returns Avg Audio Level returns Max Audio Level MINimum returns Min Audio Level SDEViation returns Std Dev Audio Level Std Dev Audio Level ALL ...

Page 417: ...g audio level Range 0 to 20 volts 9 91 E 37 Resolution The lesser of 4 significant digits or 10 uV Average SINAD Range 99 to 99 dB 9 91 E 37 Resolution 0 01 dB Average audio distortion Range 0 to 99 9 91 E 37 Resolution 0 01 Programming Example OUTPUT 714 FETCH AFANALYZER ALL Returns integrity average audio level average SINAD and average audio distortion Function Queries the average audio distort...

Page 418: ...E 37 Resolution 0 01 Standard deviation audio distortion Range 0 to 99 9 91 E 37 Resolution 0 001 Programming Example OUTPUT 714 FETCH AFANALYZER DISTORTION ALL Returns mininum maximum average and standard deviation audio distortion Function Queries the maximum audio distortion Query Range 0 to 99 9 91 E 37 Resolution 0 01 Programming Example OUTPUT 714 FETCH AFANALYZER DISTORTION MAXIMUM Function...

Page 419: ...following order minimum frequency maximum frequency average frequency standard deviation frequency Query Minimum maximum and average audio frequency Range 0 to 99999 Hz 9 91 E 37 Resolution 0 1 Hz Standard deviation audio frequency Range 0 to 99999 Hz 9 91 E 37 Resolution 0 01 Hz Programming Example OUTPUT 714 FETCH AFANALYZER FREQUENCY ALL Returns mininum maximum average and standard deviation au...

Page 420: ...ALYZER FREQUENCY SDEVIATION Function Queries the intermediate count of measurements completed in a multi measurement Query Range 0 to 999 Programming Example OUTPUT 714 FETCH AFANALYZER ICOUNT Function Queries the measurement integrity indicator for the last AF analyzer measurement completed Zero indicates a normal measurement See Integrity Indicator on page 222 for information about non zero inte...

Page 421: ... following order minimum SINAD maximum SINAD average SINAD and standard deviation SINAD Query Minimum maximum average SINAD Range 99 to 99 dB 9 91 E 37 Resolution 0 01 dB Standard deviation SINAD Range 99 to 99 dB 9 91 E 37 Resolution 0 001 dB Programming Example OUTPUT 714 FETCH AFANALYZER SINAD ALL Returns mininum maximum average and standard deviation SINAD Function Queries the maximum SINAD me...

Page 422: ...s 9 91 E 37 Resolution the lesser of 4 significant digits or 10 uV Programming Example OUTPUT 714 FETCH AFANALYZER VOLTAGE AVERAGE Function Queries the audio level measurements Measurement results are returned in the following order minimum audio level maximum audio level average audio level standard deviation audio level Query Range 0 to 20 V 9 91 E 37 Resolution 4 significant digits Programming ...

Page 423: ...on Function Queries the minimum audio level measurement Query Range 0 to 20 V 9 91 E 37 Resolution 4 significant digits Programming Example OUTPUT 714 FETCH AFANALYZER VOLTAGE MAXIMUM Function Queries the standard deviation audio level measurement Query Range 0 to 20 V 9 91 E 37 Resolution 4 significant digits Programming Example OUTPUT 714 FETCH AFANALYZER VOLTAGE SDEVIATION ...

Page 424: ...power Query Range 100 dBm to 100 dBm Resolution 0 01 dB Programming Example OUTPUT 714 FETCH ATXPOWER ALL Returns integrity and average analog power FETCh ATXPower ALL returns Integrity Avg Analog Power POWer returns Min Analog Power Std Dev Analog Power AVERage MAXimum returns Avg Analog Power returns Max Analog Power MINimum returns Min Analog Power SDEViation returns Std Dev Analog Power ICOunt...

Page 425: ...results Query Range 1 through 16 Programming Example OUTPUT 714 FETCh ATXPower INTegrity Query the integrity indicator for the analog TX power measurement Function Queries the average analog transmitter power Query Range 100 to 100 dBm Resolution 0 01 dB Programming Example OUTPUT 714 FETCH ATXPOWER POWER AVERAGE Function Queries the analog transmitter power measurements Measurement results are re...

Page 426: ...tter power Query Range 100 to 100 dBm Resolution 0 01 dB Programming Example OUTPUT 714 FETCH ATXPOWER POWER MAXIMUM Function Queries the minimum analog transmitter power Query Range 100 to 100 dBm Resolution 0 01 dB Programming Example OUTPUT 714 FETCH ATXPOWER POWER MINIMUM Function Queries the standard deviation analog transmitter power Query Range 0 to 100 dB Resolution 0 001 dB Programming Ex...

Page 427: ...0 to 100 dBm 9 91 E 37 Resolution 0 01 dBm Programming Example OUTPUT 714 FETCH CAPPower ALL Returns integrity access probe power measurement Function Queries the measurement integrity indicator for the last access probe power measurement completed Zero indicates a normal measurement See Integrity Indicator on page 222 for information about non zero integrity results Query Range 0 through 23 Progr...

Page 428: ...se phase error pass fail returns comma separated list of Walsh code spread factor time error phase error for each of the 16 bins total of 64 values ALL returns comma separated list of Walsh code spread factor time error phase error for the specified bin BIN sp num value returns num value COUNt BIN FETCh CCTPhase PERRor TERRor returns num value returns num value returns num value INTegrity FAIL FAI...

Page 429: ...rity time error pass fail result phase error pass fail result Function Queries the code domain time and phase error measurement results This measurement returns 64 measurement results For each bin containing measurement data four results are returned in the following order Walsh code spread factor time error in seconds and phase error in radians These results are followed by four 9 91 E 37 results...

Page 430: ...code spread factor time error in seconds phase error in radians Query Walsh code Range 0 to 15 9 91 E 37 Resolution 1 Spread factor Range 2 4 8 16 9 91 E 37 Resolution 1 Time error Range 100 0 to 100 0 ns 9 91 E 37 Resolution 0 1 Phase error Range 1 00 to 1 00 radians 9 91 E 37 Resolution 0 01 radians Programming Example OUTPUT 714 FETCH CCTPHASE CDTPHASE COUNT Returns number of bins containing me...

Page 431: ..._fetch_cctphase fm FETCh CCTPhase FETCh CCTPhase ICOunt Function Queries the intermediate count of measurements completed in a multi measurement To set up multi measurements see SETup CCTPhase COUNt SNUMber Query Range 0 to 999 Programming Example OUTPUT 714 FETCH CCTPHASE ICOUNT ...

Page 432: ...m FETCh CFERror FETCh CFERror Diagram Conventions on page 248 FRAMes FETCh CFERror returns Integrity confidence pass fail ALL CONFidence returns num value RATio frame error ratio frame error count frames tested COUNt returns 0 1 2 3 returns num value returns num value returns num value INTegrity ...

Page 433: ...frames tested Query Integrity Range 0 to 16 see Integrity Indicator Resolution 1 Confidence limit pass fail result Range 0 to 3 0 passed 1 failed 2 max frames 3 undetermined Resolution 1 Frame error ratio Range 0 00 to 100 00 9 91 E 37 Resolution 0 01 Frame error count Range 0 to 10 000 000 9 91 E 37 Resolution 1 frame Frames tested Range 0 to 10 000 000 9 91 E 37 Resolution 1 frame Programming Ex...

Page 434: ... measurement state is on the result represents the average of a number of channel power measurements Multi measurement state by default is off To set up multi measurements see SETup CPOWer COUNt SNUMber Query Range 100 to 100 dBm 9 91 E 37 Resolution 0 01 dBm Programming Example OUTPUT 714 FETCH CPOWER ALL Returns integrity channel power measurement FETCh CPOWer returns Integrity Indicator then Ch...

Page 435: ...Query Range 0 to 999 Programming Example OUTPUT 714 FETCH CPOWER ICOUNT Returns the intermediate count of channel power multi measurements Function Queries the measurement integrity indicator for the last channel power measurement completed Zero indicates a normal measurement See Integrity Indicator on page 222 for information about non zero integrity results Query Range 0 through 23 Programming E...

Page 436: ...Ch CTXSpurious FETCh CTXSpurious Diagram Conventions on page 248 FETCh CTXSpurious returns Integrity TX spurious pass fail ALL ICOunt lower adj chan avg spurious upper adj chan avg spurious lower alt chan spurious upper alt chan spurious returns num value returns num value INTegrity FAIL MASK returns 0 1 ...

Page 437: ...23 see Integrity Indicator Resolution 1 TX spurious emissions pass fail result Range 0 to 1 0 passed 1 failed 9 91 E 37 Lower adjacent channel spurious emissions Range 0 00 to 70 00 dBc 9 91 E 37 Resolution 0 01 dBc Upper adjacent channel spurious emissions Range 0 00 to 70 00 dBc 9 91 E 37 Resolution 0 01 dBc Lower alternate channel spurious emissions Range 0 00 to 70 00 dBc 9 91 E 37 Resolution ...

Page 438: ...ETCh CTXSpurious FETCh CTXSpurious MASK FAIL Function Queries the pass fail indicator Pass fail results are based on fixed limit lines on display Limit lines are determined by currently selected frequency band Query Range 0 Pass 1 Fail 9 91 E 37 Programming Example OUTPUT 714 FETCH CTXSPURIOUS MASK FAIL ...

Page 439: ...ment state by default is off To set up multi measurements see SETup DAPower COUNt SNUMber Query Range 100 to 100 dBm 9 91 E 37 Resolution 0 01 dB Programming Example OUTPUT 714 FETCH DAPOWER ALL Returns integrity average transmit power Function Queries the intermediate count of measurements completed in a multi measurement The multi measurement state by default is off To set up multi measurements ...

Page 440: ...urement integrity indicator for the last digital average power measurement completed Zero indicates a normal measurement See Integrity Indicator on page 222 for information about non zero integrity results Query Range 1 through 16 Programming Example OUTPUT 714 FETCH DAPOWER INTegrity Queries the inegrity indicator for the average digital tranmit power results ...

Page 441: ...Nimum returns Min Deviation SDEViation returns Std Dev Deviation ALL Avg Deviation Std Dev Deviation FETCh FM ALL DISTortion returns Min Dist Max Dist Avg Dist AVERage MAXimum returns Avg Dist returns Max Dist MINimum returns Min Dist SDEViation returns Std Dev Dist Std Dev Dist FETCh FM returns Intermediate Count returns Integrity INTegrity ALL FREQuency returns Min Freq Max Freq Avg Freq AVERage...

Page 442: ...deviation and average FM distortion Function Queries the average FM deviation Query Range 0 to 99 kHz 9 91 E 37 Resolution 0 001 kHz Programming Example OUTPUT 714 FETCH FM DEVIATION AVERAGE Function Queries the FM deviation measurements Measurement results are returned in the following order minimum deviation maximum deviation average deviation standard deviation Query Minimum maximum average FM ...

Page 443: ... OUTPUT 714 FETCH FM DEVIATION MAXIMUM Function Queries the minimum FM deviation measurement Query Range 0 to 99 kHz 9 91 E 37 Resolution 0 001 kHz Programming Example OUTPUT 714 FETCH FM DEVIATION MINIMUM Function Queries the standard deviation FM deviation measurement Query Range 0 to 99 kHz 9 91 E 37 Resolution 0 0001 Programming Example OUTPUT 714 FETCH FM DEVIATION SDEVIATION Function Queries...

Page 444: ...andard deviation FM distortion Range 0 to 100 9 91 E 37 Resolution 0 01 Programming Example OUTPUT 714 FETCH FM DISTORTION ALL Returns minimum maximum average and standard deviation FM distortion Function Queries the maximum FM distortion measurement Query Range 0 to 100 9 91 E 37 Resolution 0 1 Programming Example OUTPUT 714 FETCH FM DISTORTION MAXIMUM Function Queries the minimum FM distortion m...

Page 445: ...er minimum frequency maximum frequency average frequency standard deviation frequency Query Minimum maximum and average audio frequency Range 0 to 99999 Hz 9 91 E 37 Resolution 0 1 Hz Standard deviation audio frequency Range 0 to 99999 Hz 9 91 E 37 Resolution 0 01 Hz Programming Example OUTPUT 714 FETCH FM FREQUENCY ALL Returns mininum maximum average and standard deviation audio frequency Functio...

Page 446: ... Example OUTPUT 714 FETCH FM ICOUNT Function Queries the measurement integrity indicator for the last FM measurement completed Zero indicates a normal measurement See Integrity Indicator on page 222 for information about non zero integrity results Query Range 1 through 16 Programming Example OUTPUT 714 INITiate FM Start FM measurement OUTPUT 714 FETCH FM Request measurement results ENTER 714 Integ...

Page 447: ...rns Avg Freq Error returns Max Freq Error MINimum returns Min Freq Error Worst Freq Error returns Integrity Worst Freq Error Max Freq Error Avg Freq Error WORSt returns Worst Freq Error FETCh FSTability ALL FREQuency returns Min Freq Max Freq AVERage MAXimum returns Avg Freq returns Max Freq MINimum returns Min Freq Avg Freq Std Dev Freq SDEViation returns Std Dev Freq ICOunt returns Intermediate ...

Page 448: ...equency Query Worst case frequency error Range 500 to 500 parts per million ppm Resolution 0 01 ppm Average frequency Range 100 E 6 to 3 E 9 Hz Resolution 0 01 ppm Programming Example OUTPUT 714 FETCH FSTABILITY ALL Returns integrity worst case frequency error and average frequency Function Queries the worst case frequency stability measurement during a multi measurement Query Range 500 to 500 par...

Page 449: ...y error worst case frequency error Query Maximum minimum frequency error Range 500 E 3 to 500 E 3 Hz Resolution 1 Hz Average frequency error Range 500 E 3 to 500 E 3 Hz Resolution 1 Hz Worst case frequency error Range 500 to 500 parts per million ppm Resolution 0 01 Programming Example OUTPUT 714 FETCH FSTABILITY FERROR ALL Returns minimum maximum average and worst case frequency error Function Qu...

Page 450: ...Resolution 1 Hz Programming Example OUTPUT 714 FETCH FSTABILITY FERROR MINIMUM Function Queries the frequency stability average frequency of a multi measurement Query Range 100 E 6 to 3 E 9 Hz Resolution 1 Hz Programming Example OUTPUT 714 FETCH FSTABILITY FREQUENCY AVERAGE Function Queries the frequency stability frequency measurement Measurement results are returned in the following order minimu...

Page 451: ...uery Range 100 E 6 to 3 E 9 Resolution 1 Hz Programming Example OUTPUT 714 FETCH FSTABILITY FREQUENCY MAXIMUM Function Queries the frequency stability minimum frequency of a multi measurement Query Range 100 E 6 to 3 E 9 Resolution 1 Hz Programming Example OUTPUT 714 FETCH FSTABILITY FREQUENCY MINIMUM Function Queries the frequency stability frequency standard deviation of a multi measurement Quer...

Page 452: ...Query Range 0 to 999 Programming Example OUTPUT 714 FETCH FSTABILITY ICOUNT Function Queries the measurement integrity indicator for the last frequency stability measurement completed Zero indicates a normal measurement See Integrity Indicator on page 222 for information about non zero integrity results Query Range 1 through 16 Programming Example OUTPUT 714 FETCH FSTABILITY INTEGRITY Returns the ...

Page 453: ...dma2000_hpib_fetch_gpower fm FETCh GPOWer FETCh GPOWer Diagram Conventions on page 248 FETCh GPOWer returns Integrity gated power pass fail ALL MASK returns 0 1 returns num value INTegrity FAIL TRACe returns 5265 data points ICOunt returns num value OFFSet returns 0 1 ...

Page 454: ...state by default is off To set up multi measurements see SETup GPOWer COUNt SNUMber Query Range 0 to 999 Programming Example OUTPUT 714 FETCH GPOWER ICOUNT Function Queries the pass fail results of the gated power measurement If any measurement data points fail to meet the requirements of the mask shown on the test set s display the measurement will fail Query Range 0 pass 1 fail 9 91 E 37 Program...

Page 455: ...ts across the display trace Query returns 5 265 comma separated values each corresponding to a point in time across the trace Data point 222 corresponds with time 0 on the trace See How is a Gated Power Measurement Made for time values corresponding to all other data points Query Range 10 to 45 dB 9 91 E 37 Resolution 0 01 Programming Example OUTPUT 714 FETCH GPOWER TRACE ...

Page 456: ...y Diagram Conventions on page 248 INTegrity FETCh HWQuality returns Integrity Rho Frequency Error ALL returns num value FEEDthrough Time Error Carrier Feedthrough Phase Error Magnitude Error FERRor MERRor PERRor RHO TERRor returns num value returns num value returns num value returns num value returns num value returns num value ...

Page 457: ...egrity Range 0 to 16 Resolution 1 Rho Range 0 000 to 1 000 9 91 E 37 Resolution 0 001 Frequency Error Range 9999 0 to 9999 0 Hz 9 91 E 37 Resolution 0 1 Hz Time Error Range 99 99 to 99 99 ms 9 91 E 37 Resolution 0 01 ms Carrier Feedthrough Range 100 to 0 0 dB 9 91 E 37 Resolution 0 1 Phase Error Range 180 0 to 180 0 degrees Resolution 0 1 Magnitude Error Range 0 to 100 9 91 E 37 Resolution 0 01 Pr...

Page 458: ... Dist at each frequency point MINimum returns comma separated list of Min Dist at each frequency point SDEViation returns comma separated list of Std Dev Dist at each frequency point ALL ICOunt returns Intermediate Count returns Integrity INTegrity SINAD FETCh SAUDio AVERage MAXimum returns comma separated list of Avg SINAD at each frequency point returns comma separated list of Max SINAD at each ...

Page 459: ...LTage FETCh SAUDio AVERage MAXimum returns comma separated list of Avg Audio Level at each frequency point returns comma separated list of Max Audio Level at each frequency point MINimum returns comma separated list of Min Audio Level at each frequency point SDEViation returns comma separated list of Std Dev Audio Level at each frequency point ...

Page 460: ...egrity Indicator on page 222 Resolution 1 Average audio level Range 1 mV to 20 V 9 91 E 37 Resolution the lesser of 4 significant digits or 10 uV Average distortion Range 0 to 99 9 9 91 E 37 Resolution 0 01 Function This query returns a comma separated list of the audio distortion measured at each frequency point in the sweep The number of frequency points is determined with the SETup SAUDio FREQu...

Page 461: ...requencies above 10 kHz this measurement returns 9 91 E 37 Query Range 0 to 99 9 9 91 E 37 Resolution 0 001 Function This query returns the intermediate count of swept audio multi measurements completed The total measurement count is the number of measurements specified in with the multi measurement count command SETup SAUDio COUNt SNUMber times the number of frequency points specified with the SE...

Page 462: ... command Query Range 99 99 to 99 99 dB 9 91 E 37 Resolution 0 01 dB Function This query returns a comma separated list of the minimum SINAD measured at each frequency point in the sweep The number of frequency points is determined with the SETup SAUDio FREQuency POINts command Query Range 99 99 to 99 99 dB 9 91 E 37 Resolution 0 01 dB Function This query returns a comma separated list of the stand...

Page 463: ...ge 1 mV to 20 V 9 91 E 37 Resolution 4 significant digits Function This query returns a comma separated list of minimum audio voltage measured at each frequency point in the sweep The number of frequency points is determined with the SETup SAUDio FREQuency POINts command Query Range 1 mV to 20 V 9 91 E 37 Resolution 4 significant digits Function This query returns a comma separated list of the sta...

Page 464: ... Integrity frame error rate received ALL ICOunt good frames received blank frames transmit ted good frames transmitted blank frames frame error rate confidence returns num value returns num value INTegrity LEVel CONFidence returns num value FETCh TFERror returns num value RXGood returns num value returns num value RXBlank RATio TXGood returns num value returns num value TXBlank ...

Page 465: ...cator Resolution 1 TDSO frame error ratio Ratio Range 0 00 to 100 00 9 91 E 37 Received good frames RX Good Range 0 to 999936 9 91 E 37 Received blank frames RX Blank Range 0 to 999936 9 91 E 37 Transmitted good frames TX Good Range 0 to 999936 9 91 E 37 Transmitted blank frames TX Blank Range 0 to 999936 9 91 E 37 Frame error rate confidence in percent Range 0 00 to 100 00 9 91 E 37 Resolution 0 ...

Page 466: ...rement result or aver age of results if multi measurement state is on FERRor MERRor PERRor RHO TERRor returns num value returns num value returns num value returns num value returns num value returns num value returns num value COUNt FETCh WQUality CDPower IQINactive ICHannel returns 0 1 returns num value FAIL BIN ALL returns 64 comma separated values BIN sp bin num returns 4 comma COUNt QCHannel ...

Page 467: ...m Conventions on page 248 BIN sp bin num BIN sp bin num COUNt FETCh WQUality CDPNoise IQNoise ICHannel returns 0 1 returns num value FAIL BIN ALL returns 64 comma separated values returns 4 comma COUNt QCHannel returns num value BIN ALL returns 64 comma separated values returns 4 comma separated values separated values ...

Page 468: ...ti measurement state by default is off To set up multi measurements see SETup WQUality COUNt SNUMber Query Integrity Range 0 to 16 Resolution 1 Rho Range 0 000 to 1 000 9 91 E 37 Resolution 0 001 Frequency Error Range 9999 0 to 9999 0 Hz 9 91 E 37 Resolution 0 1 Hz Time Error Range 99 99 to 99 99 µs 9 91 E 37 Resolution 0 01 µs Carrier Feedthrough Range 100 to 0 0 dB 9 91 E 37 Resolution 0 1 Phase...

Page 469: ...37 undefined Programming Example OUTPUT 714 FETCH WQUALITY CDPOWER IQINACTIVE FAIL Function Queries the I channel code domain power measurement results for all 16 measurement graph bars bins This query returns a string consisting of 64 comma separated values These represent 4 values for each of 16 bins maximum Since measurements will usually have less than 16 bins higher numbered bins frequently r...

Page 470: ... bins 0 through 12 contain measurement data and bins 13 through 15 contain 9 91 E 37 results Query Range 0 to 15 Programming Example OUTPUT 714 FETCH WQUALITY CDPOWER ICHANNEL COUNT BIN Function Queries the code domain power in the Q channel This query returns a string of 64 comma separated values These represent 4 values for each of 16 bins maximum Query FETCh WQUality CDPower QCHannel ALL return...

Page 471: ...960 E1962B CDMA 2000 Pi Release Reference Guide Chapters cdma2000_hpib_fetch_wquality fm FETCh WQUality Programming Example OUTPUT 714 FETCH WQUALITY CDPOWER QCHANNEL BIN 13 Queries the Q channel power in bin 13 ...

Page 472: ...IL Function Queries the code domain noise power in the I channel This query returns 64 comma separated values These represent 4 values for each of 16 bins maximum Query FETCh WQUality CDPNoise ICHannel ALL returns Walsh code spread factor noise power and power for bin 0 The integer value following power for bin 0 will be the beginning of bin 1 Walsh code spread factor noise power and power for bin...

Page 473: ...alue following power for bin 0 will be the beginning of bin 1 Walsh code spread factor noise power and power for bin 1 This pattern will repeat until the values for the last bin bin 15 have been returned Programming Example OUTPUT 714 FETCH WQUALITY CDPNOISE QCHANNEL ALL Function Queries a specific bin on the code domain graph The bars on the graph bins are numbered 0 through 15 starting from the ...

Page 474: ...em is derived from SCPI but has some modifications to make it more compatible with the manual operation of the test set Most notably the choice of single or continuous measurement triggering is made using the SETup subsystem INITiate Programming Examples how INIT commands are used The INITiate command is used to start measurements INITiate commands allow multiple measurements to be started without...

Page 475: ...NTinuous OFF selects single trigger mode 20 OUTPUT 714 INITiate DAPower WQUality starts digital average power and 30 waveform accuracy measurements 40 LOOP 50 OUTPUT 714 INITiate DONE query to find out if any measurements are done 60 ENTER 714 Meas_complete 70 SELECT Meas_complete 80 CASE DAP tests for the string DTXP indicating digital average power measurement is done 90 OUTPUT 714 FETCh DAPower...

Page 476: ...fm INITiate INITiate INITiate ON OFF CTXSpurious TFERror DAPower CCTPhase HWQuality GPOWer WQUality CPOWer CFERror FSTability CAPPower SAUDio AFANalyzer ATXPower FM DONE returns AFAN ATXP CAPP CCTP CFER CPOW CTSX DAP FM FST GPOW HWQ SAUD TFER WQU NONE NONE WAIT WAIT INITiate COUNt CLEar ALL ...

Page 477: ...m Conventions on page 248 DONE FLAG INITiate sp INCLude EXCLude CTXSpurious TFERror CCTPhase HWQuality GPOWer DAPower CPOWer CFERror FSTability CAPPower SAUDio FM AFANalyzer ATXPower WQUality INITiate returns comma separated list of AFAN ATXP CAPP CCTP CFER CPOW CTSX DAP FM FST GPOW HWQ SAUD TFER WQU NONE ON ...

Page 478: ...HWQuality Handoff Waveform Quality measurement SAUDio Swept Audio measurement TFERror TDSO Frame Error Rate measurement WQUality Waveform Quality measurement This command also queries the active state using the ON keyword in place of a measurement mnemonic The INITiate command is associated with the SETup SETup Subsystem on page 503 and the FETCh Subsystem on page 414 One or more measurements can ...

Page 479: ...ements and leave them in the active state use ABORt on page 251 Programming Example OUTPUT 714 INITIATE CPOWER OFF Deactivates the channel power measurement Function Queries the number of measurements that have been initiated are active See Measurement States on page 220 Query Range 0 to 10 Programming Example OUTPUT 714 INITIATE COUNT Function Queries one at a time which measurements if any are f...

Page 480: ...CLude command for that measurement in order to query that measurement with the INITiate DONE query The test set will not reset any excluded measurement with any type of preset Setting Range INCLude EXCLude Programming Example OUTPUT 714 INITIATE DONE FLAG ALL INCLUDE Includes all measurements in the INITIATE DONE query Function Specifies if a measurement done flag is considered using the INCLude o...

Page 481: ...and the next measurement can be issued INITiate FETCh commands overlapped if necessary The advantage of using the READ commands to obtain measurement results as opposed to the INITiate FETCh method is It is simpler Fewer commands are required to obtain measurement results Some disadvantages of using READ over INITiate and FETCh are The test set does not process any additional GPIB commands until t...

Page 482: ...UTPUT 714 READ DAPower Starts digital average power measurement As soon as the measurement cycle has completed the test set provides the digital average power measurement results to the controlling application ENTER 714 Integrity Digital_power Enters the integity indicator and digital average power measurement values into controlling application ...

Page 483: ...Chan Avg Upper Adj Chan Avg Lower Alt Chan Avg Upper Alt Chan Avg AFANalyzer ALL returns Integrity Avg Analog Power Avg SINAD Avg Dist Avg Freq ATXPower ALL returns Integrity Avg Audio Level READ FSTability ALL returns Integrity Worst Freq Error Avg Freq HWQuality ALL returns Integrity Rho Frequency Error Time Error Carrier Feedthrough Phase Error Magnitude Error GPOWer ALL returns Integrity Gated...

Page 484: ...ty Range 0 to 23 see Integrity Indicator Resolution 1 Average audio level Range 0 to 20 volts 9 91 E 37 Resolution the lesser of 4 significant digits or 10 uV Average SINAD Range 99 00 to 99 00 dB 9 91 E 37 Resolution 0 01 dB Average audio distortion Range 0 00 to 99 00 9 91 E 37 Resolution 0 01 READ WQUality ALL returns Integrity Rho Frequency Error Time Error Carrier Feedthrough Phase Error Magn...

Page 485: ...hes an access probe power measurement as a sequential operation Measurement results are returned in the following order integrity access probe power Query Integrity Range 0 to 23 see Integrity Indicator Resolution 1 Access probe power Range 100 00 to 100 00 dBm 9 91 E 37 Resolution 0 01 dB Function Initiates and fetches a code channel time and phase error measurement as a sequential operation Meas...

Page 486: ... 37 Frame error ratio Range 0 00 to 100 00 9 91 E 37 Resolution 0 01 Frame error count Range 0 to 10 000 000 9 91 E 37 Resolution 1 frame Frames tested Range 0 to 10 000 000 9 91 E 37 Resolution 1 frame Function Initiates and fetches a channel power measurement as a sequential operation Measurement results are returned in the following order integrity average channel power If the multi measurement...

Page 487: ... lower alternate channel 1 98 MHz average spurious emissions upper alternate channel 1 98 MHz average spurious emissions Query Integrity Range 0 to 23 see Integrity Indicator Resolution 1 TX spurious emissions pass fail result Range 0 to 1 0 passed 1 failed 9 91 E 37 Lower adjacent channel spurious emissions Range 0 00 to 70 00 dBc 9 91 E 37 Resolution 0 01 dBc Upper adjacent channel spurious emis...

Page 488: ... 0 to 23 see Integrity Indicator Resolution 1 Digital average power Range 100 00 to 100 00 dBm 9 91 E 37 Resolution 0 01 dB Function Initiates and fetches an FM measurement as a sequential operation Measurement results are returned in the following order integrity average frequency deviation average distortion The distortion measurement must be enabled before a measurement result other than 9 91E ...

Page 489: ...Query Integrity Range 0 to 23 see Integrity Indicator Resolution 1 Worst case frequency error Range 500 00 to 500 00 parts per million ppm 9 91 E 37 Resolution 0 01 Average frequency Range 100 E 6 to 3 E 9 Hz 9 91 E 37 Resolution 1 Hz Function Initiates and fetches a gated power measurement as a sequential operation Measurement results are returned in the following order integrity gated power pass...

Page 490: ... frequency error time error carrier feedthrough phase error magnitude error Query Integrity Range 0 to 23 Resolution 1 Rho Range 0 000 to 1 000 9 91 E 37 Resolution 0 001 Frequency Error Range 9999 0 to 9999 0 Hz 9 91 E 37 Resolution 0 1 Hz Time Error Range 99 99 to 99 99 µs 9 91 E 37 Resolution 0 01 µs Carrier Feedthrough Range 100 to 0 0 dB 9 91 E 37 Resolution 0 1 Phase Error Range 180 0 to 180...

Page 491: ...0 kHz the measurement will return 9 91 E 37 Query Integrity Range 0 to 23 see Integrity Indicator Resolution 1 Average Audio Level Range 1 mV to 20 V 9 91 E 37 Resolution the lesser of 4 significant digits or 10 uV Average Audio Distortion Range 0 to 99 9 9 91E 37 Resolution 0 1 Function Initiates and fetches the TDSO FER test data service option SO32 frame error rate measurements as a sequential ...

Page 492: ...olution 1 Frame error rate Range 0 00 to 100 00 9 91 E 37 Resolution 0 01 Received good frames Range 0 to 999936 9 91 E 37 Transmitted blank frames Range 0 to 999936 9 91 E 37 Received good frames Range 0 to 999936 9 91 E 37 Transmitted blank frames Range 0 to 999936 9 91 E 37 Frame error rate confidence Range 0 00 to 100 00 9 91 E 37 Resolution 0 01 ...

Page 493: ...mber of waveform quality measurements Multi measurement state by default is off To set up multi measurements see SETup WQUality COUNt SNUMber Query Integrity Range 0 to 23 Resolution 1 Rho Range 0 000 to 1 000 9 91 E 37 Resolution 0 001 Frequency Error Range 9999 0 to 9999 0 Hz 9 91 E 37 Resolution 0 1 Hz Time Error Range 99 99 to 99 99 µs 9 91 E 37 Resolution 0 01 µs Carrier Feedthrough Range 100...

Page 494: ...the test set s measuring receiver The measuring receiver includes three separate signal paths Power detector Demodulation Measurement Refer to the Block Diagram on page 749 for a description of the signal paths The RFANalyzer commands allow manual settings to the tune frequency or expected power level to each of these paths if it is necessary to override automatic settings Syntax Diagrams and Comm...

Page 495: ...FANalyzer RFANalyzer AUTO DIGital2000 POWer returns num value SELected DIGital95 RFANalyzer CONTrol MEASurement AUTO sp 1 ON 0 OFF FREQuency returns 1 0 POWer AUTO sp 1 ON 0 OFF POWer UPLink AUTO sp 1 ON 0 OFF FREQuency returns 1 0 returns 1 0 RFANalyzer CW EXPected sp num value DBM POWer returns num value ...

Page 496: ...ns on page 248 RFANalyzer MANual MEASurement FREQuency MFRequency returns num value UPLink sp num value HZ KHZ MHZ GHZ FREQuency returns num value sp num value HZ KHZ MHZ GHZ MFRequency DIGital2000 POWer SELected sp num value DBM returns num value DIGital95 ANALog CELLular POWer sp num value DBM returns num value SELected ...

Page 497: ... RFANalyzer CONTrol POWer AUTO command Query Range 69 dBm to 30 dBm Resolution 0 01 dBm RST setting 13 dBm Programming Example OUTPUT 714 RFANalyzer AUTO POWER SELECTED Queries the expected input power for the currently selected system type when the power detector is set to automatic control mode Function Turns on off the auto Meas Frequency feature which determines the measurement downconverter s...

Page 498: ...rol of the expected input power level Function Sets queries the test set s demodulation signal path tune frequency control mode ON automatic OFF manual Setting Range 1 ON 0 OFF Query Range 1 0 RST setting 1 on Programming Example OUTPUT 714 RFANALYZER CONTROL UPLINK FREQUENCY AUTO OFF Enables manual control of the demodulation signal path tune frequency Function Sets queries the expected CW receiv...

Page 499: ... this setting to calculate input power range settings Setting Range Test application and system type dependent approximately 25 to 43 dBm Resolution 0 01 dBm Query Range Test application and system type dependent approximately 25 to 43 dBm RST setting 75 dBm Programming Example OUTPUT 714 RFANALYZER MANUAL POWER SELECTED 24 DBM Sets the manual power control mode expected input power level for the ...

Page 500: ...etting form of this command performs two functions 1 sets the Meas Frequency of the test set s measurement signal path and 2 selects manual auto off tune mode for the test set s measurement signal path See Block Diagram The query form of this command returns the tune frequency of the test set s measurement signal path The tune mode for the test set s measurement signal path can be returned to auto...

Page 501: ...frequency control mode See Block Diagram This setting is applied when manual mode is selected see RFANalyzer CONTrol MEASurement FREQuency AUTO Setting Range 292 5 MHz to 2700 MHz Resolution 0 1 Hz Query Range 292 5 MHz to 2700 MHz RST setting 896 MHz Programming Example OUTPUT 714 RFANALYZER MANUAL MEASUREMENT FREQUENCY 942 6 MHZ Sets the measurement signal path tune frequency to 942 6 MHz when m...

Page 502: ...er CONTrol UPLink FREQuency AUTO command Setting Range 292 5 MHz to 2700 MHz Resolution 0 1 Hz Query Range 292 5 MHz to 2700 MHz RST setting 896 MHz Programming Example OUTPUT 714 RFANALYZER MANUAL UPLINK MFREQUENCY 1955 030 MHZ Enables manual control of the demodulation signal path tune frequency and sets the tune frequency to 1955 030 MHz Function Sets queries the tune frequency of the test set ...

Page 503: ...he process continuous Trigger Source how a measurement is triggered Trigger Delay controls the delay time between the trigger and the start of sampling Measurement Timeout length of time before a measurement times out NOTE Trigger arming for each measurement is controlled in the SETup subsystem The choices are single or continuous In most cases it is a best practice during remote operation to use ...

Page 504: ...Tup AFANalyzer on page 505 SETup ATXPower on page 513 SETup CAPPower on page 517 SETup CCTPhase on page 520 SETup CFERror on page 524 SETup CPOWer on page 528 SETup CTXSpurious on page 532 SETup DAPower on page 536 SETup FM on page 540 SETup FSTability on page 546 SETup GPOWer on page 550 SETup HWQuality on page 554 SETup SAUDio on page 556 SETup TFERror on page 565 SETup WQUality on page 568 ...

Page 505: ...0 COUNt SNUMber sp num value returns num value NUMBer sp num value returns num value STATe sp 1 ON 0 OFF Complex Command returns1 0 DEMPhasis STATe sp 1 ON 0 OFF returns1 0 SETup AFANalyzer DETector sp RMS PEAK returns RMS PEAK EXPandor SRLevel returns num value RLEVel sp num value V MV UV returns num value STATe sp 1 ON 0 OFF Complex Command returns1 0 TYPE sp num value V MV UV ...

Page 506: ...cy sp 1 ON 0 OFF returns 1 0 FREQuency sp NONE TBPass CMESsage BPASs50 TBPass returns num value BPASs300 BPAS300 STATe PEAK sp num value V MV UV returns num value VOLTage SETup AFANalyzer SDIStortion sp num value HZ KHZ MHZ GHZ STATe returns 1 0 FREQuency sp 1 ON 0 OFF returns num value TIMeout STIMe returns num value TIME returns num value STATe sp 1 ON 0 OFF Complex Command returns1 0 sp num val...

Page 507: ...NUOUS OFF Sets measurement to single trigger mode Function Sets queries the number of AF analyzer measurements to be made in a mulit measurement setup This command sets the count and automatically sets the multi measurement STATe command to 1 on Setting Range 1 to 999 Query Range 1 to 999 RST Setting Off 10 when STATe On Programming Example OUTPUT 714 SETUP AFANALYZER COUNT SNUMBER 5 Turns on mult...

Page 508: ...ion Sets queries whether 750 us de emphasis is enabled Setting Range 1 ON 0 OFF Query Range 1 0 RST Setting 0 off Programming Example OUTPUT 714 SETUP AFANALYZER DEMPHASIS STATE ON Function Sets queries the detector type for audio level measurements Setting Range RMS PEAK Query Range RMS PEAK RST setting RMS Programming Example OUTPUT 714 SETUP AFANALYZER DETECTOR TYPE PEAK Function Sets queries t...

Page 509: ... to 5 V Function Sets queries whether the expandor is enabled Setting Range 1 ON 0 OFF Query Range 1 0 RST setting 0 off Programming Example OUTPUT 714 SETUP AFANALYZER EXPANDOR STATE ON Function Sets queries the filter type for audio measurements Setting Range NONE TBPass CMESsage BPASs50 BPASs300 Query Range NONE TBP CMES BPAS50 BPAS300 RST setting NONE Programming Example OUTPUT 714 SETUP AFANA...

Page 510: ... expected peak voltage for audio measurements Setting Range 0 001 to 20 Vpk Resolution 0 001 Query Range 0 001 to 20 Vpk RST setting 20 Programming Example 10 OUTPUT 714 SETUP AFANALYZER PEAK VOLTAGE 10V Function Sets queries the fundamental frequency setting for the SINAD distortion measurement Setting Range 100 0 to 10000 Hz Resolution 0 1 Query Range 100 0 to 10000 Hz RST setting 1000 Programmi...

Page 511: ...0 seconds on Programming Example OUTPUT 714 SETUP AFANALYZER TIMEOUT STIME 5S Sets timeout state to ON and sets the timeout time to 5 seconds Function Sets queries the AF analyzer measurement s timeout state Setting Range 1 ON 0 OFF Query Range 1 0 RST Setting 0 off Programming Example OUTPUT 714 SETUP AFANALYZER TIMEOUT STATE ON Function Sets queries the AF analyzer measurement s timeout setting ...

Page 512: ... for all measurements Determines whether all measurements will make one measurement then stop OFF single or automatically rearm upon completion of one measurement and repeat the process ON continuous This setting overrides previously set trigger arm settings for individual measurements Setting Range ON OFF Programming Example OUTPUT 714 SETup ALL CONTinuous OFF Sets all measurements to single trig...

Page 513: ...ge 248 SETup ATXPower CONTinuous sp 1 ON 0 OFF returns 1 0 COUNt SNUMber sp num value returns num value NUMBer sp num value returns num value STATe sp 1 ON 0 OFF Complex Command returns1 0 SETup ATXPower TIMeout sp num value S MS US NS returns num value STIMe STATe sp 1 ON 0 OFF returns 1 0 TIME sp num value S MS US NS returns num value Complex Command ...

Page 514: ...OUS ON Sets measurement to continuous trigger mode Function Sets queries the number of analog transmitter power measurements to be made in a multi measurement setup This command sets the count and automatically sets the multi measurement STATe command to 1 on Setting Range 1 to 999 Query Range 1 to 999 RST Setting 10 on Programming Example OUTPUT 714 SETUP ATXPOWER COUNT SNUMBER 5 Turns on multi m...

Page 515: ...UNT STATE ON Turns on multi measurements Function Sets queries the analog transmitter power measurement s timeout setting and automatically sets the timeout state to ON Setting Range 0 1 to 999 seconds Resolution 0 1 second Query Range 0 1 to 999 RST Setting 10 seconds on Programming Example OUTPUT 714 SETUP ATXPOWER TIMEOUT STIME 5S Sets timeout state to ON and sets the timeout time to 5 seconds ...

Page 516: ...Tup ATXPower TIMeout TIME Function Sets queries the analog transmitter power measurement s timeout setting to be used when the timeout state is set to ON Setting Range 0 1 to 999 seconds Resolution 0 1 second Query Range 0 1 to 999 RST Setting 10 seconds Programming Example OUTPUT 714 SETUP ATXPOWER TIMEOUT TIME 5S ...

Page 517: ...setup_cappower fm SETup CAPPower SETup CAPPower Diagram Conventions on page 248 SETup CAPPower CONTinuous sp 1 ON 0 OFF returns 1 0 TIMeout STIMe returns num value TIME returns num value STATe sp 1 ON 0 OFF Complex Command returns 1 0 sp num value S MS US NS sp num value S MS US NS ...

Page 518: ...ing Example OUTPUT 714 SETUP CAPPOWER CONTINUOUS OFF Sets measurement to single trigger mode Function The setting form of this command performs two functions 1 sets the access probe power measurement s timeout see Timeouts value and 2 sets the access probe power measurement s timeout STATe to 1 on The query form returns the access probe power measurement s timeout value Setting Range 0 1 to 999 9 ...

Page 519: ...PPower TIMeout TIME Function Sets queries the access probe power measurement s timeout see Timeouts setting to be used when the timeout state is set to ON Setting Range 0 1 to 999 9 seconds Resolution 0 1 second Query Range 0 1 to 999 9 RST Setting 10 seconds Programming Example OUTPUT 714 SETUP CAPPOWER TIMEOUT TIME 5 S ...

Page 520: ...rns 1 0 COUNt SNUMber sp num value returns num value NUMBer sp num value returns num value STATe sp 1 ON 0 OFF Complex Command returns1 0 PERRor sp num value RAD returns num value TERRor LIMit LIMit sp num value S MS US NS returns num value SETup CCTPhase TIMeout STIMe returns num value TIME returns num value STATe sp 1 ON 0 OFF Complex Command returns1 0 sp num value S MS US NS sp num value S MS ...

Page 521: ...on The setting form of this command performs two functions 1 sets the number of code channel timing and phase error measurements to be made in a multi measurement and 2 sets the multi measurement STATe command to 1 on The query form returns the number of code channel timing and phase error multi measurements to be made when multi measurement state is ON Setting Range 1 to 999 Query Range 1 to 999 ...

Page 522: ...amming Example OUTPUT 714 SETUP CCTPHASE COUNT STATE ON Turns on code channel timing and phase error multi measurements Function Sets queries the code channel phase error limit Setting Range 0 to 1 00 radian Resolution 0 01 radian Query Range 0 to 1 00 radian RST Setting 0 15 radian Programming Example OUTPUT 714 SETUP CCTPHASE PERROR 0 25 Function Sets queries the code channel timing error limit ...

Page 523: ...ery Range 0 1 to 999 9 RST Setting 10 seconds on Programming Example OUTPUT 714 SETUP CCTPHASE TIMEOUT STIME 5 S Sets timeout state to ON and sets the timeout time to 5 seconds Function Sets queries the code channel timing and phase error measurements s timeout see Timeouts state Setting Range 1 ON 0 OFF Query Range 1 0 RST Setting 0 off Programming Example OUTPUT 714 SETUP CCTPHASE TIMEOUT STATE ...

Page 524: ... num value STATe sp 1 ON 0 OFF Complex Command returns 1 0 sp num value PCT sp num value PCT REQuirement returns num value sp num value Complex Command RATio SETup CFERror CONTinuous sp 1 ON 0 OFF returns 1 0 COUNt MAXimum sp num value returns num value SETup CFERror TIMeout STIMe returns num value TIME returns num value STATe sp 1 ON 0 OFF Complex Command returns 1 0 sp num value S MS US NS sp nu...

Page 525: ... Setting Range 80 to 99 99 percent Resolution 0 01 percent Query Range 80 to 99 99 RST Setting 95 percent On Programming Example OUTPUT 714 SETUP CFERROR CONFIDENCE 95 sets the FER confidence level to 95 percent Function Sets queries the FER frame error rate measurement confidence limit testing on off state Setting Range 1 ON 0 OFF Query Range 1 0 RST Setting 0 off Programming Example OUTPUT 714 S...

Page 526: ...l be made once then stop 0 OFF single or automatically rearm upon completion of one measurement and repeat the process 1 ON continuous Setting Range 1 ON 0 OFF Query Range 1 0 RST Setting 0 off Programming Example OUTPUT 714 SETUP CFERROR CONTINUOUS OFF Sets the FER measurement to single trigger mode Function The setting form of this command sets the maximum frame count parameter for frame error r...

Page 527: ...1 second Query Range 1 to 200 000 RST Setting 200 seconds on Programming Example OUTPUT 714 SETUP CFERROR TIMEOUT STIME 200S Sets timeout state to ON and sets the timeout time to 200 seconds Function Sets queries the FER frame error rate measurement s timeout state Setting Range 1 ON 0 OFF Query Range 1 0 RST Setting 0 off Programming Example OUTPUT 714 SETUP CFERROR TIMEOUT STATE ON Function Sets...

Page 528: ...CONTinuous sp 1 ON 0 OFF returns 1 0 COUNt SNUMber sp num value returns num value NUMBer sp num value returns num value STATe sp 1 ON 0 OFF Complex Command returns1 0 SETup CPOWer TIMeout STIMe returns num value TIME returns num value STATe sp 1 ON 0 OFF Complex Command returns1 0 sp num value S MS US NS sp num value S MS US NS MSPeed returns NORM FAST sp NORMal FAST ...

Page 529: ...igger mode Function The setting form of this command performs two functions 1 sets the number of channel power measurements to be made in a multi measurement and 2 sets the multi measurement STATe command to 1 on The query form returns the number of channel power multi measurements to be made when multi measurement state is ON Setting Range 1 to 999 Query Range 1 to 999 RST Setting Off 10 when STA...

Page 530: ...nts are sampled for 1 25 milliseconds NORMal speed channel power measurements are compatible with both gated RF or non gated signals Since NORMal channel power measurements are slower than FAST measurements use NORMal when measuring gated input signals Gated input signals occur when radio configuration 1 or 2 are selected and any data rate other than full is selected See CALL TRAFfic and CALL CELL...

Page 531: ...solution 0 1 second Query Range 0 1 to 999 9 RST Setting 10 seconds on Programming Example OUTPUT 714 SETUP CPOWER TIMEOUT STIME 5 S Sets timeout state to ON and sets the timeout time to 5 seconds Function Sets queries the channel power measurement s timeout see Timeouts state Setting Range 1 ON 0 OFF Query Range 1 0 RST Setting 0 off Programming Example OUTPUT 714 SETUP CPOWER TIMEOUT STATE ON Fu...

Page 532: ...page 248 SETup CTXSpurious CONTinuous sp 1 ON 0 OFF returns 1 0 COUNt SNUMber sp num value returns num value NUMBer sp num value returns num value STATe sp 1 ON 0 OFF Complex Command returns1 0 SETup CTXSpurious TIMeout STIMe returns num value TIME returns num value STATe sp 1 ON 0 OFF Complex Command returns1 0 sp num value S MS US NS sp num value S MS US NS ...

Page 533: ...trigger mode Function The setting form of this command performs two functions 1 sets the number of tx spurious emissions measurements to be made in a multi measurement and 2 sets the multi measurement STATe command to 1 on The query form returns the number of tx spurious emissions multi measurements to be made when multi measurement state is ON Setting Range 1 to 999 Query Range 1 to 999 RST Setti...

Page 534: ... performs two functions 1 sets the tx spurious emissions measurement s timeout see Timeouts value and 2 sets the tx spurious emissions measurement s timeout STATe to 1 on The query form returns the tx spurious emissions measurement s timeout value Setting Range 0 1 to 999 9 seconds Resolution 0 1 second Query Range 0 1 to 999 9 RST Setting 10 seconds on Programming Example OUTPUT 714 SETUP CTXSPUR...

Page 535: ...Spurious TIMeout TIME Function Sets queries the tx spurious emissions measurement s timeout see Timeouts setting to be used when the timeout state is set to ON Setting Range 0 1 to 999 9 seconds Resolution 0 1 second Query Range 0 1 to 999 9 RST Setting 10 seconds Programming Example OUTPUT 714 SETUP CTXSPURIOUS TIMEOUT TIME 5 S ...

Page 536: ...e 248 SETup DAPower CONTinuous sp 1 ON 0 OFF returns 1 0 COUNt SNUMber sp num value returns num value NUMBer sp num value returns num value STATe sp 1 ON 0 OFF Complex Command returns 1 0 SETup DAPower TIMeout STIMe returns num value TIME returns num value STATe sp 1 ON 0 OFF Complex Command returns 1 0 sp num value S MS US NS sp num value S MS US NS ...

Page 537: ... The setting form of this command performs two functions 1 sets the number of digital average power measurements to be made in a multi measurement and 2 sets the multi measurement STATe command to 1 on The query form returns the number of digital average power multi measurements to be made when multi measurement state is ON Setting Range 1 to 999 Query Range 1 to 999 RST Setting Off 10 when STATe ...

Page 538: ... this command performs two functions 1 sets the digital average power measurement s timeout value and 2 sets the digital average power measurement s timeout STATe to 1 on The query form returns the channel power measurement s timeout value Setting Range 1 to 999 seconds Resolution 1 second Query Range 1 to 999 RST Setting 10 seconds on Programming Example OUTPUT 714 SETUP DAPOWER TIMEOUT STIME 5S ...

Page 539: ...er SETup DAPower TIMeout TIME Function Sets queries the digital average power measurement s timeout setting to be used when the timeout state is set to ON Setting Range 1 to 999 seconds Resolution 1 second Query Range 1 to 999 RST Setting 10 seconds Programming Example OUTPUT 714 SETUP DAPOWER TIMEOUT TIME 5S ...

Page 540: ...NUMber sp num value returns num value NUMBer sp num value returns num value STATe sp 1 ON 0 OFF Complex Command returns1 0 DEMPhasis STATe sp 1 ON 0 OFF returns1 0 SETup FM DETector sp RMS PPEak NPEak returns RMS PPE NPE EXPandor STATe sp 1 ON 0 OFF returns1 0 TYPE DISTortion sp num value HZ KHZ MHZ GHZ STATe returns 1 0 FREQuency sp 1 ON 0 OFF returns num value ...

Page 541: ... and repeat the process 1 ON continuous Setting Range 1 ON 0 OFF Query Range 1 0 RST Setting 0 off Programming Example OUTPUT 714 SETUP FM CONTINUOUS ON Sets measurement to continuous trigger mode SETup FM FILTer sp num value HZ KHZ MHZ GHZ TYPE returns NONE TBP CMES BPAS50 FREQuency sp NONE TBPass CMESsage BPASs50 TBPass returns num value BPASs300 BPAS300 FREQuency STATe sp 1 ON 0 OFF returns1 0 ...

Page 542: ...d sets the number of measurements to 5 Function Sets queries the number of FM measurements to be made when multi measurement state is ON Setting Range 1 to 999 Query Range 1 to 999 RST Setting 10 Programming Example OUTPUT 714 SETUP FM COUNT NUMBER 5 Sets the number of measurements to 5 when the multi measurement state is set to ON Function Sets queries the multi measurement state of the FM measur...

Page 543: ...K Function Sets queries the FM distortion fundamental frequency Setting Range 100 to 10000 Hz Resolution 1 Hz Query Range 100 to 10000 Hz RST setting 1004 Hz Programming Example 10 OUTPUT 714 SETUP FM DISTORTION FREQUENCY 300HZ Function Sets queries whether the FM distortion measurement is enabled Setting Range 1 0N 0 OFF Query Range 1 0 RST setting 0 off Programming Example 10 OUTPUT 714 SETUP FM...

Page 544: ...ing Example 10 OUTPUT 714 SETUP FM FILTER TYPE BPAS50 Selects the 50 Hz to 15 kHz bandpass filter Function Sets queries the center frequency for the 100 Hz tunable bandpass filter TBPass Setting Range 300 0 to 15000 Hz Resolution 0 1 Hz Query Range 300 0 to 15000 Hz RST setting 1004 Hz Programming Example 10 OUTPUT 714 SETUP FM FILTER TBPASS FREQUENCY 300HZ Function Sets queries whether the FM mod...

Page 545: ... seconds on Programming Example OUTPUT 714 SETUP FM TIMEOUT STIME 5S Sets timeout state to ON and sets the timeout time to 5 seconds Function Sets queries the FM measurement s timeout state Setting Range 1 ON 0 OFF Query Range 1 0 RST Setting 0 off Programming Example OUTPUT 714 SETUP FM TIMEOUT STATE ON Function Sets queries the FM measurement s timeout setting to be used when the timeout state i...

Page 546: ...page 248 SETup FSTability CONTinuous sp 1 ON 0 OFF returns 1 0 COUNt SNUMber sp num value returns num value NUMBer sp num value returns num value STATe sp 1 ON 0 OFF Complex Command returns1 0 SETup FSTability TIMeout STIMe returns num value TIME returns num value STATe sp 1 ON 0 OFF Complex Command returns1 0 sp num value S MS US NS sp num value S MS US NS ...

Page 547: ...CONTINUOUS ON Sets measurement to continuous trigger mode Function Sets queries the number of frequency stability measurements to be made in a multi measurement setup This command sets the count and automatically sets the multi measurement STATe command to 1 on Setting Range 1 to 999 Query Range 1 to 999 RST Setting 10 on Programming Example OUTPUT 714 SETUP FSTABILITY COUNT SNUMBER 5 Turns on mul...

Page 548: ...LITY COUNT STATE ON Turns on multi measurements Function Sets queries the frequency stability measurement s timeout setting and automatically sets the timeout state to ON Setting Range 0 1 to 999 seconds Resolution 0 1 second Query Range 0 1 to 999 RST Setting 10 seconds on Programming Example OUTPUT 714 SETUP FSTABILITY TIMEOUT STIME 5S Sets timeout state to ON and sets the timeout time to 5 seco...

Page 549: ...ability SETup FSTability TIMeout TIME Function Sets queries the frequency stability measurement s timeout setting Setting Range 0 1 to 999 seconds Resolution 0 1 second Query Range 0 1 to 999 seconds Resolution 0 1 second RST Setting 10 seconds on Programming Example OUTPUT 714 SETUP FSTABILITY TIMEOUT TIME 5S ...

Page 550: ...ge 248 SETup GPOWer CONTinuous sp 1 ON 0 OFF returns 1 0 COUNt SNUMber sp num value returns num value NUMBer sp num value returns num value STATe sp 1 ON 0 OFF Complex Command returns1 0 SETup GPOWer TIMeout STIMe returns num value TIME returns num value STATe sp 1 ON 0 OFF Complex Command returns1 0 sp num value S MS US NS sp num value S MS US NS ...

Page 551: ...trigger mode Function The setting form of this command performs two functions 1 sets the number of gated power measurements to be made in a multi measurement and 2 sets the multi measurement STATe command to 1 on The query form returns the number of gated power multi measurements to be made when multi measurement state is ON Setting Range 1 to 999 Query Range 1 to 999 RST Setting Off 10 when STATe...

Page 552: ... performs two functions 1 sets the gated power measurement s timeout see Timeouts value and 2 sets the gated power measurement s timeout STATe to 1 on The query form returns the gated power measurement s timeout value Setting Range 0 1 to 999 9 seconds Resolution 0 1 second Query Range 0 1 to 999 9 RST Setting 10 seconds on Programming Example OUTPUT 714 SETUP GPOWER TIMEOUT STIME 5 S Sets timeout...

Page 553: ...p GPOWer TIMeout TIME Function Sets queries the gated power measurement s timeout see Timeouts setting to be used when the timeout state is set to ON Setting Range 0 1 to 999 9 seconds Resolution 0 1 second Query Range 0 1 to 999 9 RST Setting 10 seconds Programming Example OUTPUT 714 SETUP GPOWER TIMEOUT TIME 5 S ...

Page 554: ...nt s timeout value Setting Range 1 to 999 seconds Resolution 1 second Query Range 1 to 999 RST Setting 10 seconds on Programming Example OUTPUT 714 SETUP HWQUALITY TIMEOUT STIME 5 S Sets timeout state to ON and sets the timeout time to 5 seconds Function Sets queries the handoff waveform quality measurement s timeout state Setting Range 1 ON 0 OFF Query Range 1 0 RST Setting 0 off Programming Exam...

Page 555: ... SETup HWQuality TIMeout TIME Function Sets queries the handoff waveform quality measurement s timeout setting to be used when the timeout state is set to ON Setting Range 1 to 999 seconds Resolution 1 second Query Range 1 to 999 RST Setting 10 seconds Programming Example OUTPUT 714 SETUP HWQUALITY TIMEOUT TIME 5 S ...

Page 556: ...rns AC DC COUPling sp AC DC returns RMS PEAK DETector sp RMS PEAK returns NONE TBP CMES BPAS50 BPAS300 FILTer sp NONE TBPass CMESsage BPASs50 TYPE TYPE BPASs300 Complex Command MAXimum PEAK VOLTage SETup SAUDio STARt FREQuency sp num value HZ KHZ MHZ GHZ returns num value VALue STOP returns comma separated list of POINts returns Intermediate Count measurement frequencies sp num value returns num v...

Page 557: ... on page 248 SETup TIME returns num value TIMeout STIMe STATe SAUDio SETTling sp num value S MS US NS returns num value returns num value returns 1 0 sp 1 ON 0 OFF Complex Command TIMe SDIStortion STATe returns 1 0 sp 1 ON 0 OFF sp num value S MS US NS sp num value S MS US NS returns num value VOLTage sp num value V MV AMPLitude ...

Page 558: ...g Function Sets queries the number of audio measurements to perform at each measurement point in a single multi measurement sweep This command sets the count and automatically sets the multi measurement STATe command to 1 on Setting Range 1 to 999 Query Range 1 to 999 RST Setting 10 Programming Example OUTPUT 714 SETUP SAUDIO COUNT SNUMBER 5 Turns on multi measurements and makes 5 measurements at ...

Page 559: ...ETUP SAUDIO COUNT STATE ON Turns on multi measurement for the swept audio measurement Function Sets queries the audio generator s coupling to the AUDIO OUT port Setting Range AC DC Query Range AC DC RST Setting DC Programming Example OUTPUT 714 SETUP SAUDIO COUPLING AC Select AC coupling to the AUDIO OUT port Function Sets queries the type of level detector used in swept audio measurements Setting...

Page 560: ...ion Returns a comma separated list of the generated frequency for each frequency point see SETup SAUDio FREQuency POINts When you specify the start frequency stop frequency and the number of measurement points the test set calculates the intermediate frequencies that are generated You cannot directly set the intermediate frequencies using this command you can only query them Query Range up to 60 c...

Page 561: ... Hz Function Sets queries the frequency at which to end the sweep The default units are Hz It is possible to set the stop frequency lower than the start frequency If this is done the sweep starts at the higher frequency and stops at the lower frequency Setting Range 300 0 to 15000 0 Hz Query Range 300 0 to 15000 0 Hz RST Setting 3000 Hz Programming Example OUTPUT 714 SETUP SAUDIO FREQUENCY STOP 15...

Page 562: ... Settling time may be needed when testing a device that has a time delay through the audio path Path delays can cause the audio generator s signal to change frequencies before the output signal can be analyzed at that frequency Specifying a settling time ensures that the audio generator stays at each frequency point long enough for the audio analyzer to correctly measure the device s audio output ...

Page 563: ...E 10 Enables timeouts and sets the value to 10 seconds Function Selects queries the timeout value in seconds that is used for swept audio measurements when the timeout state is set to ON Units S MS are optional if no units are specified then units default to S seconds Setting Range 0 1 to 999 seconds Resolution 0 1 seconds Query Range 0 1 to 999 seconds RST Setting 10 seconds Programming Example O...

Page 564: ...udio generator when it is turned on This command does not turn on the audio generator Setting Range 0 0 to 9 0 V peak RL 600 ohms Resolution 0 5 mV peak less than or equal to 1 V peak output 5 mV peak greater than 1 V peak output Query Range 0 0 to 9 0 V peak RL 600 ohms RST Setting 0 0 V peak Programming Example OUTPUT 714 SETUP SAUDIO VOLTAGE AMPLITUDE 1V Set the audio generator s output to 1Vpe...

Page 565: ...nventions on page 248 SETup TFERror CONTinuous sp 1 ON 0 OFF returns 1 0 COUNt sp num value returns num value CONFidence sp num value PCT returns num value REQuirement RATio SETup TFERror TIMeout STIMe returns num value TIME returns num value STATe sp 1 ON 0 OFF Complex Command returns1 0 sp num value S MS US NS sp num value S MS US NS ...

Page 566: ... the test data service option frame error rate TDSO FER measurement The trigger arm state determines whether the TDSO FER measurement will be made once then stop 0 OFF single or automatically re arm upon completion of one measurement and repeat the process 1 ON continuous Setting Range 1 ON 0 OFF Query Range 1 0 RST Setting 0 off Programming Example OUTPUT 714 SETUP TFERROR CONTINUOUS OFF Sets mea...

Page 567: ...0 1 to 200000 0 RST Setting 200 seconds off Programming Example OUTPUT 714 SETUP TFERROR TIMEOUT STIME 120 S Sets timeout state to ON and sets the timeout time to 120 seconds Function Sets queries the test data service option TDSO frame error rate measurement s timeout see Timeouts state Setting Range 1 ON 0 OFF Query Range 1 0 RST Setting 0 off Programming Example OUTPUT 714 SETUP TFERROR TIMEOUT...

Page 568: ...PNoise LIMit IQINactive sp num value DB returns num value LIMit IQNoise SETup WQUality CONTinuous sp 1 ON 0 OFF returns 1 0 COUNt SNUMber sp num value returns num value NUMBer sp num value returns num value STATe sp 1 ON 0 OFF Complex Command returns 1 0 SETup WQUality TIMeout STIMe returns num value TIME returns num value STATe sp 1 ON 0 OFF Complex Command returns 1 0 sp num value S MS US NS sp ...

Page 569: ...pass fail limit for noise energy measured by the Code Domain Power and Noise measurement Setting Range 100 to 0 dB Query Range 100 to 0 dB RST Setting 26 dB Programming Example OUTPUT 714 SETUP WQUALITY CDPNOISE IQNOISE LIMIT Queries the code domain power plus noise measurement s pass fail limit Function Sets queries the trigger arm state for the waveform quality measurement The trigger arm state ...

Page 570: ...999 Query Range 1 to 999 RST Setting Off 10 when STATe On Programming Example OUTPUT 714 SETUP WQUALITY COUNT SNUMBER 5 Turns on multi measurements and sets the number of measurements to 5 Function Sets queries the number of waveform quality measurements to be made when the multi measurement state is ON Setting Range 1 to 999 Query Range 1 to 999 RST Setting 10 Programming Example OUTPUT 714 SETUP...

Page 571: ...to 999 seconds Resolution 1 second Query Range 1 to 999 RST Setting 10 seconds on Programming Example OUTPUT 714 SETUP WQUALITY TIMEOUT STIME 5S Sets timeout state to ON and sets the timeout time to 5 seconds Function Sets queries the waveform quality measurement s timeout state Setting Range 1 ON 0 OFF Query Range 1 0 RST Setting 0 off Programming Example OUTPUT 714 SETUP WQUALITY TIMEOUT STATE O...

Page 572: ...e Condition Register Bit Assignment on page 602 STATus QUEStionable CALL Condition Register Bit Assignment on page 603 STATus QUEStionable ERRors Condition Register Bit Assignment on page 607 STATus QUEStionable HARDware Condition Register Bit Assignment on page 621 STATus OPERation Register Bit Assignments on page 579 STATus OPERation CALL Condition Register Bit Assignment on page 580 STATus OPER...

Page 573: ...r NTRansition sp num value writes to Positive Transition Filter register PTRansition reads Negative Transition Filter register reads Positive Transition Filter register STATus OPERation CALL sp num value writes to enable register CONDition reads condition register EVENt reads event register ENABle reads enable register sp num value writes to nega tive transition register NTRansition sp num value w...

Page 574: ...ister PTRansition reads negative enable register to Negative Transition Filter register Transition Filter register reads positive Transition Filter register STATus OPERation CALL COMMon DATA sp num value writes to CONDition reads condition register EVENt reads event register ENABle reads enable register sp num value writes NTRansition sp num value writes to Positive Transition Filter register PTRa...

Page 575: ...er register PTRansition reads Negative enable register to Negative Transition Filter register Transition Filter register reads Positive Transition Filter register STATus OPERation KEYPressed sp num value writes to CONDition reads condition register EVENt reads event register ENABle reads enable register sp num value writes to NTRansition sp num value writes to PTRansition reads Negative Transition...

Page 576: ...ister PTRansition reads Negative enable register to Negative Transition Filter register Transition Filter register reads Positive Transition Filter register STATus OPERation NMRReady AMPS sp num value writes to CONDition reads condition register EVENt reads event register ENABle reads enable register sp num value writes NTRansition sp num value writes to positive transition filter register PTRansi...

Page 577: ...egister PTRansition reads Negative enable register to Negative Transition Filter register Transition Filter register reads Positive Transition Filter register STATus OPERation NMRReady COMMon sp num value writes to CONDition reads condition register EVENt reads event register ENABle reads enable register sp num value writes NTRansition sp num value writes to Positive Transition Filter register PTR...

Page 578: ...Transition Filter register PTRansition reads Negative enable register to Negative Transition Filter register Transition Filter register reads Positive Transition Filter register OPERation NMRReady TA2000 STATus sp num value writes to CONDition reads condition register EVENt reads event register ENABle reads enable register sp num value writes NTRansition sp num value writes to Positive Transition ...

Page 579: ... bit is always 0 13 8192 Reserved for future use This bit is always 0 12 4096 SYSTem SYNChronized This condition bit is pulsed by the SYSTem SYNChronized command This will allow the status system to indicate that the input buffer is synchronized to the point where this command is parsed and that all prior sequential commands are completed and all prior overlapped commands have started 11 2048 Rese...

Page 580: ...This bit is always 0 12 4096 Reserved for future use This bit is always 0 11 2048 Reserved for future use This bit is always 0 10 1024 Reserved for future use This bit is always 0 9 512 TA2000 Summary bit This bit is the summary message bit for the STATus OPERation CALL TA2000 register 8 256 CDMA Summary bit This bit is the summary message bit for the STATus OPERation CALL CDMA register 7 128 DIGi...

Page 581: ...l Control Status Paging This bit is a 1 when the test set is in the call control status paging state 9 512 Registering BS initiated This bit is set to a 1 when the Base Station initiates registration 8 256 Reserved for future use This bit is always 0 7 128 BS Originating This bit is a 1 when Active Cell mode the call processing state leaves the idle state Test mode the test set has noted a base st...

Page 582: ...ting Condition Description 15 32768 Not Used Defined by SCPI This bit is always 0 14 16384 Reserved for future use This bit is always 0 13 8192 Reserved for future use This bit is always 0 12 4096 Reserved for future use This bit is always 0 11 2048 Reserved for future use This bit is always 0 10 1024 Reserved for future use This bit is always 0 9 512 Reserved for future use This bit is always 0 8...

Page 583: ...COMMON DATA ENABLE 128 Sets the Operation Call Common Data Enable Register for bit 7 OUTPUT 714 STATUS OPERATION CALL COMMON NTRANSITION 2 Sets the Operation Call Common Data Negative Transition Filter Register for bit 1 OUTPUT 714 STATUS OPERATION CALL COMMON PTRANSITION 2 Set the Operation Call Common Data Positive Transition Filter Register for bit 1 2 4 Data Connection Status Attached This bit...

Page 584: ...LL DIGITAL2000 PTR 256 Sets the DIGital2000 Positive Transition Register for bit 8 Bit Number Binary Weighting Condition Description 15 32768 Not Used Defined by SCPI This bit is always 0 14 16384 Reserved for future use This bit is always 0 13 8192 Reserved for future use This bit is always 0 12 4096 Reserved for future use This bit is always 0 11 2048 Reserved for future use This bit is always 0...

Page 585: ...10 1024 F11 softkey This bit is a 1 when the test set s F11 softkey has been pressed 9 512 F10 softkey This bit is a 1 when the test set s F10 softkey has been pressed 8 256 F9 softkey This bit is a 1 when the test set s F9 softkey has been pressed 7 128 F8 softkey This bit is a 1 when the test set s F8 softkey has been pressed 6 64 F7 softkey This bit is a 1 when the test set s F7 softkey has bee...

Page 586: ...Defined by SCPI This bit is always 0 14 16384 Reserved for future use This bit is always 0 13 8192 Reserved for future use This bit is always 0 12 4096 Reserved for future use This bit is always 0 11 2048 Reserved for future use This bit is always 0 10 1024 Reserved for future use This bit is always 0 9 512 TA2000 Summary bit This bit is the summary message bit for the STATus OPERation NMRReady TA...

Page 587: ...BLE 16 Sets New Measurement Results Ready Enable Regigter for bit 4 OUTPUT 714 STATUS OPERATION NMRREADY NTR 2 Sets the New Measurement Results Ready Negative Transition Register for bit 1 OUTPUT 714 STATUS OPERATION NMRREADY PTR 4 Sets the New Measurement Results Ready Positive Transition Register for bit 2 2 4 GSM Summary bit STATus This bit is the summary message bit for the OPERation NMRReady ...

Page 588: ...ts Ready AMPS Positive Transition Register for bit 2 Bit Number Binary Weighting Condition Description 15 32768 Not Used Defined by SCPI This bit is always 0 14 16384 Reserved for future use This bit is always 0 13 8192 Reserved for future use This bit is always 0 12 4096 Reserved for future use This bit is always 0 11 2048 Reserved for future use This bit is always 0 10 1024 Reserved for future u...

Page 589: ...measurement is in Measuring States See Triggering of Measurements on page 218 7 128 GPOWer New Measurement Result Ready This bit is a 1 if the measurement has been completed and has produced new results This bit is a zero at power on after a preset and while a measurement is in Measuring States See Triggering of Measurements on page 218 6 64 TROPower New Measurement Result Ready This bit is a 1 if...

Page 590: ...ts Ready CDMA Positive Transition Register for bit 2 3 8 CPOWer New Measurement Result Ready This bit is a 1 if the measurement has been completed and has produced new results This bit is a zero at power on after a preset and while a measurement is in Measuring States See Triggering of Measurements on page 218 2 4 WQUality New Measurement Result Ready This bit is a 1 if the measurement has been co...

Page 591: ...ways 0 12 4096 Reserved for future use This bit is always 0 11 2048 Reserved for future use This bit is always 0 10 1024 Reserved for future use This bit is always 0 9 512 Reserved for future use This bit is always 0 8 256 Reserved for future use This bit is always 0 7 128 Reserved for future use This bit is always 0 6 64 Reserved for future use This bit is always 0 5 32 Reserved for future use Th...

Page 592: ...US OPERATION NMRREADY COMMON CONDITION Queries the New Measurement Results Ready Common Condition Register OUTPUT 714 STATUS OPERATION NMRREADY COMMON ENABLE 2 Sets New Measurement Results Ready Common Enable Register for bit 1 OUTPUT 714 STATUS OPERATION NMRREADY COMMON NTR 2 Sets the New Measurement Results Ready Common Negative Transition Register for bit 1 OUTPUT 714 STATUS OPERATION NMRREADY ...

Page 593: ...lways 0 7 128 Reserved for future use This bit is always 0 6 64 Reserved for future use This bit is always 0 5 32 Reserved for future use This bit is always 0 4 16 Reserved for future use This bit is always 0 3 8 TFERror New Measurement Result Ready This bit is a 1 if the measurement has been completed and has produced new results This bit is a zero at power on after a preset and while a measureme...

Page 594: ...DIGITAL2000 ENABLE 8 Sets New Measurement Results Ready DIG2000 Enable Register for bit 3 OUTPUT 714 STATUS OPERATION NMRREADY DIGITAL2000 NTR 2 Sets the New Measurement Results Ready DIG2000 Negative Transition Register for bit 1 OUTPUT 714 STATUS OPERATION NMRREADY DIGITAL2000 PTR 4 Sets the New Measurement Results Ready DIG2000 Positive Transition Register for bit 2 0 1 Extension Bit This bit i...

Page 595: ...ion Presets the status subsystem Presetting the status subsystem performs the following functions All enable registers are set to 0 not enabled All Positive Transition Registers PTR s are set to 1 positive transitions enabled All Negative Transition Registers NTR s are set to 0 negative transitions disabled XXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX STATus PRESet ...

Page 596: ...er NTRansition sp num value writes to Positive Transition Filter register PTRansition reads Negative Transition Filter register reads Positive Transition Filter register STATus QUEStionable CALL sp num value writes to enable register CONDition reads condition register EVENt reads event register ENABle reads enable register sp num value writes to Nega tive Transition Filter register NTRansition sp ...

Page 597: ...r register PTRansition reads Negative enable register to Negative Transition Filter register Transition Filter register reads Positive Transition Filter register STATus QUEStionable CALL TA2000 sp num value writes to CONDition reads condition register EVENt reads event register ENABle reads enable register sp num value writes NTRansition sp num value writes to Positive Transition Filter register P...

Page 598: ...ition sp num value writes to Positive Transition Filter register PTRansition reads Negative Transition Filter register reads Positive Transition Filter register STATus QUEStionable ERRors AMPS sp num value writes to CONDition reads condition register EVENt reads event register ENABle reads enable register sp num value writes NTRansition sp num value writes to Positive Transition Filter register PT...

Page 599: ...r register PTRansition reads Negative enable register to Negative Transition Filter register Transition Filter register reads Positive Transition Filter register STATus QUEStionable ERRors COMMon sp num value writes to CONDition reads condition register EVENt reads event register ENABle reads enable register sp num value writes NTRansition sp num value writes to Positive Transition Filter register...

Page 600: ...ter register PTRansition reads Negative enable register to Negative Transition Filter register Transition Filter register reads Positive Transition Filter register STATus QUEStionable ERRors DIGital95 sp num value writes to CONDition reads condition register EVENt reads event register ENABle reads enable register sp num value writes NTRansition sp num value writes to Positive Transition Filter reg...

Page 601: ...ve Transition Filter register PTRansition reads Negative enable register to Negative Transition Filter register Transition Filter register reads Positive Transition Filter register STATus QUEStionable HARDware sp num value writes to enable register CONDition reads condition register EVENt reads event register ENABle reads enable register sp num value writes to Negative Transition Filter reg ister ...

Page 602: ...tionable Positive Transition Filter Register for bit 1 Bit Number Binary Weighting Condition Description 15 32768 Not Used Defined by SCPI This bit is always 0 14 16384 Reserved for future use This bit is always 0 13 8192 Reserved for future use This bit is always 0 12 4096 Reserved for future use This bit is always 0 11 2048 QUEStionable HARDware summary This bit is the summary message bit for th...

Page 603: ...t for the STATus QUEStionable CALL TA2000 register 8 256 CDMA Summary bit This bit is the summary message bit for the STATus QUEStionable CALL CDMA register 7 128 DIGital2000 Summary bit This bit is the summary message bit for the STATus QUEStionable ERRors CALL DIGital2000 register 6 64 DIGital95 Summary bit This bit is the summary message bit for the STATus QUEStionable ERRors CALL DIGital95 reg...

Page 604: ...e Call Event Register OUTPUT 714 STATUS QUESTIONABLE CALL CONDITION Queries and clears the Questionable Call Condition Register OUTPUT 714 STATUS QUESTIONABLE CALL ENABLE 1024 Sets the Questionable Call Enable Register for bit 10 OUTPUT 714 STATUS QUESTIONABLE CALL NTRANSITION 2 Sets the Questionable Call Negative Transition Filter Register for bit 1 OUTPUT 714 STATUS QUESTIONABLE CALL PTRANSITION...

Page 605: ... 1 Bit Number Binary Weighting Condition Description 15 32768 Not Used Defined by SCPI This bit is always 0 14 16384 MUI Maskable Message 13 8192 Reserved for future use This bit is always 0 12 4096 Reserved for future use This bit is always 0 11 2048 Reserved for future use This bit is always 0 10 1024 Reserved for future use This bit is always 0 9 512 Reserved for future use This bit is always 0...

Page 606: ...tive Transition Filter Register for bit 1 Bit Number Binary Weighting Condition Description 15 32768 Not Used Defined by SCPI This bit is always 0 14 16384 MUI Maskable Message 13 8192 Reserved for future use This bit is always 0 12 4096 Reserved for future use This bit is always 0 11 2048 Reserved for future use This bit is always 0 10 1024 Reserved for future use This bit is always 0 9 512 Reser...

Page 607: ...Tus QUEStionable ERRors TA2000 register 8 256 CDMA Summary bit This bit is the summary message bit for the STATus QUEStionable ERRors CDMA register 7 128 DIGital2000 Summary bit This bit is the summary message bit for the STATus QUEStionable ERRors DIGital2000 register 6 64 DIGital95 Summary bit This bit is the summary message bit for the STATus QUEStionable ERRors DIGital95 register 5 32 TA136 Su...

Page 608: ...ent Register OUTPUT 714 STATUS QUESTIONABLE ERRORS CONDITION Queries and clears the Questionable Errors Condition Register OUTPUT 714 STATUS QUESTIONABLE ERRORS ENABLE 1024 Sets the Questionable Errors Enable Register for bit 10 OUTPUT 714 STATUS QUESTIONABLE ERRORS NTRANSITION 2 Sets the Questionable Errors Negative Transition Filter Register for bit 1 OUTPUT 714 STATUS QUESTIONABLE ERRORS PTRANS...

Page 609: ...ansition Filter you can query the Event Register to find out which of these errors occurred 8 256 800 Errors The condition bit is pulsed to a 1 and immediately back to 0 if an error in the 800 to 899 range occurs After setting the Positive Transition Filter and the Negative Transition Filter you can query the Event Register to find out which of these errors occurred 7 128 700 Errors The condition ...

Page 610: ... an error in the 400 to 499 range occurs After setting the Positive Transition Filter and the Negative Transition Filter you can query the Event Register to find out which of these errors occurred 3 8 300 Errors The condition bit is pulsed to a 1 and immediately back to 0 if an error in the 300 to 399 range occurs After setting the Positive Transition Filter and the Negative Transition Filter you ...

Page 611: ...ch of these errors occurred 8 256 800 Errors The condition bit is pulsed to a 1 and immediately back to 0 if an error in the 800 to 899 range occurs After setting the Positive Transition Filter and the Negative Transition Filter you can query the Event Register to find out which of these errors occurred 7 128 700 Errors The condition bit will be pulsed to a 1 and immediately back to 0 if an error ...

Page 612: ...an error in the 400 to 499 range occurs After setting the Positive Transition Filter and the Negative Transition Filter you can query the Event Register to find out which of these errors occurred 3 8 300 Errors The condition bit is pulsed to a 1 and immediately back to 0 if an error in the 300 to 399 range occurs After setting the Positive Transition Filter and the Negative Transition Filter you c...

Page 613: ... to find out which of these errors occurred 8 256 800 Errors The condition bit is pulsed to a 1 and immediately back to 0 if an error in the 800 to 899 range occurs After setting the Positive Transition Filter and the Negative Transition Filter you can query the Event Register to find out which of these errors occurred 7 128 700 Errors The condition bit is pulsed to a 1 and immediately back to 0 i...

Page 614: ...f an error in the 400 to 499 range occurs After setting the Positive Transition Filter and the Negative Transition Filter you can query the Event Register to find out which of these errors occurred 3 8 300 Errors The condition bit is pulsed to a 1 and immediately back to 0 if an error in the 300 to 399 range occurs After setting the Positive Transition Filter and the Negative Transition Filter you...

Page 615: ...r to find out which of these errors occurred 8 256 800 Errors The condition bit is pulsed to a 1 and immediately back to 0 if an error in the 800 to 899 range occurs After setting the Positive Transition Filter and the Negative Transition Filter you can query the Event Register to find out which of these errors occurred 7 128 700 Errors The condition bit is pulsed to a 1 and immediately back to 0 ...

Page 616: ...o a 1 and immediately back to 0 if an error in the 400 to 499 range occurs After setting the Positive Transition Filter and the Negative Transition Filter you can query the Event Register to find out which of these errors occurred 3 8 300 Errors The condition bit is pulsed to a 1 and immediately back to 0 if an error in the 300 to 399 range occurs After setting the Positive Transition Filter and t...

Page 617: ...to find out which of these errors occurred 8 256 800 Errors The condition bit is pulsed to a 1 and immediately back to 0 if an error in the 800 to 899 range occurs After setting the Positive Transition Filter and the Negative Transition Filter you can query the Event Register to find out which of these errors occurred 7 128 700 Errors The condition bit is pulsed to a 1 and immediately back to 0 if...

Page 618: ...mmediately back to 0 if an error in the 400 to 499 range occurs After setting the Positive Transition Filter and the Negative Transition Filter you can query the Event Register to find out which of these errors occurred 3 8 300 Errors The condition bit is pulsed to a 1 and immediately back to 0 if an error in the 300 to 399 range occurs After setting the Positive Transition Filter and the Negative...

Page 619: ...ut which of these errors occurred 8 256 800 Errors The condition bit is pulsed to a 1 and immediately back to 0 if an error in the 800 to 899 range occurs After setting the Positive Transition Filter and the Negative Transition Filter you can query the Event Register to find out which of these errors occurred 7 128 700 Errors The condition bit is pulsed to a 1 and immediately back to 0 if an error...

Page 620: ...ion bit is pulsed to a 1 and immediately back to 0 if an error in the 400 to 499 range occurs Query the Event Register to find out if one of these errors occurred 3 8 300 Errors The condition bit is pulsed to a 1 and immediately back to 0 if an error in the 300 to 399 range occurs After setting the Positive Transition Filter and the Negative Transition Filter you can query the Event Register to fi...

Page 621: ...PUT 714 STATUS QUESTIONABLE HARDWARE PTRANSITION 2 Sets the Questionable Hardware Positive Transition Filter Register for bit 1 Bit Number Binary Weighting Condition Description 15 32768 Not Used Defined by SCPI This bit is always 0 14 16384 Reserved for future use This bit is always 0 13 8192 Reserved for future use This bit is always 0 12 4096 Reserved for future use This bit will always be 0 11...

Page 622: ...tus Byte Bit Number Binary Weighting Label Description 7 128 STATus OPERation Summarizes the STATus OPERation Status Register which fans out to the NMRReady and CALL Status Registers 6 64 RQS SRQ TRUE Master Summary Status RQS is read by a serial poll SPOLL Master Summary Status is read by a STB query defined by IEEE 488 2 5 32 Standard Event Status Register Summarizes the Standard Event Status Re...

Page 623: ...s_std_evnt fm Standard Event Status Register Standard Event Status Register ESR ESE ESE Diagram Conventions on page 248 ESR Reads and clears the Std Event Status Register ESE Reads the Std Event Status Register Enable Register ESE Writes to the Std Event Status Register Enable Register ...

Page 624: ...t will always be 0 5 32 Command Error This bit is set to 1 if the test set detects an error while trying to process a command The following events cause a command error An IEEE 488 2 syntax error The test set received a message that did not follow the syntax defined by the standard A semantic error For example the test set received an incorrectly spelled command The test set received a group execu...

Page 625: ... queue The following events cause a query error An attempt is made to read data from the output queue when no data is present or is pending Data in the output queue has been lost An example of this would be an output queue overflow 1 2 Reserved for future use This bit will always be 0 0 1 Operation Complete This bit is set to 1 when the test set has completed all pending operations and is ready to...

Page 626: ...s of the test set Syntax Diagrams and Command Descriptions SYSTem APPLication on page 627 SYSTem BEEPer on page 634 SYSTem COMMunicate on page 636 SYSTem CONFigure INFormation HARDware VERBose on page 635 SYSTem CORRection on page 639 SYSTem CURRent TA on page 645 SYSTem ERRor on page 646 SYSTem MEASurement RESet on page 647 SYSTem PRESet on page 648 SYSTem ROSCillator on page 650 SYSTem SYNChroni...

Page 627: ...ame sp TA name returns num value COUNt REVision LICense CATalog REVision returns string COUNt returns num value sp TA name revision returns LIC NLIC PART UNKN SYSTem APPLication returns string string FORMat COUNt returns num value SYSTem sp TA name NAME returns string sp TA name revision returns string REVision SELect APPLication sp GSM AMPS 136 GPRS NAME returns LIC NLIC PART UNKN returns GSM AMP...

Page 628: ... null A typical example would be A 01 01 for a licensed version Programming Example OUTPUT 714 SYSTEM APPLICATION CURRENT REVISION Function Query the license status for a selected revision The query must include two strings separated by a comma The test application name and revision must be entered as they appear in the test application Setup menu with the exception that the string is not case sen...

Page 629: ...ple OUTPUT 714 SYSTEM APPLICATION CATALOG REVISION AMPS 136 MOBILE TEST Function Queries the test set for the number of revisions present on the hard disk for a specified test application Up to 30 revisions can be stored for a test application The test application name must be entered as it appears in the test application Setup menu with the exception that the string is not case sensitive and can ...

Page 630: ...eries the test set for the names of all formats that are available in a fast switching test application A licensed fast switching test application must be selected to use this command This query returns one or more strings each string is separated by a comma Query Range A string up to 25 characters or the null string GSM AMPS 136 GPRS Programming Example OUTPUT 714 SYSTEM APPLICATION CATALOG FORMA...

Page 631: ...AMPS 136 GPRS Query Range A string up to 25 characters or the null string GSM AMPS 136 GPRS Programming Example OUTPUT 714 SYSTEM APPLICATION FORMAT NAME GSM OUTPUT 714 SYSTEM APPLICATION FORMAT NAME Function Queries the test set for the license status of the fast switching test application The returned values are LIC indicates this is a licensed test application NLIC indicates this is not a licen...

Page 632: ...pplication name must be entered as it appears in the test application Setup menu with the exception that the string is not case sensitive and can be entered in any combination of upper and lower case letters NOTE Selecting the correct name and the desired revision of a test application is important This information should be reviewed before proceeding The directions for how to determine test appli...

Page 633: ...The test application name and revision must be entered as they appear in the test application Setup menu with the exception that the string is not case sensitive and can be entered in any combination of upper and lower case letters NOTE GSM Mobile Test revisions before A 04 00 did not have test application switching and provide no way to return to revisions that have switching Users will need to r...

Page 634: ...m BEEPer Diagram Conventions on page 248 SYSTem BEEPer STATe Function Sets queries the beeper state of the test set Setting 0 OFF 1 ON Query 0 1 RST Setting 1 on Related Topics Test Set Beeper Programming Example OUTPUT 714 SYSTEM BEEPER STATE OFF Sets beeper state to off STATe sp 1 ON 0 OFF returns 1 0 SYSTem BEEPer ...

Page 635: ...umber of the test application running serial number revision board ID and cal file information The information provided by the query represents the configuration that existed when the test set was powered up RST Setting Resets have no effect on this information The information is gathered during the power up cycle Related topics Hardware Configuration Report Programming Example OUTPUT 714 SYSTEM C...

Page 636: ... to 30 Resolution 1 Factory setting 14 this parameter is not affected by any reset operation and can only be changed by direct user access Related Topics Configuring the Test Set s GPIB on page 774 Programming Example OUTPUT 714 SYSTEM COMMUNICATE GPIB SELF ADDRESS 14 Sets the GPIB address to 14 SYSTem COMMunicate DEBug sp 1 ON 0 OFF returns 1 0 sp num value returns num value SELF ADDRess STATe LA...

Page 637: ...ing Range 0 OFF 1 ON Query 0 1 RST setting 0 off Programming Example OUTPUT 714 SYSTEM COMMUNICATE GPIB DEBUG STATE ON Sets debugger to on Function Sets queries the test set s LAN IP address The value of A is used to determine the subnet mask see SYSTem COMMunicate LAN SELF SMASk on page 638 If the LAN address is changed the subnet mask should be checked to insure that it is set to the proper clas...

Page 638: ... mask of the test set based on the LAN IP address selected The subnet mask changes according to the value of A used for the LAN IP address If A is less than or equal to 127 the subnet mask is 255 0 0 0 If A is greater than 127 and less or equal to 191 the subnet mask is 222 255 0 0 If A is grater than 191 the subnet mask is 255 255 255 0 If the LAN address is changed the subnet mask should be chec...

Page 639: ...CORRection Diagram Conventions on page 248 GAIN CORRection SYSTem SGAin sp offsets DB returns offsets sp offsets DB returns offsets STATe sp 1 ON 0 OFF Complex Command returns1 0 FREQuency SFRequency sp offsets GHZ MHZ KHZ HZ returns num value sp offsets GHZ MHZ KHZ HZ returns num value POINts returns num value Complex Command ...

Page 640: ... list no values sets the state of all offsets to Off Setting Range 0 to 20 values between 100 to 100 Resolution 0 01 Query Range 1 to 20 values between 100 to 100 and NAN 9 91E 37 Resolution 0 01 Factory Setting Offsets 1 through 20 are set to 0 00 dB state is set to Off Programming Example OUTPUT 714 SYSTEM CORRECTION SGAIN 2 55 3 12 3 68 4 23 4 74 5 3 A complex command that sets up to 20 comma s...

Page 641: ...lues ranging from 292 5 MHz to 2700 MHz Resolution 1 Hz Query Range 1 to 20 comma separated values ranging from 292 5 MHz to 2700 MHz and NAN 9 91E 37 Resolution 1 HZ Factory Setting 1 800 00 MHz Off 2 810 00 MHz Off 3 820 00 MHz Off 4 830 00 MHz Off 5 840 00 MHz Off 6 850 00 MHz Off 7 860 00 MHz Off 8 870 00 MHz Off 9 880 00 MHz Off 10 890 00 MHz Off 11 900 00 MHz Off 12 910 00 MHz Off 13 920 00 ...

Page 642: ...es between 100 to 100 Resolution 0 01 Query Range 1 to 20 values between 100 to 100 and NAN 9 91E 37 Resolution 0 01 Factory Setting Offsets 1 through 20 are set to 0 00 dB state is set to off Programming Example OUTPUT 714 SYSTEM CORRECTION GAIN 3 12 3 68 4 23 Sets up to 20 comma separated offset values OUTPUT 714 SYSTEM CORRECTION GAIN Sets the state for all frequencies and offsets to Off Functi...

Page 643: ...a separated values from 292 5 MHz to 2700 MHz and NAN 9 91E 37 Resolution 1 HZ Factory Setting 1 800 00 MHz Off 2 810 00 MHz Off 3 820 00 MHz Off 4 830 00 MHz Off 5 840 00 MHz Off 6 850 00 MHz Off 7 860 00 MHz Off 8 870 00 MHz Off 9 880 00 MHz Off 10 890 00 MHz Off 11 900 00 MHz Off 12 910 00 MHz Off 13 920 00 MHz Off 14 930 00 MHz Off 15 940 00 MHz Off 16 950 00 MHz Off 17 960 00 MHz Off 18 970 0...

Page 644: ... the frequencies or offsets When the RF IN OUT Amplitude Offset State is On the Instrument Status Area will indicate Offset regardless of the state for any of the frequencies or offsets Setting any of the frequency or offset states to On will set the RF IN OUT Amplitude Offset State to On See Measurement Related Configuration on page 81 Setting 0 OFF 1 ON Query 0 1 Factory Setting 0 off Programmin...

Page 645: ...of the test application running Printable ASCII characters up to a 25 character string This command is not recommended see SYSTem APPLication CURRent NAME Query Range ASCII codes 32 126 decimal excluding comma and semicolon RST Setting non volatile read from the test set s hard disk Function Queries the coordinated codeware revision for the test application running Printable ASCII characters up to...

Page 646: ...r or event description Manual users may view the message log from the SYSTEM CONFIG screen The contents of the error event queue and the message log may not match For example manual user errors are not displayed with SYSTem ERRor They are viewed from the Message Log See Error Messages Query Error Event Queue Range 0 to 100 messages up to 255 characters in length Programming Example OUTPUT 714 SYST...

Page 647: ... RESet SYSTem MEASurement RESet Diagram Conventions on page 248 SYSTem MEASurement RESet Function Aborts all measurements If continuous triggering is enabled measurements will begin a new measurement cycle Setting Measurement results are set to their default values when measurement reset occurs SYSTem RESet MEASurement ...

Page 648: ...rigger Arm Single or Continuous Description on page 220 Related Topics See Partial Preset on page 191 for more details Programming Example OUTPUT 714 SYSTEM PRESET Partial preset when changing from remote to manual operation Function Performs a full preset of the test set This is the remote equivalent of pressing the SHIFT Preset keys on the front panel of the test set All parameters are set to th...

Page 649: ... a partial preset is needed during remote operation of the test set Any call in process is disconnected and all measurements are aborted and inactivated Measurement parameters are not changed A partial preset will not modify any measurement settings including trigger arm Related Topics See Partial Preset for more details Programming Example OUTPUT 714 SYSTEM PRESET3 Partial preset when in remote o...

Page 650: ...m ROSCillator LOCKed Function Queries the timebase source If an external timebase is used it must have these characteristics an output level of 0 to 13 dBm frequency of 10 MHz Query Range INT internal source EXT external source Function Queries the timebase to find out if it is locked or unlocked Returns 0 or 1 Query Range 0 unlocked 1 locked SYSTem TIMebase ROSCillator LOCKed returns EXT INT retu...

Page 651: ...onventions on page 248 SYSTem SYNChronized Function Sets queries the test set to see that all prior sequential commands have completed or that all prior overlapped commands have started indicating that the input buffer is synchronized Setting Bit 12 of the status operation condition register is pulsed Query Range 1 SYSTem SYNChronized returns num value ...

Page 652: ... semicolon in four comma separated fields Field 1 returns the manufacturer field 2 returns the instrument model number field 3 returns the serial number field 4 returns 0 OPC The OPC operation complete command is defined in IEEE 488 2 1992 10 18 OPC causes the test set to continuously sense the No Operation Pending flag When the No Operation Pending flag becomes TRUE the OPC event bit in the stand...

Page 653: ...us SRE The SRE service request enable command is defined in IEEE Std 488 2 1992 10 34 The parameter range for this command is 0 through 255 SRE The SRE service request enable query is defined in IEEE Std 488 2 1992 10 35 Values returned by this query range from 0 through 255 STB The STB read status byte query is defined in IEEE Std 488 2 1992 10 36 Values returned by this query range from 0 throug...

Page 654: ...654 S Hp8960 E1962B CDMA 2000 Pi Release Reference Guide Chapters cdma2000_hpib_common fm IEEE 488 2 Common Commands ...

Page 655: ...655 S Hp8960 E1962B CDMA 2000 Pi Release Reference Guide Chapters ch_manual_operation fm Manual Operation ...

Page 656: ... 1 Press the Measurement selection key 2 Highlight a measurement and press the knob 3 Repeat steps 1 and 2 to select additional measurements For a complete list of measurement procedures see cdma2000 Measurement Procedures on page 672 2 1 The gray boxes indicate that the measurement is being made but the results are not being displayed These black boxes indicate that access probe power measurement...

Page 657: ...e Guide Chapters cdma2000_gen_op_overview_meas_setup fm How Do I Change the Measurement Setup How Do I Change the Measurement Setup A Select a measurement 1 Press the Measurement selection key 2 Highlight a measurement to set up and press the knob 1 2 ...

Page 658: ...ress the MEASUREMENT key 2 Press the Control F1 key to display the measurement s setup menu 3 Highlight a parameter and press the knob 4 Enter a value or selection and press the knob NOTE For statistical measurement results highlight the Multi Measurement Count parameter and press the ON key The number of averages will default to 10 5 Press the Close Menu F6 key 1 4 2 3 ...

Page 659: ...cdma2000_gen_op_overview_turn_off_meas fm How Do I Turn Off a Measurement How Do I Turn Off a Measurement 1 Press the Measurement selection key 2 Use the knob to highlight the measurement you want to turn off 3 Press Close Measurement F4 4 Press Close Menu F6 3 1 4 2 ...

Page 660: ...F2 key and select IS 2000 4 Press the Cell Band F8 key and select the band in which you would like to bring up the call 5 Press the Radio Config F11 key and select the radio configuration in which you would like to bring up the call 6 Press the FCH Service Option Setup F12 key and set the service option for the radio configurations you plan on testing NOTE SO55 Service Option 55 is not supported b...

Page 661: ...e station to find service See How Do I Change Cell Information on page 664 9 Turn on power to the mobile station and wait for an indication that it has found service 10 Make a mobile station originated call by entering a phone number and pressing SEND on the mobile station handset or wait for the mobile station to perform a power up registration and press the Originate Call F3 key 11 Verify that t...

Page 662: ... the mobile station 7 Press the Service Option F12 key and select a service option for the call 8 Check the rest of the Call Parms settings by pressing the More key to display the 2 of 3 and 3 of 3 menus 9 You may need to change cell settings such as SID System Identification to allow the mobile station to find service See How Do I Change Cell Information on page 664 10 Turn on power to the mobile...

Page 663: ...n_op_overview_call_parms fm How Do I Change Call Parameters How Do I Change Call Parameters 1 Press the CALL SETUP key 2 On the Call Parms menu 1 of 2 press any key 3 Highlight a selection and press the knob Enter a value 4 Press the More key for additional call parameters 1 2 4 ...

Page 664: ...ion cell parameters access parameters and registration parameters A Set cell parameters 1 Select the Cell Parameters menu 1 Press the CALL SETUP key 2 Press the More key 3 Press the Cell Info F2 key 4 Press the Cell Parameters F2 key 2 Set a cell parameter 1 Turn the knob to highlight a parameter and then press the knob 2 Enter a value or selection and press the knob 3 Press the Close Menu F6 key ...

Page 665: ...ccess parameters 1 Select the Access Parameters menu 1 Press the CALL SETUP key 2 Press the More key 3 Press the Cell Info F2 key 4 Press the Access Parameters F3 key 2 Set an access parameter 1 Turn the knob to highlight a parameter and then press the knob 2 Enter a value or selection and press the knob 3 Press the Close Menu F6 key 1 3 2 2 3 ...

Page 666: ... parameters 1 Select the Registration Parameters menu 1 Press the CALL SETUP key 2 Press the More key 3 Press the Cell Info F2 key 4 Press the Registration Parameters F4 key 2 Set a registration parameter 1 Turn the knob to highlight a parameter and then press the knob 2 Enter a value or selection and press the knob 3 Press the Close Menu F6 key 1 3 2 1 3 ...

Page 667: ...w_code_chan fm How Do I Change Code Channel Levels How Do I Change Code Channel Levels 1 Press the CALL SETUP key 2 Press the More key 3 Press the Generator Info F3 key 4 Press the Code Channel Parameters F2 key 5 Set the level of the desired channel by using the knob and numeric keys 4 1 2 ...

Page 668: ...f Setup F5 key 2 Highlight the Handoff System Type parameter and select the desired system 3 Highlight the Handoff Cell Band parameter and select the desired band 4 Highlight the Handoff Channel parameter and select the desired channel 5 Press the Execute Handoff F5 key to complete the handoff or the Close Menu F6 key to abort the handoff 6 Check for Connected in the Active Cell status field 1 3 5...

Page 669: ...Press the SYSTEM CONFIG key 2 Press the Instrument Setup F1 key 3 Adjust an instrument setting 4 Press the Close Menu F6 key B Set amplitude offsets 1 On the Configuration Summary screen not shown press the RF IN OUT Amptd Offset F5 key 2 On the RF IN OUT Amplitude Offset screen press the RF IN OUT Amptd Offset Setup F2 key 3 Enter the amplitude offset for the test frequencies you use 4 Press the ...

Page 670: ...rence Guide Chapters cdma2000_gen_op_overview_sys_config fm How Do I Configure the Test Set for My Test System C Check message log 1 From any System Config screen press the Message Log F7 key and view the message log 2 Press the Return F12 key 1 2 ...

Page 671: ...e Reference Guide Chapters cdma2000_gen_op_overview_end_call fm How Do I End a Call How Do I End a Call 1 Press the CALL SETUP key 2 Press the End Call F3 key or end the call from the mobile 3 Check for Idle in the Active Cell status field 2 ...

Page 672: ...p parameters for each measurement are assumed to be set to their default full preset values unless otherwise stated NOTE To obtain measurement results a call must first be connected See A Establish a call on page 656 The following measurement procedures are provided Measuring Waveform Quality on page 673 Measuring Handoff Waveform Quality Measuring Digital Average Power on page 675 Measuring Chann...

Page 673: ...nts on page 656 A typical display is shown below 2 Set up the measurement parameters as needed for your measurement situation see B Set up the measurement on page 658 Numeric rho is the screen currently displayed In addition to rho it also provides the following measurements calculated from the same data Time Error Carrier Feedthrough Phase Error Magnitude Error EVM There are graphical measurement...

Page 674: ...Call on page 660 is selected Fwd3 Rvs3 Fwd4 Rvs3 1 Select the Handoff Waveform Quality measurement see B Select measurements on page 656 2 Set up the measurement parameters Measurement Timeout is the only parameter provided with this measurement as needed for your measurement situation see B Set up the measurement on page 658 3 Press the START SINGLE key A typical display is shown below In additio...

Page 675: ...ent Procedures Measuring Digital Average Power 1 Select the Digital Average Power measurement see B Select measurements on page 656 A typical display is shown below 2 Press the Digital Average Power Setup F1 key 3 Set up the measurement parameters as needed for your measurement situation see B Set up the measurement on page 658 ...

Page 676: ...easurements fm cdma2000 Measurement Procedures Measuring Channel Power 1 Select the Channel Power measurement see B Select measurements on page 656 A typical display is shown below 2 Set up the measurement parameters as needed for your measurement situation see B Set up the measurement on page 658 ...

Page 677: ...robe sequences during a call origination 5 Set up the measurement parameters as needed for your measurement situation see B Set up the measurement on page 658 6 Press the More key on the lower left side of the display Call Control until 2 of 2 is displayed Press the Cell Info key F2 key then the Registration Parameters key 7 Turn the Timer Based Registration State off 8 Press the MEASUREMENT key 9...

Page 678: ...ments fm cdma2000 Measurement Procedures Measuring Frame Error Rate FER 1 Press the Measurement selection key 2 Select the Frame Error Rate measurement 3 Press the Frame Error Rate Setup F1 key A typical display is shown below 4 Set up the measurement parameters as needed for your measurement situation ...

Page 679: ... key F12 6 Select the Service Option for the currently selected radio configuration then select SO32 F SCH 7 Press the Measurement selection key 8 Select the TDSO Frame Error Rate measurement 9 Press the TDSO FER Setup F1 key 10 Set up the measurement parameters as needed for your measurement situation 11 Press the CALL SETUP key 12 Press the Originate Call key F3 13 Press the MEASUREMENT key Wait...

Page 680: ...w Do I Set Up a Call on page 660 is selected Fwd3 Rvs3 Fwd4 Rvs3 Fwd5 Rvs4 1 Select the Waveform Quality Code Domain measurement see B Select measurements on page 656 2 Press the Code Domain Power F3 key A typical display is shown below 3 Press the Graph Control key F6 Change the value in the Limit field Note that both green lines indicating the I and Q channel noise limits move together 4 Press t...

Page 681: ...view_man_measurements fm cdma2000 Measurement Procedures 5 Press the Code Domain Power Noise F4 key A typical display is shown below 6 Return to the numeric Rho display at any time by pressing the Numeric Rho key F2 The red bars indicate power levels The yellow bars indicate noise levels ...

Page 682: ...me Phase Error These measurements can be made only when one of the following radio configurations see How Do I Set Up a Call on page 660 is selected Fwd3 Rvs3 Fwd4 Rvs3 Fwd5 Rvs4 1 Select the Code Channel Time Phase Error measurement see B Select measurements on page 656 A typical display is shown below 2 Set up the Time Limit and Phase Limit using the F3 and F4 keys ...

Page 683: ...he following radio configurations see How Do I Set Up a Call on page 660 is selected Fwd1 Rvs1 Fwd2 Rvs2 1 Select the Gated Power measurement see B Select measurements on page 656 2 Press the F4 key to select Zoom 3 Turn the knob clockwise slowly to display the entire burst Note the falling edge of the burst at the last zoom position on the right side of the display 4 Press the F2 key to select th...

Page 684: ...000 Measurement Procedures Measuring TX Spurious Emissions 1 Select the Tx Spurious Emissions measurement see B Select measurements on page 656 A typical display is shown below 2 Press the Graph F3 key NOTE Press the Numeric F2 key if you want to return to Tx Spurious Emissions measurement results displayed in tables ...

Page 685: ...ew_man_measurements fm cdma2000 Measurement Procedures Related Topics Refer to Product Note 5988 1989EN Multi Coded Waveform Quality and Code Domain Measurements for cdma2000 for more information about Code Domain Power measurements This is located on the web or CDROM under Technical notes ...

Page 686: ...The input to the audio analyzer is a floating input differential amplifier Both the AUDIO IN High and AUDIO IN Low BNC connectors should be connected to provide noise immunity Refer to the technical specifications for more information AUDIO OUT This BNC connector accesses to the test set s audio generator Refer to the technical specifications for more information ...

Page 687: ...th the LAN port The the DATA connector on the front panel is connected internally to the ETHERNET TO FRONT PANEL connector on the rear panel In order to use the front panel DATA connector connect the rear panel LAN PORT to the rear panel ETHERNET TO FRONT PANEL connector with the LAN jumper cable The LAN jumper cable part number E5515 61160 is supplied with the test set DVM Not functional for this...

Page 688: ... Panel Connectors Description SERIAL 3 SERIAL 2 SERIAL 1 TEST SET SYNCH OUT TEST SET SYNCH IN ETHERNET TO FRONT PANEL EXT SIG GEN FRAME SYNCH EXT INTERFACE CONTROL VGA OUT GPIB PRINTER TIMEBASE ADJUST COUNTER IN MAX 12 V Pk IN OUT FM MOD IN DATA IN CLK IN DATA VALID IN TRIG IN TRIG OUT LAN PORT 10 MHz REF BER BASEBAND I O ...

Page 689: ...front panel is connected internally to the ETHERNET TO FRONT PANEL connector on the rear panel In order to use the front panel DATA connector the user must connect the rear panel LAN PORT to the rear panel ETHERNET TO FRONT PANEL connector with the LAN jumper cable The LAN jumper cable part number E5515 61160 is supplied with the test set EXT INTERFACE CONTROL Not functional for this release EXT S...

Page 690: ...se SERIAL 2 Not functional for this release SERIAL 3 Not functional for this release TEST SET SYNCH IN Not functional for this release TEST SET SYNCH OUT Not functional for this release TIMEBASE ADJUST This is the timebase adjust cover removing this screw allows access for timebase adjustment TRIG IN Not functional for this release TRIG OUT This BNC connector allows for synchronization of the test...

Page 691: ...xternal 10 MHz timebase signal The nominal input impedance is 50 ohm This version of test set can only accept a 10 MHz timebase signal 10 MHZ REF OUT This BNC connector provides a 10 MHz timebase signal to external test equipment The accuracy of this signal is determined by the timebase used The nominal output impedance is 50 ohm with a typical level of 0 5 V rms ...

Page 692: ...are be closed and any manual entries are be aborted when the test set transitions from local mode to remote mode The remote annunciator R will appear in the Instrument Status Area of the test set s display indicating that the test set is in remote mode When the test set is in remote mode press the LOCAL key on the front panel in order to gain manual control Local Mode During local mode all front p...

Page 693: ... TO FRONT PANEL port Connections from the test set to the computer must be made using the correct type of LAN cable If the test set is being connected to the computer through an existing network use a standard LAN cable If the test set is being connected directly to the computer s LAN adapter use a crossover LAN cable such as the one shipped with the test set or with an older test application upgr...

Page 694: ...ch Troubleshooting LAN Connections If your web browser did not display the test set s screen or you could not ping your test set from your browser refer to the following information to find the cause and fix the problem Try Altering Connections If you are using the test set s front panel DATA port make sure the jumper between the rear panel LAN PORT and ETHERNET TO FRONT PANEL port is in place or ...

Page 695: ...189 33 the computer s LAN IP address must begin with 130 29 189 The number in the fourth group of digits in the computer s and test set s LAN IP Addresses must NOT match Example if the test set is set to LAN IP Address 130 29 189 33 set the computer s LAN IP Address to 130 29 183 34 or 130 29 183 77 130 29 183 42 just so the last number is not also set to 33 The last entry in the IP Address must n...

Page 696: ...Address and Subnet Mask 1 Select the IP Address tab on the TCP IP Properties screen 2 Select Specify an IP Address 3 Enter the IP Address for the computer Remember the last entry in the IP Address must not be 254 or 0 4 Enter the Subnet Mask 255 255 248 0 Select the entry for your Ethernet network adapter then select Properties to list the TCP IP settings for your adapter ...

Page 697: ...t_screen fm Printing Screens Figure 23 Specifying the Computer s IP Address and Subnet Mask Remove Any Gateway Setting 1 Select the Gateway tab 2 If present remove any existing setting 3 Click OK until you have closed the Network settings window Figure 24 Accessing the Gateway Setting ...

Page 698: ...LAN Settings on Your Test Set 1 Press the SYSTEM CONFIG key on the test set to display the current LAN settings 2 Press the F1 Instrument Setup key NOTE Changing the LAN IP Address may alter the Subnet Mask setting Therefore change the LAN IP Address first then change the Subnet Mask Also The last entry in the IP Address must not be 254 or 0 3 Turn the knob to highlight the setting you want to cha...

Page 699: ...or reminds you that measurements are active but not displayed Operating Mode Status The call processing status and the operating modes are displayed in this area This area may change depending on the TA that is active in order to provide TA specific information Shift This annunciator indicates that the blue SHIFT key has been pressed and that the next key you press will perform the shifted functio...

Page 700: ...or indicates the state of four different conditions of the test set Remote annunciator R turns on when the test set is operated remotely Listen annunciator L turns on when the test set is listening to a command Talk annunciator T turns on when the test set is providing information over GPIB SRQ annunciator S turns on when an SRQ is active ...

Page 701: ...701 S Hp8960 E1962B CDMA 2000 Pi Release Reference Guide Chapters ch_error_messages fm Troubleshooting ...

Page 702: ... affected by the Amplitude Offset value Use the SYSTem CORRection GAIN command to determine offset values Access probe power measurements are triggered by a rise in RF power that crosses approximately 55 dBm See Access Probe Power Measurement Description on page 35 for details Interpreting Integrity Indicator values See Integrity Indicator on page 222 If over range 5 is returned the input power ha...

Page 703: ...wer level The trigger source is always immediate for the Analog Transmit Power measurement No synchronization or external signals are required Over range and under range conditions may occur when testing a power class 4 mobile at power levels 0 or 1 or when testing a power class 1 mobile at power levels 8 9 and 10 digital mode only See Cellular Band 800 MHz Mobile Power Class Considerations for Ex...

Page 704: ...e selected and cannot exceed 20 Vpeak 14 1 Vrms For accurate measurements always set all Audio Analyzer setup parameters to their proper settings for the measurement being made The SINAD and Distortion measurements typically use different settings than the Audio Level measurement See Audio Analyzer Measurement Description on page 38 and Audio Analyzer Block Diagram on page 41 For very low level au...

Page 705: ...fset value Use the SYSTem CORRection GAIN command to determine offset values The test set receiver s expected signal amplitude and channel number or frequency must be set up correctly for accurate measurements This is normally done automatically see Active Cell Operating Mode but can also be done manually see Receiver Control on page 194 Interpreting Integrity Indicator values See Integrity Indica...

Page 706: ...asurement you should configure the Trigger Arm to Single See SETup CPOWer on page 528 If single triggering is used during manual operation press the START SINGLE key to trigger each measurement Digital average power measurement results are affected by the Amplitude Offset value Use the SYSTem CORRection GAIN command to set offset values The test set receiver s expected signal amplitude and channel...

Page 707: ... less than 20 dB below the expected power level of the receiver See RFANalyzer AUTO POWer SELected on page 497 for the GPIB command to query expected power If the signal has both over range and under range conditions only the over range 5 will be indicated Figure 26 Channel Power Under Range Over Range Integrity Indicators Related Topics Integrity Indicator on page 222 Channel Power Measurement De...

Page 708: ...YSTem CORRection GAIN command to determine offset values The test set receiver s expected signal amplitude and channel number or frequency must be set up correctly for accurate measurements This is normally done automatically see Active Cell Operating Mode but can also be done manually see Receiver Control on page 194 Interpreting Integrity Indicator values See Integrity Indicator on page 222 If o...

Page 709: ...during manual operation press the START SINGLE key to trigger each measurement The test set receiver s expected signal amplitude and channel number or frequency must be set up correctly for accurate measurements This is normally done automatically see Active Cell Operating Mode but can also be done manually see Receiver Control on page 194 A call must be connected with a loopback service option se...

Page 710: ... measurement and then multiply the result by 1 414 to arrive at the peak value All measurements are performed after any filtering de emphasis and expansion are performed When measuring SAT deviation and frequency the Filter Type should normally be set to 100 Hz BW BPF and the 100 Hz BW BPF Center Frequency should be set to the SAT frequency The C message filter is often used for measurements made ...

Page 711: ...ge of the test set s power detector for the expected power setting If under range 6 is returned the measured input power is more than 20 dB below the expected input power level Under range is also indicated if the input power is more than 2 dB below the calibrated range of the test set s power detector 30 dBm If the expected input power setting is correctly set for the signal level into the test s...

Page 712: ...r CONTinuous command to set the trigger arm state to single and retry this measurement During remote operation of this measurement you should configure the Trigger Arm to Single See SETup FSTability CONTinuous on page 547 If single triggering is used during manual operation press the START SINGLE key to trigger each measurement This measurement is not designed to measure digital signals See Input ...

Page 713: ...used during manual operation press the START SINGLE key to trigger each measurement The test set receiver s expected signal amplitude and channel number or frequency must be set up correctly for accurate measurements This is normally done automatically see Active Cell Operating Mode but can also be done manually see Receiver Control on page 194 The following settings are required for the gated pow...

Page 714: ... Waveform Quality for manual measurement instructions IMPORTANT If the Access Probe Power measurement is currently selected and the Trigger Arm setting is Continuous all other measurements are disabled Use the SETup CAPPower CONTinuous command to set the trigger arm state to single and retry this measurement The test set receiver s expected signal amplitude and channel number or frequency must be ...

Page 715: ... being used The Expected Peak Voltage is always set in Vpeak regardless of the Detector Type selected and cannot exceed 20 Vpeak 14 1 Vrms For accurate measurements always set the Detector Type Filter Type and other audio analyzer settings for the type of measurement being made The SINAD and Distortion measurements typically use different settings than the Audio Level measurement See Audio Analyze...

Page 716: ...isplayed in the bottom right portion of the display the supplemental channel is not connected If No Sync is displayed the sync channel has not been sent to the mobile station yet The TDSO FER test returns the confidence level based on the actual average FER result obtained over the fixed frame count length If the confidence level is less than 95 for the specified FER confidence requirement the tes...

Page 717: ... measurement During remote operation of this measurement you should configure the Trigger Arm to Single See SETup CTXSpurious CONTinuous If single triggering is used during manual operation press the START SINGLE key to trigger each measurement The input signal must conform to Input Signal Requirements The test set receiver s expected signal amplitude and channel number or frequency must be set up...

Page 718: ...LE key to trigger each measurement If a waveform quality measurement is attempted while in active cell operating mode a call must be connected so that long code information can be obtained from the mobile station and measurement triggers can be synchronized to the CDMA frame clock inside the test set The test set receiver s expected signal amplitude and channel number or frequency must be set up c...

Page 719: ...rr_num Err_msg 60 UNTIL Err_num 0 The message log may be viewed on the test set s display by pressing the SYSTEM CONFIG screen s Message Log key The message log can display up to 24 entries over two pages Fixed Timer Messages on page 722 Manual User Error Messages on page 725 400 through 499 Error Message Descriptions on page 726 300 through 399 Error Message Descriptions on page 727 200 through 2...

Page 720: ...rrors in the error message window and as a prompt at the bottom of the display screen where it remains until the error condition no longer exists Fatal Errors When these errors occur no further operation of the test set is possible without cycling the power switch Fatal errors are not saved in the error message log The test set display will provide the user with information about what to do next a...

Page 721: ... through GPIB The error message log can be displayed by pressing the F7 menu key from the SYSTEM CONFIG screen Next Page and Previous Page controls are provided All errors and events that are generated are displayed in the error message log When the log is full a new message is sent to the log and the oldest message is removed from the log The log is cleared when the test set powers up or when you...

Page 722: ...he amount of time a user has to answer a call 20 seconds T303 Mobility Management connection timer Time the network waits after sending a CM SERVICE REQUEST until receiving a response This occurs before initiating call clearing procedures towards the MS 10 seconds T305 Release timer Time the network waits after transmitting a DISCONNECT message until receiving a RELEASE message 10 seconds T306 In ...

Page 723: ...FAILURE or the MS re establishes the call before the old channels are released If the timer expires and the network has not received a correctly decoded L2 format A or B or TCH frame then the newly allocated channels are released 2 seconds T3105 Physical information repetition timer Time the network waits after sending the PHYSICAL INFORMATION message until receiving a correctly decoded L2 format ...

Page 724: ...n update by the MS are disabled If the MS camps to the BCH and decodes a new MCC or MNC from the one it last camped on it should perform a location update zero infinite time T3250 TMSI reallocation timer Time the network waits after sending the TMSI REALLOCATION COMMAND until receiving TMSI REALLOCATION COMPLETE This occurs before aborting the procedure and releasing the Radio Resource connection ...

Page 725: ...dulator N or IQ Calibration failed for modulator N IQ Calibration for modulator 2 in progress 6 minutes Call processing disabled This error is cleared by either the IQ Calibration completed successfully for modulator N or IQ Calibration failed for modulator N Instrument warning Audio generator instrument has been closed The audio generator instrument was closed automatically by the test set Measur...

Page 726: ... read data from the Output Queues when no output is present or pending to data in the Output Queue has been lost see IEEE488 2 11 5 1 1 7 410 Query INTERRUPTED Indicates the test set has been interrupted by a new program message before it finishes sending a RESPONSE MESSAGE see IEEE 488 2 6 3 2 3 420 Query UNTERMINATED Indicates an incomplete Query in the program see IEEE 488 2 6 3 2 2 430 Query D...

Page 727: ...3 Calibration memory lost Indicates that nonvolatile calibration data used by the CAL command has been lost see IEEE 488 2 10 2 314 Save recall memory lost Indicates that the nonvolatile data saved by the SAV command has been lost see IEEE 488 2 10 33 315 Configuration memory lost Indicates that nonvolatile configuration data saved by the device has been lost 320 Storage fault Indicates that the f...

Page 728: ...rity bit not correct when data received for example on a serial port 362 Framing error in program message A stop bit was not detected when data was received for example on a serial port for example a baud rate mismatch 363 Input buffer overrun Software or hardware input buffer on serial port overflows with data caused by improper or nonexistent pacing Error Message Description ...

Page 729: ...t related error occurred 221 Setting conflict Indicates that a legal program data element was parsed but could not be executed due to the current device state 222 Data out of range Indicates that a legal program data element was parsed but could not be executed because the interpreted value was outside the legal range defined by the devices 223 Too much data Indicates that a legal program data ele...

Page 730: ...cates that a legal program command or query could not be executed because of missing media For example no disk 253 Corrupt media Indicates that a legal program command or query could not be executed because of corrupt media For example bad disk or wrong format 254 Media full Indicates that a legal program command or query could not be executed because the media is full For example there is no room...

Page 731: ...IEEE 488 2 10 7 3 274 Macro parameter error Indicates that the macro definition improperly used a macro parameter placeholder see IEEE 4882 10 7 3 275 Macro definition too long Indicates that a syntactically legal macro program data sequence could not be executed because the string of block contents were too long for the device to handle IEEE 488 2 10 7 6 1 276 Macro recursion error Indicates that...

Page 732: ... semicolon was omitted after a program message unit 104 Data type error The parser recognized a data element different than one allowed For example numeric or string data was expected but block data was encountered 105 Get not allowed Indicates a Group Execute Trigger was received within a program message Correct the program so that the GET does not occur within the program code 108 Parameter not ...

Page 733: ... excluding leading zeros see IEEE 488 2 7 7 2 4 1 128 Numeric data not allowed Indicates that a legal numeric data element was received but the device does not accept one in this position for the header 130 Suffix error This error as well as errors 131 through 139 are generated when parsing a suffix This particular error message is used if the device cannot detect a more specific error 131 Invalid...

Page 734: ...alid see IEEE 488 2 7 7 6 2 For example and END message was received before the end length was satisfied 168 Block data not allowed Indicates a legal block data element was encountered but not allowed by the device at this point in parsing 170 Expression error This error as well as errors 171 through 179 are generated when parsing an expression data element This particular error message is used if...

Page 735: ...eference Guide Chapters cdma2000_ts_err_msg_neg100 fm 100 through 199 Error Message Descriptions 184 Macro parameter error Indicates that a command inside the macro definition had the wrong number or type of parameters Error Message Description ...

Page 736: ...or generated the assert P Host T task ID L line number F file name 102 Exception Cycle power Exception message message2 message2 will appear as T task ID or V vector number or PC program counter or DA data adrs reg value Vector number program counter and data address register values are hexadecimal format 103 Failure No measurements or settings can be made Indicates none of the VI s are operationa...

Page 737: ... Indicates the total received power a combination of received power and amplitude offset is below the range of the test set 122 Warning Reference out of lock Indicates the test set s internal reference is out of lock 123 Warning Duplicate RF IN OUT Amplitude Offset Frequency entry First frequency entry in RF IN OUT Amplitude Offset table will be used Indicates that an amplitude offset value for th...

Page 738: ...lication Format is not licensed License N The radio format selected is not licensed Select another revision or obtain a licensed revision of the test application test application that is licensed License L 134 Configuration error Unable to switch to selected Test Application Format The Test Application Format name used is correct but for some reason the test set can not switch to that format 150 C...

Page 739: ...e Digital95 errors applicable to only the IS 95 System Type When one of these errors is generated the 200 errors bit in the questionable error status register is set Table 17 TA2000 Call Processing Errors Error Message Description 271 Release order not received 272 Handoff completion not received 273 Carrier not detected on new channel 274 MS reject order received reason 275 Unexpected message rec...

Page 740: ...onnected Table 19 Digital2000 Call Processing Errors Error Message Description 270 F SCH assign ignored due to F SCH state off 271 F SCH assign ignored due to no call connected 272 F SCH assign ignored due to lack of support in current radio configuration 273 Query MS capability info ignored due to no call connected Table 18 CDMA Call Processing Errors Continued Error Message Description ...

Page 741: ...when a problem occurs in maintaining the link between the test set and a DUT These errors generally occur when a message is received from the DUT that is unexpected When one of these errors is generated the 300 errors bit in the questionable error status register is set Refer to Standard Event Status Register on page 623 for information on this register No link control errors are currently defined...

Page 742: ...ware failure Demod receiver hardware is not responding 403 Hardware failure Measurement receiver hardware is not responding 404 Hardware failure RF source 1 hardware is not responding 405 Hardware failure RF source 1 digital modulation hardware is not responding 406 Hardware failure RF source 1 level hardware is not responding 407 Hardware failure DSP demod control hardware is not responding 408 H...

Page 743: ...working information 424 Hardware failure Bit clock B is not responding 425 Hardware failure Invalid EEPROM checksum EEPROM board ID See the list of EEPROM board ID names below 426 Hardware failure Unable to write to EEPROM EEPROM board ID See the list of EEPROM board ID names below 427 Hardware failure Unable to read from EEPROM EEPROM board ID See the list of EEPROM board ID names below 428 Hardw...

Page 744: ...tten 1 Eeprom ID State Atten 2 Eeprom ID State Audio Eeprom ID State BaseBandGen 1 Eeprom ID State BaseBandGen 2 Eeprom ID State Demod DC Eeprom ID State Digital Mother Board Eeprom ID State IQ Output 1 Eeprom ID State IQ Output 2 Eeprom ID State IVF Meas Eeprom ID State Jumper Board Eeprom ID State Meas DC Eeprom ID State RF Mother Board Eeprom ID State RF Interface Eeprom ID State Ref Mod Eeprom...

Page 745: ...gh 599 Test Application Hardware Device Specific Error Description These errors are generated when a problem occurs with a hardware module that is required for a particular test application When one of these errors is generated the 500 errors bit in the questionable error status register is set No hardware specific errors are currently defined for this test application ...

Page 746: ... every test application and therefore these errors may not be present in every test application There is no plan at present to support test application specific instruments An instrument in this context refers to the measurement like functionality such as the audio generator and not to the test set as a whole When one of these errors is generated the 600 errors bit in the questionable error status...

Page 747: ...n to the test application CDMA errors common to the IS 95 and IS 2000 system type Digital2000 errors applicable to only the IS 2000 system type Digital95 errors applicable to only the IS 95 system type When one of these errors is generated the 700 errors bit in the questionable error status register is set Table 20 CDMA Measurement Errors Error Message Description 701 Digital average power measure...

Page 748: ... set s core measurements such as analog audio When one of these errors is generated the 800 errors bit in the questionable error status register is set Error Message Description 801 Measurement failure Analog audio hardware is not responding Indicates that a problem occurs when attempting to control the measurement s hardware 802 Measurement failure Audio analyzer hardware is not responding Indica...

Page 749: ...r detectors The source signals can be looped back through the input switch to cross calibrate the Measurement Downconverter and the Power Detector The directional bridge couples power to the Power Detector GPIB LAN DVM Lo DVM Hi Counter Analog Digital Converter Measurement Downconverter Demodulation Downconverter RF Source 2 Voltmeter Counter Audio Section Protocol Processor Baseband Generator Hos...

Page 750: ...om the Demodulation Downconverter The GSM AMPS 136 signals are sent out the IF 1 path to the Analog to Digital Converter the digital data then goes to the protocol subsystem CDMA signals are sent out the IF 2 path where the flexible Link Subsystem maintains the link Measurement Downconverter Module The Measurement Downconverter module provides high quality wide dynamic range spurious free signals ...

Page 751: ...Module The Digital Signal Processing DSP module is responsible for a variety of tasks within the overall test set architecture These tasks are demodulating data from the radio under test data received from the Demodulation Downconverter module and sending the demodulated data bits to the Protocol Processor module for some systems perform audio measurements using audio information sent to the DSP m...

Page 752: ...witch routes the diagnostic MUX output to the Voltmeter 1 path Frequency Counter The Frequency Counter is used to measure external frequencies from the front panel Audio IN High or Low BNC connectors and to measure internal signals for diagnostics The external input can receive a signal between 20 Hz and 50 MHz with a level from 25 mV to 8 V rms The counter circuit is based on the METRON IC This I...

Page 753: ...p to twice as much assuming the two outputs are set to the same frequency and phase and then summed together at the Baseband Generator module Audio 2 is rarely used in practice because the DDS used for Audio 2 is the same DDS that is used for the front panel audio output Audio Out Path Any one of four inputs may be coupled to the front panel audio output connector These include a 4 channel DDS sha...

Page 754: ... clock signals from the Protocol Processor module into base band analog I Q modulation signals for the I Q modulator in the Vector Output module Transform data from the Protocol Processor module into baseband FSK modulation for the FM modulator in the Signal Generator module Provide baseband FM path source selection gain adjustment and summing node for analog FM signals from the Audio module and i...

Page 755: ...ll off indicators see CALL QPCHannel 1 Traffic or Fundamental Channel depending on the radio configuration see CALL TRAFfic 1 Supplemental Channel RC3 RC4 or RC5 only see CALL SCHannel 1 OCNS Channel see CALL OCNSource AWGN see CALL AWGNoise POWer Relative power levels can be set for all channels except for OCNS orthogonal channel noise simulator which is used to simulate other fundamental code ch...

Page 756: ...lemental channel also depend on the RC radio configuration and include SCH data rates can be set using the CALL SCHannel commands Table 22 Forward FCH Data Rates RC1 RC2 RC3 RC4 RC5 1 2 kbps 1 8 kbps 1 5 kbps 1 5 kbps 1 8 kbps 2 4 kbps 3 6 kbps 2 7 kbps 2 7 kbps 3 6 kbps 4 8 kbps 7 2 kbps 4 8 kbps 4 8 kbps 7 2 kbps 9 6 kbps 14 4 kbps 9 6 kbps 9 6 kbps 14 4 kbps Table 23 Forward SCH Data Rates RC3 ...

Page 757: ...en_forward_channel fm Forward Channel Description Closed Loop Power Control The closed loop power control bit patterns available are Active bits Alternating bits All up bits All down bits Closed loop power control bit patterns can be set using the CALL CELL CLPControl commands ...

Page 758: ...758 S Hp8960 E1962B CDMA 2000 Pi Release Reference Guide Chapters cdma2000_gen_forward_channel fm Forward Channel Description ...

Page 759: ...759 S Hp8960 E1962B CDMA 2000 Pi Release Reference Guide Chapters ch_configure fm Configuration Configuration ...

Page 760: ...ial number and 0 separated by commas ENTER 714 A PRINT A prints for example Agilent Technologies 8960 Series 10 E5515B US38020105 0 Agilent Technologies is the manufacturer Printable ASCII characters excluding comma and semicolon up to a 25 character string Model number example 8960 Series 10 E5515B Printable ASCII characters excluding comma and semicolon up to a 10 character string Serial number ...

Page 761: ...vide formatted text LAN Query 1 Refer to the SYSTEM CONFIG screen to determine the LAN address 2 Open a web browser and enter LAN address iconfig For example if your LAN address is 130 2 2 147 you would enter 130 2 2 147 iconfig 3 The web browser will then display formatted text A partial list of the hardware configuration information is shown below GPIB Query Use the following Basic example as a ...

Page 762: ...ort In the future the hardware configuration report may increase in length More space would then need to be allocated for the arrays Display the HTML file using a web browser or HTML text editor Related Topics SYSTem CONFigure INFormation HARDware VERBose on page 635 Obtaining Identification Information IDN on page 760 ...

Page 763: ...te link below to view the required release B 01 release March 2001 B 02 release September 2001 B 02 release September 2001 Transmitter Measurements Code Channel Timing and Phase Gated Power Tx Spurious Emissions Handoff Waveform Quality AMPS transmitter measurements RF output power RF frequency and frequency error FM deviation and distortion Audio frequency response Audio distortion FM hum and noi...

Page 764: ...2000 to AMPS IS 95 to AMPS Interband Handoffs Band Class 9 Support 900 MHz band IS 95 Functionality Call Processing Registration One Button Page Autoanswer MS Origination Hard Handoff Band and Channel RF Generator Cell Power AWGN Pilot Sync Paging Traffic OCNS Channels Protocol Revisions TSB 74 J STD_008 95 B ARIB T 53 Korean PCS Service Options Echo SO1 SO3 SO17 SO32768 Loopback SO2 SO9 ...

Page 765: ...re the original features of the Agilent E1962B Transmitter Measurements Channel Power Average Power Peak Detector Thermal Detector Access Probe Power Modulation Quality Rho Frequency Error Time Error Modulation Quality Multi Code Rho Frequency Error Time Error EVM Code Domain Power Receiver Measurements Sensitivity Dynamic Range Access Probe Power Demodulation of FCH with AWGN Loopback Support wit...

Page 766: ...Functionality Call Processing Registration One Button Page Autoanswer MS Origination Hard Handoff Band and Channel RF Generator Pilot Sync Paging Quick Paging FCH OCNS and AWGN Channels Radio Configuration Support Forward RC1 Reverse RC1 Forward RC2 Reverse RC2 Forward RC3 Reverse RC3 Forward RC4 Reverse RC3 Forward RC5 Reverse RC4 ...

Page 767: ... Display Brightness Description This parameter allows you to adjust the brightness of the test set s display The test set s display screen has two brightness settings medium brightness high brightness Example OUTPUT 714 DISPLAY BRIGHTNESS MEDIUM sets screen brightness to medium Related Topics DISPlay on page 411 ...

Page 768: ...s to see what the test set is doing while it is being controlled remotely Track mode is the default mode of the test set Any changes made remotely will be updated on the screen if that screen is displayed The error message window will be displayed as required when an error occurs Example OUTPUT 714 DISPLAY MODE TRACK Selects track mode Writing Messages to the Display The capability to write up to ...

Page 769: ... Display Mode Track Fast The status bit register GPIB commands and bit definitions for monitoring the test set s sofkeys are found in the STATus OPERation KEYPressed Register Bit Assignments table Related Topics DISPlay on page 411 STATus OPERation KEYPressed Register Bit Assignments on page 585 ...

Page 770: ...or remote operation of the test set A 100 ms 1 24 kHz audible tone beep is generated when an error message is logged and the beeper state is set to on If two errors are generated in quick succession two beeps are generated to indicate that more than one error has been logged The beeper state can be manually set in the Instrument Setup window found in the SYSTEM CONFIG screen Example OUTPUT 714 SYS...

Page 771: ...he rear panel the test set will automatically select the external timebase You can read the status window at the bottom of the test set display for the EXT REF indicator or query the test set to verify if it is using an external time base or an internal time base You may also query the test set to verify if the time base is locked The reference oscillator functionality is controlled through the SY...

Page 772: ...the test set connection to a LAN is the rear panel LAN PORT connector LAN Default Gateway The LAN router default gateway is a character string with a maximum of 15 characters and a format of A B C D where A is between 0 and 223 and B C and D are between 0 and 255 no embedded spaces are allowed If the default gateway is set to a format not allowed with the LAN address or the subnet mask that have b...

Page 773: ...et mask number combined with the IP address identifies which network and subnet your computer is on Contact your system administrator for the correct subnet mask for your network The subnet mask determines the boundaries between the subnet ID and the host ID The LAN subnet mask is a non volatile parameter The LAN subnet mask is not affected by any reset operation and can only be changed by direct ...

Page 774: ...comes with a default address of 14 and may be set queried using the SYSTem subsystem or manually through the system configuration screen by selecting the parameter and changing the number with the knob or the keypad The GPIB address is a non volatile parameter The GPIB address is not affected by any reset operation and can only be changed by direct access to the parameter itself Related Topics SYS...

Page 775: ...on Switching GPIB Command In order to switch to another test application use this GPIB command OUTPUT 714 SYSTEM APPLICATION SELECT NAME GSM MOBILE TEST Sending this command causes the test set to reboot Test Application Revision and Licensing Each test application must have a valid license and revision to function Licensed revisions of test applications are available from Agilent Technologies It ...

Page 776: ... OUTPUT 714 SYSTEM APPLICATION CATALOG REVISION GSM MOBILE TEST 60 Queries all revisions of GSM MOBILE TEST 70 ENTER 714 Cat_rev 80 PRINT The revisions for the GSM Mobile Test Application are Cat_rev 90 OUTPUT 714 SYSTEM APPLICATION SELECT REVISION GSM MOBILE TEST A 04 01 100 Selects a revision 110 OUTPUT 714 SYSTEM APPLICATION SELECT NAME GSM MOBILE TEST 120 Switches the test application to GSM M...

Page 777: ...If you select a revision prior to A 04 00 you will not have a path to switch back to later revisions If you accidentally switch to a non supported revision use the firmware upgrade process to load firmware with the correct revision Test Application Revision Queries and Commands These are commands to query revision information or select a revision To query a selected test application revision runni...

Page 778: ...icensed revision the test set will reboot to the SYSTEM CONFIG screen You will be unable to select any other screen or make any measurements Query or view the Test Application Setup menu to determine the licensed versions of test applications available Revision and license information can be viewed and selected from the SYSTEM CONFIG screen by selecting the Test Application Setup menu Revisions ar...

Page 779: ... query OUTPUT 714 SYSTEM APPLICATION CATALOG NAME To query the name of the selected test application running or not use this GPIB query OUTPUT 714 SYSTEM APPLICATION SELECT NAME To query the name of the currently running test application use this GPIB query OUTPUT 714 SYSTEM APPLICATION CURRENT NAME To query the number of test applications installed in the test set use this GPIB query OUTPUT 714 S...

Page 780: ...780 S Hp8960 E1962B CDMA 2000 Pi Release Reference Guide Chapters cdma2000_conf_name fm Test Application Name ...

Page 781: ...l measurements 43 automatic auto trigger source 218 AVC Channel 372 averaging measurements 216 AWGN Power 273 AWGN Power dBm 1 23 MHz Current Level 384 Desired Level 273 B Band Class 306 band class mobile station reported 306 Band Pass Filter Frequency FM 511 541 base station originated call 342 Beeper State 634 brightness screen 412 C Cal first IQ mod 261 Cal first IQ Modulator 261 Cal second IQ ...

Page 782: ...easurement calibration 259 Display Brightness 411 Display Mode 411 display mode 412 distorion measurment enabling 38 Distortion audio 415 Audio Analyzer 483 FM 441 483 Swept Audio 458 483 Distortion Mininum Maximum Average 441 distortion AFAN DIST measurement 52 Distortion Fundamental Frequency 540 Distortion State 540 downlink speech source control of 227 E EIRP effective isotropic radiated power...

Page 783: ...tability measurement ABORt command 252 frequency FM modulation 55 F SCH Current Level dB 385 F SCH Desired Level dB 367 F SCH Level 367 F SCH Supported 312 F Sync Current Level dB 385 F Sync Level 401 FULL PRESET key 648 FULL preset key 595 full preset 192 G Gated Power 453 integrity 454 intermediate count 454 GPIB Address 636 GPIB address 626 774 H Handoff 302 handoff 103 cdma2000 668 handoff ban...

Page 784: ...doff waveform quality description 62 how to turn off measurements 659 SINAD description 64 waveform quality code domain description 73 measurements frequency modulation 55 measuring continuous measurement state 220 measuring single measurement state 220 Message Log 646 message log 670 message log how to access 721 Min Power Control Step 329 MIN1 327 MIN1 Hex mobile reported 326 MIN2 327 MIN2 Hex m...

Page 785: ... Rev 355 Protocol Revision 329 protocol revision mobile station reported 331 protocol trigger source 218 Pulse 255 Pwr Ctrl Size 280 Q QPCH Supported 329 query error 726 Query MS Capability Info 311 query response data types 229 problems with mixed data types 229 quick paging channel fixed parameters 99 settable parameters 99 setting f qpch level relative to cell power level 99 setting f qpch leve...

Page 786: ...d 630 Test mode operating mode 91 test set configuration 669 Time Based Registration State 362 Time Error 466 Handoff Waveform Quality 456 483 Waveform Quality Code Domain 484 Time Limit 520 Time setting 626 timeouts 217 timer based registration 363 Total RF Power dBm 1 23 MHz 404 Current Level 385 Traffic Current Level dB 385 Traffic Data Rate 406 traffic data rate 406 Transmission Mode 322 Trans...

Reviews:

No comments

Brands by name

Popular brands

Load more brands