Anritsu MS8608A Operation Manual Download Page 288

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7-22

SECTION 7

DETAILED DESCRIPTION OF COMMANDS

COMMENT

comment

Program Message

Query Message

Response Message

COMMENT a

COMMENT?

■

Function

Sets the title and clock display on the screen.

■

Value of a

Display item

Item

Initial value

TITLE

Title

TIME

Clock

FULL

Title and clock

OFF

None

■

Use Example

“Setting the display item to title and clock.”

COMMENT FULL

COMMENT?

FULL

Summary of Contents for MS8608A

Page 1: ...ATION MS8608A MS8609A Digital Mobile Radio Transmitter Tester Operation Manual Vol 1 Main Unit For safety and warning information please read this manual before attempting to use the equipment Keep th...

Page 2: ...wing safety symbols are used inside or on the equipment near operation locations to provide information about safety items and operation precautions Ensure that you clearly understand the meanings of...

Page 3: ...ondary circuits of a device that is not directly connected to a power outlet Measurement category II CAT II Primary circuits of a device that is directly connected to a power outlet e g portable tools...

Page 4: ...ng a slight mechanical shock Always set up the equipment in a position where the power switch can be reached without difficulty 7 DO NOT short the battery terminals and never attempt to disassemble th...

Page 5: ...of dust Clean the power inlet regularly If dust accumulates around the power pins there is a risk of fire Keep the cooling fan clean so that the ventilation holes are not obstructed If the ventilation...

Page 6: ...eful attention to the following points Never remove the memory card from the instrument while it is being accessed The memory card may be damaged by static electric charges The back up battery in SRAM...

Page 7: ...modification or repair of the equipment by the customer The fault is due to severe usage clearly exceeding normal usage The fault is due to improper or insufficient maintenance by the customer The fa...

Page 8: ...product s country of origin for re export from your country Before re exporting the product or manuals please contact us to confirm whether they are export controlled items or not When you dispose of...

Page 9: ...s with council directive 2002 96 EC the WEEE Directive in European Union For Products placed on the EU market after August 13 2005 please contact your local Anritsu representative at the end of the pr...

Page 10: ...as to be disconnected and reconnected For example if the sweep time is 1 000 seconds and data acquisition requires a long time momentary power supply interruption power failure might occur during meas...

Page 11: ...EC LVD Directive 2006 95 EC 3 Applied Standards EMC Emission EN 61326 1 2006 Class A Immunity EN 61326 1 2006 Table 2 Performance Criteria IEC 61000 4 2 ESD B IEC 61000 4 3 EMF A IEC 61000 4 4 Burst B...

Page 12: ...Class A equipment LVD EN 61010 1 2001 Pollution Degree 2 4 Authorized representative Name Loic Metais European Quality Manager ANRITSU S A France Address city 16 18 Avenue du Qu bec SILIC 720 Zone de...

Page 13: ...the regulation to indicate that they conform to the EMC framework of Australia New Zealand C tick marking 1 Product Model Model MS8608A MS8609A Digital Mobile Radio Transmitter Tester and Plug in Uni...

Page 14: ...Turn off the power of the MS8608A MS8609A at least 30 minutes before carriage to reduce the Rubidium oscillator s temperature Operating condition Do not place things that possess magnetism more than...

Page 15: ...fety Anritsu products have either one or two fuses in the AC power lines as requested by the customer when ordering Single fuse A fuse is inserted in one of the AC power lines Double fuse A fuse is in...

Page 16: ...el The label shown on the left is attached to Anritsu products meeting our environmental standards Details about this label and the environmental standards are available on the Anritsu website at http...

Page 17: ...n on the MS8608A MS8609A outline preparation before use panel description basic operation soft key menu of the commonly used functions performance tests and remote control for the main unit Spectrum A...

Page 18: ...II...

Page 19: ...MS8608A MS8609A Digital Mobile Radio Transmitter Tester Operation Manual Vol 1 Main Unit Panel Operation...

Page 20: ...8 Section 2 Preparations Before Use 2 1 Installation Site and Environmental Conditions 2 3 Safety Measures 2 4 Installation 2 6 Preparations Before Power on 2 7 Precaution for Handling Memory Card 2 1...

Page 21: ...oftware 5 28 Displaying Maintenance Parameter Information 5 29 Registering Installation Key 5 34 Initialization Restore shipment state 5 35 Section 6 Performance Tests 6 1 Requirement for Performance...

Page 22: ...IV...

Page 23: ...09A standard accessories options the optional accessories and peripherals for expanding the MS8608A MS8609A capabilities and the MS8608A MS8609A specifications Product Outline 1 3 Equipment Configurat...

Page 24: ...Section 1 General 1 2...

Page 25: ...ssion measurement of the MS8608A MS8609A uses fast digital signal processing technology to achieve fast and precision measurements One MS8608A MS8609A can support various digital modulations The MS860...

Page 26: ...ster with the standard accessories Standard Composition Item Model Order NO Name Qty Remarks Main unit MS8608A MS8609A Digital Mobile Radio Transmitter Tester Power cord 1 F0014 Fuse 6 3 A 1 T6 3 A 25...

Page 27: ...to 2 GHz in W CDMA low frequency band spurious measurement MS8609A 31 Low noise floor Decrease the floor noise in frequency band 2 MS8609A 32 Maximum input level expansion Expands the measurement leve...

Page 28: ...ares are used for evaluating the performance of a W CDMA device a base station and mobile station terminals You can perform the modulation analysis code domain analysis RF power occupied bandwidth and...

Page 29: ...sory for Option 05 BNC211 LP4 RG 58A U BNC211 LP4 B0329G Front cover 3 4MW4U J0395 Fixed attenuator for high power 30 dB 30 W DC to 8 GHz J0007 GPIB cable 1 m 408JE 101 J0008 GPIB cable 2 m 408JE 102...

Page 30: ...nput attenuator 4 dB 50 VSWR 2 3 Frequency 3 GHz at input attenuator 10 dB Balanced Unbalanced selectable BNC type connector 1 M parallel capacitance 100 pF or 50 selectable Differential voltage range...

Page 31: ...1 V log scale 0 to 0 4 V 0 1 V linear scale Frequency 50 MHz at display scale range of upper end to lower end in 10 dB div and 10 div 75 termination Analog RGB Connector D Sub15pins jack BNC connecto...

Page 32: ...ucted RF Power Frequency Mag netic Field Voltage Dips Short In terruptions Vibration Meets EN 61326 1 2006 Class A Meets EN 61326 1 2006 Class A Meets EN 61000 3 2 2006 Class A Meets EN 61326 1 2006 T...

Page 33: ...continuous average power High power input 20 dBm continuous average power Low power input 0 Vdc At resolution bandwidth 300 Hz and video bandwidth 1 Hz At input attenuator 20 dB without Option 08 104...

Page 34: ...automatic setting depending on reference level 50 MHz frequency 30 dB input attenuator for High Power Input or 10 dB Low Power Input as reference 0 3 dB 30 to 70 dB High Power Input 10 to 50 dB Low Po...

Page 35: ...15 to 7 8 GHz Band 1 In frequency sweep Setting range 10 ms to 1000 s manual settable or automatically settable according to span resolution bandwidth video bandwidth Setting resolution 5 ms 10 ms to...

Page 36: ...Hz dBc ch occupied bandwidth power N method X dB down method adjacent channel leakage power REF total power method reference level method inband method channel designate display 3 channels 2 graphic d...

Page 37: ...Hz 1 GHz 100 kHz offset Typical value 146 dBc at 1 GHz 6 MHz offset Average noise level to 20 dBm 20 dBm continuous average power 0 Vdc At resolution bandwidth 300 Hz and video bandwidth 1 Hz At input...

Page 38: ...p mode 10 dB Step mode 50 MHz as a reference At input attenuator 10 dB 18 to 28 C temperature range 0 6 dB 9 kHz to 3 2 GHz Band 0 1 5 dB 3 15 to 7 8 GHz Band 1 2 0 dB 7 7 to 13 2 GHz Band 2 At input...

Page 39: ...ng noise level Without Option 08 127 dB 1 5 f GHz dB 0 5 to 2 5 GHz Band 0 123 dB 1 5 f GHz dB 2 5 to 3 2 GHz Band 0 113 dB 3 15 to 7 8 GHz Band 1 104 dB 7 7 to 13 2 GHz Band 2 With Option 08 125 dB 1...

Page 40: ...F Peak Ref Scroll Normal Delta Marker CF Marker Ref Marker CF Step Size Marker Span Zone Span Peak Next Peak Min Dip Next Dip Number of markers 10 max Highest 10 Harmonics Manual Set Noise power dBm H...

Page 41: ...Typ 3 15 to 7 8 GHz Band 1 High Power input At Input attenuator 0 dB RBW 1 Hz Detection mode Sample without Option 08 Pre amplifier 128 5 dBm 1 5 f GHz dB Typ 1 MHz to 2 5 GHz Band 0 124 5 dBm 1 5 f...

Page 42: ...itching deviation RBW 3 kHz as reference 0 5 dB Detection mode Normal Positive Peak Negative Peak Sample RMS RMS Displays average value between samples Span setting Min span 1 kHz Average noise level...

Page 43: ...to 2 5 GHz Band 0 Reference level setting range Log scale 120 to 10 dBm or the equivalent Linear scale 2 24 uV to 707 mV Reference level accuracy After calibration at frequency 50 MHz span 1 MHz and A...

Page 44: ...el range 14 to 26 dBm Amplitude Level measurement Level measurement range Average noise level to 30 dBm Maximum input level Average power for continuous wave 30 dBm Reference level Setting range Log s...

Page 45: ...90 dBc 1 6 to 3 95 GHz Band 1 mixer input level 10 dBm 0 dBm 3 15 to 7 9 GHz Band 1 120 dB 0 8 f GHz dB 3 15 to 7 9 GHz Band 1 Option 36 Power Meter Maximum Frequency Extension 6 GHz Outline The freq...

Page 46: ...Section 1 General 1 24...

Page 47: ...MS8608A MS8609A For connecting the GPIB cable and setting the GPIB address see the Main Unit Re mote Control of the Operation Manual Vol 1 Installation Site and Environmental Conditions 2 3 Locations...

Page 48: ...Section 2 Preparations Before Use 2 2...

Page 49: ...ng the above conditions to insure long term trouble free operation the equipment should be used at room temperature and in a location where the power supply voltage does not fluctuate greatly CAUTION...

Page 50: ...eeds the specified value is input there is an acci dental risk of damage to this MS8608A MS8609A and fire During power on To maintain the MS8608A MS8609A sometimes it is necessary to make in ternal ch...

Page 51: ...circuits are not protected against excessive power If a signal exceeding 40 dBm High Power Input of MS8908A or 20 dBm RF Input of MS8609A and Low Power Input of MS8608A is applied respectively the pow...

Page 52: ...Rack Mount JIS sold separately is required to mount this unit in a rack The installation method is included in the rack mount kit diagram Using Option 05 Rubidium reference oscillator Connect the con...

Page 53: ...represented by AC Vac and A respectively To protect the operator the following WARNING and CAUTION notices are attached to the rear panel of the MS8608A MS8609A CAUTION Replace fuses with the specifi...

Page 54: ...onnecting to the power supply DO NOT connect to an outlet without an earth terminal Also avoid using elec trical equipment such as an extension cord or a trans former CAUTION If an emergency arises ca...

Page 55: ...Before supplying power again after changing the fuses check that the pro tective grounding described previously is still con nected and check that the AC power supply voltage is suitable Then set the...

Page 56: ...ng page replace the fuse according to the following procedure Step Procedure 1 Set the front panel Power switch to Stby and the rear panel Line switch to OFF Then remove the power cord from the power...

Page 57: ...tic electricity is applied to it Therefore it is recommended that you make a back up of the memory card Anritsu accepts no liability for the loss of data on the memory card Installing Memory Card Inst...

Page 58: ...Section 2 Preparations Before Use 2 12...

Page 59: ...Description 3 1 In this section the front and rear panels Figs 3 1 and 3 2 are described about the case in which all the options are attached to Table of Front and Rear Panel Features 3 3 Section 3 Pa...

Page 60: ...Section 3 Panel Description 3 2...

Page 61: ...he next page of soft key menus 6 Freq Ampl This is the frequency and level parameter data input section Freq Channel Sets frequency Span Sets frequency span Amplitude Sets reference level CF Sets peak...

Page 62: ...s trace A or B waveform in frequency domain A B A BG Displays trace A and B waveforms simultaneously or displays trace A and BG background frequency spectrum including trace A simultaneously Time Swit...

Page 63: ...his is the I Q Input connector Input I and Q for Unbalanced and I I _ and Q Q for Balanced 24 Probe Power This is the connector that supplies 12V for a FET probe Pin allocation is shown below GND No c...

Page 64: ...er inlet to which the supplied power cord is connected It contains a time lag fuse 60 Functional earth terminal This is the terminal that is electrically connected to the chassis of the equipment 61 P...

Page 65: ...Section 3 Panel Description 3 7 Fig 3 1 Front Panel 1 2 7 25 10 15 24 9 16 17 18 20 19 21 14 12 8 6 4 3 13 23 22 11 22 5...

Page 66: ...Section 3 Panel Description 3 8 Fig 3 2 Rear Panel Name Plate 50 55 56 51 59 57 60 66 65 52 53 58 54 64 62 63 61...

Page 67: ...on 4 3 Move to spectrum analyzer mode 4 4 Execute automatic calibration 4 4 Set the signal to the center of the screen 4 5 Enlarge and display the signal 4 6 Marker Operation 4 7 Measure Function Chec...

Page 68: ...Section 4 Basic Operation Procedure 4 2...

Page 69: ...zer mode 3 Execute automatic calibration 4 Set the signal to the center of the screen and 5 Enlarge and display the signal II Marker operation Check of the zone marker function The marker CF function...

Page 70: ...ternal temperature becomes stable This period is approximately 10 minutes After warm up execute automatic calibration CAL Press Shift key then 0 key Select All Cal from the menu displayed on the displ...

Page 71: ...s selected and numeric value for the function can be entered into Entry area This reduce key operation times This display section is called Entry area Selecting the menu displays the current set value...

Page 72: ...00 MHz press 5 0 0 MHz keys Fig 4 5 Enlarge and display the signal Press Span key then press the down key several times to enlarge the signal display Fig 4 6 The following three methods to input numer...

Page 73: ...r intentionally Press Span key and then Scroll key two times Fig 4 8 The soft key menu marked by an asterisk on the upper right indicates that the menu can further be opened by pressing the key Advers...

Page 74: ...u title is displayed on the upper row of the soft key Advanced operation memo It is convenient that the page can also be turned over by repeatedly pressing the panel key This method is used when key s...

Page 75: ...measurement of the marker points Then press the Count On key and start measurement Fig 4 13 The frequency of marker point is displayed at the top left of the screen Incidentally the internal counter c...

Page 76: ...4 10 Shifting of result position Press Measure key and Result Position key in order User can select a displayed position of measured result from 4 patterns Displayed position is upper right upper left...

Page 77: ...nd On Off Buzzer 5 8 Setting Window Cursor Operation Mode Window Cursor Mode 5 9 Setting Date and Time 5 10 Setting Start up Screen Screen 5 11 Setting Initial State Initial 5 12 Setting Copy Destinat...

Page 78: ...Section 5 Setting Functions 5 2...

Page 79: ...ing Operation Status This section explains the basic settings of the MS8608A MS8609A The basic operation status settings can be made on the Config screen Press the Config key to display the Config scr...

Page 80: ...Entry key 3 The selection window opens 4 Move the cursor to the item Off Clock Title or Clock Title to be selected using the keys or the rotary knob 5 Press the Set key After the setting is completed...

Page 81: ...in the square brackets in the Title field When Title or Clock Title is selected in Comment the title set here is displayed Setting date format Move the cursor to Date Format in the same manner on Comm...

Page 82: ...haracter and press F4 Insert 5 Input a title by repeating Steps 2 to 4 6 After the title input is completed press the Set Entry key to go back to the Config screen from the title input screen After th...

Page 83: ...he rear panel Step Procedure 1 Move the cursor to RGB Output using the Entry keys or the rotary knob 2 Press the Set Entry key 3 The selection window opens 4 Move the cursor to On or Off using the key...

Page 84: ...LCD Brightness field When using an external controller this item can be set to Off However it cannot be set to Off by the panel operation Setting Alarm Sound On Off Buzzer Set the buzzer that sounds w...

Page 85: ...w opens 4 Move the cursor to TURN or STOP using the keys or the rotary knob 5 Press the Set key After the setting is completed the set TURN or STOP is displayed in the square brackets in the Window Cu...

Page 86: ...Year Month and Day to be set using the keys 5 Set the Year Month Day values using the numeric keys or the rotary knob 6 Press the Set key This sets the date Setting Time Step Procedure 1 Move the cur...

Page 87: ...trum System or Last using the keys or the rotary knob 5 Press the Set key After the setting is completed the set Spectrum System or Last appears in the square brackets in the Screen field Spectrum Alw...

Page 88: ...efore Power Off or Fixed State appears in the square brackets in the Initial field Before Power Off Starts up in the status immediately before the previous power off Initialization is not performed Fi...

Page 89: ...setup Set the printer type to be used as follows Step Procedure 1 Move the cursor to Printer set up using the Entry keys or the rotary knob 2 Press the Set Entry key 3 The selection window opens 4 Mov...

Page 90: ...the Set Entry key 3 The selection window opens 4 Move the cursor to Color or Monochrome using the keys or the rotary knob 5 Press the Set key After the setting is completed the set Color or Monochrome...

Page 91: ...ile Pressing F2 Paper Feed feeds the printer paper Pressing F3 Stop Print cancels printing Pressing F4 Printer setup displays the following function labels for printer selection F1 BJ M70 ESC P F2 HP...

Page 92: ...gs for the external interface on the Interface screen Displaying Interface screen Step Procedure 1 When the Config screen is displayed press F1 Interface to display the Interface screen 2 The Interfac...

Page 93: ...follows GPIB Enables the use of the GPIB interface RS 232C Enables the use of the RS 232C interface ETHERNET Enables the use of the ETHERNET interface when Option 09 is installed Setting GPIB Address...

Page 94: ...C item appears on the screen The description of each item is shown below Set the same values as in the external controller to be connected Baud Rate transmission speed Sets data transmission speed for...

Page 95: ...The description of each item is shown below My IP Address Sets the IP address for the equipment Net Mask Address Sets the net mask address Gateway Address Sets the gateway address Host Address Sets th...

Page 96: ...le Operation screen For other file operations refer to the separate Vol 2 Spectrum Analyzer Function or the operation manual for each the measurement software Opening File Operation screen Step Proced...

Page 97: ...rectory to be opened then press the Set Entry key to display the files in the opened directory on the screen Move the cursor to and then press the Set key to move to the upper directory Deleting File...

Page 98: ...he file is write protected Move the cursor to a write protected file and then press F5 Write Protect to cancel the write protection Formatting Memory Card Insert the memory card to be formatted into t...

Page 99: ...the measurement system screen 2 Press the System key to display the System Change function label shown below 3 All the installed measurement systems are displayed at function labels 4 Press the functi...

Page 100: ...o Transmitter Tester Mode Press the Tx Tester key to change mode from the Config screen or Spectrum Analyzer mode to the Transmitter Tester mode This changes the mode to the Transmitter Tester mode an...

Page 101: ...to Spectrum Analyzer Mode Press the Spectrum key to change mode from the Config screen or Transmitter Tester modes to the Spectrum Analyzer mode This changes the mode to the Spectrum Analyzer mode an...

Page 102: ...hich the measurement software is saved into the memory card slot on the panel 2 Press the Config key to display the Config screen 3 Press F4 System Install to display the Install System screen shown b...

Page 103: ...tem using the rotary knob 8 Press F1 System Install to install the new system 9 The confirmation window opens Move the cursor to Yes using the rotary knob 10 Press the Set Entry key to start installat...

Page 104: ...aved into the memory card slot on the panel 2 Press the Config key to display the Config screen 3 Press F4 System Install to display the Install System screen shown below 4 Press F5 Core Module Instal...

Page 105: ...ation Display the maintenance parameter information for the MS8608A MS8609A as follows Maintenance Parameter screen Step Procedure 1 Press the Config key to display the Config screen 2 Press F2 Mainte...

Page 106: ...nutes 3 Mechanical Switch information a Switch 1 Number of switchings for ATT 2 dB b Switch 2 Number of switchings for ATT 4 dB c Switch 3 Number of switchings for ATT 8 dB d Switch 4 Number of switch...

Page 107: ...ress F1 Option to display the Option screen shown below The following information is displayed on the Option screen 1 Product information a Type Product name b Model Model number c Serial Number 2 Opt...

Page 108: ...Section 5 Setting Functions 5 32 Installed Software screen Step Procedure 1 Press F2 Installed software to display the Installed Software screen shown below...

Page 109: ...zer installed 2 Software Revision information a Spectrum Analyzer Revision of the spectrum analyzer software b Main Revision of the Main software c IPL Revision of the IPL software d DSP Core Revision...

Page 110: ...display the Config screen 3 Press F2 Maintenance Parameter to display the Maintenance Parameter screen 4 Press F3 Installation Permission to display the Installation Permission screen shown below 5 Pr...

Page 111: ...y Preset key like a correction factor a standard line Config information etc Step Procedure 1 Turn the power on pressing the Preset key Please continue pressing the Preset key until beep sounds Beep s...

Page 112: ...Section 5 Setting Functions 5 36...

Page 113: ...eference oscillator frequency stability option 05 6 8 Frequency readout accuracy 6 10 Frequency span readout accuracy 6 14 Resolution bandwidth RBW and selectivity 6 17 Sideband phase noise 6 23 Frequ...

Page 114: ...Section 6 Performance Tests 6 2...

Page 115: ...tability Rubidium reference oscillator frequency stability Frequency readout accuracy Frequency span readout accuracy Resolution bandwidth and selectivity Sideband phase noise Frequency measurement ac...

Page 116: ...onse Time span accuracy Frequency domain sweep time accuracy Time domain sweep time accuracy Amplitude display linearity Input attenuator switching error Aging Rate 3 10 14 day Frequency range 100 MHz...

Page 117: ...1601A Main instrument accuracy 0 02 dB Frequency range 100 kHz to 30 GHz depending on the power sensor type Frequency range 10 MHz to 30 GHz Measurement power range 30 to 10 dBm Input connector N type...

Page 118: ...ower supply voltage fluctuation and no noise vibration dust humidity etc Reference oscillator frequency stability The 10 MHz reference oscillator is tested for frequency stability Stability is determi...

Page 119: ...rear panel to EXT 2 Set the power supply switch on the spectrum analyzer rear panel to On and then the Power switch on the front panel to On 3 Measure the frequency using the counter after 24 hours h...

Page 120: ...the counter 6 Calculate the stability by using the following equation counter reading at 50 C counter reading at 25 C counter reading at 25 C Temperature stability 7 Change the chamber temperature to...

Page 121: ...INT EXT on the MF1601A counter rear panel to EXT 2 Set the power supply switch on the spectrum analyzer rear panel to On and then the Power switch on the front panel to On 3 Measure the frequency usi...

Page 122: ...ter 6 Calculate the stability by using the following equation counter reading at 50 C counter reading at 25 C counter reading at 25 C Temperature stability 7 Change the chamber temperature to 0 C and...

Page 123: ...signal Output generator Known reference frequency used as center frequency reference Coaxial cable SMA type connector Coaxial adaptor N P SMA J MKR 500 0010MHz Marker display frequency 10 MHz Ref Inpu...

Page 124: ...on is applied MS2681A MS2683A span span accuracy resolution bandwidth 0 15 10 Hz MS2687A MS2687B span span accuracy resolution bandwidth 0 15 10 Hz N 10 MHz REF INPUT Synthesized signal generator 10 M...

Page 125: ...keys 6 Read the marker frequency indicated by thick arrow in the figure on the previous page and check that the value is within the range between the maximum and minimum values shown in the following...

Page 126: ...s at the 1st and 9th divisions is equal to the frequency span 0 8 This enables to obtain the span accuracy 1 Specification Frequency span accuracy 1 0 single band sweep 2 Test instrument Synthesized s...

Page 127: ...the table on the next page 6 Adjust the 69269A output frequency to set the spectrum peak at the 1st division from the left end of the screen scale Remember the frequency as f1 7 After setting the 6926...

Page 128: ...cy Center frequency 1 5 GHz 5 GHz 20 kHz 200 kHz 2 MHz 20 MHz 200 MHz 2 GHz 20 MHz 200 MHz 2 GHz 1499992000 Hz 1499920000 Hz 1499200000 Hz 1492000000 Hz 1420000000 Hz 700000000 Hz 4992000000 Hz 492000...

Page 129: ...ilter width in Hz at the 60 dB point to the filter width in Hz at the 3 dB point as shown in the formula below Center frequency 3 dB bandwidth 60 dB bandwidth 3 dB 60 dB Frequency 60 dB bandwidth Hz 3...

Page 130: ...Section 6 Performance Tests 3 Setup OUTPUT 100 MHz RF Input MG3633A Coaxial cable N type connector 10MHz STD Buff Out Coaxial cable BNC connector REF IN Resolution Bandwidth Selectivity Test 1 dB 1 0...

Page 131: ...le sweep has been completed 6 After pressing the Measure key press the more key and then select Occ BW Measure 7 After selecting X dB Down method set X dB value to 3 dB 8 Set the Occupied Bandwidth to...

Page 132: ...olution Bandwidth 3 dB 3dB bandwidth Span frequency Resolution bandwidth 300 Hz 1 kHz 3 kHz 10 kHz 30 kHz 100 kHz 300 kHz 1 MHz 3 MHz 5 MHz 10 MHz 20 MHz 1 kHz 3 kHz 10 kHz 30 kHz 100 kHz 300 kHz 1 MH...

Page 133: ...method set it to 60 dB 6 Set the Occupied Bandwidth to on state by operat ing menu key 7 The 60 dB resolution bandwidth value is displayed in the upper left hand corner of the screen Fill in this val...

Page 134: ...rum analyzer Measured result Calculated result 60dB bandwidth Selectivity 60 dB BW 3 dB BW 3dB bandwidth Span frequency Resolution bandwidth 300 Hz 1 kHz 3 kHz 10 kHz 30 kHz 100 kHz 300 kHz 1 MHz 3 MH...

Page 135: ...filter for measurement This sideband noise is a spectrum response which is modulated by the internal noise of the spectrum analyzer If this response is large the actual filter envelope is masked by t...

Page 136: ...trace to the top line REF LEVEL on the screen 7 After pressing the Measure key select C N Ratio Measure 8 Press the Meas On key to start C N measurement 9 Set Zone Width of Marker to Spot 10 Press th...

Page 137: ...ations When S N 20 dB RBW 3 MHz Resolution 1 Hz 10 Hz 100 Hz 1 kHz Accuracy Readout frequency reference oscillator accuracy 1 count 2 Hz 2 Test instrument Signal generator 69269A Frequency standard 3...

Page 138: ...be performed by setting up as shown in the figure below In this case the following specification is applied 1 count 2 Hz 10 MHz Reference Buffered out REF IN OUTPUT 500 MHz RF Input Coaxial adaptor N...

Page 139: ...key and set to Count On 5 Confirm that the FREQ reading at the upper left of the screen is the RF INPUT frequency 500 MHz 3 Hz or less 6 Change the counter resolution to 10 Hz and confirm that the Fre...

Page 140: ...ternal attenuator and calculate the error from the attenuation of the attenuator and the marker reading at the trace waveform peak 1 Specification Amplitude display linearity After automatic calibrati...

Page 141: ...Set the spectrum analyzer as shown below Center Freq 100 MHz Span 10 kHz Reference Level 0 dBm Attenuator 10 dB RBW 1 kHz VBW 300 Hz 6 Press the CF key to set the spectrum waveform peak to the center...

Page 142: ...s determined as calibrated ATT 10 dB value marker level 10 Add a marker level corresponding to the calibrated ATT value when ATT is set as 10 to 90 DB with 10 dB steps and determine the error a Refere...

Page 143: ...31 Section 6 Performance Tests Log Display Linearity 10 dB div ATT setting dB A B ATT calibration value dB marker level dB Error dB A B 0 10 20 30 40 50 60 70 80 90 0 reference 0 reference 0 referenc...

Page 144: ...10 to 62 dB 1 0 dB 9 kHz to 3 2 GHz band 0 2 0 dB 3 15 to 7 8 GHz band 1 1 For band 1 and 1 after the pre selector is tuned 2 Test instruments Signal generator 69269A Power meter ML2437A Power sensor...

Page 145: ...frequency response Step Procedure 1 Connect the 69269A OUTPUT to the MS8608A MS8609A RF Input with a coaxial cable 2 Press the MS8608A MS8609A Preset key 3 Perform all calibration Refer to Section 8...

Page 146: ...0 MHz 0 reference 0 reference 0 reference 200 MHz 500 MHz 1 GHz 1 5 GHz 2 GHz 3 GHz Frequency Response Band 1 Frequency Calibration value dBm Marker level dB Deviation dB 3 2 GHz 4 GHz 5 GHz 6 GHz 6 2...

Page 147: ...eep time set to AUTO MS8608A High power input 0 5 dB 29 9 to 20 dBm 0 75 dB 49 9 to 30 dBm 20 1 to 40 dBm 1 5 dB 60 to 50 dBm MS8608A Low power or MS8609A input 0 5 dB 0 to 49 9 dBm 0 75 dB 69 9 to 50...

Page 148: ...All Cal 3 Connect the attenuator OUTPUT to the power sensor input 4 Set the SG frequency to 50 MHz and adjust the SG level so that the power meter indication is 0 dBm At this time set the attenuator t...

Page 149: ...evel each time Reference level setting 0 dBm 10 dBm 20 dBm 30 dBm 40 dBm 50 dBm 60 dBm 70 dBm 80 dBm dBm dBm dBm dBm dBm dBm dBm dBm dBm dB dB dB dB dB dB dB dB dB dB dB dB dB dB dB dB dB dB Error Cor...

Page 150: ...dBm 0 8 f GHz dB 3 15 to 7 8 GHz Band 1 MS8608A Low Power input without Option08 Pre amplifier 124 dBm 1 5 f GHz dB 1 MHz to 2 5 GHz Band 0 120 dBm 1 5 f GHz dB 2 5 to 3 2 GHz Band 0 120 dBm 0 8 f GHz...

Page 151: ...and 0 Center Freq 1 MHz Span 0 Hz Reference Level 100 dBm RBW 300 Hz VBW 1 Hz Attenuator 0 dB Detection Sample 5 Press Time Storage Average and Average Count keys in order and set the average count to...

Page 152: ...MHz 999 MHz 1499 MHz 1999 MHz 2499 MHz 2999 MHz 3199 MHz 3201 MHz 3499 MHz 3999 MHz 4499 MHz 4999 MHz 6299 MHz 6201 MHz 6499 MHz 6999 MHz 7799 MHz 7701 MHz 8499 MHz 9499 MHz 10499 MHz 11499 MHz 12499...

Page 153: ...rmonic distortion at least 20 dB below to the MS8608A MS8609A and measure the level difference between the fundamental wave and the second harmonic If a low distortion signal source cannot be obtained...

Page 154: ...Procedure 1 Press the Preset key 2 Operate All Cal 3 Connect the LPF VLF 141 fp 50 MHz 4 Set the SG output frequency to 48 MHz and the output level to 20 dBm 5 Set the MS8608A MS8609A as shown below...

Page 155: ...ence between the fundamental wave and the second harmonic If the level difference is 80 dB or more set the REF LEVEL to 50 dBm Confirm that the ATT set value is 0 dB 9 Connect the LPF VLF 141 fp 800 M...

Page 156: ...or at the peak point is measured 1 Specification Resolution bandwidth switching uncertainty 0 3 dB RBW 300 Hz to 5 MHz referenced to RBW 3 kHz 0 5 dB RBW 10 MHz 20 MHz 2 Setup 10MHz STD Buff Out REF I...

Page 157: ...Freq 100 MHz Span 15 kHz Reference Level 0 dBm RBW 3 kHz 5 Press the CF key to move the signal spectrum peak to the center 6 Press Marker to set the marker to marker 7 Set RBW and SPAN as shown in th...

Page 158: ...switching uncertainty Setting the MS8608A MS8609A Measured result Resolution bandwidth Frequency span marker readout 300Hz 1kHz 3kHz 10kHz 30kHz 100kHz 300kHz 1MHz 3MHz 5MHz 10MHz 20MHz 2kHz 5kHz 15kH...

Page 159: ...08A Low input or MS8609A input 30 dB MS8608A High input Input attenuator switching error 0 3 dB 30 to 70 dB MS8608A High power input 10 to 50 dB MS8608A Low power input or MS8609A input 0 5 dB 72 to 8...

Page 160: ...7 Adjust the signal generator output level so that the indicated value of the power meter is 10 0 dBm 8 Connect the coaxial cable of the attenuator output to the spectrum analyzer RF Input 9 Press the...

Page 161: ...8608A MS8609A Attenuator Calculated result Measured result Ref Level Input attenuator Setting Correction Marker level Error Deviation 10dBm 20dBm 30dBm 40dBm 50dBm 60dBm 60dB 50dB 40dB 30dB 20dB 10dB...

Page 162: ...ccuracy 3 10 msec to 100 sec 2 Test instruments Signal generator 69269A Frequency counter MF1601A 3 Setup Signal generator Coaxial cable SMA connector 69269A RF Input RF OUTPUT Coaxial adaptor N P SMA...

Page 163: ...Frequency 300 MHz Span 2 MHz Ref Level 0 dBm RBW 3 MHz VBW Auto Detection Sample Sweep Time 100 ms 5 Set the MF1601A as shown below Input A Function Pulse width Couple DC Slope Rise 6 Press the MS860...

Page 164: ...s Output Level 0 dBm 6 Press the MS8608A MS8609A Single key 7 Move the marker to the left most peak of the screen 8 Set the marker mode to marker 9 Move the current marker to the right Move the marke...

Page 165: ...sweep time accuracy 1 0 2 Test instruments Signal generator 69269A Frequency counter MF1601A 3 Setup Signal generator Coaxial cable SMA connector 69269A RF Input RF OUTPUT Coaxial adaptor N P SMA J Sw...

Page 166: ...y 300 MHz Span 0 MHz Ref Level 0 dBm RBW 5 MHz VBW Off Detection Sample Sweep Time 100 ms 5 Set the MF1601A as shown below Input A Function Pulse width Couple DC Slope Rise 6 Press the MS8608A MS8609A...

Page 167: ...the MS8608A MS8609A Single key 7 As shown below figure shift the marker to the point which is most left of the screen and where intersect display line and up slope of wave 8 Set the marker mode to mar...

Page 168: ...ied contact your nearest Anritsu dealer or business office for repair When you request repair provide the following information a Model name and serial number on rear panel b Fault description c Name...

Page 169: ...608A MS8609A Digital Mobile Radio Transmitter Tester as well as the regular care procedures and the timing Cleaning Cabinet 7 3 Storage Precautions 7 4 Precautions before storage 7 4 Recommended stora...

Page 170: ...Section 7 Storage and Transportation 7 2...

Page 171: ...a cloth moistened with diluted neutral cleaning liquid if the instrument is very dirty with dust and dirt after use at dusty place or before long term storage After insuring that the cabinet has been...

Page 172: ...the MS8608A MS8609A 2 Avoid storing the MS8608A MS8609A where 1 It may be exposed to direct sunlight or high dust levels 2 It may be exposed to high humidity 3 It may be exposed to active gases 4 It m...

Page 173: ...609A in a plastic sheet or similar material 2 Use a cardboard wooden box or aluminum case which allows shock absorbent material to be inserted on all sides of the equipment 3 Use enough shock absorben...

Page 174: ...Section 7 Storage and Transportation 7 6...

Page 175: ...Appendixes App I Appendix A Front and Rear Panel Layout A 1 Appendix B Block Diagram B 1 Appendix C Performance Test Record C 1 Appendixes...

Page 176: ...Appendixes App II...

Page 177: ...Fig NO Name Fig A 1 MS8608A Front Panel Fig A 2 MS8608A Rear Panel Fig A 3 MS8609A Front Panel Fig A 4 MS8609A Rear Panel This appendix shows the front and rear panel layout Appendix A Front and Rear...

Page 178: ...Appendix A A 2...

Page 179: ...A 3 Fig A 1 MS8608A Front Panel...

Page 180: ...A 4 Fig A 2 MS8608A Rear Panel Name Plate...

Page 181: ...A 5 Fig A 3 MS8609A Front Panel...

Page 182: ...A 6 Fig A 4 MS8609A Rear Panel...

Page 183: ...Appendix B B 1 Fig NO Name Fig B 1 MS8608A Block Diagram This appendix shows the Block Diagram of the MS8608A Appendix B Block Diagram...

Page 184: ...Appendix B B 2...

Page 185: ...66MHz 2nd IF 60 7MHz 66MHz A03 MAIN CPU SW SW 66 10 7MHz IF from A06 66MHz IF from A06 High Power input Hi Power ATT SW SW REF input Buff input Control Bus Trig Gate Sweep signal SW to A07 A D SW Driv...

Page 186: ...B 4...

Page 187: ...Appendix C C 1 Appendix C Performance Test Record...

Page 188: ...Appendix C C 2...

Page 189: ...__ Tested by ________________________ Ambient temparature _______________ C Relative humidity __________________ Perwer mains line voltage nominal _________ Vac Power mains line frquency nominal _____...

Page 190: ...2 10 10 Temperature stability Referred to the frequency at 25 C 5 10 8 0 C Min 5 10 8 Result Max 5 10 8 Cumulative error 2 10 10 50 C 5 10 8 5 10 8 2 10 10 Ambient temperature Rubidium reference osci...

Page 191: ...cy resolution bandwidth 0 15 10 Hz Center frequency Span frequebcy Resolution bandwidth Min Hz Result Hz Max Hz Cumulative error Hz 500 MHz 5 GHz 7 GHz 10 kHz 200 kHz 100 MHz 10 kHz 200 kHz 100 MHz 10...

Page 192: ...nd sweep 1 0 Center frequency Span frequency MS8608A MS8609A Min Hz Result Hz Max Hz Cumulative error Hz 1 5 GHz 5 GHz 20 kHz 200 kHz 2 MHz 20 MHz 200 MHz 2 GHz 20 MHz 200 MHz 2 GHz 200 2 000 20 000 2...

Page 193: ...00 22 000 80 000 110 000 220 000 480 000 240 800 2 400 8 000 24 000 80 000 240 000 800 000 2 400 000 4 000 000 8 000 000 12 000 000 360 1 200 3 600 12 000 36 000 120 000 360 000 1 200 000 3 600 000 6...

Page 194: ...cy displayed frequency reference oscillator accuracy 1 count 2 Hz Output frequency MS8608A MS8609A Count resolution Max 500 MHz 500 MHz 500 MHz 500 MHz 1 Hz 10 Hz 100 Hz 1 kHz Signal generator 499 999...

Page 195: ...1 0 dB 3 15 to 7 8 GHz Band 1 Band 1 After executing preselector tuning MS8608A MS8609A Band Correction dB Result dB 50 MHz 200 MHz 500 MHz 1 GHz 1 5 GHz 2 GHz 3 GHz 3 2 GHz 4 GHz 5 GHz 6 2 GHz 6 3 G...

Page 196: ...20 dBm 30 dBm 40 dBm 50 dBm 60 dBm 70 dBm 80 dBm 0 5 0 5 0 5 0 5 0 5 0 75 0 75 1 5 1 5 0 10 0 10 0 10 0 12 0 12 0 12 0 22 0 22 0 22 Correction dB Result dB Marker level Spec dB Cumulative error dB Aft...

Page 197: ...100 dBm 1 8 f GHz dB 2 5 to 3 2 GHz Band 0 100 dBm 0 8 f GHz dB 3 15 to 7 8 GHz Band 1 Setting Equipment Band Standard dBm Measurement result dBm 1 MHz 99 MHz 499 MHz 999 MHz 1499 MHz 1999 MHz 2499 M...

Page 198: ...GHz dB 2 5 to 3 2 GHz Band 0 120 dBm 0 8 f GHz dB 3 15 to 7 8 GHz Band 1 Setting Equipment Band Standard dBm Measurement result dBm 1 MHz 99 MHz 499 MHz 999 MHz 1499 MHz 1999 MHz 2499 MHz 2999 MHz 31...

Page 199: ...2 GHz Band 2 Setting Equipment Band Standard dBm Measurement result dBm 1 MHz 99 MHz 499 MHz 999 MHz 1499 MHz 1999 MHz 2499 MHz 2999 MHz 3199 MHz 3201 MHz 3499 MHz 3999 MHz 4499 MHz 4999 MHz 6299 MHz...

Page 200: ...rator Output frequency MS8608A MS8609A setting Result dB 48 MHz 780 MHz 0 0 Spec dBc Cumulative error dB Band 60 75 1 09 1 09 Resolution bandwidth RBW switching error Referred to RBW 3kHz 0 3 dB 300 H...

Page 201: ...B Spec dB Cumulative error dB 10 dBm 20 dBm 30 dBm 40 dBm 50 dBm 60 dBm 60 dB 50 dB 40 dB 30 dB 20 dB 10 dB 0 5 0 3 0 3 0 3 0 3 0 11 0 11 0 11 0 13 0 13 0 dB 10 dB 20 dB 30 dB 40 dB 50 dB 0 00 referen...

Page 202: ...ms to 1000 s MS8608A MS8609A setting Sweep time Min Result Cumulative error Spec Max 100 ms 500 ms 10 s 100 s 97 ms 485 ms 9 7 s 97 s 103 ms 515 ms 10 3 s 103 s 3 3 3 3 11 ns 11 ns 11 ns 11 ns MS8608...

Page 203: ...me Min Result Max Spec Cumulative error 100 ms 500 ms 10 s 100 s 99 ms 495 ms 9 9 s 99 s 101 ms 505 ms 1 01 s 101 s 1 1 1 1 11 ns 11 ns 11 ns 11 ns MS8608A MS8609A setting Sweep time Min Calculated re...

Page 204: ...Appendix C C 18...

Page 205: ...MS8608A MS8609A Digital Mobile Radio Transmitter Tester Operation Manual Vol 1 Main Unit Remote Control...

Page 206: ...1 IEEE488 2 Standard Status Model 4 3 Status Byte STB Register 4 5 Service Request SRQ Enabling Operation 4 8 Standard Event Status Register 4 9 Extended Event Status Register 4 11 Techniques for syn...

Page 207: ...S OF DEVICE MESSAGES 6 1 How to Read the Command List 6 3 Command List 6 5 SECTION 7 DETAILED DESCRIPTION OF COMMANDS 7 1 APPENDIX A ASCII CODE TABLE A 1 APPENDIX B COMPARISON TABLE OF CONTROLLER S GP...

Page 208: ...IV...

Page 209: ...ontrol and gives examples of system upgrades General 1 3 Remote control functions 1 3 Interface port selection functions 1 3 Examples of system upgrades using various interfaces 1 4 Specifications of...

Page 210: ...SECTION 1 GENERAL 1 2...

Page 211: ...e settings from the panel 4 Set the GPIB address from the panel 5 Set the Ethernet Option 09 IP address the panel 6 Select the connection port to an external controller from the panel 7 Configure the...

Page 212: ...arallel Printer 2 Control by the host computer 1 The MS8608A MS8609A is controlled automatically or remotely from the computer MS8608A MS8609A Computer RS 232C GPIB Ethernet 3 Control by the host comp...

Page 213: ...ntrol from the external controller except for power ON OFF Communication system Asynchronous start stop synchronous system half duplex Communication control system X ON OFF control Baud rate 1200 2400...

Page 214: ...ns are provided Synchronizes the timing of data reception T6 The basic talker functions and serial poll function are provided The talk only function is not provided The talker can be canceled by MLA L...

Page 215: ...PIB cables This section also describes how to setup the interfaces of the MS8608A MS8609A Connecting an external device with an RS 232C cable 2 3 Connection diagram of RS 232C interface signals 2 4 Se...

Page 216: ...SECTION 2 CONNECTING DEVICE 2 2...

Page 217: ...S 232C connector of the external device with an RS 232C cable Rear panel of MS8608A MS8609A RS 232C External device RS 232C RS 232C cable Notes The following RS 232C cable is provided as a peripheral...

Page 218: ...1 CD 2 RD 3 TD 4 TDR 5 GND 6 DSR 7 RTS 8 CTS 9 RI Setting the connection port interfaces Refer to the Section 5 Setting external interface on the MS8608A MS8609A Operation Manual Vol 1 Main Unit Pane...

Page 219: ...ing the equipment power on Up to 15 devices including the controller can be connected to one system Connect devices as shown below Setting the GPIB address Refer to the Section 5 Setting external inte...

Page 220: ...SECTION 2 CONNECTING DEVICE 2 6...

Page 221: ...s the format of the device messages transmitted between a controller host computer and device MS8608A MS8609A via the RS 232C GPIB Ethernet system General description 3 3 Program message format 3 3 Re...

Page 222: ...SECTION 3 DEVICE MESSAGE FORMAT 3 2...

Page 223: ...e processing The program query is used to query the values of parameters and measured results Program message format To transfer a program message from the controller program to this instrument using...

Page 224: ...asterisk For numeric program data the SP between the header and data can be omitted The program header of a program query always ends with a question mark 4 PROGRAM DATA CHARACTER PROGRAM DATA NUMERI...

Page 225: ...at NR1 0 to 9 The numeric expression of the integer format applies to the integer part There must be no spaces between numbers and the decimal point 753 123 Spaces can be inserted after the digits in...

Page 226: ...fication Unit Suffix code Frequency GHz GHZ GZ MHz MHZ MZ kHz KHZ KZ Hz HZ Default HZ Time s S ms MS s US Default MS Level dB system dB DB dBm DBM DM dB V DBUV dBmV DBMV dB V emf DBUVE Determined in c...

Page 227: ...ed ASCII character other than double quotation mark String program data must be enclosed with single quotation marks WRITE 1 TITLE MS86 8A A single quotation mark used within a character string must b...

Page 228: ...MESSAGE TERMINATOR RESPONSE MESSAGE 1 RESPONSE MESSAGE TERMINATOR EOI NL NL CR The response message terminator to be used depends on the TRM command specification 2 RESPONSE MESSAGE RESPONSE MESSAGE...

Page 229: ...tic characters from a to z numbers 0 to 9 and underline _ 6 NUMERIC RESPONSE DATA 0 to 9 The number at the most significant position is other than 0 A sign needs not be placed before a positive number...

Page 230: ...3 DEVICE MESSAGE FORMAT 3 10 7 CHARACTER RESPONSE DATA inserted ASCII character other than double quotation mark String response data is transmitted as an ASCII character enclosed with double quotatio...

Page 231: ...bit Bit 15 MSB is used Integer digit part Bits 0 to 14 are used So 16 bits two bytes are used Upper byte Lower byte 15 14 87 0 S MSB LSB Integer digit part Internal Representation of 2 byte Binary Dat...

Page 232: ...41 H 1st byte Lower byte 42 H 2nd byte X 16706 H indicates hexadecimal notation ASCII transmission Binary transmission 16706 D 4 163 1 162 4 161 2 160 bit 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 X 16706...

Page 233: ...5 Device dependent summary messages 4 6 Reading and clearing the STB register 4 7 Service Request SRQ Enabling Operation 4 8 Standard Event Status Register 4 9 Bit definition of Standard Event Status...

Page 234: ...SECTION 4 STATUS STRUCTURE 4 2...

Page 235: ...0 7 5 4 3 2 1 0 7 6 5 4 3 2 1 0 Logical OR Service Request Generation MSS 6 RQS Standard Event Status Enable Register Set by ESE n Read by ESE Service Request Enable Register Set by SRE n Read by SRE...

Page 236: ...hree standard models are 1 Standard Event Status Register and Standard Event Status Enable Register 2 Status Byte Register and Service Request Enable Register 3 Output Queue The Standard Event Status...

Page 237: ...y the ESR query or when it is cleared by the CLS command 2 MAV summary message The MAV Message Available summary bit is a message defined by IEEE488 2 which uses bit 4 of the STB register This bit ind...

Page 238: ...1 3 and 7 and it uses bit 2 as the summary bit of the Event Status Register MSS 6 RQS MSS 6 RQS 7 ESB MAV 3 2 1 0 Service Request generated only when the GPIB interface bus is used Status Byte Registe...

Page 239: ...evices to send the contents of the STB register and the integer format response messages including the MSS Master Summary Status summary message Therefore except for bit 6 which represents the MSS sum...

Page 240: ...ration MSS 6 RQS Servicerequestenable SRE register Status summary message Statusbyte STB register Not used ESB MAV Not used ESB END Not used disabled 0 enabled 128 27 Not used disabled 0 enabled 32 25...

Page 241: ...o Status Byte register bit 5 The Standard Event Status Enable ESE Register on the left is used to select which bits in the corresponding Event Register will cause a TRUE summary message when set Bit E...

Page 242: ...7 is set to ON and the other bits are cleared to 0 3 An event is read for the ESR query command Reading writing and clearing the Standard Event Status Enable Register Reading The registers is read usi...

Page 243: ...t supplied by the extended register model as shown below MSS 6 RQS MSS 6 RQS Not used ESB MAV Not used 2 1 Not used Service Request generated Status Byte Register Status summary message Standard Event...

Page 244: ...leted END Event Status Register ESB summary message bit to Status Byte register bit 2 The END Event Status Enable Register on the left is used to select which bits in the corresponding Event Register...

Page 245: ...ble Register Reading The ESE2 query is used to read the register The response message is integer format data with the binary weight added to the event bit and the sum converted to decimals Writing The...

Page 246: ...for the MS8608A MS8609A have been processed the next commands must be sent to other devices There are two ways of synchronizing the MS8608A MS8609A with the controller 1 Wait for a response after the...

Page 247: ...2 1 0 Logical OR Standard Event Status Register SESR Power on Command error Execution error Device dependent error Query error Operation complete Standard Event Status Enable Register SESER enabled 20...

Page 248: ...SECTION 4 STATUS STRUCTURE 4 16...

Page 249: ...ese three levels of initialization are processed and how to instruct initialization from the controller Bus Initialization using the IFC Statement 5 4 Initialization for Message Exchange by DCL and SD...

Page 250: ...SECTION 5 INITIAL SETTINGS 5 2...

Page 251: ...evel 1 can be combined with other levels but must be execut ed before level 2 Level 2 can be combined with other levels but must be execut ed before level 3 Level 3 can be combined with other levels b...

Page 252: ...e function states of devices set by the controller and resetting them to their initial states In the table below indicates the functions which are initialized and indicates the functions which are par...

Page 253: ...Buffer and Output Queue Clears them and also clears the MAV bit 2 Parser Execution Controller and Response Formatter Resets them 3 Device commands including RST Clears all commands that prevent these...

Page 254: ...RST Reset command is used to reset a device MS8608A MS8609A to a specific initial state For details of the items that are initialized and the settings after initialization see Appendix C Note The RST...

Page 255: ...ems that are initialized by the INI and IP commands and the settings after initialization see Appendix C Device Status at Power on When the power is turned on 1 The device is set to the status it was...

Page 256: ...SECTION 5 INITIAL SETTINGS 5 8...

Page 257: ...unit common function on the device mes sages used by main unit Refer to the Section 7 for the detailed descriptions of these commands How to Read the Command List 6 3 Program Messages and Query Messag...

Page 258: ...SECTION 6 TABLES OF DEVICE MESSAGES 6 2...

Page 259: ...Z point or integer t time Real number with decimal S SC MS US None MS point or integer l level Real number with decimal DB DBM DM DBMV DBUV DBUVE V MV point or integer UV W MW UW NW None Fixed unit n...

Page 260: ...ixed or specified n Non unit integer or integer Decimal integer Number of digits can be None or specified with specified unit changed valid digits output o Non unit integer Octal integer None h Non un...

Page 261: ...OFF TIMEDSP OFF TTL 0 TTL OFF TTL OFF TTL OFF TITLE txt TITLE txt txt Up to 32 characters excluding leading and trailing double quotation marks Title KSE txt TITLE txt txt Up to 32 characters excludi...

Page 262: ...STOP CURSORMODE STOP Power On Spectrum SCREENMODE SPECT SCREENMODE SPECT Screen System SCREENMODE SYSTEM SCREENMODE SYSTEM Last SCREENMODE LAST SCREENMODE LAST Initial Before Power Off POWERON LAST PO...

Page 263: ...Mask Address NETMASK n1 n2 n3 n4 NETMASK n1 n2 n3 n4 Option n1 n2 n3 n4 0 to 255 Gateway Address GATEWAY n1 n2 n3 n4 GATEWAY n1 n2 n3 n4 Option n1 n2 n3 n4 0 to 255 Host Address HOSTADRS n1 n2 n3 n4 H...

Page 264: ...FF DISPLAY OFF Drawing On SCREEN ON SCREEN ON Off SCREEN OFF SCREEN OFF PRE Preset INI IP RF Input High RFINPUT HIGH RFINPUT HIGH Low RFINPUT LOW RFINPUT LOW System 1 SYS 1 SYS 1 System Change System...

Page 265: ...nt Status Enable ESE n ESE n n 0 to 255 Standard Event Status Register ESR n n 0 to 255 txt Model name Identified Query IDN ANRITSU txt n r n Serial Number r Main2 Firmware Revision Operation Complete...

Page 266: ...SECTION 6 TABLES OF DEVICE MESSAGES 6 10...

Page 267: ...13 TST 7 14 WAI 7 15 ALARM 7 16 BAUD 7 17 BEP 7 18 BIN 7 19 BRIGHT 7 20 COLORPTN 7 21 COMMENT 7 22 COPYCOLOR 7 23 CURSORMODE 7 24 DATB 7 25 DATE 7 26 DATEMODE 7 27 DELM 7 28 DISPLAY 7 29 ESE2 7 30 FL...

Page 268: ...7 2 SECTION 7 DETAILED DESCRIPTION OF COMMANDS...

Page 269: ...Screen Example Setting impedance DATE 1 Date Setting 2 3 Program Message Query Message Response Message DATE a b c DATE a b c Function 4 Sets year month and day Value of a 5 Year a Year 1980 to 2079...

Page 270: ...raph 5 below 4 Outline of Setting Recalling function in Program Message and Query Message 5 Description of lower case letters on Table in 3 In case of set value each argument includes the meaning of s...

Page 271: ...Clear Status Program Message Query Message Response Message CLS Function Performs zero clear of the standard event status byte register Use Example Performing zero clear of the status byte xxxxx is a...

Page 272: ...atus enable a Standard event status enable 0 Operation completed 2 Bus control right request RQC unused 4 Query error QYE 8 Device specific error DDE 16 Execution error EXE 32 Command error CME 64 Use...

Page 273: ...tatus a Standard event status 0 Operation completed 2 Bus control right request RQC unused 4 Query error QYE 8 Device specific error DDE 16 Execution error EXE 32 Command error CME 64 User request URQ...

Page 274: ...ANRITSU a b c Function Reads out the product s model name serial number and firmware version Value of a Product model name of up to 32 characters Value of b Serial number of up to 32 characters Value...

Page 275: ...OMMANDS OPC Operation Complete Program Message Query Message Response Message OPC Function Sets the bit of the standard event status to 0 when the operation of the selected pending device is completed...

Page 276: ...ECTION 7 DETAILED DESCRIPTION OF COMMANDS RST Reset Program Message Query Message Response Message RST Function Initializes the setting parameters of initialized object Use Example Program RST Respons...

Page 277: ...Program Message Query Message Response Message SRE SRE a Function Sets the bits of the service request enable register Value of a Current value of the service request enable register Range Resolution...

Page 278: ...ssage Query Message Response Message STB a Function Returns the current value of the status byte that contains the MSS bit Value of a Status byte a Status byte 64 MSS service request 32 16 4 2 Use Exa...

Page 279: ...TRG Trigger Program Message Query Message Response Message TRG Function This function has the same effect as the IEEE488 x GET Group Execute Trigger path command On the MS8608A MS8609A it executes sin...

Page 280: ...y Message Response Message TST a Function Executes the internal self test and returns the presence none presence of errors Value of a Self test result a Test result 0 Test completed without error 3276...

Page 281: ...TAILED DESCRIPTION OF COMMANDS WAI Wait to Continue Program Message Query Message Response Message WAI Function Makes the next command wait while the device is executing a command Use Example Program...

Page 282: ...ALARM a Function Sets the buzzer that sounds when an error occurs and at other times This function has the same effect as the BEP command Value of a Setting buzzer a Buzzer setting Initial value ON S...

Page 283: ...BAUD a BAUD a Function Sets the communication speed of the communication port used for RS 232C Value of a Communication speed Range Unit Initial value 1200 2400 4800 9600 19200 38400 57600 115200 bit...

Page 284: ...tion Sets the buzzer that sounds when an error occurs and at other times This function has the same effect as the ALARM command Values of a and b Setting buzzer a b Buzzer setting Initial value ON ON...

Page 285: ...e BIN a BIN a Function Sets whether to read out the waveform data output in ASCII code or in binary code Value of a ASCII Binary specification a ASCII Binary specification Initial value ON Binary form...

Page 286: ...htness of the LCD display Value of a Brightness level a Brightness level Resolution Initial value 1 to 5 1 dark to 5 bright 1 1 OFF 0 off state Note Even if the response of the DISPLAY command is ON t...

Page 287: ...esponse Message COLORPTN a COLORPTN a Function Sets the color of the screen Value of a Color pattern a Color pattern COLOR1 Pattern 1 COLOR2 Pattern 2 COLOR3 Pattern 3 COLOR4 Pattern 4 USERCOLOR User...

Page 288: ...e Response Message COMMENT a COMMENT a Function Sets the title and clock display on the screen Value of a Display item a Item Initial value TITLE Title TIME Clock FULL Title and clock OFF None Use Exa...

Page 289: ...age COPYCOLOR a Function Selects the base color pattern used for the user definition color Value of a Color pattern a Color pattern COLOR1 Pattern 1 COLOR2 Pattern 2 COLOR3 Pattern 3 COLOR4 Pattern 4...

Page 290: ...of the cursor displayed on the window Value of a Cursor movement mode a Cursor movement mode Initial value TURN Turn The cursor moves to the start point after reaching the end of the selections STOP...

Page 291: ...Message Query Message Response Message DATB a DATB a Function Sets the data length of the communication port used for RS 232C Value of a Data length a Data length Initial value 7 7bits 8 8bits Use Ex...

Page 292: ...ion Sets the date year month and day Value of a a Year a Year 1980 to 2079 Year 1980 to 2079 Value of b b Month b Month 1 to 12 January to December Value of c c Day c Day 1 to 31 1 to 31 Restrictions...

Page 293: ...ODE a DATEMODE a Function Sets the display format for the date year month and day Value of a a Display format for the date year month and day a Format Initial value YMD YYYY MM DD DMY MMM DD YYYY MDY...

Page 294: ...ram Message Query Message Response Message DELM a DELM a Function Sets the type of terminator that is added to the RS 232C message Value of a Terminator a Terminator Initial value 0 LF 1 CR LF Use Exa...

Page 295: ...Function Turns On Off the power supply of the LCD display Value of a Power supply setting a Power supply setting Initial value ON Sets the power supply of the LCD display to On OFF Sets the power supp...

Page 296: ...bled to make the ESB summary message bit 2 to true Value of a EDN event status enable register a Resolution 0 to 255 1 Value of a is the sum of the bit values obtained when the enabled bits are select...

Page 297: ...L a FLWCTRL a Function Sets XON XOFF flow control On Off for the communication port used for RS 232C Value of a Sets XON XOFF flow control On Off a Control Initial value ON XON XOFF flow control is ex...

Page 298: ...ge Query Message Response Message NETMASK a b c d NETMASK a b c d Function Sets Gateway Address of Ethernet Value of a b and c Gateway Address Range Resolution 0 to 255 1 Use Example Setting Gateway A...

Page 299: ...D DESCRIPTION OF COMMANDS HOLD Close Error Window Program Message Query Message Response Message HOLD Function Deletes the error message currently displayed Use Example Deleting the error message Prog...

Page 300: ...ge Query Message Response Message HOSTADRS a b c d HOSTADRS a b c d Function Sets Host Address of Ethernet Values of a b c and d Host Address Range Resolution 0 to 255 1 Use Example Setting Host Addre...

Page 301: ...ponse Message INI Function Initializes all the setting parameters of the initialized object This function has the same effect as the PRE and IP commands In the Config mode there are no setting paramet...

Page 302: ...nse Message IP Function Initializes all the setting parameters of the initialized object This function has the same effect as the PRE and INI commands In the Config mode there are no setting parameter...

Page 303: ...essage Query Message Response Message IPADRS a b c d IPADRS a b c d Function Sets My IP Address of Ethernet Value of a b c and d IP Address Range Resolution 0 to 255 1 Use Example Setting My IP Addres...

Page 304: ...a Function Sets the screen title This function has the same effect as the TITLE command However the query message is only TITLE Value of a a Title character string needs to be enclosed in double quot...

Page 305: ...lue of a Tx Tester system area number where the measurement software is instaled a Tx Tester system area number 1 System 1 2 System 2 3 System 3 Value of b b the name of the measurement software 30 ch...

Page 306: ...Query Message Response Message NETMASK a b c d NETMASK a b c d Function Sets Net Mask Address of Ethernet Value of a b c and d Net Mask Address Range Resolution 0 to 255 1 Use Example Setting Net Mas...

Page 307: ...PTION OF COMMANDS PLS Print Program Message Query Message Response Message PLS 0 Function Performs hard copying This function has the same effect as the PRINT command Use Example Performing hard copyi...

Page 308: ...a PMOD a Function Sets the output format for hard copy Value of a Output format of hard copy a Format Initial value 3 Printer Hewlett Packard HP815C 6 Printer Canon BJ M70 13 Memory card BMP monochrom...

Page 309: ...uery Message Response Message PNLMD a PNLMD a Function Switches the measurement mode Value of a Measurement mode a Measurement mode SPECT Spectrum Analyzer SYSTEM Tx Tester CONFIG Config Use Example S...

Page 310: ...ess Program Message Query Message Response Message PORTADRS a b c d PORTADRS a b c d Function Sets Port Address of Ethernet Value of a Port Address Range Resolution 3000 to 30000 1 Use Example Setting...

Page 311: ...s after the power is turned on Value of a Initial values after power on a Initial value Initial value LAST Uses the settings immediately before the previous power off as the initial values IP Uses the...

Page 312: ...e Message PRE Function Initializes all the setting parameters of the initialized object This function has the same effect as the INI and IP commands In the Config mode there are no setting parameters...

Page 313: ...7 SECTION 7 DETAILED DESCRIPTION OF COMMANDS PRINT Print Program Message Query Message Response Message PRINT Function Executes hard copying Use Example Executing hard copying Program PRINT Response N...

Page 314: ...ry Message Response Message PRTY a PRTY a Function Sets the parity check for the communication port used for RS 232C Value of a Parity check a Parity Initial value EVEN Even parity ODD Odd parity OFF...

Page 315: ...eters in the Tx Tester mode from the respective files after switching to the respective system mode The memory card needs to be inserted to recall them Value of a Saved file number Range System 0 to 9...

Page 316: ...esponse Message RFINPUT a RFINPUT a Function Sets the level of the RF signal to be input Value of a RF signal level a RF signal level Initial value HIGH High Power LOW Low Power Initializing set param...

Page 317: ...RGB Output Program Message Query Message Response Message RGB a RGB a Function Sets the external output of the RGB signal On Off Value of a a Item Initial value ON On OFF Off Use Example Setting the...

Page 318: ...the screen If the drawing operation is set to Off the measurement delay due to the drawing operation can be eliminated Value of a Setting On Off of drawing operation a Drawing operation setting Initi...

Page 319: ...Sets the measurement mode to be displayed immediately after the power on Value of a Measurement mode a Measurement mode Initial value SPECT Spectrum Analyzer mode SYSTEM Tx Tester mode LAST Previous...

Page 320: ...ogram Message Query Message Response Message STPB a STPB a Function Sets the stop bit of the communication port used for RS 232C Value of a Stop bit a Data length Initial value 1 1bit 2 2bit Use Examp...

Page 321: ...ters in the Tx Tester mode on the respective files after switching to the respective system Saving is not allowed when the memory card has not been set Value of a Saved file number Range System 0 to 9...

Page 322: ...system areas You need to know in advance what system is installed in each of the three system areas When no system is installed in a specified area the current system will be maintained and no error...

Page 323: ...e TIME a b c TIME a b c Function Sets the clock The clock is adjusted when the TIME command is received Value of a a Hour a Hour 0 to 23 0 to 23 Value of b b Minute b Minute 0 to 59 0 to 59 Value of c...

Page 324: ...essage TIMEDSP a TIMEDSP b Function Sets clock display on the screen On Off Values of a and b a Display item b Clock display On Off a b Item Initial value ON ON Clock FULL ON Title and clock OFF OFF N...

Page 325: ...Message TITLE a TITLE a Function Sets the screen title This function has the same effect as the KSE command Value of a a Title character string needs to be enclosed by double quotation marks Initial...

Page 326: ...ive Time Count Read Program Message Query Message Response Message TMCNT a Function Reads out the total power on time Value of a Total power on time Range Unit 0 to 100000 Minute Use Example Reading o...

Page 327: ...ram Message Query Message Response Message TOUT a TOUT a Function Sets the RS 232C communication timeout Value of a Timeout period a Resolution Initial value Unit 0 No timeout to 255 1 5 Second Use Ex...

Page 328: ...rogram Message Query Message Response Message TRM a TRM a Function Sets the type of terminator that is added to a GPIB message Value of a Terminator a Terminator Initial value 0 LF 1 CR LF Use Example...

Page 329: ...Function Sets title display on the screen On Off Values of a and b a Display item b Title display On Off a b Item Initial Value 1 ON Title ON ON Title USER ON Title DATE OFF Clock FULL ON Title and cl...

Page 330: ...7 64 SECTION 7 DETAILED DESCRIPTION OF COMMANDS...

Page 331: ...App i APPENDIXES APPENDIX A ASCII CODE TABLE A 1 APPENDIX B COMPARISON TABLE OF CONTROLLER S GPIB INSTRUCTIONS B 1 APPENDIXES...

Page 332: ...App ii APPENDIXES...

Page 333: ...6 102 v 166 76 118 BEL 7 7 7 ETB 27 17 23 47 27 39 7 67 37 55 G 107 47 71 W 127 57 87 g 147 67 103 w 167 77 119 BS 10 8 8 CAN 30 18 24 50 28 40 8 70 38 56 H 110 48 72 X 130 58 88 h 150 68 104 x 170 78...

Page 334: ...O P Q R S T U V W X Y Z a b c d e f g h i j k l m n o p q r s t u v w x y z DEL UNT UNL 0 1 2 3 4 5 6 7 0 0 0 0 0 1 0 1 0 0 1 1 1 0 0 1 0 1 1 1 0 1 1 1 MSG MSG MSG MSG MSG MSG MSG MSG 1 Address comman...

Page 335: ...D 1 0 5 D 1 0 6 D 1 0 7 D 1 0 8 0 0 0 0 1 1 1 0 0 1 1 0 0 1 0 1 b5 1 b5 1 b5 b4 b4 b4 1 b4 1 b4 b3 b3 b3 1 b3 1 b3 b2 b2 b2 1 b2 1 b2 b1 b1 b1 1 b1 1 b1 Addressed command G Universal command G Listen...

Page 336: ...APPENDIX A A 4...

Page 337: ...elector variable Assigns binary data entered from a device to a variable Initializes an interface CALL Send IFC CALL IBSIC ABORT select code Turns REN line on CALL Enable Remote CALL IBSRE REMOTE devi...

Page 338: ...ecified device CALL Pass Control CALL IBPCT PASS CONTROL Sends out a service request CALL IBRSV REQUEST select code Performs serial polling CALL Read Status Byte CALL CALL IBRSP SPOLL device selector...

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