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R3132 Series Spectrum Analyzer Operation Manual

4.2.9 GPIB Command Codes

4-33

Table 4-9MKR (2 of 2)

(*1) n = 11 (fixed) fn = 10 different frequ

∆

MKR, <DLM> = Delimiter

(*2) n = 11 (fixed) ln = 10 different

∆

MKR, <DLM> = Delimiter

(*3) n = Number of Peaks fn, ln = Frequency (time), level <DLM> = Delimiter

Function

Listener Code

Talker Request

Code

Output Format

Peak

∆

Y div

DY *

DY?

∆

Y(real value)

Peak range

Normal
Upper side
Lower side

PSN
PSU
PSL

PKRNG?

0:All
1:Upper
2:Lower

Malti Marker

ON
OFF

MLT ON
MLT OFF

MLT?

0:OFF
1:ON

Moving the active marker

MK *
MKN *
MN *

–––
–––
–––

Malti Marker No1

ON
OFF

MLN1 *
MLF1

–––
–––

Malti Marker No2

ON
OFF

MLN2 *
MLF2

–––
–––

Malti Marker No3

ON
OFF

MLN3 *
MLF3

–––
–––

Malti Marker No4

ON
OFF

MLN4 *
MLF4

–––
–––

Malti Marker No5

ON
OFF

MLN5 *
MLF5

–––
–––

Malti Marker No6

ON
OFF

MLN6 *
MLF6

–––
–––

Malti Marker No7

ON
OFF

MLN7 *
MLF7

–––
–––

Malti Marker No8

ON
OFF

MLN8 *
MLF8

–––
–––

Malti Marker No9

ON
OFF

MLN9 *
MLF9

–––
–––

Malti Marker No10

ON
OFF

MLN10 *
MLF10

–––
–––

10 frequ

∆

MKR

∆

MKR

Malti Marker Frequency
Malti Marker Level

–––
–––

MLSF?
MLSL?

n<DLM> f1<DLM>... (*1)
n<DLM> l1<DLM>... (*2)

Peak List

Frequency
Level
OFF

PLS FREQ
PLS LEVEL
PLS OFF

–––
–––
–––

Peak list query

–––

PKLST?

n<DLM> f1,l1<DLM>... (*3)

Summary of Contents for R3132 Series

Page 1: ...C Printed in Japan ADVANTEST CORPORATION All rights reserved R3132 Series Spectrum Analyzer Operation Manual FOE 8335156H00 1999 First printing March 20 1999 Applicable models R3132 R3132N R3162 R317...

Page 2: ...ich will result in death or serious personal injury CAUTION Indicates a potentially hazardous situation which will result in personal injury or a damage to property including the product Basic Precaut...

Page 3: ...on Symbols Used Within this Manual Symbols indicating items requiring caution which are used in this manual are shown below to gether with their meaning DANGER Indicates an item where there is a dange...

Page 4: ...with limited life For more informa tion refer to Chapter 1 Main Parts with Limited Life Precautions when Disposing of this Instrument When disposing of harmful substances be sure dispose of them prop...

Page 5: ...t free area An area free from vibrations Figure 1 Environmental Conditions Instrument Placement Figure 2 Instrument Placement This instrument can be used safely under the following conditions Altitude...

Page 6: ...o not lean on the analyzer Do not place anything hands or other objects under the analyzer Do not slide the analyzer Do not use excessive force when pressing keys more than 1 kg Make sure the extensio...

Page 7: ...C Directive 89 336 EEC in accordance with EN61326 and Low Voltage Directive 73 23 EEC in accordance with EN61010 ADVANTEST Corp ROHDE SCHWARZ Tokyo Japan Engineering and Sales GmbH Munich Germany inst...

Page 8: ...nd the functions of each part on the panels You can learn the basic operation of the spectrum analyzer through the examples shown in this chapter 3 REFERENCE Menu Index Menu Map Menu Function Descript...

Page 9: ...d type Example MKR MEAS Soft keys In bold and italic type Example Normal Noise Hz The 1 2 more and 2 2 more soft keys are designated by 1 2_more and 2 2_more in this manual 7 SPECIFICATIONS R3132 Spec...

Page 10: ...2 1 2 1 2 Screen Annotation 2 12 2 1 3 Rear Panel 2 14 2 2 Basic Operation 2 16 2 2 1 Operating Menus and Entering Data 2 16 2 2 2 Displaying Spectrums and Operating the Markers 2 19 2 2 3 Measuring W...

Page 11: ...115 2 4 4 Setting Date and Time 2 118 2 4 5 Setting the Screen Title 2 119 3 REFERENCE 3 1 3 1 Menu Index 3 1 3 2 Menu Map 3 7 3 3 Menu Function Descriptions 3 19 3 3 1 AUTO TUNE Key Auto Tuning 3 19...

Page 12: ...essage Exchange Protocol 4 12 4 2 6 Command Syntax 4 13 4 2 7 Data Formats 4 14 4 2 8 Status Byte 4 15 4 2 9 GPIB Command Codes 4 22 4 2 10 Example Programs 4 49 4 2 10 1 Sample Programs for Setting o...

Page 13: ...cy Response 5 59 5 2 17 Frequency Span Accuracy 5 68 5 2 18 Third Order Intermodulation Distortion 5 72 5 2 19 Gain Compression 5 77 5 2 20 Sweep Time Accuracy 5 83 5 2 21 Residual Response 5 86 5 3 T...

Page 14: ...se Level 6 31 6 3 1 2 Frequency Response 6 34 6 3 2 Performance Verification Test Record Sheets 6 39 6 4 External Mixer OPT19 6 52 6 4 1 External Mixer Performance Verification Test Procedures 6 54 6...

Page 15: ...uring Settings Screen 2 28 2 15 Frequency Counter Measurement Resolution 1 kHz 2 28 2 16 Frequency Counter Measurement Resolution 10 Hz 2 29 2 17 Screen Display Prior to Auto Tuning 2 30 2 18 Screen D...

Page 16: ...Mode 2 65 2 60 Measurement Using ACP GRAPH 2 66 2 61 ACP at the 100 kHz 2 66 2 62 Setup Measuring Adjacent Channel Leakage Power 2 67 2 63 PHS Trace 2 68 2 64 CS BS Setup dialog box 2 69 2 65 Measure...

Page 17: ...rity Measurement 2 102 2 106 Floppy Disk Write Protection 2 104 2 107 Screen for the F Disk Menu 2 106 2 108 Screen Display Showing Floppy Disk as the Destination 2 108 2 109 Display for Selecting the...

Page 18: ...n Test 5 79 5 20 Setup of Sweep Time Accuracy Test 5 83 5 21 Setup of Residual Response Test 5 87 5 22 Setup of Absolute Output Level Accuracy Test 5 90 5 23 Setup of Output Level Flatness Test 5 92 5...

Page 19: ...ts R3132 N 3 85 3 2 Factory Defaults R3162 3 86 3 3 Factory Defaults R3172 3 87 3 4 Factory Defaults R3182 3 88 3 5 Values for Default Config 3 89 4 1 Frequency 1 of 3 4 22 4 2 Level 4 25 4 3 BW 4 25...

Page 20: ...Marker Accuracy Test Setting 5 54 5 20 Center and Span Frequencies for the R3132 series 5 70 5 21 Center and Span Frequencies for the R3162 72 82 5 70 5 22 Center and Span Frequencies for the R3172 8...

Page 21: ...3162 9 kHz to 26 5 GHz R3172 9 kHz to 40 GHz R3182 Frequency span Zero 1 kHz to 3 GHz R3132 N Zero 1 kHz to 8 GHz R3162 Zero 1 kHz to 26 5 GHz R3172 Zero 1 kHz to 40 GHz R3182 2 High speed and high pr...

Page 22: ...eration Manual 1 1 Product Description 1 2 10 Remote control capabilities which allow you to setup an automatic measurement system This remote control function complies with GPIB and RS 232 specificat...

Page 23: ...yzer was purchased There are 11 types of power cable available see Table 1 2 To order another power cable contact an ADVANTEST Field Office or representative When order ing refer to power cables by th...

Page 24: ...SA Canada 125 V at 7 A Black 2 m 6 ft Straight A01403 OPT95 Angled A01413 CEE Europe DEMKO Denmark NEMKO Norway VDE Germany KEMA The Netherlands CEBEC Belgium OVE Austria FIMKO Finland SEMKO Sweden 25...

Page 25: ...are available for this spectrum analyzer 1 OPT20 Highly Stable Reference Frequency Crystal Oscillator 2 OPT27 Narrow band Resolution Bandwidth 3 OPT29 High Speed Time Domain Sweep 4 OPT73 FM Demodula...

Page 26: ...ons A low noise area Although the R3132 Series has been designed to withstand a certain amount of noise riding on the AC power line it should be used in an area of low noise Use a noise cut filter whe...

Page 27: ...he input voltage and meets the related standard see Table 1 2 1 4 3 Power Fuse CAUTION 1 When a fuse blows there may be some problem with the analyzer so contact a qualified ADVANTEST service represen...

Page 28: ...use 1 8 Figure 1 2 Replacing the Power Fuse Fuse holder Pull out the fuse holder using a slotted head screwdriver Fuse T5A 250V Check and replace if necessary the power fuse and put it back into the f...

Page 29: ...parts of the instrument For protection against electrical shock insert the plug into a power source outlet that has a properly grounded protective ground contact The manufacturer ships a power cable...

Page 30: ...nnect the power cable provided to the AC power supply connector on the rear panel CAUTION To prevent damage operate the spectrum analyzer within specified input voltage and frequency ranges Figure 1 4...

Page 31: ...ompleted CAUTION Allow 30 minutes for the R3132 Series to warm up before proceeding the next step 5 Press SHIFT The SHIFT lamp lights 6 Press CONFIG PRESET The factory defaults are reset The startup s...

Page 32: ...anel keys are disabled 8 Press Execute Self Test The five test items are executed in order and then the test results are displayed as shown below Figure 1 7 Screen Shown after Executing Self Test CAUT...

Page 33: ...Do not allow water to get inside the spectrum analyzer 2 Do not use organic cleaning solvents such as benzene toluene xylene acetone or similar compounds since these solvents may damage the plastic pa...

Page 34: ...um analyzer using the following guidelines To allow for cushioning use a corrugated cardboard container with inner dimensions that are at least 15 centimeters more than those of the spectrum analyzer...

Page 35: ...ite Please contact ADVANTEST CORPORATION concerning the calibration 1 8 Replacing Parts with Limited Life The R3132 Series uses the following parts with limited life that are not listed in Safety Summ...

Page 36: ...rs Screen annotation Basic operation Measurement examples Expanded functions 2 1 Panel Description 2 1 1 Front Panel This section contains detailed views of the front panel and explanations for the pa...

Page 37: ...R3132 Series Spectrum Analyzer Operation Manual 2 1 1 Front Panel 2 2 Figure 2 2 Front Panel R3172 Figure 2 3 Front Panel R3182 1 2 3 4 5 6 7 8 9 1 2 3 4 5 6 7 8 9...

Page 38: ...lays the function of each soft key up to 7 at one time 4 Intensity Adjusts the brightness of the display back light 5 ACTIVE OFF key Turns off the active area removing any displayed information 6 Soft...

Page 39: ...off 2 TG OUTPUT connector Option TG output connector Frequency range is 100 kHz to 3 GHz 3 RF INPUT 2 connector Unused 4 CAL OUT connector Calibration signal output connector 30 MHz 20 dBm 5 PROBE PW...

Page 40: ...Frequency range is 100 kHz to 3 GHz 3 EXT MIXER connector Option Connects an external mixer to increase the measure ment frequency range 4 CAL OUT connector Calibration signal output connector 30 MHz...

Page 41: ...RF INPUT connector Inputs the measurement signal 4 CAL OUT connector Calibration signal output connector 30 MHz 20 dBm 5 PROBE PWR connector Power output for the accessory The maximum current is 100 m...

Page 42: ...et frequency spans 3 LEVEL key Used to set the reference level 4 SWEEP lamp Turns on when a sweep is being performed 5 REPEAT START STOP key Used to execute continuous sweeps or to reset a sweep 6 SIN...

Page 43: ...or an EMC measure ment Displays the Cal menu 2 BK SP key Used to remove data you have entered or to enter a minus sign 3 Units keys GHz key MHz key kHz key Hz ENTER key These are used to select a unit...

Page 44: ...they can be used as data for other functions Control Description 1 BW key Used to set the resolution bandwidth RBW and video bandwidth VBW 2 TRIG key Used to set the trigger conditions 3 PAS FAIL key...

Page 45: ...et the operational conditions for the inter face etc Used to reset the spectrum analyzer to the factory default settings 3 SHIFT key Allows you to access additional functions for cer tain keys keys th...

Page 46: ...Description 1 AUTO TUNE key Used to automatically display the maximum peak 2 COUNTER key Used to measure frequency as a counter 3 POWER MEASURE key Used to make power measurements 4 UTILITY key Used...

Page 47: ...vel 3 Amplitude scale Current amplitude scale graduation 4 Trace Trace mode and search mode which are currently selected 5 Line setup display Shows values for the display line 6 Marker area Frequency...

Page 48: ...points are 501 points nothing is dis played if the trace points are 1001 points 19 Active area Used to display the currently active functions note that the data can be changed and their related value...

Page 49: ...ce 2 PRINTER connector Connector used when attaching a Centronix printer 3 RS 232 connector Connector for an external unit used to control the spectrum analyzer through an RS 232 interface 4 10 MHz RE...

Page 50: ...ust vent Used to vent excess heat buildup in the spectrum analyzer CAUTION Do not block this vent 10 AC power connector 3 pin type 11 Fuse holder Holds the line fuse and one spare fuse which is suppli...

Page 51: ...knob Entering Data Using the Numeric Keys You use the following keys to enter data the number keys 0 through 9 the decimal point key and the backspace BK SP or minus key If you make a mistake when us...

Page 52: ...the active area on again press any panel or soft key 3 Menu structure You can access the following submenu by pressing either 1 2_more or the soft key with a mark in the right hand corner In addition...

Page 53: ...HIFT and the desired panel key Pressing SHIFT lights the adjacent LED indicating that the Shift function is active To cancel the shift function before selecting a blue labeled function press SHIFT a s...

Page 54: ...ctrum analyzer 1 Make sure that the POWER switch on the front panel is in the OFF position 2 Connect the power cable provided to the AC power supply connector on the rear panel CAUTION To avoid damage...

Page 55: ...adapter to the INPUT connector on the front panel For the R3182 first connect the SMA SMA adapter to the SMA BNC adapter then connect this combined adapter to the INPUT connector on the front panel 8...

Page 56: ...Active Area Display 10 Press 5 0 and MHz A center frequency of 50 MHz is set Figure 2 8 Setting the Center Frequency 11 Press SPAN The current frequency span is displayed in the active area and the S...

Page 57: ...The marker is displayed on the trace peak and the marker frequency approxi mately 30 MHz and level approximately 20 dBm are listed in the marker area Figure 2 10 Peak Search Display Screen Using the...

Page 58: ...perating the Markers 2 23 18 Press 3 0 and MHz dBm The active marker gets a secondary harmonic signal at a distance of 30 MHz Move the marker to the signal peak using the data knob The marker area dis...

Page 59: ...put signal connection Connect the calibration signal used for the measurement Setting the measurement conditions This changes the analyzer settings so that the input signal is displayed more clearly 3...

Page 60: ...s the reference line allowing you to enter reference level settings 8 Press Ref Line ON OFF ON The reference line appears and the reference level can now be set 9 Move the reference line vertically un...

Page 61: ...s is displayed The frequency for the current window position is listed in the active area and the window position can now be changed 13 Move the measuring window by turning the data knob so that the m...

Page 62: ...the sweep period becomes longer NOTE 1 The counter function may not work normally if the span is greater than 200 MHz or the difference between the marker and the noise level is 25 dB or less 2 The s...

Page 63: ...ings Screen Measuring frequency by counter This measures the frequency using the counter function 5 Press COUNTER The Counter menu used for setting the frequency counter resolution and the Frequency C...

Page 64: ...2 2 5 Auto Tuning You can display a signal with an unknown frequency using the auto tuning function Power on 1 Turn the spectrum analyzer power on Initialization This resets the current settings to th...

Page 65: ...ress AUTO TUNE Normally peak searches cover the entire band and the span gradually returns to the original setting by keeping track of that peak signal With this function the maximum peak is automatic...

Page 66: ...the input signal is displayed more clearly 3 Press FREQ 2 9 9 9 and MHz A center frequency of 29 99 MHz is set 4 Press SPAN 5 0 and kHz A frequency span of 50 kHz is set Signal tracking This function...

Page 67: ...k in each sweep If the delta marker is being used at that time the normal marker is displayed on the peak and the delta marker is displayed the delta frequency away from the peak unless the zero span...

Page 68: ...th RBW wider Make the video bandwidth VBW wider Make the sweep time SWP longer Make the frequency span SPAN narrower when the RBW or VBW cannot be changed CAUTION Measured data may be inaccurate if yo...

Page 69: ...50 kHz is set The following are automatically set RBW 1 kHz VBW 1 kHz Sweep time 200 ms 5 Press SWEEP SWP Time AUTO MNL MNL 4 0 and kHz ms Sweep time is set to 40 ms and UNCAL is displayed in the low...

Page 70: ...be set to properly observe adjacent signals using the spectrum analyzer Setup 1 Connect the signal generators as shown in Figure 2 23 Figure 2 23 Setup for Measuring Two Signals Separately Power on 2...

Page 71: ...PRESET The default settings have now been reset Setting the measurement conditions This changes the analyzer settings so that the input signal is displayed more clearly 6 Press FREQ 2 0 0 and MHz A ce...

Page 72: ...Analyzer Operation Manual 2 2 8 Separating Two Signals 2 37 Figure 2 25 Two Discernible Peaks 9 Press 1 0 and kHz The RBW is set to 10 kHz Two peaks can now be distinctly seen Figure 2 26 Two Distinct...

Page 73: ...e 2 27 Setup for Verifying the Dynamic Range Power on 2 Turn the power on Setting the signal generator This prepares the signal generators for output 3 Set the SG frequency to 200 MHz the SG1 level to...

Page 74: ...lt setting is 10 kHz The noise level can be reduced by decreasing this value 8 Press BW RBW AUTO MNL MNL 1 and kHz The RBW mode is changed to manual and the resolution bandwidth is set to 1 kHz As a r...

Page 75: ...y after Changing the VBW 10 Press BW and VBW AUTO MNL AUTO The VBW function is switched to the AUTO mode Performing the averaging function This function can improve the S N ratio faster than the VBW m...

Page 76: ...measurements The averaging function is turned off and the RBW and VBW functions are set to AUTO mode 12 Press AVG A ON OFF OFF The averaging function is turned off 13 Press BW RBW AUTO MNL AUTO and V...

Page 77: ...whose value is larger than the gain compression limit Setup 1 Connect the signal generators as shown in Figure 2 33 Figure 2 33 Setup for Input Saturation Power on 2 Turn the power on Setting the sig...

Page 78: ...VEL ATT AUTO MNL MNL 0 and GHz dB The Attenuator level is set to 0 dB Under these conditions the input level at the mixer is 16 dBm 16 dBm 0dB and the measurement is correct without saturation Figure...

Page 79: ...come from the input signal may be observed Setup 1 Connect the signal generator as shown in Figure 2 36 Figure 2 36 Setup for Measuring Harmonic Distortion Power on 2 Turn the power on Setting the si...

Page 80: ...clearly 5 Press FREQ 3 5 0 and MHz A center frequency of 350 MHz is set 6 Press SPAN 5 0 0 and MHz A frequency span of 500 MHz is set 7 Press BW RBW AUTO MNL MNL 1 0 kHz VBW AUTO MNL MNL 1 and kHz An...

Page 81: ...section describes how to set up the attenuator ATT when using a spectrum analyzer which is receiv ing more than one input signal When signals with an excess amplitude are input spurious signals produ...

Page 82: ...ngs to the factory defaults 5 Press SHIFT and CONFIG PRESET The default settings have now been reset Setting the measurement conditions This changes the analyzer settings so that the input signal is d...

Page 83: ...he attenuator level is set to 20 dB Under these conditions the mixer input level is 30 dBm 10 dBm 20 dB and spurious peaks peaks 3 and 4 in Figure 2 40 are not produced Figure 2 41 Screen Display with...

Page 84: ...nput cable provided as an accessory Performing the calibration 3 Press SHIFT and 7 CAL The Cal menu used for calibration appears Figure 2 42 Screen Display Showing the Cal Menu 4 Press Cal All Calibra...

Page 85: ...not turn any other settings on 6 Press Save Item The empty correction data table is saved to the floppy disk 7 Specify the file and press Save This copies the empty correction data table to the flopp...

Page 86: ...t the file and press Recall The correction data table is read out Verifying the imported correction data table This confirms that the correction data table has been read into the spectrum analyzer 14...

Page 87: ...below Table 2 2 Configuration of the Options This section explains how to set up the R3172 82 and waveguide mixer and how to operate them Setup CAUTION 1 When connecting the R3172 82 to the waveguide...

Page 88: ...Figure 2 46 Setup for the R3172 and Waveguide Mixer Figure 2 47 Setup for the R3182 and Waveguide Mixer Power on 3 Turn the instrument power on Initializing the set conditions This resets the current...

Page 89: ...be opened from the file list using the data knob The relationships between the frequency ranges of the external mixer being used and the file names are shown below Table 2 3 File Names 8 Press Recall...

Page 90: ...a unit similar to PHS outputting a frequency of 1917 950 MHz and a level of 20 dBm Use appropriate parameter values to make the measurements shown below Setup 1 Connect the transmitter as shown in Fig...

Page 91: ...UTO MNL MNL 1 0 and kHz The RBW is set to 10 kHz 8 Press LEVEL 1 0 and GHz dBm The reference level is set to 10 dBm Setting the offset level 9 Press 1 2_more Ref Offset ON OFF ON 1 0 and GHz dB The of...

Page 92: ...S WD 3 0 0 and kHz The channel width is set to 300 kHz The Channel Power window is displayed the channel power is measured and the measurement value is displayed in the Channel Power window In additio...

Page 93: ...make the measurements shown below NOTE NOTE Set the reference level and the frequency span so that the signal amplitude on the screen is 50 dB or more in order to reduce operation error when the sign...

Page 94: ...ayed more clearly 5 Press FREQ 1 8 9 5 1 5 and MHz A center frequency of 1895 15 MHz is set 6 Press SPAN 8 0 0 and kHz A frequency span of 800 kHz is set Setting the detector mode 7 Press TRACE Detect...

Page 95: ...h is displayed center refers to center frequency not carrier fre quency and two markers are placed at either end of the occupied bandwidth In this example which has a ratio of 99 0 initial value each...

Page 96: ...phic function which permits you to display the power at a point by integrating the leakage power over the specified bandwidth with respect to this point is avail able Separate screen mode Automaticall...

Page 97: ...s presets values Setting the measuring conditions This changes the analyzer settings so that the input signal is displayed more clearly 5 Press SPAN 2 5 0 and kHz A frequency span of 250 kHz is set CA...

Page 98: ...Press SWEEP SWP Time AUTO MNL MNL 2 1 and MHz sec A sweep time of 21 seconds is set NOTE The sweep time must meet the following Sweep time Number of trace points Period of the burst signal Figure 2 5...

Page 99: ...ialog box 17 Press RETURN This closes the CS BS Setup dialog box NOTE An ACP measurement cannot be carried out if the frequency span for the specified bandwidth and channel spacing is inappropriately...

Page 100: ...Root Nyquist Filter dialog box is closed Performing ACP 23 One marker is displayed in each of the upper and lower adjacent channels each time a sweep is performed and the lower adjacent channel leakag...

Page 101: ...calculation result of the adjacent channel leakage power and the delta marker are displayed Figure 2 60 Measurement Using ACP GRAPH Specifying measurement points Moving the marker to another channel...

Page 102: ...wer Power on 2 Turn the analyzer and the unit under test power on Setting the unit under test 3 Activate the signal output for the unit under test Initialization This resets the current settings to th...

Page 103: ...ace peak can be within 1 graduation in relation to the reference level NOTE Measurement errors increase when the signal level is much lower than the reference level 13 Press SWEEP SWP Time AUTO MNL MN...

Page 104: ...00 kHz The cursor is moved to the 1st channel s Band Width 18 Press 1 9 2 and kHz The specified bandwidth for channel 1 is set to 192 kHz The cursor is moved to the 2nd channel s Channel Space 19 Pres...

Page 105: ...is performed the trace of a carrier signal is displayed on the upper screen and the upper and lower adjacent channel traces are displayed on each of the two lower screens The ACP values for both adja...

Page 106: ...Signal Power on 2 Turn the analyzer and the signal generator power on Setting the signal generator This prepares the signal generator for output 3 Set the frequency to 1 GHz the level to 0 dBm the pu...

Page 107: ...e is set to 200 ms Setting the gated sweep This sets the conditions of the gated sweep to bring the gated sweep into sync with the input signal 10 Press SWEEP and Gated Sweep The Gated Sweep menu is d...

Page 108: ...rigger Setup 12 Press Gate Position 0 6 and kHz ms The gate start position is set to 0 6 msec 13 Press Gate Width 0 3 and kHz ms A gate width of 0 3 msec is set Figure 2 69 Gate Setup 14 Press Gate Sw...

Page 109: ...e display shows the gated sweep trace in Full screen mode You can now change the frequency span and reference level if desired NOTE Check the gated sweep for its settings after you have changed the re...

Page 110: ...the measurements shown below Opt29 is required Setup 1 Connect the unit as shown in Figure 2 72 Figure 2 72 Setup for Measuring a Burst wave signal Power on 2 Turn the analyzer and the unit under tes...

Page 111: ...e level is set to 5 dBm Figure 2 73 Burst Signal in the Time Domain 8 Press SWEEP SWP Time AUTO MNL MNL 5 and kHz ms A sweep time of 5 msec is set Figure 2 74 Burst Signal in the Time Domain Setting t...

Page 112: ...igger Signal 10 Adjusts the trigger level to 70 using the knob Setting the leading edge of a waveform 11 Press SWEEP 5 0 and Hz s A Sweep time of 50 sec is set 12 Press Trig Delay 2 5 and Hz s The wav...

Page 113: ...gnals in the Time Domain 2 78 Setting the trailing edge of a waveform 13 Press Trig Delay 5 7 5 and Hz s The waveform is displayed 575 sec after the triggering point so you can observe the trailing ed...

Page 114: ...he input signal cable 2 Connect the calibration signal used in the measurement Initialization This resets the current settings to the factory defaults or user defined presets 3 Press SHIFT and CONFIG...

Page 115: ...d for Limit Line 1 are displayed 8 Press 2 2 and MHz 22 MHz is set in the first frequency entry and the cursor moves to the level entry 9 Press 7 0 and MHz dBm 70 dBm is set in the first level entry a...

Page 116: ...11 Press Limit Line 1 2 2 The editor is changed from the Limit line 1 mode to the Limit line 2 mode 12 Press 2 2 and MHz A frequency of 22 MHz is set in the frequency entry used for Limit Line 2 The...

Page 117: ...t is displayed Limit Line 1 displays a higher limit for waveform data When waveform data values are lower than Limit Line 1 the result is Pass Figure 2 80 PASS FAIL Result using Limit Line 1 PASS Disp...

Page 118: ...than Limit Line 2 the result becomes Pass accordingly Figure 2 82 PASS FAIL Result using Limit Lines 1 and 2 PASS Setting an offset for the limit line 19 Press PAS FAIL and Shift X Y X Enter an arbit...

Page 119: ...R3132 Series Spectrum Analyzer Operation Manual 2 3 6 Pass Fail Judgments Using the Limit line Function 2 84 Figure 2 84 Judgment Result after the Offset Has Been Changed PASS...

Page 120: ...he unit under test as shown in Figure 2 85 Figure 2 85 Setup for TG Measurements Power on 2 Turn the power on Initialization This resets the current settings to the factory defaults 3 Press SHIFT and...

Page 121: ...generator is set to 5 dBm 9 Press TG and Execute Normalize The normalization calibration is performed Figure 2 86 Measurement Screen after a Normalization Calibration NOTE When you change center frequ...

Page 122: ...e AUTO MNL 5 0 and kHz msec CAUTION If the input signal level changes abruptly the IF filter in this instru ment will not respond to this change If this occurs make the sweep slow enough or the span n...

Page 123: ...uring a Bandwidth of 3 dB This measurement is taken under the same conditions as the insertion loss 13 Press MEAS XdB Down 3 GHz dBm and XdB Down Two markers are displayed on both sides 3 dB down from...

Page 124: ...cdmaOne is described Measurement conditions The signal to be measured is a signal used for cdmaOne and has a frequency of 825 MHz and a level of 0 dBm Use appropriate parameter values to make the meas...

Page 125: ...and 7 to enter the remaining data in Table 2 6 9 Press RETURN The Limit Line 1 editor is removed and the Pass Fail menu is displayed 10 Press X ABS LFT CTR LFT and X ABS LFT CTR CTR The frequencies e...

Page 126: ...channel power but the measurement value of the adjacent chan nel leakage ratio is the same as the one obtained using Sample This mode is used when the near band spurious spectrum is mea sured Sample T...

Page 127: ...Press 1 2 3 and MHz A carrier bandwidth of 1 23 MHz is set The cursor is moved to the 1st channel s Channel Space 23 Press 9 0 0 and kHz The 1st channel s channel spacing is set to 900 kHz The cursor...

Page 128: ...g the Spectrum Mask Function 28 Two markers are displayed at both of the adjacent channel positions for each sweep and a ratio of the channel leakage power to the channel power within the carrier band...

Page 129: ...tup for measuring VCO Output Levels Power on 2 Turn the instrument power on Initializing the set conditions This resets the current settings to the factory defaults 3 Press SHIFT and CONFIG PRESET The...

Page 130: ...der test is displayed after the image signal has been eliminated Figure 2 96 Measurement Signal with the Image Signal Eliminated Examining signals using the ZOOM function 5 Press DISPLAY Multi Screen...

Page 131: ...7 Press Zoom Width 3 5 and GHz The window width is set to 3 5 GHz 8 Press Screen A B B and PK SRCH The peak search function displays a marker on the peak of the output signal from the unit under test...

Page 132: ...as shown in Figure 2 98 Figure 2 98 Setup for Measurements Using the FM Demodulation Function Power on 2 Turn the analyzer power and the unit under test power on Initializing the set conditions This r...

Page 133: ...ween Frequency Range and the Value of RBW 8 Press SWEEP SWP Time AUTO MNL MNL 2 0 0 and kHz msec The time scale horizontal axis is set to 200 msec 9 Press TRIG and Ext Trig The trigger source is switc...

Page 134: ...ty measurement calculates the F T of trace data and displays it T is determined by Aperture as shown in the formula below T Sweep time Aperture The unit of the vertical axis is Hz ms for a frequency r...

Page 135: ...ons 15 Press Aperture 3 and Hz The differential section along the horizontal axis is set to 3 Figure 2 101 Sensitivity Measurement Screen 16 Press DISPLAY Multi Screen and T T The screen display is sw...

Page 136: ...rned off Linearity Measurement The linearity measurement displays the difference between the trace and the reference line The reference line can be set in two ways one is to manually set with Offset a...

Page 137: ...ity is set 20 Press UTILITY Linearity and Auto Adj The reference line is calculated from a trace in the measuring window using the least square method 21 Press Linearity ON OFF ON The difference betwe...

Page 138: ...R3132 Series Spectrum Analyzer Operation Manual 2 3 10 FM Demodulation Function OPT73 2 103 23 Press Linearity ON OFF OFF The linearity function is turned off...

Page 139: ...0KB HD 1 2 MB and 1 44MB MS DOS format compatible 1 Write protecting the Floppy Disk This prevents you from accidentally initializing or overwriting a floppy containing previously saved data The write...

Page 140: ...the drive 3 Remove the disk from the drive 4 Initializing Floppy Disks To prepare a floppy disk for use with the spectrum analyzer use the following proce dure CAUTION Only HD floppy disks can be for...

Page 141: ...lect Confirm and then press the ENTER Hz key The floppy disk is formatted with the MS DOS 1 44MB format While the floppy disk is being formatted the access lamp turns on This proce dure takes approxim...

Page 142: ...are saved Antenna correction data Normalize data Limit line data The level values for trace data Channel table data Spurious measurement table data Loss Freq table data To save data use the following...

Page 143: ...etup ON OFF current settings Trace ON OFF Trace data being displayed Ant Corr ON OFF Corrected antenna data Norm Corr ON OFF Normalization calibration data available only when equipped with OPT74 Limi...

Page 144: ...to save your data under using the data knob When the file is being saved to RAM the file names appear as REG00 or above For floppy disks the file names start from FILE00 and continue with 01 02 etc N...

Page 145: ...re use the following procedure Selecting the file source 1 Press SHIFT and RECALL SAVE The Save menu and file list are displayed 2 Press Device RAM FD Select either RAM internal memory or FD floppy di...

Page 146: ...conditions and trace data can be used for measurements Use the following procedure to access this data Selecting the file source 1 Press RECALL The Recall menu and file list are displayed 2 Press Devi...

Page 147: ...Screen Display Showing the Selected File Recalling the data 4 Press Recall The data from the selected file is loaded into the spectrum analyzer Figure 2 113 Screen Display showing Recalled Data NOTE...

Page 148: ...llowing procedure Selecting the file source 1 Press SHIFT and RECALL SAVE The Save menu and file list are displayed 2 Press Device RAM FD Select either RAM internal memory or FD floppy disk For this e...

Page 149: ...R3132 Series Spectrum Analyzer Operation Manual 2 4 2 Saving or Recalling Data 2 114 Figure 2 115 Screen as Shown after Deleting File Data...

Page 150: ...floppy disk into the floppy drive Selecting the destination 2 Press CONFIG Copy Config and Copy Device PRT FD FD The FD is selected as the destination of the screen data Figure 2 116 Screen Display Sh...

Page 151: ...Compatible Printers NOTE Only ESC P R and HP PCL are available for color printing 1 indicates that ESC P R is used for color printing 2 indicates that HP PCL is used for color printing Connecting the...

Page 152: ...17 Printer Setup Screen Printing 4 Display the screen you wish to print out and then press COPY The screen data is sent to the printer The time required for the data to print out depends on the mode a...

Page 153: ...date and time 1 Press CONFIG 1 2_more and Time Date The Time Date dialog box appears Figure 2 118 Time Date Menu 2 Select Year and press 1 9 9 9 and Hz ENTER The year is set to 1999 3 Select Month an...

Page 154: ...characters and special characters is displayed This dialog box consists of the two areas one is the area in which characters entered are displayed and the other is the area in which the alphanumeric c...

Page 155: ...ST the final display is ADVANTEST1 Only numeric characters can be entered directly from the numeric keys 7 Press Change Title This closes the Title Entry dialog box and the characters you entered are...

Page 156: ...Meas 3 11 3 46 5dB div 3 10 3 42 5th Order 3 11 3 49 7th Order 3 11 3 49 9th Order 3 11 3 49 A B A 3 17 3 79 Abort 3 7 3 29 ACP 3 14 3 58 ACP OFF 3 14 3 60 Active Marker 3 12 3 14 3 52 3 60 A DL A 3...

Page 157: ...3 8 3 28 3 89 Define Default 3 14 3 57 3 58 3 60 3 62 Delete 3 11 3 14 3 15 3 16 3 47 3 63 3 64 3 70 Delete Line 3 9 3 10 3 13 3 14 3 34 3 38 3 39 3 55 3 59 3 61 Delta 3 12 3 50 Demod Cal 3 18 3 84 D...

Page 158: ...7 LOCAL 3 10 3 44 Log Linear 3 7 3 21 Loss Freq 3 16 3 70 Loss Freq Edit 3 10 3 39 Loss Freq ON OFF 3 10 3 39 Manual 3 14 3 57 3 58 3 60 3 62 Manual Tune 3 10 3 38 Marker Couple ON OFF 3 9 3 31 Marker...

Page 159: ...16 3 70 QP 3 9 3 33 Range 3 18 3 83 Range Only 3 18 3 84 RBW 120kHz 3 9 3 33 RBW 1MHz 3 9 3 33 RBW 200Hz 3 9 3 33 RBW 9kHz 3 9 3 33 RBW Auto 3 9 3 33 RBW AUTO MNL 3 7 3 20 RBW Switch 3 7 3 21 RECALL 3...

Page 160: ...t ON OFF 3 14 3 63 3 64 SWP Time AUTO MNL 3 16 3 74 Symbol Rate 1 T 3 14 3 59 3 61 T T 3 9 3 32 Table 1 to 3 3 37 Table Init 3 9 3 10 3 11 3 13 3 14 3 15 3 34 3 38 3 39 3 47 3 55 3 59 3 61 3 63 3 64 T...

Page 161: ...R3132 Series Spectrum Analyzer Operation Manual 3 1 Menu Index 3 6 Y ABS TOP BOT 3 13 3 54 Year 3 8 3 27 Zero Span 3 16 3 73 Zoom 3 9 3 32 Zoom Position 3 9 3 32 Zoom Width 3 9 3 32...

Page 162: ...E RBW AUTO MNL VBW AUTO MNL Wide RBW ON OFF Auto All 7 CAL Cal All Total Gain Each Item Freq Corr ON OFF Cal Corr ON OFF Cal Sig Level 1 2_more IF Step Amp RBW Switch Log Linear AMPTD OFS PBW AUTO TUN...

Page 163: ...ate Time Color Pattern Revision Default Config 2 2_more Printer File Copy Device PRT FD Change Title Color 1 Color 2 Gray B W Inverse Baud Rate Data Length Stop Bit Parity Bit Flow Control Copy Mode P...

Page 164: ...DISPLAY Zoom F T T T Screen A B Screen Reset Zoom Position Screen A B Screen Reset Zoom Position Zoom Width Screen A B Screen Reset Sound AM FM Volume Marker Pause Time Squelch ON OFF Sound OFF 1 EMC...

Page 165: ...EXT 1 Ext Mixer Config 1 Signal Ident ON OFF 1 Image Suppress ON OFF 1 2 2_more Auto Tune Manual Tune Ref Offset ON OFF Input 50 75 2 2_more dBm dBmV dB V Watts Volts LOCAL R3132 Frequency Input CH Ty...

Page 166: ...h ON OFF Sound OFF dBm Hz dB V Hz dBc Hz Noise Hz OFF Mod Freq SWP T ON OFF Peak Delta Y FM Meas OFF Sound Phase Noise IM Meas 2 2_more C N Meas Phase Jitter Order Limit Setup Pass Fail Judgement ON O...

Page 167: ...Min Min Peak Cont Peak ON OFF 1 2_more MKR Multi MKR Setup MKR List ON OFF Peak List Level Peak List Freq Multi MKR OFF Marker No Marker ON Marker OFF Active Marker Reset Marker Fixed MKR ON OFF MKR S...

Page 168: ...PAS FAIL Pass Fail ON OFF Line1 ON OFF Line2 ON OFF X ABS LFT CTR Y ABS TOP BOT Y ABS CTR When OPT73 FM Demodulation function is turned on Shift X Y Limit Line Edit Limit Line 1 2 Insert Line Delete...

Page 169: ...Symbol Rate 1 T Rolloff Factor Nyquist Filter ON OFF Marker No Marker ON Marker OFF Active Marker Reset Marker Graph OFF Default Manual Define Default Default Manual Define Default Spectrum Mask Spur...

Page 170: ...2 Series Spectrum Analyzer Operation Manual 3 2 Menu Map 3 15 PRESET Recall List ON OFF Device RAM FD REPEAT RECALL SHIFT PRESET Table No 1 2 3 Insert Delete Table Init Prev Result Next Result A B CON...

Page 171: ...Trace Level Channel Spurious Alphanumeric characters and symbols Alphanumeric characters and symbols Self Test 0 SHIFT Execute Self Test Exit Setup Trace Ant Corr Norm Corr Limit Line Loss Freq OPT 16...

Page 172: ...AVG A B Min Hold A B Store A B to B A Math A Trc Menu A B 2 2_more AVG A B ON OFF Average PSE CONT Average CONT SGL Single Measure ON OFF TG OPT 74 TRACE Trig Source Slope TV Polarity TV Sys NTSC PAL...

Page 173: ...FM Demod OPT73 Range Deviation Sensitivity Linearity Linearity ON OFF Demod Cal FM Demod OFF UTILITY Peak Delta Y Deviation OFF Sens Range Aperture Sensitivity OFF Auto Adj Sample Points Offset Adj Sl...

Page 174: ...d 3 3 1 AUTO TUNE Key Auto Tuning When pressing the AUTO TUNE key the frequency span is automatically changed to the full span to de tect the maximum signal level and changed back to the last span The...

Page 175: ...o the span settings MNL Allows you to set the resolution bandwidth manually VBW AUTO MNL Toggles the video bandwidth between AUTO and MNL AUTO Automatically sets an optimum video bandwidth ac cording...

Page 176: ...band width and calibrates it Log Linear Measures the linearity of the ordinate axis at a range of 10 dB DIV to 1 dB DIV on the LOG scale and calibrates it AMPTD OFS Calibrates the level offset in the...

Page 177: ...Enters the compensation value for the 10 MHz reference fine ad justment Store Saves the frequency compensation data based on the 10 MHz ref erence Default Restores the compensation values for the coar...

Page 178: ...o 600 1200 2400 4800 9600 or 19200 bps Data Length Sets the data bit length to 7 or 8 bits Stop Bit Sets the stop bit to either 1 or 2 Parity Bit Sets the parity bit type NONE Does not perform parity...

Page 179: ...e Mono L Sets the printer output mode to monochrome for L size L size is approximately the width of the paper used for the analyzer in landscape orientation S size is approximately the width of the pa...

Page 180: ...for the file Color Files are saved in 256 colors S Color Files are saved in simple color Gray Files are saved in gray scale 4 shades of gray Mono Files are saved in monochrome black and white Compress...

Page 181: ...nal signals are used EXT Use the 10 MHz REF IN terminal as the external input signal source CAUTION 1 EXT is automatically displayed when the external signal is detected 2 When the external signal is...

Page 182: ...s the date and time SHORT Displays the date only OFF Does not display the date and time Order Selects the format of the date indication Year Month Day Displays in the order of a day of the week year m...

Page 183: ...e display Inverse Inverts the background colors of the screen display between black and white This is effective for the Gray or B W setting only Revision Displays the software version number and all o...

Page 184: ...y 3 29 3 3 5 COPY Key Hard Copy Sends the screen data to the destination selected by the Copy Config item in the Config 1 menu Note there is no menu associated with this panel key To abort printing Pr...

Page 185: ...e and displays the associated menu The current measurement fre quency is also displayed Res 1kHz Sets the frequency counter resolution to 1kHz Res 100Hz Sets the frequency counter resolution to 100 Hz...

Page 186: ...he reference line The reference line posi tion can be adjusted under this setting OFF Turns the reference line off Measuring Window Displays the Window menu Window ON OFF Turns the measuring window di...

Page 187: ...and two windows The window indicat ing the zoom position is displayed in the upper screen The hori zontal axis in the upper screen represents the frequency The horizontal axis in the lower screen repr...

Page 188: ...z of frequency span when the RBW is 200 Hz Set the sweep time to 1 sec for 10 kHz of frequency span when the RBW is 9 kHz Set the sweep time to 1 sec for 100 kHz of frequency span when the RBW is 120...

Page 189: ...for the vertical axis to dB V m LVL Sets the level correction data and sets the unit for the vertical axis to the level you have previously chosen Any other antenna factors than those chosen by the us...

Page 190: ...R3132 Series Spectrum Analyzer Operation Manual 3 3 8 EMC Key EMC Measurement 3 35 Sound OFF Turns off the sound demodulation function and displays the EMC menu...

Page 191: ...below the bottom scale line CF Step AUTO MNL Toggles the step size function between AUTO and MNL This function is used to change a center frequency using the step keys AUTO Automatically sets the step...

Page 192: ...CH Shift Used to enter the shift amount of the stop channel s stop frequen cy when Input Type is CH Type 2 Set the stop frequency of the last channel in the CH Type 2 Edit table so that the stop frequ...

Page 193: ...preselector manually Mixer INT EXT Switches between the Internal and External mixers Compatible with OPT16 thru OPT19 only INT Uses the internal mixer EXT Uses the external mixer Ext Mixer Config Disp...

Page 194: ...f Loss Freq Edit Displays the Loss Freq menu Insert Line A line with the same values is inserted in the line where the cursor is located Delete Line The line where the cursor is located is deleted Sor...

Page 195: ...R3132 Series Spectrum Analyzer Operation Manual 3 3 9 FREQ Key Frequency 3 40 OFF Turns off the Software Image Suppression function 2 2_more Returns to the Frequency 1 menu...

Page 196: ...ode 3 41 3 3 10 Hold Mode Pressing the SHIFT key for several seconds until the word HOLD appears on the screen activates the Hold mode This mode disables all panel and soft key input Pressing the SHIF...

Page 197: ...s ON OFF is turned on the input signal range is between 0 and 30 dB dB div Displays the dB div menu which includes amplitude scales for the vertical axis and is used to display data in logarithmic sca...

Page 198: ...OFF Toggles the reference level offset function on or off ON Allows you to set the offset level in a range of 0 to 100 0 dB The relationships between the displayed reference level the set reference l...

Page 199: ...Series Spectrum Analyzer Operation Manual 3 3 12 LOCAL Key GPIB Remote Control 3 44 3 3 12 LOCAL Key GPIB Remote Control Turns off GPIB remote control Note there is no menu associated with this panel...

Page 200: ...he noise measurement mode and displays the Measure menu XdB Down Displays the XdB Down menu XdB Down Moves the normal marker to an intersection point on the trace x dB down from the present location a...

Page 201: ...d using the peak search OFF Turns the AM Video function off FM Meas Displays the FM Meas menu to measure FM signal frequency de viation The value of the Peak Delta Y is used to perform the peak search...

Page 202: ...ot demodulated The squelch level can also be changed OFF Removes the squelch marker and turns off the squelch function Sound OFF Turns off the sound demodulation function Phase Noise Displays the Phas...

Page 203: ...e set A jitter is calculated by specifying a phase noise integration range based on an offset frequency de viated from the carrier frequency that is the same as the current center frequency Start Offs...

Page 204: ...oggles the Pass Fail Judgement function on or off This function compares a measured value with the value set in the Limit Setup dialog box ON Performs a Pass Fail judgement The result is Fail if the m...

Page 205: ...marker Next Peak Right Moves the present marker to the next higher frequency peak on the right side of the current marker Next Peak Max Min Displays the normal marker on the maximum peak and the delt...

Page 206: ...vailable when traces A and B are displayed simultaneously Marker OFF Turns off all marker functions 1 2_more Displays the Marker menu 2 2 Fixed MKR ON OFF Toggles the Fixed Marker function on or off O...

Page 207: ...OFF Toggles the multi marker list display function on or off ON Displays a list of the current multi marker numbers fre quencies and levels in ascending order OFF Removes the list of multi markers Pe...

Page 208: ...requency as the center frequency Peak Ref Moves the marker to the maximum peak within the search range and sets the marker level as the reference level MKR Span Sets the frequency difference between t...

Page 209: ...tal axis frequency or time data of the limit line ABS Sets the horizontal axis position using the limit line that is set under Limit Line Edit as an absolute value The horizontal axis position of the...

Page 210: ...y used CTR The position along the vertical axis is determined rela tive to the limit line value set by the Limit Line Edit The vertical position of the limit line is fixed at its cen ter Note that the...

Page 211: ...SRCH Key Peak Search 3 56 3 3 17 PK SRCH Key Peak Search Pressing this key displays the frequency and level of the marker after moving the marker to the maximum level of the trace within the search r...

Page 212: ...Setup Displays the Prmtr Setup menu Default Sets the following settings to default values the frequency span resolution bandwidth video bandwidth sweep time detector trace mode channel band position...

Page 213: ...each trace point X1 1 X2 1001 Power Meas OFF Turns off the power measurement function OBW Displays the OBW menu OBW Sets the percentage of occupied power compared to the total pow er when measuring th...

Page 214: ...ggles the ACP bandpass window display on or off ON Displays the window within the bandpass which is tar geted for calculating the ACP OFF Removes the window Nyquist Filter Setup Displays the Nyquist F...

Page 215: ...the new defaults Graph Displays the Multi MKR menu used for ACP Graph Turns the graphic display function on Displays the leakage power graph as Trace B and puts Delta marker in the center of the scree...

Page 216: ...e Init Deletes all data in the table BS Window ON OFF Toggles the ACP bandpass window display on or off ON Displays the window within the bandpass which is tar geted for calculating the ACP OFF Remove...

Page 217: ...ction off Spurious Freq The spurious table information is displayed after the Spuri Freq menu has been displayed The spurious measurement table is not displayed when there is no table data When making...

Page 218: ...dgment is performed when the number of sweeps matches the specified sweep count NOTE If Trace mode is set to Write mode it is automatically changed as shown below according to the Detector setting as...

Page 219: ...he Edit Table menu The editor of the selected table number is displayed The frequen cies RBW sweep time and limit level which are used for pass fail judgments are entered A maximum of 15 frequencies c...

Page 220: ...Min Hold mode Average function Power Average function or Average Power measurement is turned off and a pass fail judgment is performed for each sweep PASS Judge UP LOW Toggles the pass area between U...

Page 221: ...66 3 3 19 PRESET Key Initialization This key is used to reset the spectrum analyzer to its default settings This key is accessed by pressing the SHIFT key and then the CONFIG key All previous settings...

Page 222: ...isplayed when the RECALL key is pressed Recall Reads out the data from a file selected from the file list List ON OFF Toggles the file list display on or off ON Displays the file list OFF Turns off th...

Page 223: ...e If this key is pressed during a sweep the sweep is paused and the sweep lamp is turned off Pressing the REPEAT key again causes the analyzer to wait for another sweep to start and then the sweep lam...

Page 224: ...Setup dialog box Setup Sets whether or not this function is turned on ON Saves the setup conditions OFF Does not save the setup conditions Trace Sets whether or not this function is turned on ON Save...

Page 225: ...r not this function is turned on ON Stores the trace data level at the present level OFF Does not store the trace data level Channel Sets whether or not this function is turned on ON Saves the set val...

Page 226: ...e soft menu and the SHIFT PRESET and COPY keys are disabled Execute Self Test Five test items are displayed in SELF TEST RESULTS window and are tested in order As each test is completed PASS or FAIL a...

Page 227: ...in causes the analyzer to wait until a sweep starts again which in turn depends on when it receives a signal This is controlled by the trigger mode setting When the channel power measurement total pow...

Page 228: ...e full span Zero Span Set a zero span at the center frequency In zero span mode the fre quency span is 0 Hz and the spectrum analyzer operates as a tuned receiver The horizontal axis is the time axis...

Page 229: ...me This is available only when the zero span is selected Gated Sweep Displays the Gated Sweep menu and two windows The upper screen displays the result of gated sweep while the lower screen displays a...

Page 230: ...trigger condition setup screen of gate signals is released to re turn to the Sweep menu Gated Sweep ON OFF Turns the gated sweep mode on or off ON Sweep is executed according to the currently set gat...

Page 231: ...The normalization calibration function is activated Only trace A is normalized CAUTION Make sure TG OUTPUT is connected to RF INPUT1 before executing the above normalization calibration Norm Corr ON O...

Page 232: ...rmal Sets the normal mode which automatically detects positive or negative peak points for each trace point Posi Sets the positive peak mode when you select the Max Hold mode the positive mode is auto...

Page 233: ...the average or power average function is turned on Note that the average and power average functions re quire the OBW ACP FULL CARRIER and spec trum mask measurement functions OFF Pressing the SINGLE...

Page 234: ...unctions OFF Pressing the SINGLE key performs the sweep only once Min Hold A B Sets the Min Hold mode which is used to display the minimum value for each trace sample when you select the Min Hold mode...

Page 235: ...n Manual 3 3 28 TRACE Key Trace Data 3 80 ON The display line is displayed The display line position can be changed OFF The display line is erased Trc Menu A B Toggles between trace A and trace B 2 2_...

Page 236: ...tion is turned on pressing the TRIG key displays the Trig ger menu Free Run Sweep is repeated automatically Line Sweep is executed synchronously with AC power supply Video Trig Sweep is executed synch...

Page 237: ...Operation Manual 3 3 29 TRIG Key Trigger 3 82 TV Sys NTSC PAL SECAM Switches the video modulation system between NTSC and PAL SECAM NTSC Selects the NTSC system for TV signals PAL SECAM Selects the P...

Page 238: ...each of which must use any number s from 1 2 and 5 Aperture Sets the section along the horizontal axis to calculate a differ ential value The entire range is defined as 100 Sensitivity OFF Turns the...

Page 239: ...errors between a trace and the reference line OFF Turns off the error display between a trace and the ref erence line Demod Cal Displays the Demod Cal menu All Performs calibrations for all of the fr...

Page 240: ...FIG PRESET keys are pressed Table 3 1 Factory Defaults R3132 N Parameter Factory defaults Center frequency 1 5GHz Frequency span 3GHz Reference level 0dBm R3132 108 8dB V R3132N Sweep time AUTO 20ms R...

Page 241: ...Center frequency 4GHz Frequency span 8GHz Reference level 0dBm Sweep time AUTO 120ms Resolution bandwidth RBW AUTO 3MHz Video bandwidth VBW AUTO 3MHz Input attenuator AUTO 10dB Trigger mode Free Run T...

Page 242: ...er frequency 13 25GHz Frequency span 26 5GHz Reference level 0dBm Sweep time AUTO 400ms Resolution bandwidth RBW AUTO 3MHz Video bandwidth VBW AUTO 3MHz Input attenuator AUTO 10dB Trigger mode Free Ru...

Page 243: ...enter frequency 20GHz Frequency span 40GHz Reference level 0dBm Sweep time AUTO 600ms Resolution bandwidth RBW AUTO 3MHz Video bandwidth VBW AUTO 3MHz Input attenuator AUTO 10dB Trigger mode Free Run...

Page 244: ...Parameter Default Setting Copy destination setting Printer Printer type PCL Screen output mode COLOR Menu output ON Paper Feed ON Bitmap output mode COLOR Bitmap compression mode OFF Automatic file nu...

Page 245: ...ABA 4 28 ACP 4 39 ACP ON 4 39 ACP OFF 4 39 ACPBSW OFF 4 39 ACPBSW ON 4 39 ACPEXE 4 39 ACPREF 4 39 ACPSCR CARR 4 39 ACPSCR FULL 4 39 ACPSCR SEPA 4 39 ACPST DEF 4 39 ACPST MNL 4 39 ACPST USR 4 39 ADG O...

Page 246: ...5 CDB ON 4 35 CF 4 22 CFCH 4 23 CH 4 23 CHED1 4 23 CHED2 4 23 CHED3 4 23 CHEDDEL 4 23 CHEDIN 4 23 CHTBL1 DSBL 4 23 CHTBL1 ENBL 4 23 CHTBL2 DSBL 4 23 CHTBL2 ENBL 4 23 CHTBL3 DSBL 4 23 CHTBL3 ENBL 4 23...

Page 247: ...FREQ 4 23 FMALL 4 47 FMAPR 4 47 FMAVG 4 47 FMDEM OFF 4 46 FMDEM ON 4 46 FMDEV 4 47 FMDEV OFF 4 47 FMDEV ON 4 47 FMLA 4 47 FMLIN OFF 4 47 FMLIN ON 4 47 FMLMAX 4 47 FMLMD OFF 4 47 FMLMD ON 4 47 FMLMIN 4...

Page 248: ...IMAPOS REL 4 30 LIMAPOS TOP 4 30 LIMASFT 4 30 LIMPOS ABS 4 30 LIMPOS CENT 4 30 LIMPOS LFT 4 30 LIMPOS REL 4 30 LIMSFT 4 30 LIMTYP FREQ 4 30 LIMTYP TIME 4 30 LL1 4 25 LMTA OFF 4 30 LMTA ON 4 30 LMTADEL...

Page 249: ...32 NXR 4 32 OBW 4 38 OBW OFF 4 38 OBWEXE 4 38 OBWPER 4 38 OBWST DEF 4 39 OBWST MNL 4 39 OBWST USR 4 39 OHM50 4 25 OHM75 4 25 OBW 4 38 SPM 4 39 OPF 4 30 OPR 4 45 OPREVT 4 45 PER 4 48 PFC OFF 4 30 PFC O...

Page 250: ...4 35 SON 4 35 SP 4 22 SPM 4 39 SPM OFF 4 39 SPMMOD ABS 4 40 SPMMOD REL 4 40 SPMST DEF 4 39 SPMST MNL 4 39 SPMST USR 4 39 SPRCNT ON 4 40 SPRCNT OFF 4 40 SPRDEL 4 40 SPRFIN 4 40 SPRIN 4 40 SPRJ LOW 4 4...

Page 251: ...C LINE 4 27 TRGSRC TVH 4 27 TRGSRC TVV 4 27 TRGSRC VIDEO 4 27 TRIGSLP 4 27 TRIGSLP FALL 4 27 TRIGSLP RISE 4 27 TRIGSLP 4 27 TS 4 26 TVH 4 27 TVHNT 4 27 TVHPS 4 27 US 4 48 USEC 4 48 UV 4 48 VA 4 25 VB...

Page 252: ...the GPIB bus Listener Receives data from the bus Multiple active listeners can exist on the GPIB bus Controller Specifies which devices are designated as talkers or listeners Only one active con trol...

Page 253: ...n is the number of devices to be connected including the GPIB controller No more than 15 devices can be connected to a single bus system There are no restrictions concerning the method of connection b...

Page 254: ...ing GPIB control increases 1 Press CONFIG and Annotation ON OFF OFF OFF is selected and all indications except for the trace are removed 4 2 3 GPIB Interface Functions Code Description SH1 Source hand...

Page 255: ...the spectrum analyzer is in LOCAL LOCKOUT mode it ignores all key input 3 Serial Polling Enable SPE When the spectrum analyzer is receiving a message from an external device it is in serial polling m...

Page 256: ...e Send a GTL message to the spectrum analyzer Set the REN message to false the local lockout mode will be canceled Turn the spectrum analyzer power off and on again 4 2 5 Message Exchange Protocol The...

Page 257: ...mand programs for the spectrum analyzer are defined using the following format 1 Header Two types of header are available the common command header and the simple header The com mon command header has...

Page 258: ...the three numeric data formats 2 Units The table below lists the units that you can use Unit Exponential Description GZ 109 Frequency MZ 106 Frequency KZ 103 Frequency HZ 100 Frequency VOLT 100 Voltag...

Page 259: ...n be written into or read out from this register b Event Register The event register latches and retains the status information from the condition register in some cases it retains status changes Once...

Page 260: ...gister The arrangement of the status registers of the spectrum analyzer are shown in Figure 4 1 The status registers are shown in detail in Figure 4 2 Figure 4 1 Arrangement of the Three Status Regist...

Page 261: ...Spectrum Analyzer Operation Manual 4 2 8 Status Byte 4 17 Figure 4 2 Details of the Three Status Registers Standard event register Status byte register Standard operation status register Standard eve...

Page 262: ...the summary of Operation Status Register bit and ESB the summary of Event Status Register bit of the status byte register are available The MSS bit of the status byte register is set to 1 when the OP...

Page 263: ...byte register has the same functions as the status register except for the following three points The summary of the status byte register is written in bit 6 of the status byte register Bit 6 of the...

Page 264: ...S bit However the MSS bit is understood to be 1 when the RQS bit is 1 To read the MSS bit use the common command STB The STB command can read out bit 0 to 5 and bit 7 of the status byte register and t...

Page 265: ...s a syntax error 4 Execution Error This is set to 1 when the system fails to execute an instruction received as a GPIB command for some reason such as out of range parameter 3 Device Dependent Error T...

Page 266: ...s between and are received as input Output Format Column A comma in the Output Format column indicates that multiple items are output ON OFF or AUTO MANUAL in the Output Format column indicates that t...

Page 267: ...nel setting CH CH Integer channel number Center channel setting CFCH CFCH Integer channel number Start channel setting FACH FACH Integer channel number Stop channel setting FBCH FBCH Integer channel n...

Page 268: ...of 3 3 Specify asterisks in the order of frequency level n and level n Function Listener Code Talker Request Code Output Format Average loss ON OFF AGL AGL ON AGL OFF AGL AGLON Level 0 OFF 1 ON Loss v...

Page 269: ...T AT Level ATT auto AA AA 0 Manual 1 Auto XdB Div DD DD 0 10dB 1 5dB 2 2dB 3 1dB Linear 1 LL1 Level offset ON OFF RO ON RO OFF RO ROON Level 0 OFF 1 ON Hi Sens ON OFF HS ON HS OFF HS 0 OFF 1 ON Input...

Page 270: ...CONTS SN Sweep mode Single SI SNGLS Take Sweep Used to wait until the sweep is complete TS Sweep Reset Start SR Gate Sweep ON OFF GTSWP ON GTSWP OFF GTSWP 0 OFF 1 ON Gate position GTPOS GTPOS Time Ga...

Page 271: ...TV V 4 TV H 5 Ext FREE RUN TRGSRC FREE LINE Trigger TRGSRC LINE VIDEO Trigger TRGSRC VIDEO VI VI Integer External Trigger TRGSRC EXT EX EX Level Real number TV V Trigger TRGSRC TVV TV H Trigger TRGSR...

Page 272: ...OFF AMIN 0 OFF 1 ON A Averaging times Start Stop Pause Continue 1 time continuous SWPCNT AG AAVG ON AGR AAVG OFF AGS AGP AGC AGSGL AGCNT SWPCNT AG AAVG AGP AGSGL Average times Average times 0 OFF 1 ON...

Page 273: ...es 0 OFF 1 ON 0 Continue 1 Pause 0 Continuous 1 1 time Power Average B ON OFF Pause Continue 1 time continuous BPAVG ON BPAVG OFF BGP BGC BGSGL BGCNT BPAVG BGP BGSGL 0 OFF 1 ON 0 Continue 1 Pause 0 Co...

Page 274: ...ent result in detail OPF 0 Pass 1 Fail Upper 2 Fail Lower 3 Fail Both 4 Error Upper Fail Point Lower Fail Point FPU FPL n DLM f1 l1 DLM n DLM f1 l1 DLM 1 FrequencyDomaininputselection Time Domain inpu...

Page 275: ...Level 0 OFF 1 ON Window ON OFF WDO ON WDO OFF WDO 0 OFF 1 ON Window center position WLX WLX Frequency Window width WDX WDX Frequency Window Sweep ON OFF WDOSWP ON WDOSWP OFF WDOSWP 0 OFF 1 ON Zoom F...

Page 276: ...rmal marker absolutevalue Frequency Level MDF1 MDL1 Normal MKR frequency Normal MKR level Marker absolutevalue Frequency Level MDF2 MDL2 Delta MKR frequency Delta MKR level Fixed Marker ON OFF FX ON F...

Page 277: ...Malti Marker ON OFF MLT ON MLT OFF MLT 0 OFF 1 ON Moving the active marker MK MKN MN Malti Marker No1 ON OFF MLN1 MLF1 Malti Marker No2 ON OFF MLN2 MLF2 Malti Marker No3 ON OFF MLN3 MLF3 Malti Marker...

Page 278: ...ommand Codes 4 34 Table 4 10 MKR Function Listener Code Talker Request Code Output Format MKR CF MKCF MC MKR CF MTCF MKR REF MKRL MR PEAK CF PKCF PEAK REF PKRL MKR SPAN MTSP DS MKR CF Step MKCS M0 MKR...

Page 279: ...OFF 1 ON 3rd Order meas PKTHIRD AM Modulation AM AM Modulation OFF AM modulation factor AMMOD ON AMMOD OFF AMMODON AMMOD 0 OFF 1 ON Value AM video modulation factor AM Video AM video modulation facto...

Page 280: ...NSIG ON CNSIG 0 OFF OFF CNSIG OFF 1 ON Average number CNAVG ON CNAVG OFF CNAVG CNAVGON Integer 2 to 999 0 OFF 1 ON Phase jitter measurement Phase jitter measurement mode ON PJIT ON PJITON 0 OFF OFF PJ...

Page 281: ...9 Criteria input 3 rd order IMLS3 IMLS3 Level 5 th order IMLS5 IMLS5 Level 7 th order IMLS7 IMLS7 Level 9 th order IMLS9 IMLS9 Level Pass Fail judgment ON IMPFC ON IMPFC 0 OFF OFF IMPFC OFF 1 ON Avera...

Page 282: ...CNRES Frequency Function Listener Code Talker Request Code Output Format Channel Power PWCH PWCH PWCHON Level 0 OFF 1 ON Parameter setup Default Manual Define Default PWCHST USR PWCHST MNL PWCHST DEF...

Page 283: ...1 Separate screen 2 1 screen Carrier measurement Symbol Rate 1 T SYMRT SYMRT Frequency Roll Off Factor RFACT RFACT Real number Nyquist filter ON OFF NQST ON NQST OFF NQST 0 OFF 1 ON Graph ON OFF ADG...

Page 284: ...imit level Function Listener Code Talker Request Code Output Format Result display mode REL ABS SPMMOD REL SPMMOD ABS SPMMOD 0 REL 1 ABS Spurious measurement execution Freq Time Spurious measurement O...

Page 285: ...Normal EMCDET QP EMCDET PEAK EMCDET NRM EMCDET 0 Normal 1 QP 3 PEAK QP BW 200Hz QP BW 9kHz QP BW 120kHz QP BW 1MHz QP BW auto QP0 1 QP1 QP2 QP3 2 QPAUTO QA QPAUTO QA 0 AUTO 1 200Hz 2 9kHz 3 120kHz 4...

Page 286: ...STEP RBW switch CLRBW Log linearity CLLOG AMPTD OFS CLMAG PBW CLPBW CAL Signal Level CLN CLN Level CAL 10M Reference Coarse CAL 10M Reference Fine CAL 10M Reference Default CAL 10M Reference Store CLC...

Page 287: ...e name 1 Delete Reg DELn 2 Delete File DEL File name 1 Recall Reg RCn 2 Recall File RC File name 1 Save Item Setup ON Setup OFF SVSET ON SVSET OFF SVSET 0 OFF 1 ON Trace ON Trace OFF SVTRC ON SVTRC OF...

Page 288: ...olor Small 5 S Color Large Paper Feed ON OFF PFEED ON PFEED OFF PFEED 0 OFF 1 ON BMP output mode select Color S Color Gray B W HCIMAG COL HCIMAG SCOL HCIMAG GRY HCIMAG MON HCIMAG 0 Color 1 Gray 2 B W...

Page 289: ...t BINARY B Trace input output ASCII B Trace input output BINARY TAA TBA TAB TBB TAA TBA TAB TBB DDDDD DLM TRP 1 2Byte TRP DDDDD DLM TRP 2Byte TRP Status byte clear STB read SRE read write ESR read ESE...

Page 290: ...ay ON Display OFF ANNOT ON ANNOT OFF ANNOT 0 OFF 1 ON Device ID output IDN Maker name Device type Serial No Revision 1 Error number output ERRNO Integer Date setting SETDATE DATE SETDATE DATE 2 Time s...

Page 291: ...requency Linearity ON OFF FMLIN ON FMLIN OFF FMLIN 0 OFF 1 ON Linearity Setup mode ON OFF Quit Auto Adj Sample Points Offset Adj Slope Adj FMLMD ON FMLMD OFF FMLA FMLSMP FMLOFS FMLSLP FMLMD FMLSMP FML...

Page 292: ...Talker Request Code Output Format Numeric value entry 0 1 2 3 4 5 6 7 8 9 Decimal point Negative sign Positive sign Exponent EXP E GHz GZ MHz MZ KHz KZ Hz HZ mW MW DB relationship DB mA MA Second SC...

Page 293: ...300 kHz setting the stop frequency to 800 kHz and adding 50 kHz to the frequency offset Call ibclr spa Performs a Device Clear Call ibwrt spa FA 300KZ Set the start frequency to 300 kHz Call ibwrt spa...

Page 294: ...dB V Call ibwrt spa LMTAIN 25MZ 49 5DB Enter data use by Limit Line 1 Call ibwrt spa LMTAIN 35MZ 49 5DB Call ibwrt spa LMTAIN 35MZ 51 5DB Call ibwrt spa LMTAIN 55MZ 51 5DB Call ibwrt spa LMTAIN 55MZ 5...

Page 295: ...nus sign 2 Mantissa of data 3 Exponent of data 4 Delimiter CR LF in initial setting can be changed with DLn code Output Format Frequency D DDDDDDDDDDD E DD CR LF 1 2 3 4 Data size 1 to 3 is a maximum...

Page 296: ...1 Rdbuff vbCrLf 0 Check the number of character to the delimiter RichTextBox1 Text MarkerLevel Left Rdbuff sep 1 Outputs the data on the screen An example display MarkerLevel 8 818750000000E 01 Examp...

Page 297: ...CrLf UNIT Left Rdbuff sep 1 Display the previous result followed by a return mark and the most recent result An example display RefLevel 0 000000000000E 00 UNIT 0 Example VB 11 Executing the 6 dB down...

Page 298: ...60 Allocate the area to the read buffer Call ibrd spa Rdbuff Read the read buffer the maximum number of bytes to be output is determined by the buffer area size Formatting output character string LEN...

Page 299: ...k1 LeftB Rdbuff InStrB 1 Rdbuff Chr 13 1 1 Read the data between the starting point and the delimiter Call ibwrt spa NXP Search for the next peak Call ibwrt spa ML Rdbuff Space 25 Call ibrd spa Rdbuff...

Page 300: ...xpressed by an integer from 1792 to 14592 however if the trace exceeds the upper limit of the vertical scale a value greater than 14592 is transferred Figure 4 4 Relationship between Screen Graticule...

Page 301: ...t GPIB code Memory A Memory B TAA TAB TAA TAB Binary format DD DD DD DD EOI Delimiter Low order byte Low order byte for 1st point for1001 501st point High order byte High order byte for 1st point for...

Page 302: ...array in the buffer for 1001 points Dim i As Integer Dim res As String Call ibclr spa Performs a device clear Call ibconfig 0 IbcEndBitIsNormal 0 Sets the GPIB board software so that the End bit of th...

Page 303: ...est the input For i 1 To 1000 Step 1 trdata i Str Val trdata i 1 12 DoEvents Next i When there is the data the steps between the place marked with and this point are not required Call ibclr spa Perfor...

Page 304: ...ACP measurement For j 1 To 10 Step 1 Call ibwrt spa TS Execute one sweep Call ibwrt spa ACP The ACP measurement result has been requested Rdbuff Space 3 Assign an area for 1 byte of integer and 2 byt...

Page 305: ...eak frequency and level at the end of a single sweep when using SRQ Dim boardID As Integer Dim I As Integer Dim res As Integer Dim CFLEV As String boardID 0 Set the board ID Call ibclr spa Performs a...

Page 306: ...the amount of bitmap data varies A data file of up to 300 KB can be output Tmo 14 A timeout of 30 sec Call ibtmo spa tmo A timeout of 30 seconds is set Call ibwrt spa DL2 Selects only EOI as a delimit...

Page 307: ...functions can be controlled by serial control Measurement conditions setup Measurement conditions each can be input in much the same as the key operation on the front panel Output of the setup status...

Page 308: ...nnections for input and output NOTE 1 When you send or receive data using the cable connections shown in Figure 4 6 set XON XOFF to valid ON 2 DCD DTR and DSR are not used in the spectrum analyzer Whe...

Page 309: ...1 DCD Data Carrier Detector Receive carrier detection 2 RxD Receive Data Receive data 3 TxD Transmit Data Transmission data 4 DTR Data Terminal Ready Data terminal ready 5 GND Ground Signal ground 6...

Page 310: ...0MZ CR LF The format for query data is 3 00000000000E 07 CR LF send DL0 or DL3 The output data of this RS 232 and GPIB are the same number of characters except delimiters CR and LF 4 3 6 Differences B...

Page 311: ...stop bit of 1 ASCII format and random access mode Example This program is used to check the status byte register to see if the sweep has been completed OPEN COM1 9600 N 8 1 ASC FOR RANDOM AS 1 PRINT 1...

Page 312: ...mance Verification Items Apply Not Apply No Items Applicable Model R3132 R3132N R3162 R3172 R3182 1 Reference Oscillator Accuracy 2 CAL OUT Amplitude Accuracy 3 Displayed Average Noise 4 RBW Switching...

Page 313: ...yzer against its specifica tions every one year recommended 4 Performance Verification Record Sheets The performance verification record sheets at the end of this chapter is provided the value measure...

Page 314: ...le to make them stand out from the text as follows Panel keys Boldface type Example FREQ CONFIG Soft keys Boldface and Italic Example Center Copy Config When a series of key operations are described u...

Page 315: ...l Generator Frequency Range 10 MHz to 40 GHz Output Level 15 dBm to 10 dBm Stability 1 10 e 6 year SMP04 with B11 option Rohde Schwarz 1 5 Signal Generator Frequency Range 300 MHz to 2 2 GHz Output Le...

Page 316: ...DC to 18 GHz HP8494H Agilent Technoro gies 1 13 10 dB Step Attenuator Attenuation Range 0 dB to 70 dB Frequency Range DC to 18 GHz HP8495H Agilent Technoro gies 1 14 Attenuator Driver 11713A Agilent...

Page 317: ...edance 50 BNC m BNC m Length Approx 1 5 m MI 09 ADVANTEST 2 26 RF Cable Impedance 50 SMA m SMA m Frequency Range DC to 26 5 GHz Maximum SWR 1 45 at 26 5 GHz Length Approx 0 7 m A01002 ADVANTEST 3 27 R...

Page 318: ...AUTION If the frequency reference of the R3132 series is set to EXT perform 10 minutes warm up opera tion after instrument preset Specification 30 MHz 60 Hz 30 MHz 3 Hz OPT20 Instruments Required Proc...

Page 319: ...tors or adapters on R3132N or damage to the input connector will occur Setting the frequency counter 2 Set the R5372 controls as follows Input A Resolution 0 1 Hz 10 MHz Reference External Initializat...

Page 320: ...up 1 On the power meter perform the zeroing and calibration with power sensor 2 On the power meter set the unit into dBm mode after calibration has done 3 On the power meter set the correction frequen...

Page 321: ...Amplitude Accuracy 5 10 Figure 5 2 Setup of CAL OUT Level Accuracy Test CAUTION Use only 75 cables connectors or adapters on R3132N or damage to the input connector will occur 6 Record the level of th...

Page 322: ...o 3 GHz 0 Average Noise Level 20 C to 30 C Frequency Frequency Band 6 dB V 2f GHz dB Preamplifier OFF 10 MHz to 2 2 GHz 0 21 dB V 3f GHz dB Preamplifier ON 1 MHz to 2 2 GHz 0 Average Noise Level 20 C...

Page 323: ...he input connector will occur Average Noise Level 20 C to 30 C Frequency Frequency Band 117 dBm 2f GHz dB Preamplifier OFF 10 MHz to 3 3 GHz 0 114 dBm Preamplifier OFF 3 2 GHz to 7 1 GHz 1 112 dBm Pre...

Page 324: ...ENTER 4 On the R3132 series after average has completed press PK SRCH to capture the highest noise signal 5 Record the level of peak search marker on the performance verification record sheet 6 Repea...

Page 325: ...ge mode and average time to 10 times TRACE 1 2_more AVG A 1 0 Hz ENTER 9 On the R3172 82 after average has completed press PK SRCH to capture the highest noise signal 10 On the R3172 82 press as follo...

Page 326: ...Frequency Range Start Frequency Stop Frequency Note 7 GHz to 14 7 GHz 7 001 GHz 14 7 GHz For R3172 14 5 GHz to 22 GHz 14 501 GHz 22 GHz 22 GHz to 26 5 GHz 22 001 GHz 26 5 GHz 7 GHz to 14 7 GHz 7 001...

Page 327: ...marker mode Specification Reference to 300 kHz RBW after auto calibration 0 5 dB 1 kHz to 3 MHz Instruments Required Procedures Connecting the calibration signal 1 On the R3132 series connect the BNC...

Page 328: ...s Center Frequency 30 MHz Frequency Span 500 kHz Reference Level 15 dBm dB div 1 dB div RBW 300 kHz 4 On the R3132 series press SINGLE for single sweep 5 On the R3132 series after single sweep has com...

Page 329: ...lyzer Operation Manual 5 2 4 Resolution Bandwidth Switching Uncertainty 5 18 Table 5 6 RBW Switching Uncertainty Test Setting RBW Frequency Span 1 MHz 2 MHz 100 kHz 200 kHz 30 kHz 50 kHz 10 kHz 20 kHz...

Page 330: ...OPT27 perform verification Specification RBW Range 1 kHz to 3 MHz 1 3 10 sequence 30 Hz to 300 Hz OPT27 Accuracy 25 RBW 3 MHz 20 RBW 1 kHz to 1 MHz 20 RBW 30 Hz to 300 Hz OPT27 Selectivity 15 1 RBW 1...

Page 331: ...dwidth Accuracy 3 On the R3132 series after preset set controls as follows Center Frequency 30 MHz Frequency Span 10 MHz Reference Level 0 dBm dB div 1 dB div Trace Detector Sample Press TRACE Detecto...

Page 332: ...Sample Press TRACE Detector Sample 10 On the R3132 series press as follows to set continuous 60 dB down marker mode MEAS XdB Down 6 0 GHz dB Cont Down ON OFF ON 11 On the R3132 series set controls as...

Page 333: ...Setting Calculate selectivity 15 Calculate selectivity for each RBW using the following formula then record its result on the performance verification record sheet Selectivity 60 dB down width data 3...

Page 334: ...0 kHz 9 kHz 200 Hz OPT27 Accuracy 20 Instruments Required Procedures Connecting the calibration signal 1 On the R3132 series connect the BNC cable from CAL OUT connector to the INPUT connector as show...

Page 335: ...t continuous 6 dB down marker mode MEAS XdB Down 6 GHz dB XdB Down Cont Down ON OFF ON 4 On the R3132 series set controls as follow Frequency Span 2 MHz 5 On the R3132 series press as follows to set Q...

Page 336: ...e IF Gain error use Fixed marker mode Specification 0 5 dB Instruments Required Procedures Auto calibration 1 Connect the CAL OUT signal to Input using adapter and cable 2 On the R3132 series press as...

Page 337: ...5 dBm 5 On the 1 dB step attenuator and 10 dB step attenuator set value 0 dB 6 On the R3132 series after preset set controls as follows Center Frequency 11 MHz Frequency Span 2 kHz Reference Level 0...

Page 338: ...attenuator increase attenuation to 1 dB and decrease R3132 series reference level to 1 dBm 13 On the R3132 series press SINGLE for single sweep 14 On the R3132 series after single sweep has completed...

Page 339: ...easurement Setting 1 dB Step Attenuator 10 dB Step Attenuator Reference Level 1 dB 0 dB 1 dBm 2 dB 0 dB 2 dBm 3 dB 0 dB 3 dBm 4 dB 0 dB 4 dBm 5 dB 0 dB 5 dBm 6 dB 0 dB 6 dBm 7 dB 0 dB 7 dBm 8 dB 0 dB...

Page 340: ...eference to 10 dB input attenuation at 30 MHz apply for R3132 32N 62 0 3 dB 0 to 50 dB Instruments Required Procedures Setting the measurement conditions 1 Connect the step attenuators as shown in Fig...

Page 341: ...peak of the signal five division below the R3132 32N 62 reference level Measuring the Input Attenuator Switching Accuracy R3132 32N 62 6 On the R3132 32N 62 press SINGLE for single sweep 7 On the R31...

Page 342: ...or R3162 R3132 32N External Attenuator Input Attenuator Reference Level 0 dB 40 dBm 50 dB 10 dB 30 dBm 40 dB 20 dB 20 dBm 30 dB 30 dB 10 dBm 20 dB 40 dB 0 dBm 10 dB 50 dB 10 dBm 0 dB R3162 External At...

Page 343: ...tion 2 dB 9 kHz to 12 GHz 1 3 dB 10 dB step Maximum deviation 2 5 dB 12 GHz to 18 GHz 1 8 dB 10 dB step Maximum deviation 3 5 dB 18 GHz to 26 5 GHz Apply for R3182 1 1 dB 10 dB step Maximum deviation...

Page 344: ...Frequency 4 GHz Frequency Span 3 kHz 5 In step 4 the center frequency is more than 3 3 GHz press as follows to tune pre selector PK SRCH FREQ 1 2_more Presel Auto Tune Wait till auto tuning has comple...

Page 345: ...e verifi cation record sheet 13 On the R3172 82 repeat steps 9 through 11 for each setting listed in Table 5 13 14 For the 20 dB attenuator setting switching accuracy becomes Step By Step accuracy 15...

Page 346: ...attenuator the displayed signal amplitude is compared to the reference level Specification Log Scale Fidelity 0 2 dB 1 dB 1 0 dB 10 dB 1 5 dB 90 dB Linear Scale Fidelity 5 of reference level Instrume...

Page 347: ...follows Center Frequency 11 MHz Frequency Span 2 kHz Reference Level 0 dBm RBW 1 MHz VBW 10 Hz dB div 1 dB div Trace Detector Sample 4 On the 1 dB step attenuator and the 10 dB step attenuator set th...

Page 348: ...mn in the performance verification record sheet Incremental Error dB current delta marker level previous delta marker level 1 dB 12 Repeat steps 9 through 11 each value of the 1 dB step attenuator is...

Page 349: ...On the R3132 series press SINGLE for single sweep 21 Record the level of fixed marker level in the Measured Data column in the per formance verification record sheet Calculate the incremental error by...

Page 350: ...EL Linear 27 On the R3132 series press as follows to set continuous peak search mode MKR Peak Menu Cont Peak ON OFF ON 28 On the signal generator precisely set output level to the R3132 series referen...

Page 351: ...eration Manual 5 2 10 Scale Fidelity 5 40 Table 5 16 Linear Scale Fidelity Test Setting div from Reference Level Signal Level nominal 0 0 dB 1 0 92 dB 2 1 94 dB 3 3 10 dB 4 4 44 dB 5 6 02 dB 6 7 96 dB...

Page 352: ...ility in the spectrum analyzer s Local Oscillator system is transferred to the IF in the mixing process Specification Apply for R3132 32N 62 Residual FM 60 Hzp p 0 1 sec Apply for R3172 82 Residual FM...

Page 353: ...et controls as follows Center Frequency 2 5 GHz Frequency Span 2 kHz 4 On the R3132 series press PK SRCH to capture the signal peak 5 On the R3132 series press as follows to set signal track mode to o...

Page 354: ...marker reads 6 dBm 0 1 dB 16 Record the frequency and the level of the delta marker reading on the perfor mance verification record sheet 17 Calculate the slope using the following formula on the perf...

Page 355: ...um peak signal MKR Peak Menu Min Peak 24 Record the level of delta marker reading as Delta Level on the performance ver ification record sheet Calculation Residual FM 25 Calculate the Residual FM usin...

Page 356: ...103 dBc Hz at 20 kHz Offset 98 dBc Hz at 10 kHz Offset RBW300 Hz OPT27 Apply for R3172 82 Frequency Range 2 6 GHz 105 dBc Hz at 20 kHz Offset 100 dBc Hz at 10 kHz Offset RBW300 Hz OPT27 Frequency Rang...

Page 357: ...ter preset set controls as follows Center Frequency 1 GHz Frequency Span 50 kHz 4 On the signal generator press as follows to set noise marker mode to on PK SRCH MKR MKR Ref PK SRCH MEAS Noise Hz dBc...

Page 358: ...easured and recorded Specification Apply for R3162 70 dBc Hz Frequency Range up to 8 GHz Apply for R3172 70 dBc Hz Frequency Range 10 MHz to 18 GHz 60 dBc Hz Frequency Range 18 GHz to 23 GHz 50 dBc Hz...

Page 359: ...generator as shown Figure 5 13 Figure 5 13 Setup of Image Multiple and Out of Band Responses Test CAUTION Use only 75 cables connectors or adapters on R3132N or damage to the input connector will occ...

Page 360: ...nerator set control as follow Frequency 1957 2 MHz 15 On the power meter set the correction frequency to 1 95 GHz 16 On the signal generator adjust output level so that power meter reading is 0 dBm 0...

Page 361: ...3 26 GHz For R3172 82 12 GHz 12 8428 GHz 12 84 GHz For R3172 82 12 GHz 5 7893 GHz 5 79 GHz For R3172 82 12 GHz 18 2107 GHz 18 21 GHz For R3172 82 12 GHz 24 4214 GHz 24 42 GHz For R3172 82 21 GHz 21 84...

Page 362: ...ncy Frequency Reference Accuracy Frequency span Frequency Span Accu racy 0 15 Resolution band width 60 Hz Span Accuracy 1 of Span Accuracy of Frequency Counter Marker Span 200 MHz S N 25 dB Marker Fre...

Page 363: ...R3132 series after preset set controls as follows Center Frequency 2 GHz Frequency Span 1 MHz 5 On the R3132 series press SINGLE for single sweep 6 On the R3132 series after single sweep has completed...

Page 364: ...132 series press PK SRCH to capture the signal peak 13 On the R3132 series press as follows to set frequency counter mode to on COUNTER Res 1Hz 14 On the R3132 series press SINGLE for single sweep 15...

Page 365: ...GHz 1000 MHz For R3162 72 82 11 GHz 11 GHz 1 MHz For R3172 82 11 GHz 11 GHz 10 MHz For R3172 82 11 GHz 11 GHz 20 MHz For R3172 82 11 GHz 11 GHz 100 MHz For R3172 82 11 GHz 11 GHz 1000 MHz For R3172 8...

Page 366: ...00 MHz Mixer input level 30 dBm Apply for R3132N 70 dBc Frequency Range 100 MHz to 800 MHz Mixer input level 77 dB V 80 dBc Frequency Range 800 MHz Mixer input level 77 dB V Apply for R3162 72 70 dBc...

Page 367: ...he low pass filter as shown Figure 5 15 Figure 5 15 Setup of Second Harmonic Distortion Test CAUTION Use only 75 cables connectors or adapters on R3132N or damage to the input connector will occur Mea...

Page 368: ...ocedure is applied for R3162 72 82 Measurement for 3 3 GHz or higher 15 Remove the low pass filter and connect the RF cable between signal generator and the R3162 72 82 16 On the signal generator set...

Page 369: ...arker mode to on MKR 1 2_more Fixed MKR ON OFF ON 25 On the R3162 72 82 set controls as follows Center Frequency 3 8 GHz Reference Level 40 dBm 26 On the R3162 72 82 press as follows to set average mo...

Page 370: ...e R3132 series is phase locked to the signal generator s 10 MHz reference Specification Apply for R3132 Preamplifier OFF Attenuator 10 dB 0 5 dB Frequency Range 100 kHz to 3 GHz 20 C to 30 C 2 0 dB Fr...

Page 371: ...Attenuator 10 dB 1 0 dB Frequency Range 100 kHz to 2 7 GHz 2 0 dB Frequency Range 9 kHz to 3 3 GHz Apply for R3182 Preamplifier OFF Attenuator 10 dB 0 6 dB Frequency Range 100 kHz to 3 GHz 20 C to 30...

Page 372: ...ter set the correction frequency to 30 MHz 4 Connect the power meter the signal generator and the power splitter as shown Figure 5 16 Figure 5 16 Setup of Frequency Response Test Instruments Qty Recom...

Page 373: ...hat reading of peak search marker is 10 dBm 0 09 dB 9 On the power meter set relative measurement mode Measuring frequency response in the frequency range 9 kHz to 3 3 GHz for R3162 72 82 Measuring fr...

Page 374: ...0 MHz Frequency Step 100 MHz Output Level 14 dBm 22 On the R3132 series after preset set controls as follows Center Frequency 30 MHz CF Step 100 MHz Frequency Span 40 MHz Hi Sense ON Input Attenuator...

Page 375: ...ugh 9 35 Press MKR Peak Menu and Cont Peak ON OFF ON to set continuous peak search mode 36 On the R3162 72 82 set center frequency to 3 3 GHz 37 On the signal generator set the frequency to 3 3 GHz 38...

Page 376: ...erse sign in the performance verification record sheet 53 On the R3172 3182 press FREQ and to increase center frequency by 200 MHz 54 On the signal generator increase the frequency of output by 200 MH...

Page 377: ...center frequency to 27 GHz 68 On the signal generator set the frequency to 27 GHz 69 On the power meter set the correction frequency to 27 GHz 70 On the R3182 press as follows to tune the preselector...

Page 378: ...the marker reading is 10 dBm 0 09 dB 82 Record the display of power meter reading with reverse sign in the performance verification record sheet 83 On the R3182 press FREQ and to increase center frequ...

Page 379: ...132 series is phase locked to the signal generator s 10 MHz reference Specification 1 of the frequency span setting Instruments Required Procedures Setting the measurement conditions 1 Connect the sig...

Page 380: ...ow for first frequency Frequency 1 49996 GHz 5 On the R3132 series press SINGLE for single sweep 6 On the R3132 series after sweep has completed press PK SRCH to capture sig nal peak 7 On the R3132 se...

Page 381: ...for a center frequency of 10 GHz and 17 GHz 14 Repeat steps 3 through 11 for each frequency setting listed in Table 5 22 Center Frequency Frequency Span SMP04 1st Frequency SMP04 2nd Frequency 1 5 GH...

Page 382: ...an SMP04 1st Frequency SMP04 2nd Frequency 10 GHz 10 MHz 9 996 GHz 10 004 GHz 10 GHz 100 MHz 9 96 GHz 10 04 GHz 10 GHz 1 GHz 9 6 GHz 10 4 GHz 10 GHz 10 GHz 6 GHz 14 GHz 10 GHz 20 GHz 1 GHz 19 GHz 17 G...

Page 383: ...Here provides procedure at 20 dBm for a total mixer input level The test points of center frequencies are 200 MHz 1500 MHz 2500 MHz 3600 MHz and 7500 MHz The points of 3600 MHz and 7500 MHz are appli...

Page 384: ...calibration has done 3 On the power meter set the correction frequency to 200 MHz Setting the measurement conditions Frequency 200 MHz 4 Connect the power sensor to power divider output Instruments Q...

Page 385: ...l Generator SMP02 Frequency 200 MHz Output Level 10 dBm RF Output Off Signal Generator SMP04 Frequency 200 05 MHz Output Level 10 dBm RF Output Off 7 On the signal generator SMP02 turn output level on...

Page 386: ...k PK SRCH FREQ 1 2_more Presel Auto Tune Wait till auto tuning has completed 16 On the R3132 series press as follows to set signal peak to reference level PK SRCH MKR MKR Ref 17 On the R3132 series pr...

Page 387: ...r R3162 72 82 20 Repeat step 3 through 18 for each frequency setting listed in Table 5 25 Table 5 25 Third Order Intermodulation Distortion Test Setting for the R3162 72 82 R3132 series Center Frequen...

Page 388: ...ifier ON Frequency Range 200 MHz to 3 GHz Apply for R3132N 107 dB V mixer input level Preamplifier OFF Frequency Range 200 MHz to 2 2 GHz 82 dB V RF input level Preamplifier ON Frequency Range 200 MHz...

Page 389: ...mode after calibration has done Under preamplifier off condition Setting the measurement conditions Frequency 200 MHz Instruments Qty Recommended Model Signal Generator 1 SMP02 Signal Generator 1 SMP...

Page 390: ...Signal Generator SMP02 Frequency 201 MHz Output Level 2 dBm Signal Generator SMP04 Frequency 200 MHz Output Level 4 dBm 5 On the R3132 series after preset set controls as follows Center Frequency 200...

Page 391: ...signal generators as shown Figure 5 19 14 On the both of signal generators Set controls as follows Signal Generator SMP02 Frequency 201 MHz Output Level 50 dBm Signal Generator SMP04 Frequency 200 MHz...

Page 392: ...or SMP02 Frequency 3601 MHz Output Level 12 dBm Signal Generator SMP04 Frequency 3600 MHz Output Level 14 dBm 25 On the R3162 72 82 after preset set controls as follows Center Frequency 3600 5 MHz Spa...

Page 393: ...level at 2 5 division in the left hand part on the R3162 72 82 screen is decreased by 1 dB from 30 dBm 32 Remove the RF cable from the input terminal of R3162 72 82 connect power sensor there 33 On th...

Page 394: ...d Procedures Setting the measurement conditions 1 Connect the signal generator as shown in Figure 5 20 Figure 5 20 Setup of Sweep Time Accuracy Test CAUTION Use only 75 cables connectors or adapters o...

Page 395: ...djust the trigger level for sweep using data knob 6 On the R3132 series press SWEEP and Trig Delay 7 On the R3132 series turn the data knob clockwise until two leading edges appear on the screen Measu...

Page 396: ...26 Sweep Time Accuracy Test Setting For R3132 series For signal generator Sweep Time Pulse Period Pulse Width 50 sec 45 sec 1 sec 5 sec 4 5 sec 1 sec 500 msec 450 msec 200 msec 50 msec 45 msec 20 mse...

Page 397: ...MHz to 2 2 GHz Apply for R3162 100 dBm Preamplifier OFF Frequency Range 1 MHz to 3 3 GHz 90 dBm Preamplifier OFF Frequency Range 3 2 GHz to 8 GHz 105 dBm Preamplifier ON Frequency Range 1 MHz to 3 3...

Page 398: ...2 series press PK SRCH to capture signal peak 4 Check that the marker amplitude is within 20 0 dBm 0 3 dB If it is out of range press as follows to perform CAL ALL SHIFT 7 CAL Cal All After Cal All ha...

Page 399: ...95 of the Span 10 If a residual is suspected press the SINGLE again A residual response will persist but a noise peak will not Record the frequency and amplitude of any responses above the display li...

Page 400: ...g steps are applied for R3162 72 82 Under preamplifier on condition Measurement the residual response on the 3 2 GHz to 8 GHz for R3162 Measurement the residual response on the 3 2 GHz to 7 1 GHz for...

Page 401: ...R3132 62 72 10 dBm 0 5 dB at Center 30 MHz output level 10 dBm R3132N 95 dB V 0 5 dB at Center 30 MHz output level 95 dB V Instruments Required Procedures Setting the measurement conditions 1 On the...

Page 402: ...to the input connector will occur Measuring the Tracking Generator Output Level 4 On the R3132 series after preset set controls as follows Center Frequency 30 MHz Span Zero Span TG Output Level 10 dB...

Page 403: ...Instruments Required Procedures Setting the measurement conditions 1 On the power meter perform the zeroing and calibration with power sensor 2 On the power meter set the unit into dBm mode after cali...

Page 404: ...ter set the correction frequency to 30 MHz 6 On the power meter set relative measurement mode Measuring the Tracking Generator Output Level Flatness 7 On the R3132 series set center frequency to 100 k...

Page 405: ...utput Level Flatness 5 94 Table 5 27 Output Flatness Test Setting Center Frequency 30 MHz 100 kHz 300 kHz 1 MHz 3 MHz 10 MHz 100 MHz 200 MHz 400 MHz 600 MHz 800 MHz 1 GHz 1 2 GHz 1 4 GHz 1 6 GHz 1 8 G...

Page 406: ...vertical on the screen Specification 1 0 dB Frequency Range 100 kHz to 1 GHz TG level 30 dBm 2 0 dB Frequency Range 100 kHz to 2 6 GHz 3 0 dB Frequency Range 100 kHz to 3 GHz Instruments Required Pro...

Page 407: ...dB div 1 dB div RBW 30 kHz VBW 10 Hz TG Output Level 10 dBm TG ON 5 On the R3132 series press as follows to set normalized mode to on TG and Execute Normalize Measuring the Tracking Generator Output...

Page 408: ...equency listed in Table 5 29 Center Frequency Output Level dBm Reference Level dBm 30 MHz 10 0 5 0 0 0 5 0 14 9 9 9 15 0 10 0 19 9 14 9 20 0 15 0 30 0 25 0 40 0 35 0 50 0 45 0 Table 5 29 TG Output Lev...

Page 409: ...0 15 0 30 0 25 0 40 0 35 0 50 0 45 0 10 MHz 10 0 5 0 0 0 5 0 14 9 9 9 15 0 10 0 19 9 14 9 20 0 15 0 30 0 25 0 40 0 35 0 50 0 45 0 200 MHz 10 0 5 0 0 0 5 0 14 9 9 9 15 0 10 0 19 9 14 9 20 0 15 0 30 0 2...

Page 410: ...0 15 0 30 0 25 0 40 0 35 0 50 0 45 0 600 MHz 10 0 5 0 0 0 5 0 14 9 9 9 15 0 10 0 19 9 14 9 20 0 15 0 30 0 25 0 40 0 35 0 50 0 45 0 800 MHz 10 0 5 0 0 0 5 0 14 9 9 9 15 0 10 0 19 9 14 9 20 0 15 0 30 0...

Page 411: ...0 15 0 30 0 25 0 40 0 35 0 50 0 45 0 1 5 GHz 10 0 5 0 0 0 5 0 14 9 9 9 15 0 10 0 19 9 14 9 20 0 15 0 30 0 25 0 40 0 35 0 50 0 45 0 2 GHz 10 0 5 0 0 0 5 0 14 9 9 9 15 0 10 0 19 9 14 9 20 0 15 0 30 0 2...

Page 412: ...0 0 5 0 0 0 5 0 14 9 9 9 15 0 10 0 19 9 14 9 20 0 15 0 30 0 25 0 40 0 35 0 50 0 45 0 3 0 GHz 10 0 5 0 0 0 5 0 14 9 9 9 15 0 10 0 19 9 14 9 20 0 15 0 30 0 25 0 40 0 35 0 50 0 45 0 Table 5 29 TG Output...

Page 413: ...amental is measured at each fre quency Specification 20 dBc output level 10 dBm Instruments Required Procedures Setting the measurement conditions 1 Connect the R3132 series and spectrum analyzer as s...

Page 414: ...yzer after preset set controls as follows Center Frequency 350 kHz Span 600 kHz Reference level 0 dBm 4 On the spectrum analyzer press SINGLE for single sweep 5 Measure the level difference of signal...

Page 415: ...Frequency Span 100 kHz 350 kHz 600 kHz 200 kHz 350 kHz 600 kHz 500 kHz 750 kHz 600 kHz 1 MHz 3 5 MHz 6 MHz 2 MHz 3 5 MHz 6 MHz 5 MHz 7 5 MHz 6 MHz 10 MHz 35 MHz 60 MHz 20 MHz 35 MHz 60 MHz 50 MHz 75...

Page 416: ...Bm Instruments Required Procedures Setting the measurement conditions 1 Connect the R3132 series and spectrum analyzer as shown in Figure 5 26 Figure 5 26 Setup of Non Harmonic Distortion Test CAUTION...

Page 417: ...dBm 3 On the spectrum analyzer after preset set controls as follow Stop Frequency 6 GHz Measuring the Non Harmonic Distortion 4 On the R3132 series press key to set center frequency by 10 MHz step up...

Page 418: ...100 dBm Input attenuator 0 dB R3132N 7 dB V Input attenuator 0 dB Instruments Required Procedures Setting the measurement conditions 1 Connect the terminators as shown in Figure 5 27 Figure 5 27 Setu...

Page 419: ...ime 20 sec RBW 1 kHz VBW 10 Hz Reference Level 60 dBm TG ON TG Output Level 0 dBm Ignore UNCAL message under above setting condition Measuring the TG Leakage 3 On the R3132 series press SINGLE for sin...

Page 420: ...ference signal Specification 4 of the screen display range K Frequency reading Frequency reference accuracy K 8 kHz Screen display range 2 5 MHz to 250 kHz 2 kHz Screen display range 100 kHz to 10 kHz...

Page 421: ...r the R3132 series as shown below UTILITY FM Demod Demod Cal and All 5 Press the RETURN key after the calibration finishes 6 Set VBW used for the R3132 series to 10 Hz 7 Press the MKR key to display t...

Page 422: ...arker function In the R3132 series the frequency is phase locked on the signal generator s 10 MHz reference signal Specification 2 of the screen display range Instruments Required Procedures 1 Connect...

Page 423: ...below UTILITY and Range 11 Sets the frequency range listed in the performance verification sheet 12 Set the first frequency setting value of the signal generator that corresponds to the frequency rang...

Page 424: ...ange and Signal Generator Frequency Setting Used on the R3132 Series Range Signal generator 1st Frequency Signal generator 2nd Frequency 1 kHz 29 996 MHz 30 004 MHz 2 5 kHz 29 99 MHz 30 01 MHz 5 kHz 2...

Page 425: ...erence signal Specification 4 of the screen display range K Frequency reading Frequency reference accuracy K 128 kHz Screen display range 500 MHz to 5 MHz 8 kHz Screen display range 2 5 MHz to 250 kHz...

Page 426: ...od calibration for the R3132 series as shown below UTILITY FM Demod Demod Cal and All 6 Press the RETURN key after the calibration finishes 7 Set VBW used for the R3132 series to 10 Hz 8 Press the MKR...

Page 427: ...e frequency is phase locked on the signal generator s 10 MHz reference signal Specification 2 of the screen display range Instruments Required Procedures 1 Connect the instruments as shown in Figure 5...

Page 428: ...quency range listed in the performance verification sheet 13 Set the first frequency setting value of the signal generator that corresponds to the frequency range listed in Table 5 32 and set in step...

Page 429: ...y Signal generator 2nd Frequency 1 kHz 421 396 MHz 421 404 MHz 2 5 kHz 421 39 MHz 421 41 MHz 5 kHz 421 38 MHz 421 42 MHz 10 kHz 421 36 MHz 421 44 MHz 25 kHz 421 3 MHz 421 5 MHz 50 kHz 421 2 MHz 421 6...

Page 430: ...nce Verification Record Sheet Performance Verification Record Sheet Report Number Customer Name Address Description Model Number Serial Number Asset Number Testing Environment C RH Verification Date D...

Page 431: ...MHz 29 99994 30 00006 30 MHz OPT20 29 999997 30 000003 Test Data Specification Result Min Hz Measured Value Max Hz Pass Fail 20 dBm 20 3 19 7 Test Data Center Frequency MHz Specification Result Pream...

Page 432: ...e dB V Max dB V Pass Fail OFF 10 1 N A 6 0 101 N A 5 8 501 N A 5 0 1001 N A 4 0 1501 N A 3 0 2001 N A 2 0 2999 N A 1 0 ON 1 N A 21 0 10 1 N A 21 0 101 N A 20 7 501 N A 19 5 1001 N A 18 0 1501 N A 16 5...

Page 433: ...5 GHz to 22 GHz N A 107 0 22 GHz to 26 5 GHz N A 104 0 Test Data Frequency Band Specification Result Preamplifier Min dBm Measured Value dBm Max dBm Pass Fail OFF 3 2 GHz to 7 1 GHz N A 114 0 7 GHz to...

Page 434: ...ax Hz Pass Fail 3 M 5 M 2 25 M 3 75 M 1 M 2 M 0 8 M 1 2 M 300 k 500 k 240 k 360 k 100 k 200 k 80 k 120 k 30 k 50 k 24 k 36 k 10 k 20 k 8 k 12 k 3 k 5 k 2 4 k 3 6 k 1 k 2 k 0 8 k 1 2 k 300 OPT27 1 k 24...

Page 435: ...Hz Measured Value Hz Max Hz Pass Fail 1 M 2 M 0 8 M 1 2 M 120 k 200 k 96 k 144 k 9 k 20 k 8 2 k 10 8 k 200 OPT27 1 k 160 240 Setting Test Data Specification Result RBW Hz Reference Level dBm Min dB Me...

Page 436: ...0 0 5 0 5 3 0 0 5 0 5 4 0 0 5 0 5 5 0 0 5 0 5 6 0 0 5 0 5 7 0 0 5 0 5 8 0 0 5 0 5 9 0 0 5 0 5 10 0 0 5 0 5 20 0 0 5 0 5 30 0 0 5 0 5 40 0 0 5 0 5 50 0 0 5 0 5 Setting Test Data Specification Result R...

Page 437: ...Result Attenuator dB Reference Level dBm Measured Value dBm Min dB Actual Value dB Max dB Pass Fail 0 40 0 3 0 3 10 30 0 Ref 20 20 0 3 0 3 30 10 0 3 0 3 40 0 0 3 0 3 50 10 0 3 0 3 R3132N Setting Spec...

Page 438: ...Bm Min dB Actual Value dB Max dB Pass Fail 0 40 0 3 0 3 5 35 0 3 0 3 10 30 0 Ref 15 25 0 3 0 3 20 20 0 3 0 3 25 15 0 3 0 3 30 10 0 3 0 3 35 5 0 3 0 3 40 0 0 3 0 3 45 5 0 3 0 3 50 10 0 3 0 3 R3172 82 S...

Page 439: ...p Accuracy Attenuator dB Reference Level dBm Spec dB Actual Value dB Spec dB Actual Value dB Pass Fail 10 50 0 Ref 0 Ref 0 20 40 2 5 1 3 30 30 2 5 1 3 40 20 2 5 1 3 50 10 2 5 1 3 60 0 2 5 1 3 70 10 2...

Page 440: ...2 0 8 0 2 0 2 2 2 4 1 6 0 2 0 2 3 3 6 2 4 0 2 0 2 4 4 8 3 2 0 2 0 2 5 6 0 4 0 0 2 0 2 6 7 0 5 0 0 2 0 2 7 8 0 6 0 0 2 0 2 8 9 0 7 0 0 2 0 2 9 10 0 8 0 0 2 0 2 10 11 0 9 0 0 2 0 2 Setting Specification...

Page 441: ...1 0 92 190 06 212 42 2 1 94 167 70 190 06 3 3 10 145 34 167 70 4 4 44 122 98 145 34 5 6 02 100 62 122 98 6 7 96 78 26 100 62 7 10 46 55 90 78 26 8 13 98 33 54 55 90 9 20 00 11 18 33 54 Measured Value...

Page 442: ...R3162 5 5 6 3428 N A 70 8 7 1572 N A 70 8 3 7893 N A 70 Apply for R3172 5 5 6 3428 N A 70 5 5 11 4214 N A 70 5 5 17 3428 N A 70 5 5 23 2642 N A 50 12 12 8428 N A 70 12 5 7893 N A 70 12 18 2107 N A 60...

Page 443: ...5 2428 N A 65 24 4 5 78395 N A 70 24 4 11 9893 N A 70 24 4 18 19465 N A 65 28 28 8428 N A 60 28 6 89465 N A 70 28 13 7893 N A 70 28 20 89465 N A 65 35 35 8428 N A 50 35 6 91572 N A 70 35 11 5262 N A 7...

Page 444: ...2 100 1 9989 2 0011 2 1000 1 990 2 010 Apply for R3162 72 82 5 1 4 999979 5 000021 5 10 4 99988 5 00012 5 20 4 99975 5 00025 5 100 4 9989 5 0011 5 1000 4 990 5 010 Apply for R3172 82 11 1 10 999977 1...

Page 445: ...Min GHz Measured Value GHz Max GHz Pass Fail 2 1 1 999995999 2 000004001 Apply for R3162 72 82 5 1 4 999989999 5 000010001 Apply for R3172 82 11 1 10 999977999 11 000022001 18 1 17 999963999 18 00003...

Page 446: ...ation 1 Result Min dB Measured Value dB Max dB Pass Fail OFF 100 0 5 0 5 200 0 5 0 5 300 0 5 0 5 400 0 5 0 5 500 0 5 0 5 600 0 5 0 5 700 0 5 0 5 800 0 5 0 5 900 0 5 0 5 1000 0 5 0 5 1100 0 5 0 5 1200...

Page 447: ...ass Fail ON 100 1 0 1 0 200 1 0 1 0 300 1 0 1 0 400 1 0 1 0 500 1 0 1 0 600 1 0 1 0 700 1 0 1 0 800 1 0 1 0 900 1 0 1 0 1000 1 0 1 0 1100 1 0 1 0 1200 1 0 1 0 1300 1 0 1 0 1400 1 0 1 0 1500 1 0 1 0 16...

Page 448: ...2 0 2 0 3500 2 0 2 0 3600 2 0 2 0 3700 2 0 2 0 3800 2 0 2 0 3900 2 0 2 0 4000 2 0 2 0 4100 2 0 2 0 4200 2 0 2 0 4300 2 0 2 0 4400 2 0 2 0 4500 2 0 2 0 4600 2 0 2 0 4700 2 0 2 0 4800 2 0 2 0 4900 2 0...

Page 449: ...2 0 7700 2 0 2 0 7800 2 0 2 0 7900 2 0 2 0 8000 2 0 2 0 Preamplifier Test Data MHz Specification Result Min dB Measured Value dB Max dB Pass Fail OFF 3400 1 8 1 8 3500 1 8 1 8 3600 1 8 1 8 3700 1 8 1...

Page 450: ...5300 1 8 1 8 5400 1 8 1 8 5500 1 8 1 8 5600 1 8 1 8 5700 1 8 1 8 5800 1 8 1 8 5900 1 8 1 8 6000 1 8 1 8 6100 1 8 1 8 6200 1 8 1 8 6300 1 8 1 8 6400 1 8 1 8 6500 1 8 1 8 6600 1 8 1 8 6700 1 8 1 8 6800...

Page 451: ...0 7400 2 0 2 0 7600 2 0 2 0 7800 2 0 2 0 8000 2 0 2 0 8200 2 0 2 0 8400 2 0 2 0 8600 2 0 2 0 8800 2 0 2 0 9000 2 0 2 0 9200 2 0 2 0 9400 2 0 2 0 9600 2 0 2 0 9800 2 0 2 0 10000 2 0 2 0 10200 2 0 2 0 1...

Page 452: ...Max dB Pass Fail OFF 14800 3 0 3 0 15000 3 0 3 0 15200 3 0 3 0 15400 3 0 3 0 15600 3 0 3 0 15800 3 0 3 0 16000 3 0 3 0 16200 3 0 3 0 16400 3 0 3 0 16600 3 0 3 0 16800 3 0 3 0 17000 3 0 3 0 17200 3 0...

Page 453: ...21800 3 0 3 0 22000 3 0 3 0 22200 3 0 3 0 22400 3 0 3 0 22600 3 0 3 0 22800 3 0 3 0 23000 3 0 3 0 23200 3 0 3 0 23400 3 0 3 0 23600 3 0 3 0 23800 3 0 3 0 24000 3 0 3 0 24200 3 0 3 0 24400 3 0 3 0 2460...

Page 454: ...3 0 3 0 15200 3 0 3 0 15400 3 0 3 0 15600 3 0 3 0 15800 3 0 3 0 16000 3 0 3 0 16200 3 0 3 0 16400 3 0 3 0 16600 3 0 3 0 16800 3 0 3 0 17000 3 0 3 0 17200 3 0 3 0 17400 3 0 3 0 17600 3 0 3 0 17800 3 0...

Page 455: ...22800 3 0 3 0 23000 3 0 3 0 23200 3 0 3 0 23400 3 0 3 0 23600 3 0 3 0 23800 3 0 3 0 24000 3 0 3 0 24200 3 0 3 0 24400 3 0 3 0 24600 3 0 3 0 24800 3 0 3 0 25000 3 0 3 0 25200 3 0 3 0 25400 3 0 3 0 2560...

Page 456: ...30 GHz for R3182 Preamplifier Test Data MHz Specification Result Min dB Measured Value dB Max dB Pass Fail OFF 27000 3 5 3 5 27200 3 5 3 5 27400 3 5 3 5 27600 3 5 3 5 27800 3 5 3 5 28000 3 5 3 5 2820...

Page 457: ...30000 4 0 4 0 30200 4 0 4 0 30400 4 0 4 0 30600 4 0 4 0 30800 4 0 4 0 31000 4 0 4 0 31200 4 0 4 0 31400 4 0 4 0 31600 4 0 4 0 31800 4 0 4 0 32000 4 0 4 0 32200 4 0 4 0 32400 4 0 4 0 32600 4 0 4 0 3280...

Page 458: ...0 4 0 36800 4 0 4 0 37000 4 0 4 0 37200 4 0 4 0 37400 4 0 4 0 37600 4 0 4 0 37800 4 0 4 0 38000 4 0 4 0 38200 4 0 4 0 38400 4 0 4 0 38600 4 0 4 0 38800 4 0 4 0 39000 4 0 4 0 39200 4 0 4 0 39400 4 0 4...

Page 459: ...4 G Apply for R3162 72 82 10 M 4 G 7 92 G 8 08 M 100 M 4 G 79 2 G 80 8 M 1 G 4 G 792 M 808 M 8 G 4 G 6 336 G 6 464 G 10 M 7 5 G 7 92 M 8 08 M 100 M 7 5 G 79 2 M 80 8 M Apply for R3172 82 10 M 10 G 7 9...

Page 460: ...Apply for R3162 3600 N A 60 7500 N A 60 Apply for R3172 3600 N A 50 7500 N A 50 Apply for R3182 3600 N A 55 7500 N A 55 Preamplifier Center Frequency MHz Specification Result Min dBm Measured Value d...

Page 461: ...45 9 m 5 m Option 4 5 m 4 41 m 4 59 m 500 Option 450 441 459 50 Option 45 44 1 45 9 Preamplifier Frequency Range Specification Result Min dBm Measured Value Max dBm Pass Fail OFF 1 MHz to 3 GHz N A 1...

Page 462: ...dB Max dB Pass Fail 10 dBm 0 5 0 5 Test Data Specification Result Center Frequency Hz Min dB Measured Value dB Max dB Pass Fail 30 M 0 Ref 100 k 1 0 1 0 300 k 1 0 1 0 1 M 1 0 1 0 3 M 1 0 1 0 10 M 1 0...

Page 463: ...A 0 5 0 1 0 1 0 14 9 9 9 1 0 1 0 15 0 10 0 1 0 1 0 19 9 14 9 1 0 1 0 20 0 15 0 1 0 1 0 30 0 25 0 1 0 1 0 40 0 35 0 2 0 2 0 50 0 45 0 2 0 2 0 1 M 10 0 5 0 N A Reference N A 0 5 0 1 0 1 0 14 9 9 9 1 0...

Page 464: ...400 M 10 0 5 0 N A Reference N A 0 5 0 1 0 1 0 14 9 9 9 1 0 1 0 15 0 10 0 1 0 1 0 19 9 14 9 1 0 1 0 20 0 15 0 1 0 1 0 30 0 25 0 1 0 1 0 40 0 35 0 2 0 2 0 50 0 45 0 2 0 2 0 600 M 10 0 5 0 N A Reference...

Page 465: ...1 G 10 0 5 0 N A Reference N A 0 5 0 1 0 1 0 14 9 9 9 1 0 1 0 15 0 10 0 1 0 1 0 19 9 14 9 1 0 1 0 20 0 15 0 1 0 1 0 30 0 25 0 1 0 1 0 40 0 35 0 2 0 2 0 50 0 45 0 2 0 2 0 1 5 G 10 0 5 0 N A Reference...

Page 466: ...2 5 G 10 0 5 0 N A Reference N A 0 5 0 2 0 2 0 14 9 9 9 2 0 2 0 15 0 10 0 2 0 2 0 19 9 14 9 2 0 2 0 20 0 15 0 2 0 2 0 30 0 25 0 2 0 2 0 40 0 35 0 2 0 2 0 50 0 45 0 2 0 2 0 3 0 G 10 0 5 0 N A Reference...

Page 467: ...Min dB Measured Value dB Max dB Pass Fail 100 kHz to 3 GHz N A 2 0 Test Data Specification Result Frequency Range Min dB Measured Value dB Max dB Pass Fail 100 kHz to 3 GHz N A 3 0 Test Data Specifica...

Page 468: ...cification Result Min Hz Measured Value Hz Max Hz Pass Fail 1 kHz 0 2 4 k 2 5 kHz 0 3 k 5 kHz 0 4 k 10 kHz 0 6 k 25 kHz 0 18 k 50 kHz 0 28 k 100 kHz 0 48 k 250 kHz 0 108 k Range Specification Result M...

Page 469: ...0 28 k 100 kHz 0 48 k 250 kHz 0 108 k 500 kHz 0 328 k 1 MHz 0 528 k 2 5 MHz 0 1 128 M 5 MHz 0 2 128 M 10 MHz 0 4 128 M 25 MHz 0 10 128 M 50 MHz 0 20 128 M Range Specification Result Min Hz Measured Va...

Page 470: ...e performance test Equipment lists for individual tests are provided in each performance verification test procedure Table 6 2 Equipment List for Performance Verification Test No Test Description Appl...

Page 471: ...tion The test record lists test specification and acceptable limits Performance verification test record sheets for each option is provided at end of this manual Recommend that make a copy of these sh...

Page 472: ...al memory Set the sweeper output to off Measure the noise level in ht entire frequency range of each external mixer by 500 MHz step Specification Equipment required Sweeper 83640 SG Source Module 8355...

Page 473: ...R3182 set control as follow Center Frequency 26 5 GHz 10 On the R3172 R3182 press keys as follows to set number of average to 3 times TRACE 1 2_more AVG A 3 Hz ENTER Wait until the average process has...

Page 474: ...module and then measure the frequency response on the R3172 R3182 screen in the entire frequency range by 100 MHz step and record it as measured value Calculate between the calibrated value and measur...

Page 475: ...Measure the source module output level and then record it in reference column on the performance verification test record sheets 6 On the SG set control as follow Output Frequency 26 5 GHz 7 On the RF...

Page 476: ...of peak marker in the measured value column on the perfor mance verification test data sheets 17 Calculate actual value using following equation Actual Value Abs Calibrated value Abs Measured value 1...

Page 477: ...ce Verification Test Procedures 6 8 25 Record the result in the actual value column on the performance verification test data sheets 26 Repeat steps 19 through 25 for the frequency setting both of R31...

Page 478: ...erial Number 1 Noise Level Test Data Specification Result Frequency GHz Min dBm Measured value dBm Max dBm Pass Fail 26 5 NA 99 27 0 NA 99 27 5 NA 99 28 0 NA 99 28 5 NA 99 29 0 NA 99 29 5 NA 99 30 0 N...

Page 479: ...dBm Measured value dBm Min dB Actual value dB Max dB Pass Fail 26 5 5 5 26 6 5 5 26 7 5 5 26 8 5 5 26 9 5 5 27 0 5 5 27 1 5 5 27 2 5 5 27 3 5 5 27 4 5 5 27 5 5 5 27 6 5 5 27 7 5 5 27 8 5 5 27 9 5 5 28...

Page 480: ...5 5 31 0 5 5 31 1 5 5 31 2 5 5 31 3 5 5 31 4 5 5 31 5 5 5 31 6 5 5 31 7 5 5 31 8 5 5 31 9 5 5 32 0 5 5 32 1 5 5 32 2 5 5 32 3 5 5 32 4 5 5 32 5 5 5 32 6 5 5 32 7 5 5 32 8 5 5 32 9 5 5 33 0 5 5 33 1 5...

Page 481: ...5 5 34 7 5 5 34 8 5 5 34 9 5 5 35 0 5 5 35 1 5 5 35 2 5 5 35 3 5 5 35 4 5 5 35 5 5 5 35 6 5 5 35 7 5 5 35 8 5 5 35 9 5 5 36 0 5 5 36 1 5 5 36 2 5 5 36 3 5 5 36 4 5 5 36 5 5 5 36 6 5 5 36 7 5 5 36 8 5...

Page 482: ...7 8 5 5 37 9 5 5 38 0 5 5 38 1 5 5 38 2 5 5 38 3 5 5 38 4 5 5 38 5 5 5 38 6 5 5 38 7 5 5 38 8 5 5 38 9 5 5 39 0 5 5 39 1 5 5 39 2 5 5 39 3 5 5 39 4 5 5 39 5 5 5 39 6 5 5 39 7 5 5 39 8 5 5 39 9 5 5 40...

Page 483: ...tion test procedure Table 6 4 Equipment List for Performance Verification Test No Test Description Applicable Models 1 Noise Level OPT3172 3182 17 2 Frequency Response OPT3172 3182 17 No Description C...

Page 484: ...tion The test record lists test specification and acceptable limits Performance verification test record sheets for each option is provided at end of this manual Recommend that make a copy of these sh...

Page 485: ...rnal memory Set the sweeper output to off Measure the noise level in ht entire frequency range of each external mixer by 500 MHz step Specification Equipment required Sweeper 83640 SG Source Module 83...

Page 486: ...2 R3182 set control as follow Center Frequency 40 GHz 10 On the R3172 R3182 press keys as follows to set number of average to 3 times TRACE 1 2_more AVG A 3 Hz ENTER Wait until the average process has...

Page 487: ...nal mixer to the source module and then measure the frequency response on the R3172 R3182 screen in the entire frequency range by 100 MHz step and record it as measured value Calculate between the cal...

Page 488: ...GHz 5 Measure the source module output level and then record it in reference column on the performance verification test record sheets 6 On the SG set control as follow Output Frequency 40 1 GHz 7 On...

Page 489: ...e R3172 R3182 set controls as follows Center Frequency 40 0 GHz Span 40 MHz Reference Level 0 dBm dB div 10dB div RBW 300kHz VBW 3kHz Detector Sample 18 On the SG set controls as follows Output Freque...

Page 490: ...evel of peak marker in the measured value column on the perfor mance verification test data sheets 29 Calculate actual value using following equation Actual Value Abs Calibrated value Abs Measured val...

Page 491: ...nse Test Data Specification Result Frequency GHz Min dBm Measured value dBm Max dBm Pass Fail 40 5 NA 93 50 0 NA 93 50 5 NA 93 51 0 NA 93 51 5 NA 93 52 0 NA 93 52 5 NA 93 53 0 NA 93 53 5 NA 93 54 0 NA...

Page 492: ...5 5 42 1 5 5 42 2 5 5 42 3 5 5 42 4 5 5 42 5 5 5 42 6 5 5 42 7 5 5 42 8 5 5 42 9 5 5 43 0 5 5 43 1 5 5 43 2 5 5 43 3 5 5 43 4 5 5 43 5 5 5 43 6 5 5 43 7 5 5 43 8 5 5 43 9 5 5 44 0 5 5 44 1 5 5 44 2 5...

Page 493: ...5 5 45 8 5 5 45 9 5 5 46 0 5 5 46 1 5 5 46 2 5 5 46 3 5 5 46 4 5 5 46 5 5 5 46 6 5 5 46 7 5 5 46 8 5 5 46 9 5 5 47 0 5 5 47 1 5 5 47 2 5 5 47 3 5 5 47 4 5 5 47 5 5 5 47 6 5 5 47 7 5 5 47 8 5 5 47 9 5...

Page 494: ...5 5 49 5 5 5 49 6 5 5 49 7 5 5 49 8 5 5 49 9 5 5 50 0 5 5 50 1 5 5 50 2 5 5 50 3 5 5 50 4 5 5 50 5 5 5 50 6 5 5 50 7 5 5 50 8 5 5 50 9 5 5 51 0 5 5 51 1 5 5 51 2 5 5 51 3 5 5 51 4 5 5 51 5 5 5 51 6 5...

Page 495: ...5 5 53 2 5 5 53 3 5 5 53 4 5 5 53 5 5 5 53 6 5 5 53 7 5 5 53 8 5 5 53 9 5 5 54 0 5 5 54 1 5 5 54 2 5 5 54 3 5 5 54 4 5 5 54 5 5 5 54 6 5 5 54 7 5 5 54 8 5 5 54 9 5 5 55 0 5 5 55 1 5 5 55 2 5 5 55 3 5...

Page 496: ...5 5 56 9 5 5 57 0 5 5 57 1 5 5 57 2 5 5 57 3 5 5 57 4 5 5 57 5 5 5 57 6 5 5 57 7 5 5 57 8 5 5 57 9 5 5 58 0 5 5 58 1 5 5 58 2 5 5 58 3 5 5 58 4 5 5 58 5 5 5 58 6 5 5 58 7 5 5 58 8 5 5 58 9 5 5 59 0 5...

Page 497: ...peration Manual 6 2 2 Performance Verification Test Record Sheets 6 28 59 7 5 5 59 8 5 5 59 9 5 5 60 0 5 5 Test Data Specification Result Frequency GHz Calibrated value dBm Measured value dBm Min dB A...

Page 498: ...e provided in each performance verification test procedure Table 6 6 Equipment List for Performance Verification Test No Test Description Applicable Models 1 Noise Level OPT3172 3182 18 2 Frequency Re...

Page 499: ...tion The test record lists test specification and acceptable limits Performance verification test record sheets for each option is provided at end of this manual Recommend that make a copy of these sh...

Page 500: ...he backed up floppy disk to R3172 R3182 internal memory Set the sweeper output to off Measure the noise level in ht entire frequency range of each external mixer by 500 MHz step Specification Equipmen...

Page 501: ...tector Sample 9 On the R3172 R3182 set control as follow Center Frequency 50 GHz 10 On the R3172 R3182 press keys as follows to set number of average to 3 times TRACE 1 2_more AVG A 3 Hz ENTER Wait un...

Page 502: ...RBW 1 kHz VBW 10 Hz Detector Sample 23 On the R3172 R3182 set control as follow Center Frequency 70 GHz 24 On the R3172 R3182 press keys as follows to set number of average to 3 times TRACE 1 2_more A...

Page 503: ...connect external mixer to the source module and then measure the frequency response on the R3172 R3182 screen in the entire frequency range by 100 MHz step and record it as measured value Calculate be...

Page 504: ...nd then record it in calibrated value column on the performance verification test record sheets 6 On the SG set control as follow Output Frequency 50 1 GHz 7 On the RF power meter set correction data...

Page 505: ...3182 press SINGLE key for a sweep 18 On the R3172 R3182 press PKSRCH key to capture the signal peak 19 Record the level of peak marker in the measured value column on the perfor mance verification te...

Page 506: ...reading RECALL Device RAM FD FD 32 Select the WHM15 2 file by rotating the data knob 33 On the R3172 R3182 press RECALL key to load the correction data 34 On the R3172 R3182 set controls as follows Ce...

Page 507: ...3182 press PKSRCH key to capture the signal peak 45 Record the level of peak marker in the measured value column on the perfor mance verification test data sheets 46 Calculate actual value using follo...

Page 508: ...evel Frequency Range 50 GHz to 75 GHz Test Data Specification Result Frequency GHz Min dBm Measured value dBm Max dBm Pass Fail 50 0 NA 90 50 5 NA 90 51 0 NA 90 51 5 NA 90 52 0 NA 90 52 5 NA 90 53 0 N...

Page 509: ...0 NA 90 65 5 NA 90 66 0 NA 90 66 5 NA 90 67 0 NA 90 67 5 NA 90 68 0 NA 90 68 5 NA 90 69 0 NA 90 69 5 NA 90 70 0 NA 90 70 5 NA 90 71 0 NA 90 71 5 NA 90 72 0 NA 90 72 5 NA 90 73 0 NA 90 73 5 NA 90 74 0...

Page 510: ...80 GHz Test Data Specification Result Frequency GHz Min dBm Measured value dBm Max dBm Pass Fail 70 0 NA 88 70 5 NA 88 71 0 NA 88 71 5 NA 88 72 0 NA 88 72 5 NA 88 73 0 NA 88 73 5 NA 88 74 0 NA 88 74...

Page 511: ...GHz Calibrated value dBm Measured value dBm Min dB Actual value dB Max dB Pass Fail 50 0 5 5 50 1 5 5 50 2 5 5 50 3 5 5 50 4 5 5 50 5 5 5 50 6 5 5 50 7 5 5 50 8 5 5 50 9 5 5 51 0 5 5 51 1 5 5 51 2 5 5...

Page 512: ...5 5 54 4 5 5 54 5 5 5 54 6 5 5 54 7 5 5 54 8 5 5 54 9 5 5 55 0 5 5 55 1 5 5 55 2 5 5 55 3 5 5 55 4 5 5 55 5 5 5 55 6 5 5 55 7 5 5 55 8 5 5 55 9 5 5 56 0 5 5 56 1 5 5 56 2 5 5 56 3 5 5 56 4 5 5 56 5 5...

Page 513: ...5 5 58 1 5 5 58 2 5 5 58 3 5 5 58 4 5 5 58 5 5 5 58 6 5 5 58 7 5 5 58 8 5 5 58 9 5 5 59 0 5 5 59 1 5 5 59 2 5 5 59 3 5 5 59 4 5 5 59 5 5 5 59 6 5 5 59 7 5 5 59 8 5 5 59 9 5 5 60 0 5 5 60 1 5 5 60 2 5...

Page 514: ...5 5 61 8 5 5 61 9 5 5 62 0 5 5 62 1 5 5 62 2 5 5 62 3 5 5 62 4 5 5 62 5 5 5 62 6 5 5 62 7 5 5 62 8 5 5 62 9 5 5 63 0 5 5 63 1 5 5 63 2 5 5 63 3 5 5 63 4 5 5 63 5 5 5 63 6 5 5 63 7 5 5 63 8 5 5 63 9 5...

Page 515: ...5 5 65 5 5 5 65 6 5 5 65 7 5 5 65 8 5 5 65 9 5 5 66 0 5 5 66 1 5 5 66 2 5 5 66 3 5 5 66 4 5 5 66 5 5 5 66 6 5 5 66 7 5 5 66 8 5 5 66 9 5 5 67 0 5 5 67 1 5 5 67 2 5 5 67 3 5 5 67 4 5 5 67 5 5 5 67 6 5...

Page 516: ...5 5 69 2 5 5 69 3 5 5 69 4 5 5 69 5 5 5 69 6 5 5 69 7 5 5 69 8 5 5 69 9 5 5 70 0 5 5 70 1 5 5 70 2 5 5 70 3 5 5 70 4 5 5 70 5 5 5 70 6 5 5 70 7 5 5 70 8 5 5 70 9 5 5 71 0 5 5 71 1 5 5 71 2 5 5 71 3 5...

Page 517: ...5 5 72 6 5 5 72 7 5 5 72 8 5 5 72 9 5 5 73 0 5 5 73 1 5 5 73 2 5 5 73 3 5 5 73 4 5 5 73 5 5 5 73 6 5 5 73 7 5 5 73 8 5 5 73 9 5 5 74 0 5 5 74 1 5 5 74 2 5 5 74 3 5 5 74 4 5 5 74 5 5 5 74 6 5 5 74 7 5...

Page 518: ...value dBm Measured value dBm Min dB Actual value dB Max dB Pass Fail 70 0 5 5 70 1 5 5 70 2 5 5 70 3 5 5 70 4 5 5 70 5 5 5 70 6 5 5 70 7 5 5 70 8 5 5 70 9 5 5 71 0 5 5 71 1 5 5 71 2 5 5 71 3 5 5 71 4...

Page 519: ...5 5 74 5 5 5 74 6 5 5 74 7 5 5 74 8 5 5 74 9 5 5 75 0 5 5 75 1 5 5 75 2 5 5 75 3 5 5 75 4 5 5 75 5 5 5 75 6 5 5 75 7 5 5 75 8 5 5 75 9 5 5 76 0 5 5 76 1 5 5 76 2 5 5 76 3 5 5 76 4 5 5 76 5 5 5 76 6 5...

Page 520: ...7 7 5 5 77 8 5 5 77 9 5 5 78 0 5 5 78 1 5 5 78 2 5 5 78 3 5 5 78 4 5 5 78 5 5 5 78 6 5 5 78 7 5 5 78 8 5 5 78 9 5 5 79 0 5 5 79 1 5 5 79 2 5 5 79 3 5 5 79 4 5 5 79 5 5 5 79 6 5 5 79 7 5 5 79 8 5 5 79...

Page 521: ...e provided in each performance verification test procedure Table 6 8 Equipment List for Performance Verification Test No Test Description Applicable Models 1 Noise Level OPT3172 3182 19 2 Frequency Re...

Page 522: ...tion The test record lists test specification and acceptable limits Performance verification test record sheets for each option is provided at end of this manual Recommend that make a copy of these sh...

Page 523: ...isk to R3172 R3182 internal memory Set the sweeper output to off Measure the noise level in ht entire frequency range of each external mixer by 500 MHz step Specification Equipment required Sweeper 83...

Page 524: ...ector Sample 9 On the R3172 R3182 set control as follow Center Frequency 75 GHz 10 On the R3172 R3182 press keys as follows to set number of average to 3 times TRACE 1 2_more AVG A 3 Hz ENTER Wait unt...

Page 525: ...odule and then measure the frequency response on the R3172 R3182 screen in the entire frequency range by 100 MHz step and record it as measured value Calculate between the calibrated value and measure...

Page 526: ...z 5 Measure the source module output level and then record it in reference column on the performance verification test record sheets 6 On the SG set control as follow Output Frequency 75 1 GHz 7 On th...

Page 527: ...el of peak marker in the measured value column on the perfor mance verification test data sheets 17 Calculate actual value using following equation Actual Value Abs Calibrated value Abs Measured value...

Page 528: ...e Verification Test Procedures 6 59 25 Record the result in the actual value column on the performance verification test data sheets 26 Repeat steps 19 through 25 for the frequency setting both of R31...

Page 529: ...r 1 Noise Level Test Data Specification Result Frequency GHz Min dBm Measured value dBm Max dBm Pass Fail 75 0 NA 85 75 5 NA 85 76 0 NA 85 76 5 NA 85 77 0 NA 85 77 5 NA 85 78 0 NA 85 78 5 NA 85 79 0 N...

Page 530: ...A 80 95 0 NA 80 95 5 NA 80 96 0 NA 80 96 5 NA 80 97 0 NA 80 97 5 NA 80 98 0 NA 80 98 5 NA 80 99 0 NA 80 99 5 NA 80 100 0 NA 80 100 5 NA 80 101 0 NA 80 101 5 NA 80 102 0 NA 80 102 5 NA 80 103 0 NA 80 1...

Page 531: ...librated value dBm Measured value dBm Min dB Actual value dB Max dB Pass Fail 75 0 5 5 75 1 5 5 75 2 5 5 75 3 5 5 75 4 5 5 75 5 5 5 75 6 5 5 75 7 5 5 75 8 5 5 75 9 5 5 76 0 5 5 76 1 5 5 76 2 5 5 76 3...

Page 532: ...5 5 78 7 5 5 78 8 5 5 78 9 5 5 79 0 5 5 79 1 5 5 79 2 5 5 79 3 5 5 79 4 5 5 79 5 5 5 79 6 5 5 79 7 5 5 79 8 5 5 79 9 5 5 80 0 5 5 80 1 5 5 80 2 5 5 80 3 5 5 80 4 5 5 80 5 5 5 80 6 5 5 80 7 5 5 80 8 5...

Page 533: ...5 5 82 4 5 5 82 5 5 5 82 6 5 5 82 7 5 5 82 8 5 5 82 9 5 5 83 0 5 5 83 1 5 5 83 2 5 5 83 3 5 5 83 4 5 5 83 5 5 5 83 6 5 5 83 7 5 5 83 8 5 5 83 9 5 5 84 0 5 5 84 1 5 5 84 2 5 5 84 3 5 5 84 4 5 5 84 5 5...

Page 534: ...5 5 86 1 5 5 86 2 5 5 86 3 5 5 86 4 5 5 86 5 5 5 86 6 5 5 86 7 5 5 86 8 5 5 86 9 5 5 87 0 5 5 87 1 5 5 87 2 5 5 87 3 5 5 87 4 5 5 87 5 5 5 87 6 5 5 87 7 5 5 87 8 5 5 87 9 5 5 88 0 5 5 88 1 5 5 88 2 5...

Page 535: ...5 5 89 8 5 5 89 9 5 5 90 0 5 5 90 1 5 5 90 2 5 5 90 3 5 5 90 4 5 5 90 5 5 5 90 6 5 5 90 7 5 5 90 8 5 5 90 9 5 5 91 0 5 5 91 1 5 5 91 2 5 5 91 3 5 5 91 4 5 5 91 5 5 5 91 6 5 5 91 7 5 5 91 8 5 5 91 9 5...

Page 536: ...5 5 93 5 5 5 93 6 5 5 93 7 5 5 93 8 5 5 93 9 5 5 94 0 5 5 94 1 5 5 94 2 5 5 94 3 5 5 94 4 5 5 94 5 5 5 94 6 5 5 94 7 5 5 94 8 5 5 94 9 5 5 95 0 5 5 95 1 5 5 95 2 5 5 95 3 5 5 95 4 5 5 95 5 5 5 95 6 5...

Page 537: ...5 5 97 2 5 5 97 3 5 5 97 4 5 5 97 5 5 5 97 6 5 5 97 7 5 5 97 8 5 5 97 9 5 5 98 0 5 5 98 1 5 5 98 2 5 5 98 3 5 5 98 4 5 5 98 5 5 5 98 6 5 5 98 7 5 5 98 8 5 5 98 9 5 5 99 0 5 5 99 1 5 5 99 2 5 5 99 3 5...

Page 538: ...5 5 101 0 5 5 101 1 5 5 101 2 5 5 101 3 5 5 101 4 5 5 101 5 5 5 101 6 5 5 101 7 5 5 101 8 5 5 101 9 5 5 102 0 5 5 102 1 5 5 102 2 5 5 102 3 5 5 102 4 5 5 102 5 5 5 102 6 5 5 102 7 5 5 102 8 5 5 102 9...

Page 539: ...5 5 104 7 5 5 104 8 5 5 104 9 5 5 105 0 5 5 105 1 5 5 105 2 5 5 105 3 5 5 105 4 5 5 105 5 5 5 105 6 5 5 105 7 5 5 105 8 5 5 105 9 5 5 106 0 5 5 106 1 5 5 106 2 5 5 106 3 5 5 106 4 5 5 106 5 5 5 106 6...

Page 540: ...5 5 107 9 5 5 108 0 5 5 108 1 5 5 108 2 5 5 108 3 5 5 108 4 5 5 108 5 5 5 108 6 5 5 108 7 5 5 108 8 5 5 108 9 5 5 109 0 5 5 109 1 5 5 109 2 5 5 109 3 5 5 109 4 5 5 109 5 5 5 109 6 5 5 109 7 5 5 109 8...

Page 541: ...SPAN 200MHz Frequency reference Aging Temperature stability 2 10 6 year 1 10 5 from 0 C to 50 C Frequency span Range Accuracy 1 kHz to 3 GHz and 0 Hz zero span 1 of Span Residual FM Zero Span 60Hz p...

Page 542: ...max Display range Log Linear 10 10 div 10 5 2 1 dB div 10 of reference level div Reference level range Preamplifier OFF Log Linear Preamplifier ON Log Linear Input attenuator 0 to 50 dB 64 dBm to 40...

Page 543: ...m 70 dBc freq 100 MHz to 800 MHz 80 dBc freq 800 MHz 80dBc freq 200 MHz 2 signal difference 50 kHz Residual responses Preamplifier OFF Preamplifier ON input terninated 50 input attenuator 0 dB freq 1...

Page 544: ...female 500 nominal 10 dBm to 10 dBm External trigger input BNC female Phone output Small size monophonic female GPIB interface IEEE 488 bus connector Serial interface D Sub 9pins Printer interface D...

Page 545: ...00MHz Frequency reference Aging Temperature stability 2 10 6 year 1 10 5 from 0 C to 50 C Frequency span Range Accuracy 1 kHz to 3 GHz and 0 Hz zero span 1 of Span Residual FM Zero Span 60Hz p p 100ms...

Page 546: ...ax Display range Log Linear 10 10 div 10 5 2 1 dB div 10 of reference level div Reference level range Preamplifier OFF Log Linear Preamplifier ON Log Linear Input attenuator 0 to 50 dB 44 8 dB V to 14...

Page 547: ...V 70 dBc freq 100 MHz to 800 MHz 80 dBc freq 800 MHz 80dBc freq 200 MHz 2 signal difference 50 kHz Residual responses Preamplifier OFF Preamplifier ON input terninated 75 input attenuator 0 dB 11 dB V...

Page 548: ...BNC female 500 nominal 10 dBm to 10 dBm External trigger input BNC female Phone output Small size monophonic female GPIB interface IEEE 488 bus connector Serial interface D Sub 9pins Printer interface...

Page 549: ...req reference accuracy 1LSD S N 25dB SPAN 200MHz Frequency reference Aging Temperature stability 2 10 6 year 1 10 5 from 0 C to 50 C Frequency span Range Accuracy 1 kHz to 8 GHz and 0 Hz zero span 1 o...

Page 550: ...max Display range Log Linear 10 10 div 10 5 2 1 dB div 10 of reference level div Reference level range Preamplifier OFF Log Linear Preamplifier ON Log Linear Input attenuator 0 to 75 dB 64 dBm to 65 d...

Page 551: ...eq Range 1 MHz to 3 3 GHz Gain compression 1 dB Preamplifier OFF Preamplifier ON frequency 200 MHz 0 dBm mixer input level 25 dBm RF input level Spurious Response Second harmonic distortion Third orde...

Page 552: ...3 2 GHz to 8 GHz 1 dB 100 kHz to 2 7 GHz 2 dB 9 kHz to 3 3 GHz Calibration Signal Accuracy 20 dBm 0 3dB IF Gain Error after automatic calibration 0 5 dB Scale Fidelity Log Linear after automatic calib...

Page 553: ...al 10 dBm to 10 dBm External trigger input BNC female Phone output Small size monophonic female GPIB interface IEEE 488 bus connector Serial interface D Sub 9pins Printer interface D Sub 25pins ESC P...

Page 554: ...Accuracy 1 Hz to 1 kHz Marker frequency freq reference accuracy Residual FM 1LSD S N 25dB SPAN 200MHz Frequency reference Aging Temperature stability 2 10 6 year 1 10 5 from 0 C to 50 C Frequency span...

Page 555: ...10 10 div 10 5 2 1 dB div 10 of reference level div Reference level range Preamplifier OFF Log Linear Preamplifier ON Log Linear Input attenuator 0 to 70 dB 64 dBm to 60 dBm 0 1 dB step 141 1 V to 223...

Page 556: ...mplifier ON Input attenuator 0 to 30dB 200 MHz to 3 3 GHz Band 0 0 dBm mixer input level 3 2 GHz to 26 5 GHz Band 1 to 3 5 dBm mixer input level 200 MHz to 3 3 GHz Band 0 25 dBm RF input level Spuriou...

Page 557: ...18 GHz 1 8 dB 10 dB 3 5dB max 18GHz to 26 5GHz in reference to an attenuation of 10 dB Resolution bandwidth switching uncertainty after automatic calibration 0 5 dB Overall level accuracy Preamplifie...

Page 558: ...dBm to 10 dBm External trigger input BNC female Y axis output BNC female Approximately 2 V in full scale 10 dB div Phone output Small size monophonic female GPIB interface IEEE 488 bus connector Seria...

Page 559: ...cy marker Resolution Count Accuracy 1 Hz to 1 kHz Marker frequency freq reference accuracy Residual FM 1LSD S N 25dB SPAN 200MHz Frequency reference Aging Temperature stability 2 10 6 year 1 10 5 from...

Page 560: ...10 10 div 10 5 2 1 dB div 10 of reference level div Reference level range Preamplifier OFF Log Linear Preamplifier ON Log Linear Input attenuator 0 to 70 dB 64 dBm to 60 dBm 0 1 dB step 141 1 V to 223...

Page 561: ...ON Input attenuator 0 to 30dB 200 MHz to 3 3 GHz Band 0 0 dBm mixer input level 3 2 GHz to 40 GHz Band 1 to 5 5 dBm mixer input level 200 MHz to 3 3 GHz Band 0 25 dBm RF input level Spurious Response...

Page 562: ...dB max 26 5GHz to 40GHz in reference to an attenuation of 10 dB Resolution bandwidth switching uncertainty after automatic calibration 0 5 dB Overall level accuracy Preamplifier OFF 1 5 dB REF 50 to 0...

Page 563: ...3 GHz band 0 characteristic value Probe power 12 V nominal 4 pin connector Calibration output signal BNC female 50 nominal 30 MHz 20 dBm Ext Mixer local Out Connector Impedance Frequency range Output...

Page 564: ...ity 85 or less without condensation Storage environment range 20 C to 60 C Relative humidity 85 or less AC input power source Automatic switching to 100 VAC or 200 VAC For 100 VAC 100 to 120 VAC 50 to...

Page 565: ...pecification Reference frequency source accuracy Aging 2 10 8 day 1 10 7 year Warm up drift nominal 5 10 8 25 C 10 minutes after turning the power on Temperature drift 5 10 8 0 to 40 C with reference...

Page 566: ...MHz to 250 kHz 2 kHz Screen display range 100 kHz to 10 kHz 300 kHz Nominal This value is obtained after a warm up of at least 30 minutes is performed and then a calibration called FM Demod All CAL i...

Page 567: ...nce signal level and frequency are 10dBm and 30 MHz respectively Output level switching uncertainty 1 0dB 100kHz to 1GHz Output level 30dBm 2 0dB 100kHz to 2 6GHz 3 0dB 100kHz to 3GHz The reference le...

Page 568: ...z respectively Output level switching uncertainty 1 0dB 100kHz to 1GHz Output level 75dB V 2 0dB 100kHz to 2 2GHz The reference level is 95dB V Spurious output Harmonics spurious signals Non harmonics...

Page 569: ...requency range 26 5 to 40 GHz 40 to 60 GHz 50 to 75 GHz 75 to 85 GHz 70 to 80 GHz 85 to 110 GHz Waveguide WR 28 WR 19 WR 15 WR 10 Harmonic order N 6 8 10 16 12 Maximum input level dBm 20 20 20 20 Freq...

Page 570: ...tical scale is not set to 10 dB div Please select 10 dB div scale 7 Marker is not active Please activate Marker MKR Delta Marker The delta marker is not active Please activate the delta marker 8 Blank...

Page 571: ...ause QP detec tion mode is selected 21 Scale is not Linear mode Please select Linear scale Level Linear Vertical scale is not in Linear mode Please change it to Linear mode 22 Not available Channel ta...

Page 572: ...use F T mode is selected 55 Not available in T T mode Cannot execute because T T mode is selected 56 Not available in Gated sweep F T mode Cannot execute because Gated sweep F T mode is selected 57 No...

Page 573: ...he BMP format Please execute again after the printout has com pleted 310 Color mode is selected Please select Gray or B W mode Color is selected for the screen display condition Please change to Gray...

Page 574: ...ncy adjustment cannot be performed Please contact qualified service personnel for repair information 800 IF STEP AMP Calibration failure A calibration error occurred 801 LOG LINEARITY Calibration fail...

Page 575: ...re Please report to qualified service person Initial test detected an error Please contact a qualified service representative 857 Initial Test failure Please report to qualified service person Initial...

Page 576: ...is drawing shows external dimensions of this instrument The difference in products and options used can cause a change in the appearance of the instrument R3132 32N 62 DIMENSIONAL OUTLINE DRAWING DIME...

Page 577: ...EXT 2 R3172 82 DIMENSIONAL OUTLINE DRAWING Unit mm CAUTION This drawing shows external dimensions of this instrument The difference in products and options of the instrument...

Page 578: ...2 8 Adjacent Channel Leakage Power 2 61 A DL A 3 17 3 79 All 3 18 3 84 Amplitude scale 2 12 AMPTD OFS 3 7 3 21 Annotation ON OFF 3 8 3 26 Ant Corr 3 16 3 69 Antenna Correction Data 2 49 Aperture 3 18...

Page 579: ...NTROL Section 2 9 COPY 2 10 3 8 3 29 Copy Config 3 8 3 23 Copy Device PRT FD 3 8 3 26 Copy Mode 3 8 3 24 3 25 Copy Table 1 to 2 3 13 3 55 Copy Table 2 to 1 3 13 3 55 Corr Mode ANT LVL 3 9 3 34 Corr OF...

Page 580: ...38 EXT MIXER connector 2 5 2 6 Ext Trig 3 17 3 81 External Mixer OPT16 6 1 External Mixer OPT17 6 14 External Mixer OPT18 6 29 External Mixer OPT19 6 52 External Mixer Performance Verification Test Pr...

Page 581: ...the floppy disk 2 105 Input 50 75 3 10 3 43 Input Buffer 4 12 Input Saturation 2 42 Input signal connection 2 20 Input Type 3 10 3 36 Insert 3 11 3 14 3 15 3 47 3 63 3 64 Insert Line 3 9 3 10 3 13 3...

Page 582: ...3 4 34 MKR CF 3 12 3 53 MKR CF Step 3 12 3 53 MKR MKR Step 3 12 3 53 MKR Ref 3 12 3 53 MKR List ON OFF 3 12 3 52 MKR Read DLT LFT RHT 3 11 3 45 MKR Step AUTO MNL 3 12 3 51 MKR Trace A B 3 12 3 51 Mod...

Page 583: ...PK SRCH 2 9 3 13 3 56 Points 1001 501 3 8 3 26 Posi 3 17 3 77 Power 4 38 4 39 4 40 Power AVG A B 3 17 3 78 Power AVG A B ON OFF 3 17 3 78 Power cable 1 9 Power cable options 1 4 Power Meas OFF 3 14 3...

Page 584: ...107 Screen A B 3 9 3 16 3 18 3 32 3 75 3 83 Screen Annotation 2 12 Screen FULL SEPA CARRIER 3 14 3 59 Screen Reset 3 9 3 32 Screen Title 2 119 SDC 4 12 Search ALL UP LOW 3 12 3 50 Selected Device Clea...

Page 585: ...Count ON OFF 3 14 3 63 3 64 SWEEP lamp 2 7 Sweep time 2 13 3 74 Sweep Time Accuracy 5 83 Switching between the settings 2 17 SWP Time AUTO MNL 3 16 3 74 Symbol Rate 1 T 3 14 3 59 3 61 System checkout...

Page 586: ...7 3 20 Video bandwidth 2 13 Video Trig 3 17 3 81 View A B 3 17 3 77 Volts 3 10 3 42 Volume 3 9 3 11 3 34 3 47 W Watts 3 10 3 42 Wide RBW ON OFF 3 7 3 20 Window ON OFF 3 9 3 31 Window Position 3 9 3 1...

Page 587: ...itation i instances where the Product has been subjected to physical stress or electrical voltage exceeding the permissible range and ii instances where the corrosion of electrical circuits or other d...

Page 588: ...ct will not perform properly Additionally if the operating life of a component or part has expired and continued use of such component or part damages the Product the Product may not be repairable Ple...

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ADVANTEST R3132 Series, Operation Manual

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