Viavi 3900 Series Programming Manual Download

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Part of CD # 6047

Revision M0

Jan 2020

Summary of Contents for 3900 Series

Page 1: ...3900 Series Digital Radio Test Set dPMR Remote Programming Manual ...

Page 2: ...ng Manual PUBLISHED BY VIAVI Solutions Inc COPYRIGHT VIAVI Solutions Inc 2020 All rights reserved No part of this publication may be reproduced stored in a retrieval system or transmitted in any form or by any means electronic mechanical photocopying recording or otherwise without the prior permission of the publisher Re Issued Jan 2020 ...

Page 3: ...901 3902 and 3920 x Digital Radio Test Set is the official nomenclature for the test sets currently included in the 3900 Digital Radio Test Set Series In this manual 3900 unit or Test Set refers to the 3901 3902 and 3920 x Digital Radio Test Sets unless otherwise indicated INTENDED AUDIENCE This manual is intended for personnel familiar with the use of remote command language and Test Set operatio...

Page 4: ...Preface ii THIS PAGE INTENTIONALLY LEFT BLANK ...

Page 5: ... Chapter describes commands that configure Analyzer and Receive parameters CHAPTER 4 DPMR SIGNAL RX METER REMOTE COMMANDS Chapter describes commands that configure and return dPMR signal measurements CHAPTER 5 AUDIO DEMOD SIGNAL RX METER REMOTE COMMANDS Chapter describes commands that configure and return Audio and Demodulated signal measurements CHAPTER 6 MODULATION ACCURACY AND POWER REMOTE COMM...

Page 6: ...Contents iv THIS PAGE INTENTIONALLY LEFT BLANK ...

Page 7: ...11 External Modulation Generator 2 14 Modulation Generator Configuration 2 16 Modulation Generator Tone Encoding 2 19 Generator Transmit Channel Configuration 2 29 Cable Loss Measurements 2 32 Analyzer Receive Channel Remote Commands 3 1 Introduction 3 1 Acquire Signal 3 1 Audio Measurements Configuration 3 2 AutoTune Setup 3 5 AF Analyzer Tone Decode 3 9 dPMR Decode Parameters 3 12 Modulation Ana...

Page 8: ...nfiguration 5 5 AF Distortion Measurements 5 7 AF Frequency Measurements 5 10 AF Hum Noise Measurements 5 13 AF Level Measurements 5 17 AF Sinad Measurements 5 20 AF SNR Measurements 5 23 Broadband Power 5 26 FM Deviation Measurements 5 29 Inband Power Measurements 5 33 Modulation Distortion Measurements 5 36 Modulation Frequency Measurements 5 39 Modulation Hum Noise Measurements 5 42 Modulation ...

Page 9: ...te returned in the following bit position indicates measurement reading status Bit 0 Invalid Bit 1 Inaccurate Bit 2 Settling Bit 3 Squelch Returns 0 when measurement reading is valid 1 2 2 Fail Byte Bitmask Returns 0 in the following bit position when limit check has passed Returns 1 in the following bit position when limit check has failed Bit 0 Minimum Upper Limit Bit 1 Minimum Lower Limit Bit 2...

Page 10: ...measurement reading 1 2 7 Minimum Numeric Value indicates minimum measurement reading 1 2 8 Worst Case wc Value indicates maximum measurement reading 1 2 9 Peak to Peak 2 pk pk 2 Value indicates FM Peak to Peak 2 measurement reading 1 2 10 Positive Peak pospeak Value indicates maximum measurement reading 1 2 11 Negative Peak negpeak Value indicates minimum measurement reading 1 2 12 Units 1 2 13 M...

Page 11: ...d AF Generator Query command returns parameter setting Parameter OFF ON 0 1 Default Value OFF Set Query Format Boolean Example AF GENerator SOURce2 ENABle ON Enables AF Generator 2 Query Response AF GENerator SOURce2 ENABle 1 SourceN 1 2 or 3 AF Generator 1 2 or 3 Description Set command defines the frequency for the specified AF Generator Query command returns parameter setting Range 1 0 Hz to 40...

Page 12: ...Default Value 600 Ohms Set Query Format NRf NR1 Example CONFigure IMPedance AF GENerator 500OHMS Sets AF Generator Impedance to 500 Ohms Query Response CONFigure IMPedance AF GENerator 500 Description Set command defines the Level for the specified AF Generator Query command returns parameter setting Range 1 0 mV to 5 0 Vrms Units mV V Default Value 100 0 mV Set Query Format NRf NR2 mV Example AF ...

Page 13: ...M Default Value SINE Set Query Format CPD CRD Example AF GENerator SOURce2 SHAPe SQUare Sets AF Generator 2 Waveform shape to Square Query Response AF GENerator SOURce2 SHAPe SQU SourceN 1 2 or 3 AF Generator 1 2 or 3 DTMF waveform is only valid on AF Generator 1 AF Generator 2 is unavailable when DTMF is selected on AF Generator 1 DCS and DCSINV are not supported on AF Generator 3 AF Generator 1 ...

Page 14: ... ENCODE ENABle ON Sends one Tone from Audio Generator Query Response AF GENerator ENCODE ENABle 1 Description Set command defines type of signal being Encoded by the AF Generator Query command returns parameter setting Parameter TWOTONE TONESEQ TONEREM Default TWOTONE Set Query Format CPD CRD Example AF GENerator ENCODE TYPE TWOTONE Sets Audio Generator Tone Signaling Type to Two Tone Sequential Q...

Page 15: ...t NRf NR2 Hz Example AF GEN TONE REMote FUNCtion FREQuency 15Hz Sets Tone Frequency to 15 0 Hz Query Response AF GEN TONE REMote FUNCtion FREQuency 15 0 Description Set command defines the Tone Audio Level Query command returns parameter setting Range 20 0 to 20 0 dB Units dB Default Value 0 0 dB Set Query Format NRf NR2 Example AF GEN TONE REMote FUNCtion LEVel 5dB Sets the Tone Audio Level to 5 ...

Page 16: ...t NRf NR2 Hz Example AF GEN TONE REMote GUARD FREQuency 15Hz Sets Tone Frequency to 15 0 Hz Query Response AF GEN TONE REMote GUARD FREQuency 15 0 Description Set command defines the Tone Audio Level Query command returns parameter setting Range 20 0 to 20 0 dB Units dB Default Value 20 0 dB Set Query Format NRf NR2 Example AF GEN TONE REMote GUARD LEVel 5dB Sets the Tone Audio Level to 5 0 dB Que...

Page 17: ... Hz Example AF GEN TONE REMote MAXimum FREQuency 15Hz Sets Tone Frequency to 15 0 Hz Query Response AF GEN TONE REMote MAXimum FREQuency 15 0 Description Set command defines the Tone Audio Level Query command returns parameter setting Range 20 0 to 20 0 dB Units dB Default Value 10 0 dB Set Query Format NRf NR2 Example AF GEN TONE REMote MAXimum LEVel 5dB Sets the Tone Audio Level to 5 0 dB Query ...

Page 18: ... LEVel 2V Sets the Audio Level for Tone Sequential tones to 2 0 Volts Query Response AF GEN TONE SEQuential MASTER LEVel 2000 0 Description Set command selects Tone Mode of operation Query command returns parameter setting Parameter SINGLE CONTINUOUS Default Value SINGLE Set Query Format CPD CRD Example AF GEN TONE SEQuential MODE CONTINUOUS Sets Mode of Tone Sequential burst to Continuous Query R...

Page 19: ...BCD1245 Sets Tone Sequential Sequence to ABCD1245 Query Response AF GEN TONE SEQuential SEQuence ABCD1245 Description Set command defines length of single specified Tone Query command returns parameter setting Range 100 ms to 10 s Units ms s Default 1 0 s Set Query Format NRf NR1 ms Example AF GENerator TTS ATONE DURation 5s Sets length of single Tone A burst to 5 seconds Query Response AF GENerat...

Page 20: ...erator TTS LEVel Description Set command defines the Level for single tone Query command returns parameter setting Range 20 0 mV to 5 0 Vrms Units mV V Default Value 1 0 V Set Query Format NRf NR2 mV Example AF GENerator TTS LEVel 3V Sets AF Generator Level Amplitude to 3 0 Volts Query Response AF GENerator TTS LEVel 3000 0 ...

Page 21: ...ified and preceded with 0 s i e 8910 is interpreted as 0008910 Example TRANsmit CH1 CALLid 567 Sets Call ID for Transmit Channel to 0000567 Query Response TRANsmit CH1 CALLid 0000567 Description Set command defines the Channel Code encoded in the Transmit Channel Query command returns parameter setting Range 0 to 63 Default Value 48 Set Format binary value begins with b b110000 octal value begins ...

Page 22: ... with q q1 decimal value is entered as a decimal value 1 hex value begins with h h1 Query Format binary query command ends with b octal query command ends with q decimal default format hex query command ends with h Example TRANsmit CH1 COMMs FORMat b11 Sets Transmit Channel Communication Format to 3 in binary format Query Response TRANsmit CH1 COMMs FORMat 3 Description Set command defines the Eme...

Page 23: ...urns parameter setting Parameter valid parameter depends on character position char 1 3 0 through 9 char 4 7 0 through 9 and Default Value 0000001 Format quoted string 7 character max parameters with less than 7 characters are right justified and preceded with 0 s i e 8910 is interpreted as 0008910 Example TRANsmit CH1 UNITid 567 Sets Unit ID for Transmit Channel to 0000567 Query Response TRANsmit...

Page 24: ...se MOD GENerator ESOurce ENABle 1 RF ESOurce ENABle deprecated in software version 1 7 9 Description Set command defines the Impedance of External Modulation source Query command returns parameter setting Parameter UNBHI UNB600 Default Value UNB600 Set Query Format CPD CRD Example MOD GENerator ESOurce SOURce LOAD UNBHI Sets Impedance of External Source to Unbalanced Hi Z Query Response MOD GENera...

Page 25: ... 0 to 100 Units Default Value 1 667 Set Query Format NR2 Example MOD GENerator ESOurce LEVel PERcent 25 Sets Level of the External Moduation Generator to 25 0 Query Response MOD GENerator ESOurce LEVel PERcent 25 Description Set command defines external source for the Modulation Generator Query command returns parameter setting Parameter AUD1 AUD2 MIC BAL Default Value AUD1 Set Query Format CPD CR...

Page 26: ...URce1 ENABle ON Enables Modulation Generator 1 Query Response MOD GENerator SOURce1 ENABle 1 RF MODulatorN ENABle deprecated in software version 1 7 9 SourceN 1 2 or 3 Modulator 1 2 or 3 Description Set command defines Frequency for the specified Modulation Generator Query command returns parameter setting Range 1 0 Hz to 5 0 kHz Units Hz kHz Default Value Mod 1 1 0 kHz Mod 2 300 0 Hz Mod 3 3 4 kH...

Page 27: ...e MOD GENerator SOURce3 LEVel 3kHz Sets Modulation Generator 3 Level to 3 0 kHz Query Response MOD GENerator SOURce3 LEVel 3000 00 RF MODulatorN LEVel deprecated in software version 1 7 9 SOURceN 1 2 or 3 Modulator 1 2 or 3 Description Set command defines Level for specified Modulation Generator Query command returns parameter setting Range 0 to 100 Units Percent Default Value 1 667 Set Query Form...

Page 28: ...e TRIangle RAMP DCS DCSINV DTMF Query Data SINE SQUare TRIangle RAMP DCS DCSINV DTMF TRKGEN Default Value SINE Set Query Format CPD CRD Example MOD GENerator SOURce2 SHAPe SQUare Sets Modulation Generator 2 Waveform Shape to Square Query Response MOD GENerator SOURce2 SHAPe SQU RF MODulatorN SHAPe deprecated in software version 1 7 9 SOURceN 1 2 or 3 Mod Generator 1 2 or 3 DTMF is not a valid para...

Page 29: ... codes Default Value 023 Set Query Format NR1 Example MOD GENerator SOURce1 CODEword 071 Sets Mod Generator 1 DCS Code to 071 Query Response MOD GENerator SOURce1 CODEword 071 Command only valid when Mod Generator Shape Waveform is set to DCS SOURceN 1 2 or 3 Mod Generator 1 2 or 3 Description Set command defines length of time a DTMF burst is ON for Mod Generator 1 Query command returns parameter...

Page 30: ...ts dead time between DTMF tones to 1000 milliseconds Query Response MOD GENerator SOURce1 END 1000 DTMF waveform is only supported on Mod Generator 1 Description Set command defines DTMF Sequence when DTMF Waveform is selected Query command returns parameter setting Parameter 0 1 2 3 4 5 6 7 8 9 A B C D maximum of 16 characters encased in double quotes Default Value 01234567 Set Query Format hex s...

Page 31: ...lid when Mod Generator 1 Waveform is set to DTMF DMTF waveform is only supported on Mod Generator 1 Description Set command defines the dead time between DTMF tone sequence when operating in Continuous Sequence mode of operation for RF Mod Generator 1 Query command returns parameter setting Range 1 to 6 000 000 ms Units ms Default Value 500 ms Set Query Format NRf NR1 Example MOD GENerator SOURce1...

Page 32: ...at CPD CRD Example MOD GENerator ENCODE TYPE TWOTONE Sets Modulation Generator Tone Signaling Type to Two Tone Sequential Query Response MOD GENerator ENCODE TYPE TWOTONE Description Set command defines length of single Tone Query command returns parameter setting Range 20 to 500 ms Units ms s Default 40 ms Set Query Format NRf NR1 ms Example MOD GEN TONE REMote FUNCtion DURation 50ms Sets length ...

Page 33: ...2 Example MOD GEN TONE REMote FUNCtion LEVel 5dB Sets the Tone Level to 5 0 dB Query Response MOD GEN TONE REMote FUNCtion LEVel 5 0 Description Set command defines length of single Tone Remote burst Query command returns parameter setting Range 1 to 6 000 000 ms Units ms s ks Default 120 ms Set Query Format NRf NR1 ms Example MOD GEN TONE REMote GUARD DURation 50ms Sets length of single Tone Remo...

Page 34: ...ormat NRf NR2 Example MOD GEN TONE REMote GUARD LEVel 5dB Sets the Tone Level to 5 0 dB Query Response MOD GEN TONE REMote GUARD LEVel 5 0 Description Set command defines length of single Tone Query command returns parameter setting Range 20 to 500 ms Units ms s Default 120 ms Set Query Format NRf NR1 ms Example MOD GEN TONE REMote MAXimum DURation 50ms Sets length of single Tone burst to 50 milli...

Page 35: ...EMote MAXimum LEVel 5dB Sets the Tone Level to 5 0 dB Query Response MOD GEN TONE REMote MAXimum LEVel 5 0 Description Set command defines the Tone Reference Deviation Query command returns parameter setting Range 414 0 Hz to 150 0 kHz Units Hz kHz Default Value 2 5 kHz Set Query Format NRf NR2 Hz Example MOD GEN TONE REMote REFerence DEViation 1 75kHz Sets the Tone Reference Deviation to 1 75 kHz...

Page 36: ...S Sets Tone Sequential Mode to Continuous Query Response MOD GEN TONE SEQuential MODE CONTINUOUS Description Set command selects Tone protocol Query command returns parameter setting Parameter ZVEI1 ZVEI2 ZVEI3 PZVEI DZVEI PDZVEI CCIR1 CCIR2 PCCIR EEA EUROSIG NATEL EIA MODAT Default Value ZVEI1 Set Query Format CPD CRD Example MOD GEN TONE SEQuential PROTocol PZVEI Sets Tone Protocol to PZVEI Quer...

Page 37: ...ter setting Range 414 0 Hz to 150 0 kHz Units Hz kHz Default Value 2 5 kHz Set Query Format NRf NR2 Hz Example MOD GENerator TTS DEViation 4kHz Sets Mod Generator Deviation to 4 0 kHz Query Response MOD GENerator TTS DEViation 4000 0 Description Set command defines length of single Tone Query command returns parameter setting Range 100 ms to 10 s Units ms s Default Tone A 1 0 s Tone B 3 0 s Set Qu...

Page 38: ...command defines Tone frequency for Modulation Generator Query command returns parameter setting Range 1 0 Hz to 2 999 kHz Units Hz kHz Default Value Tone A 500 0 Hz Tone B 1 0 kHz Set Query Format NRf NR2 Hz Example MOD GENerator TTS ATONE FREQuency 150Hz Sets Mod Generator Frequency for Tone A to 150 0 Hz Query Response MOD GENerator TTS ATONE FREQuency 150 00 nTone A or B Tone A or B NOTE ...

Page 39: ...nables RF Generator Query Response RF GENerator ENABle 1 Description Set command defines RF Generator Frequency Query command returns parameter setting Range 100 0 kHz to 2 71 GHz Units Hz kHz MHz GHz Default Value 150 0 MHz Set Query Format NRf NR1 Hz Example RF GENerator CH1 FREQuency 850MHz Sets RF Generator Frequency to 850 0 MHz Query Response RF GENerator CH1 FREQuency 850000000 Description ...

Page 40: ... CH1 LMODe 1 Set RF Generator Level to Display value in EMF Query Response RF GENerator CH1 LMODe 1 Description Set command Enables Disables RF Generator Offset Query command returns parameter setting Parameter OFF ON 0 1 Default Value OFF Set Query Format Boolean Example CONFigure OFFSet GENerator ENABle ON Enables RF Generator Offset Query Response CONFigure OFFSet GENerator ENABle 1 Description...

Page 41: ...utput Connector Query Response RF GENerator PORT GEN Description Set command defines Pattern for dPMR Transmit Channel Query command returns parameter setting Parameter STD1031 STDCAL STDCAL1 STDCAL5 FSWPN9 STDSILENCE STD511 STOREDSPEECH VOICE Default Value STD511 Set Query Format CPD CRD Example TRANsmit CH1 PATTern STDCAL Sets dPMR Channel to transmit Standard Calibration Pattern Query Response ...

Page 42: ... is only valid when the Tracking Generator Option is installed in the Test Set Description Set command loads specified Cable Loss file Query command returns parameter setting Parameter filename Example CONFigure OFFSet GENerator FILE Cable_1 Loads Cable Loss File titled Cable_1 Query Response CONFigure OFFSet GENerator FILE Cable_1 Command is only valid when the Tracking Generator Option is instal...

Page 43: ...where the offset value is to be returned Query command returns defined frequency value Parameter 100 0 to 1000 0 MHz Units Hz kHz MHz Default Value 100 00 MHz Set Query Format NRf NR2 MHz Example CABLeloss TARGet FREQuency 650MHz Targets 650 MHz for Frequency Offset Query Query Response CABLeloss TARGet FREQuency 650 0 Command is only valid when the Tracking Generator Option is installed in the Te...

Page 44: ...Generator Transmit Channel Remote Commands 2 34 THIS PAGE INTENTIONALLY LEFT BLANK ...

Page 45: ... the Remote Commands for configuring DPMR Transmit and Receive System Parameters Commands are listed alphabetically under Transmit and Receiver headings 3 2 ACQUIRE SIGNAL 3 2 1 Reset Signal Acquisition RECeive RESET ACQuisition Description Command resets signal acquisition Parameter Query none ...

Page 46: ...P3 0 3 to 20 0 kHz BP BP4 0 3 to 15 0 kHz BP BP5 20 0 to 300 0 Hz BP BP6 0 02 to 3 0 kHz BP BP7 0 02 to 3 4 kHz BP BP8 0 02 to 5 0 kHz BP BP9 0 02 to 15 0 kHz BP BP10 0 02 to 20 0 kHz BP BP11 0 05 to 300 0 Hz BP BP12 0 05 to 3 0 kHz BP BP13 0 05 to 3 4 kHz BP BP14 0 05 to 5 0 kHz BP BP15 0 05 to 15 0 kHz BP BP16 0 05 to 20 0 kHz BP Default Value NONE No Filter Set Query Format CPD CRD Example AF A...

Page 47: ... Psoph Filter for AF measurement Query Response CONFigure AF MFILter CCIT AF Filter type must be defined as Psoph AF ANALyzer MFILter PSOPH for this command to be valid Description Set command defines the Impedance of selected Audio Frequency Receiver source Query command returns parameter setting Parameter UNBHI UNB600 Default Value Audio Source defined Set Query Format CPD CRD Example CONFigure ...

Page 48: ...CONFigure AF ANALyzer SOURce VARiable LOAD 100OHMS Sets External Load to 100 Ohms for Audio Frequency Analyzer Receiver Query Response CONFigure AF ANALyzer SOURce VARiable LOAD 100 Command only valid when Impedance is set to Unbalanced Hi Z CONFigure AF ANALyzer SOURce LOAD UNBHI Description Set command enables External Load for Impedance Query command returns parameter setting Parameter OFF ON 0...

Page 49: ...er setting Parameter 1 10 100 1000 Units Hz Default Value 1 Hz Set Query Format NRf NR1 Example CONFigure RF ANALyzer FMODe FRESolution 10 Sets AutoTune Threshold to 10 Hz Query Response CONFigure RF ANALyzer FMODe FRESolution 10 Description Set command selects AutoTune Frequency mode of operation Query command returns parameter setting Parameter AUTo MANual Default Value Manual Set Query Format C...

Page 50: ... AutoTune to provide search status Query Response RF ANALyzer FMODe STATE ACQ Command only valid when AutoTune mode of operation is set to Auto Description Command indicates whether AutoTune frequency search is running or complete Query Data 0 Search complete 1 Searching Query Format NR1 Query Response RF ANALyzer FMODe STATus 1 This command has been deprecated in software version 3 7 0 Replace th...

Page 51: ...d only valid when AutoTune mode of operation is set to Auto Description Set command defines the Stop Frequency of AutoTune range Query command returns parameter setting Parameter 100 0 kHz to 2 71 GHz Units Hz kHz MHz GHz Default Value 500 0 MHz Set Query Format NRf NR2 Hz Example RF ANALyzer FMODe STOP 650MHz Sets RF Analyzer AutoTune Stop Frequency to 650 0 MHz Query Response RF ANALyzer FMODe S...

Page 52: ...ines the AutoTune Threshold value Query command returns parameter setting Range 75 0 to 20 0 dBm Units dBm Default Value 30 0 dBm Set Query Format NRF NR2 Example RF ANALyzer FMODe THREsh 45dBm Sets AutoTune Threshold value to 45 0 dBm Query Response RF ANALyzer FMODe THREsh 45 000000 CONFigure RF ANALyzer THREsh command also supported for this function NOTE ...

Page 53: ...es Parameter Query none Description Command returns decode value of received signal Query Format ascii Query Response FETCh AF ANALyzer DECODE DCS VALue 047 Description Set command selects Protocol to be decoded by the AF Analyzer Query command returns parameter setting Parameter ZVEI1 ZVEI2 ZVEI3 PZVEI DZVEI PDZVEI CCIR1 CCIR2 PCCIR EEA EUROSIG NATEL EIA MODAT Default Value ZVEI1 Set Query Format...

Page 54: ...AF ANALyzer DECODE TONEREM LOG 2173 8 2175 0 0 054 1 2 1422 9 1048 8 1050 0 0 112 1 2 1422 9 2173 8 2175 0 0 054 1 2 1422 9 Description Command returns received Tone Sequential data Query Format ascii data string Query Data decoded tone frequency spec frequency error freq error duration decoded tone hex 0 1 2 3 4 5 6 7 A B C D E F frequency NR2 Hz spec frequency NR2 Hz error NR2 percent freq error...

Page 55: ...a is available Query Response FETCh AF ANALyzer DECODE TWOTONE LOG 1004 9 7349 3 501 0 1013 3 999 0 3008 0 501 0 1013 3 999 0 3008 0 Description Set command defines type of Signal being Decoded by the Audio Analyzer Query command returns parameter setting Parameter OFF DTMF TONESEQ TONEREM TWOTONE Default OFF Demod Set Query Format CPD CRD Example AF ANALyzer DECODE TYPE TONESEQ Sets type of signa...

Page 56: ...m the UUT Example RECeive CH1 CALLid VALue 567 Description Returns status of the Called ID value received from the UUT Query Data VALID INVALID NOTAPPLICABLE Example RECeive CH1 CALLid STATus VALID Description Returns the Channel Code value contained in the signal received from the UUT Example RECeive CH1 CC VALue 3587 Description Returns status of the Channel Code value received from the UUT Quer...

Page 57: ... VALID INVALID NOTAPPLICABLE Example RECeive CH1 COMMs FORMat STATus VALID Description Returns Emergency Priority value contained in the signal received from the UUT Example RECeive CH1 EMERgency PRIority VALue 0 Description Returns status of Emergency Priority value received from the UUT Query Data VALID INVALID NOTAPPLICABLE Example RECeive CH1 EMERgency PRIority STATus INVALID Description Retur...

Page 58: ...equential signal types Parameter Query none Description Command returns decode value of received signal Query Format ascii Query Response FETCh MOD ANALyzer DECODE DCS VALue 047 Description Set command selects Protocol to be decoded by the Modulation Analyzer Query command returns parameter setting Parameter ZVEI1 ZVEI2 ZVEI3 PZVEI DZVEI PDZVEI CCIR1 CCIR2 PCCIR EEA EUROSIG NATEL EIA MODAT Default...

Page 59: ... 0 0 167 1 8 1422 9 2176 8 2175 0 0 081 1 8 1422 9 Description Command returns received Modulation Tone Sequential data Query Format ascii data string Query Data decoded tone frequency spec frequency error freq error duration decoded tone hex 0 1 2 3 4 5 6 7 A B C D E F frequency NR2 Hz spec frequency NR2 Hz error NR2 percent freq error NR2 Hz duration NR2 ms no activity returned when no log data ...

Page 60: ... Decoded by the Modulation Analyzer Query command returns parameter setting Parameter OFF DCS DCSINV DTMF TONESEQ TONEREM TWOTONE Default OFF Demod Set Query Format CPD CRD Example MOD ANALyzer DECODE TYPE DCS Sets type of signal being decoded by Modulation Analyzer to DCS Query Response MOD ANALyzer DECODE TYPE DCS MOD ANALyzer DECODE TONETYPE deprecated in software version 1 7 9 NOTE ...

Page 61: ...s the Function Generator Demod Out Connector Query Response CONFigure PORT FGEN DEM Description Set command defines AutoTune Frequency Resolution value when AutoTune is enabled Query command returns parameter setting Parameter 1 10 100 1000 Units Hz Default Value 1 Hz Set Query Format NRf NR1 Example CONFigure RF ANALyzer FMODe FRESolution 10 Sets AutoTune Threshold to 10 Hz Query Response CONFigu...

Page 62: ...ommand to avoid script failures Description Set command defines Start Frequency of AutoTune range Query command returns parameter setting Range 100 0 kHz to 2 71 GHz Units Hz kHz MHz GHz Default Value 10 0 MHz Set Query Format NRf NR2 Hz Example RF ANALyzer FMODe START 20kHz Sets AutoTune Start Frequency to 20 0 kHz Query Response RF ANALyzer FMODe START 200000 00 Hz AutoTune mode must be set to A...

Page 63: ...earch has found a frequency acquired FAIL Search did not find a frequency Example RF ANALyzer FMODe STATE SET Prepares AutoTune to provide search status Query Response RF ANALyzer FMODe STATE ACQ Command only valid when AutoTune mode of operation is set to Auto Description Set command defines the Stop Frequency of AutoTune range Query command returns parameter setting Parameter 100 0 kHz to 2 71 G...

Page 64: ... Format Boolean Example RF ANALyzer FMODe STOP ENABle ON Activates AutoTune Stop Frequency Query Response RF ANALyzer FMODe STOP ENABle 1 Command only valid when AutoTune mode of operation is set to Auto Description Set command defines the AutoTune Threshold value Query command returns parameter setting Range 75 0 to 20 0 dBm Units dBm Default Value 30 0 dBm Set Query Format NRF NR2 Example RF ANA...

Page 65: ... ANALyzer CH1 OFFSet 5000000 00 CHn 1 or 2 Channel 1 or 2 Channel 2 is option enabled Description Set command defines the FM IF Bandwidth Query command returns parameter setting Parameter 12 5 kHz 30 0 kHz 100 0 kHz Default Value 12 5 kHz Set Query Format NRf NR2 Example RF ANALyzer FMIF 30kHz Sets RF Analyzer FM IF Bandwidth to 30 0 kHz Query Response RF ANALyzer FMIF 30 0kHz IF Bandwidth applies...

Page 66: ... RF ANALyzer PORT ANT Refer to 3900 Platform Specifications for maximum input values Description Set command Enables Disables the RF Analyzer Offset Query command returns parameter setting Parameter OFF ON 0 1 Default Value OFF Set Query Format Boolean Example CONFigure OFFSet ANALyzer ENABle ON Enables RF Analyzer Offset Query Response CONFigure OFFSet ANALyzer ENABle 1 Description Set command de...

Page 67: ...arameter setting Range 40 0 to 40 0 dB Units dB Default Value 0 0 dB Set Query Format NRf NR2 Hz Example CONFigure OFFSet ANALyzer VALue 10dB Sets RF Analyzer Offset to 10 0 dB Query Response CONFigure OFFSet ANALyzer VALue 10 00 Description Set command Enables Disables Receiver Pre Amplifier Query command returns parameter setting Parameter OFF ON 0 1 Default Value OFF Set Query Format Boolean Ex...

Page 68: ...ing Range 999 0 to 999 0 MHz Units Hz kHz MHz GHz Default Value 0 0 MHz Set Query Format NRf NR2 Hz Example RF ANALyzer CH1 OFFSet 100kHz Sets Receive Offset to 100 0 kHz Query Response RF ANALyzer CH1 OFFSet 100000 00 Description Set command selects Receive Channel Protocol Query command returns parameter setting Parameter ANALOG DPMR Default Value DPMR Set Query Format CPD CRD Example RECeive CH...

Page 69: ...Analyzer Receiver Remote Commands 3 25 THIS PAGE INTENTIONALLY LEFT BLANK ...

Page 70: ...AVERaging 4 3 2 Bit Error Rate Average Measurement Reset METERs BER CH1 CLEAR AVG Description Command resets signal acquisition Parameter Query none Description Set command defines number of readings taken to calculate Average Bit Error Rate measurement Query command returns parameter setting Range 1 to 1000 Default Value 1 Set Query Format NR1 Example METERs BER CH1 AVERaging 100 Sets the number ...

Page 71: ...mit for Bit Error Rate measurement Query Response LIMits BER CH1 LOWer ENABle 1 Description Set command defines Lower Limit Value for Bit Error Rate Measurement Query command returns parameter setting Range 0 0 to 100 0 Units percent Default Value 0 0 Set Query Format NRf NR2 Example LIMits BER CH1 LOWer VALue 1 Sets Lower Limit Value for Bit Error Rate Measurement to 1 0 Query Response LIMits BER...

Page 72: ... Receive Pattern for Bit Error Rate measurement to Standard 1031 Pattern Query Response METERs BER PATTern STD1031 Description Set command Enables Disables Upper Limit for Bit Error Rate measurement Query command returns parameter setting Parameter OFF ON 0 1 Default Value OFF Set Query Format Boolean Example LIMits BER CH1 UPPer ENABle ON Enables Upper Limit for Bit Error Rate measurement Query R...

Page 73: ...er of readings taken to calculate Average Broadband Power measurement to 25 Query Response CONFigure RF ANALyzer TRBPower AVERage 25 Description Set command Enables Disables Lower Limit for Broadband Power measurement Query command returns parameter setting Parameter OFF ON 0 1 Default Value OFF Set Query Format Boolean Example LIMits RF TRBPower LOWer ENABle ON Enables Lower Limit for Broadband P...

Page 74: ...r DBW 1 5 1 0 0013 RF Input must be set to TR to return valid data Description Command returns Peak Broadband Power measurement data Query Data statusbyte failbyte avgcount avg Refer to Chapter 1 for UUT Measurement Meter Return Data Units W dBW dBM Query Response FETCh RF ANALyzer TRBPower HOLD 1 5 0 0091 RF Input must be set to TR to return valid data Description Set command defines the unit of ...

Page 75: ...eter OFF ON 0 1 Default Value OFF Set Query Format Boolean Example LIMits RF TRBPower UPPer ENABle ON Enables Upper Limit for Broadband Power measurement Query Response LIMits RF TRBPower UPPer ENABle 1 Description Set command defines Upper Limit Value for Broadband Power measurement Query command returns parameter setting Range 140 0 to 70 0 dBm Units mW W dBW dBm Default Value 100 0 µW Set Query...

Page 76: ...ting Range 1 to 250 Default Value 1 Set Query Format NR1 Example METERs FCR CH1 AVERaging 100 Sets the number of readings taken to calculate Average Frequency Error measurement to 100 Query Response METERs FCR CH1 AVERaging 100 Description Command clears and resets Average Frequency Correction measurement Parameter Query none Description Set command Enables Disables Lower Limit for Frequency Corre...

Page 77: ...Sets Lower Limit Value for Frequency Correction measurement to 250 0 Hz Query Response LIMits FCR CH1 LOWer VALue 250 00 Description Command returns Frequency Error measurement data Query Data statusbyte failbyte precision percentage avg max min units Refer to Chapter 1 for UUT Measurement Meter return data Query Response METERs FCR CH1 STATus 0 0 3 100 00 0 044 0 204 16 907 2 Description Command ...

Page 78: ...ommand defines Upper Limit Value for Frequency Correction measurement Query command returns parameter setting Range 2000 0 to 2000 0 Hz Units Hz Default Value 0 0 Hz Set Query Format NRf NR2 Example LIMits FCR CH1 UPPer VALue 500Hz Sets Upper Limit Value for Frequency Correction measurements to 500 0 Hz Query Response LIMits FCR CH1 UPPer VALue 500 00 ...

Page 79: ...setting Range 1 to 250 Default Value 1 Set Query Format NR1 Example METERs FSKERR CH1 AVERaging 100 Sets the number of readings taken to calculate Average FSK Error measurement to 100 Query Response METERs FSKERR CH1 AVERaging 100 Description Command clears and resets Average FSK Error measurement Parameter Query none Description Set command Enables Disables Lower Limit for FSK Error measurement Q...

Page 80: ... LOWer VALue 100 Sets Lower Limit Value for FSK Error measurement to 100 0 Query Response LIMits FSKERR CH1 LOWer VALue 100 00 Description Set command defines FSK Error measurement type Query command returns parameter setting Parameter PEAK AVERage Default Value PEAK Set Query Format CPD CRD Example METERs FSKERR CH1 MODE AVERage Sets FSK Error measurement to Average Query Response METERs FSKERR C...

Page 81: ...ting Parameter OFF ON 0 1 Default Value OFF Set Query Format Boolean Example LIMits FSKERR CH1 UPPer ENABle ON Enables Upper Limit for FSK Error measurement Query Response LIMits FSKERR CH1 UPPer ENABle 1 Description Set command defines Upper Limit Value for FSK Error measurement Query command returns parameter setting Range 0 0 to 200 0 Units percent Default Value 0 0 Set Query Format NRf NR2 Exa...

Page 82: ... AVERaging 100 Sets the number of readings taken to calculate Channel 1 Inband Power measurements to 100 Query Response METERs POWer CH1 INBand AVERaging 100 CHn 1 or 2 Channel 1 or 2 Channel 2 is option enabled Description Command clears and resets Average Inband Power measurement Parameter Query none CHn 1 or 2 Channel 1 or 2 Channel 2 is option enabled Description Set command Enables Disables L...

Page 83: ... LOWer VALue 45dBm Sets Lower Limit for Channel 1 Inband measurements to 45 0 dBm Query Response LIMits POWer CH1 INBand LOWer VALue 0 0 CHn 1 or 2 Channel 1 or 2 Channel 2 is option enabled Description Command returns Inband Power measurement data Query Data statusbyte failbyte precision percentage avg max min units Refer to Chapter 1 for UUT Measurement Meter Return Data Query Response METERs PO...

Page 84: ...Description Set command Enables Disables Upper Limit for Inband Power measurement Query command returns parameter setting Parameter OFF ON 0 1 Set Query Format Boolean Default Value OFF Example LIMits POWer CH1 INBand UPPer ENABle ON Enables Upper Limit for Channel 1 Inband Power measurement Query Response LIMits POWer CH1 INBand UPPer ENABle 1 CHn 1 or 2 Channel 1 or 2 Channel 2 is option enabled...

Page 85: ...er setting Range 1 to 250 Default Value 1 Set Query Format NR1 Example METERs POWer CH1 AVERaging 100 Sets the number of readings taken to calculate Average Signal Power measurement to 100 Query Response METERs POWer CH1 AVERaging 100 Description Command clears and resets Average Signal Power measurement Parameter Query none Description Set command Enables Disables Lower Limit for Signal Power mea...

Page 86: ... LOWer VALue 90dBm Sets Lower Limit Value for Signal Power measurement to 90 0 dBm Query Response LIMits POWer CH1 LOWer VALue 90 00 Description Set command defines Signal Power measurement type Query command returns parameter setting Parameter AVER MAX MIN Default Value PEAK Set Query Format CPD CRD Example METERs POWer TYPE AVER Sets Signal Power measurement to Average Query Response METERs POWe...

Page 87: ...ower measurement in Watts Query Response METERs POWer UNIts W Description Set command Enables Disables Upper Limit for Signal Power measurement Query command returns parameter setting Parameter OFF ON 0 1 Default Value OFF Set Query Format Boolean Example LIMits POWer CH1 UPPer ENABle ON Enables Upper Limit for Signal Power measurement Query Response LIMits POWer CH1 UPPer ENABle 1 Description Set...

Page 88: ...eter setting Range 1 to 250 Default Value 1 Set Query Format NR1 Example METERs SCE CH1 AVERaging 100 Sets the number of readings taken to calculate Average Symbol Clock Error measurement to 100 Query Response METERs SCE CH1 AVERaging 100 Description Command clears and resets Average Symbol Clock Error measurement Parameter Query none Description Set command Enables Disables Lower Limit for Symbol...

Page 89: ...0mHz Sets Lower Limit Value for Symbol Clock Error measurement to 500 0 mHz Query Response LIMits SCE CH1 LOWer VALue 500 00 Description Command returns Symbol Clock Error measurement data Query Data statusbyte failbyte precision percentage avg max min units Refer to Chapter 1 for UUT Measurement Meter return data Query Response METERs SCE CH1 STATus 0 0 3 100 00 2 487 0 346 6 642 18 Description C...

Page 90: ...arameter OFF ON 0 1 Default Value OFF Set Query Format Boolean Example LIMits SCE CH1 UPPer ENABle ON Enables Upper Limit for Symbol Clock Error measurement Query Response LIMits SCE CH1 UPPer ENABle 1 Description Set command defines Upper Limit Value for Symbol Clock Error measurement Query command returns parameter setting Range 0 0 to 1000 0 mHz Units mHz Default Value 0 0 mHz Set Query Format ...

Page 91: ...ameter setting Range 1 to 250 Default Value 1 Set Query Format NR1 Example METERs SYMdev CH1 AVERaging 100 Sets the number of readings taken to calculate Average Symbol Deviation measurement to 100 Query Response METERs SYMdev CH1 AVERaging 100 Description Command clears and resets Average Symbol Deviation measurement Parameter Query none Description Set command Enables Disables Lower Limit for Sy...

Page 92: ...ue 250Hz Sets Lower Limit Value for Symbol Deviation measurement to 250 0 Hz Query Response LIMits SYMdev CH1 LOWer VALue 250 00 Description Command returns Symbol Deviation measurement data Query Data statusbyte failbyte precision percentage avg max min units Refer to Chapter 1 for UUT Measurement Meter return data Query Response METERs SYMdev CH1 STATus 0 0 2 100 000 1946 569 2046 316 1800 000 2...

Page 93: ...n Set command defines Upper Limit Value for Symbol Deviation measurement Query command returns parameter setting Range 0 0 to 10 000 0 Hz Units Hz Default Value 0 0 Hz Set Query Format NRf NR2 Example LIMits SYMdev CH1 UPPer VALue 500Hz Sets Upper Limit Value for Symbol Deviation measurement to 500 0 Hz Query Response LIMits SYMdev CH1 UPPer VALue 500 00 ...

Page 94: ...gure AF ANALyzer SOURce CONFigure AF ANALyzer SOURce Description Command resets signal acquisition Parameter Query none Description Set command defines the Source for Audio Frequency Analyzer Receiver and Site Sensitivity Search Option Query command returns parameter setting Parameter AUD1 AUD2 BAL MIC Default Value AUD1 Set Query Format CPD CRD Example CONFigure AF ANALyzer SOURce MIC Selects Mic...

Page 95: ...0 kHz BP BP4 0 3 to 15 0 kHz BP BP5 20 0 to 300 0 Hz BP BP6 0 02 to 3 0 kHz BP BP7 0 02 to 3 4 kHz BP BP8 0 02 to 5 0 kHz BP BP9 0 02 to 15 0 kHz BP BP10 0 02 to 20 0 kHz BP BP11 0 05 to 300 0 Hz BP BP12 0 05 to 3 0 kHz BP BP13 0 05 to 3 4 kHz BP BP14 0 05 to 5 0 kHz BP BP15 0 05 to 15 0 kHz BP BP16 0 05 to 20 0 kHz BP Default Value NONE No Filter Set Query Format CPD CRD Example AF ANALyzer MFILt...

Page 96: ...CCITT Psoph Filter for AF measurement Query Response CONFigure AF MFILter CCIT AF Filter type must be defined as Psoph AF ANALyzer MFILter PSOPH for this command to be valid Description Set command defines the Impedance of selected Audio Frequency Receiver source Query command returns parameter setting Parameter UNBHI UNB600 Default Value Audio Source defined Set Query Format CPD CRD Example CONFi...

Page 97: ...LOAD ENABle 1 Command CONFigure AF ANALyzer SOURce VARiable LOAD defines the external load applied when External Load is enabled Description Set command defines the Impedance of selected Audio Frequency Analyzer Receiver source Query command returns parameter setting Range 1 to 9999 Ohms Units Ohms Default Value 8 Ohms Set Query Format NRf NR1 Example CONFigure AF ANALyzer SOURce VARiable LOAD 100...

Page 98: ... 0 3 to 20 0 kHz BP BP4 0 3 to 15 0 kHz BP BP5 20 to 300 0 Hz BP BP6 0 02 to 3 0 kHz BP BP7 0 02 to 3 4 kHz BP BP8 0 02 to 5 0 kHz BP BP9 0 02 to 15 0 kHz BP BP10 0 02 to 20 0 kHz BP BP11 0 05 to 300 0 Hz BP BP12 0 05 to 3 0 kHz BP BP13 0 05 to 3 4 kHz BP BP14 0 05 to 5 0 kHz BP BP15 0 05 to 15 0 kHz BP BP16 0 05 to 20 0 kHz BP Default Value NONE No Filter Set Query Format CPD CRD Example MOD ANAL...

Page 99: ...ITt Default Value CMESs Set Query Format CPD CRD Example CONFigure MOD MFILter CCITt Selects CCITT Psoph Filter for modulation measurement Query Response CONFigure MOD MFILter CCIT Filter type must be defined as Psoph MOD ANALyzer MFILter PSOPH for this command to be valid Description Set command selects Function Generator Demod Out Connector Query command returns parameter setting Parameter FGEN ...

Page 100: ... returns parameter setting Range 1 to 250 Default Value 1 Set Query Format NR1 Example CONFigure AF ANALyzer DISTortion AVERage 75 Sets number of readings taken to calculate Average AF Distortion measurements to 75 Query Response CONFigure AF ANALyzer DISTortion AVERage 75 Description Command clears and resets Average AF Distortion measurement Parameter Query none Description Set command Enables D...

Page 101: ...Lower Limit Value for AF Distortion measurement to 1 0 Query Response LIMits AF DISTortion LOWer VALue 1 00 Description Command returns AF Analyzer Distortion measurement data Query Data statusbyte failbyte avgcount avg wc Refer to Chapter 1 for UUT Measurement Meter Return Data Query Response FETCh AF ANALyzer DISTortion 0 0 1 99 97 99 99 Protocol must be set to Analog to return valid AF Distorti...

Page 102: ...escription Set command defines the Upper Limit Value for AF Distortion measurement Query command returns parameter setting Range 0 0 to 100 0 Units percent Default Value 5 0 Set Query Format NRf NR2 Example LIMits AF DISTortion UPPer VALue 1 Sets Upper Limit Value for AF Distortion measurement to 1 0 Query Response LIMits AF DISTortion UPPer VALue 1 00 ...

Page 103: ... returns parameter setting Range 1 to 250 Default Value 1 Set Query Format NR1 Example CONFigure AF ANALyzer FREQuency AVERage 75 Sets number of readings taken to calculate Average AF Frequency measurement to 75 Query Response CONFigure AF ANALyzer FREQuency AVERage 75 Description Command clears and resets Average AF Frequency measurement Parameter Query none Description Set command Enables Disabl...

Page 104: ... VALue 1Hz Sets Lower Limit Value for AF Frequency measurement to 1 0 Hz Query Response LIMits AF FREQuency LOWer VALue 1 0 Description Command returns AF Frequency measurement data Query Data statusbyte avgcount avg Hz Refer to Chapter 1 for UUT Measurement Meter Return Data Query Response FETCh AF ANALyzer FREQuency 0 25 1000 0 Protocol must be set to Analog to return valid AF Frequency measurem...

Page 105: ...ption Set command defines the Upper Limit Value for AF Frequency measurement Query command returns parameter setting Range 0 0 Hz to 20 0 kHz Units Hz kHz Default Value 0 0 kHz Set Query Format NRf NR2 Example LIMits AF FREQuency UPPer VALue 2Hz Sets Upper Limit Value for AF Frequency measurement to 2 0 Hz Query Response LIMits AF FREQuency UPPer VALue 2 0 ...

Page 106: ...onse CONFigure AF ANALyzer HN AVERage 75 AF Analyzer Noise measurement type must be defined as Signal to Noise Ratio AF ANALyzer NTYPe SN and SNR measurement defined as Hum Noise CONFigure AF ANALyzer SNR MODE 0 to obtain valid Hum Noise measurement Description Command clears and resets Average AF Hum Noise measurement Parameter Query none Description Set command Enables Disables Lower Limit for A...

Page 107: ...be defined as Signal to Noise Ratio AF ANALyzer NTYPe SN and SNR measurement defined as Hum Noise CONFigure AF ANALyzer SNR MODE 0 to obtain valid Hum Noise measurement Description Command returns AF Hum and Noise measurement data Query Data statusbyte failbyte avgcount avg dB wc dB Refer to Chapter 1 for UUT Measurement Meter Return Data Query Response FETCh AF ANALyzer HN 0 0 10 8 43 8 43 AF Ana...

Page 108: ...mmand returns HN Reference Value using CONFigure AF ANALyzer HN REFerence command AF Analyzer Noise measurement type must be defined as Signal to Noise Ratio AF ANALyzer NTYPe SN and SNR measurement defined as Hum Noise CONFigure AF ANALyzer SNR MODE 0 to obtain valid Hum Noise measurement Description Set command Enables Disables Upper Limit for AF Hum and Noise measurement Query command returns p...

Page 109: ...ter setting Range 100 0 to 100 0 dBr Units dBr Default Value 10 0 dBr Set Query Format NRf NR2 Example LIMits AF HN UPPer VALue 25dBr Sets Lower Limit Value for AF Hum Noise measurement to 25 0 dBr Query Response LIMits AF HN UPPer VALue 25 AF Analyzer Noise measurement type must be defined as Signal to Noise Ratio AF ANALyzer NTYPe SN and SNR measurement defined as Hum Noise CONFigure AF ANALyzer...

Page 110: ...s parameter setting Range 1 to 250 Set Query Format NR1 Default Value 1 Example CONFigure AF ANALyzer LEVel AVERage 75 Sets number of readings being taken to calculate Average AF Level measurement to 75 Query Response CONFigure AF ANALyzer LEVel AVERage 75 Description Command clears and resets Average AF Level measurement Parameter Query none Description Set command Enables Disables Lower Limit fo...

Page 111: ...er VALue 2V Sets Lower Limit Value for AF Level measurement to 2 Volts Query Response LIMits AF LEVel LOWer VALue mV 2000 0 If units is not defined in Set or Query command value defaults to units specified for AF Level measurements dBV is not valid when Audio Balanced BAL is selected as the Audio Input Source Description Command return the AF Level measurement data Query Data statusbyte failbyte a...

Page 112: ...mmand Enables Disables Upper Limit for AF Level measurement Query command returns parameter setting Parameter OFF ON 0 1 Set Query Format Boolean Default Value OFF Example LIMits AF LEVel UPPer ENABle ON Enables Upper Limit for AF Level measurement Query Response LIMits AF LEVel UPPer ENABle 1 Description Set command define the Upper Limit Value for AF Level measurement Query command returns param...

Page 113: ...urns parameter setting Range 1 to 250 Default Value 1 Set Query Format NR1 Example CONFigure AF ANALyzer SINad AVERage 25 Sets number of readings taken to calculate Average AF Sinad measurement to 75 Query Response CONFigure AF ANALyzer SINad AVERage 75 Description Command clears and resets Average AF Sinad measurement Parameter Query none Description Set command Enables Disables Lower Limit for A...

Page 114: ... Lower Limit Value for AF Sinad measurement to 50 dB Query Response LIMits AF SINad LOWer VALue 50 Description Command returns Sinad measurement data Query Data statusbyte failbyte avgcount avg dB wc dB Refer to Chapter 1 for UUT Measurement Meter Return Data Query Response FETCh AF ANALyzer SINad 0 0 25 0 01 0 03 Protocol must be set to Analog to return valid AF Sinad measurement data Description...

Page 115: ... Description Set command defines the Upper Limit Value for AF Sinad measurement Query command returns parameter setting Range 0 0 to 100 0 dB Units dB Default Value 0 0 dB Set Query Format NRf NR1 Example LIMits AF SINad UPPer VALue 50dB Set Upper Limit Value for AF Sinad measurement to 50 dB Query Response LIMits AF SINad UPPer VALue 50 ...

Page 116: ... ANALyzer SNR AVERage 75 AF Analyzer Noise measurement type must be defined as Signal to Noise Ratio AF ANALyzer NTYPe SN and SNR measurement defined as Normal CONFigure AF ANALyzer SNR MODE 1 to obtain valid SNR measurement Description Command clears and resets Average AF Signal to Noise Ratio measurement Parameter Query none Description Set command Enables Disables Lower Limit for AF Signal to N...

Page 117: ...ain valid SNR measurement Description Set command defines the SNR Meter Mode Normal or Hum and Noise when performing Signal to Noise Ratio measurement Query command returns parameter setting Parameter 0 Hum Noise 1 Normal Default Value 0 Set Query Format NR1 Example CONFigure AF ANALyzer SNR MODE 0 Sets AF Signal to Noise measurement to Hum Noise measurement Query Response CONFigure AF ANALyzer SN...

Page 118: ...it for AF SNR measurement Query Response LIMits AF SNR UPPer ENABle 1 AF Analyzer Noise measurement type must be defined as Signal to Noise Ratio AF ANALyzer NTYPe SN and SNR measurement defined as Normal CONFigure AF ANALyzer SNR MODE 1 to obtain valid SNR measurement Description Set command defines the Upper Limit Value for AF Signal to Noise Ratio measurement Query command returns parameter set...

Page 119: ...s number of readings taken to calculate Average Broadband Power measurement to 25 Query Response CONFigure RF ANALyzer TRBPower AVERage 25 Description Set command Enables Disables Lower Limit for Broadband Power measurement Query command returns parameter setting Parameter OFF ON 0 1 Default Value OFF Set Query Format Boolean Example LIMits RF TRBPower LOWer ENABle ON Enables Lower Limit for Broad...

Page 120: ...BPower DBW 1 5 1 0 0013 RF Input must be set to TR to return valid data Description Command returns Peak Broadband Power measurement data Query Data statusbyte failbyte avgcount avg Refer to Chapter 1 for UUT Measurement Meter Return Data Units W dBW dBM Query Response FETCh RF ANALyzer TRBPower HOLD 1 5 0 0091 RF Input must be set to TR to return valid data Description Set command defines the uni...

Page 121: ...Parameter OFF ON 0 1 Default Value OFF Set Query Format Boolean Example LIMits RF TRBPower UPPer ENABle ON Enables Upper Limit for Broadband Power measurement Query Response LIMits RF TRBPower UPPer ENABle 1 Description Set command defines Upper Limit Value for Broadband Power measurement Query command returns parameter setting Range 140 0 to 70 0 dBm Units mW W dBW dBm Default Value 100 0 µW Set ...

Page 122: ...turns parameter setting Range 1 to 250 Default Value 1 Set Query Format NR1 Example CONFigure MOD ANALyzer FM AVERage 75 Sets number of readings taken to calculate Average FM Deviation measurement to 75 Query Response CONFigure MOD ANALyzer FM AVERage 75 Description Command clears and resets Average FM Deviation measurement Parameter Query none Description Set command Enables Disables Lower Limit ...

Page 123: ...rement to 1 0 Hz Query Response LIMits MOD FM LOWer VALue 1 0 Units defined by CONFigure MOD ANALyzer FM UNIts command Description Command returns FM Deviation measurement data Query Data statusbyte failbyte avgcount avg Hz max Hz min Hz Refer to Chapter 1 for UUT Measurement Meter Return Data Query Response FETCh MOD ANALyzer FM 0 0 1 30 12 43 47 30 12 Protocol must be set to Analog to return val...

Page 124: ...y Offset to RF Analyzer Frequency Query Response CONFigure MOD ANALyzer FM OFFSet ENABle 1 Description Set command defines the unit of measurement for FM Deviation measurement Query command returns parameter setting Parameter dBr Hz Default Value Hz Set Query Format CPD CRD Example CONFigure MOD ANALyzer FM UNIts dBr Displays FM Deviation measurements in dBr Query Response CONFigure MOD ANALyzer F...

Page 125: ...es Upper Limit Value for FM Deviation measurement Query command returns parameter setting Range 0 0 Hz to 150 0 kHz Default Value 0 0 Hz Set Query Format NRf NR2 Example LIMits MOD FM UPPer VALue 2 0Hz Sets Upper Limit Value for FM Deviation measurement to 2 0 Hz Query Response LIMits MOD FM UPPer VALue 1 0 Units defined by CONFigure MOD ANALyzer FM UNIts command NOTE ...

Page 126: ...r CH1 INBand AVERaging 100 Sets the number of readings taken to calculate Channel 1 Inband Power measurements to 100 Query Response METERs POWer CH1 INBand AVERaging 100 CHn 1 or 2 Channel 1 or 2 Channel 2 is option enabled Description Command clears and resets Average Inband Power measurement Parameter Query none CHn 1 or 2 Channel 1 or 2 Channel 2 is option enabled Description Set command Enable...

Page 127: ...NBand LOWer VALue 45dBm Sets Lower Limit for Channel 1 Inband measurements to 45 0 dBm Query Response LIMits POWer CH1 INBand LOWer VALue 0 0 CHn 1 or 2 Channel 1 or 2 Channel 2 is option enabled Description Command returns Inband Power measurement data Query Data statusbyte failbyte precision percentage avg max min units Refer to Chapter 1 for UUT Measurement Meter Return Data Query Response METE...

Page 128: ...ts W Description Set command Enables Disables Upper Limit for Inband Power measurement Query command returns parameter setting Parameter OFF ON 0 1 Set Query Format Boolean Default Value OFF Example LIMits POWer CH1 INBand UPPer ENABle ON Enables Upper Limit for Channel 1 Inband Power measurement Query Response LIMits POWer CH1 INBand UPPer ENABle 1 CHn 1 or 2 Channel 1 or 2 Channel 2 is option en...

Page 129: ...mmand returns parameter setting Range 1 to 250 Default Value 1 Set Query Format NR1 Example CONFigure MOD ANALyzer DISTortion AVERage 75 Sets number of readings taken to calculate Average Modulation Distortion measurement to 75 Query Response CONFigure MOD ANALyzer DISTortion AVERage 75 Description Command clears and resets Average Modulation Distortion measurement Parameter Query none Description...

Page 130: ...s Lower Limit Value for Modulation Distortion measurement to 1 0 Query Response LIMits MOD DISTortion LOWer VALue 1 0 Description Command returns Modulation Distortion measurement data Query Data statusbyte failbyte avgvount avg wc Refer to Chapter 1 for UUT Measurement Meter Return Data Query Response FETCh MOD ANALyzer DISTortion 0 0 1 99 59 99 99 Protocol must be defined as Analog to obtain val...

Page 131: ...cription Set command defines Upper Limit Value for Modulation Distortion measurement Query command returns parameter setting Range 0 0 to 100 0 Units percent Default Value 0 0 Set Query Format NRf NR2 Example LIMits MOD DISTortion UPPer VALue 1 0 Sets Upper Limit Value for Modulation Distortion measurements to 1 0 Query Response LIMits MOD DISTortion UPPer VALue 1 0 ...

Page 132: ...mand returns parameter setting Range 1 to 250 Default Value 1 Set Query Format NR1 Example CONFigure MOD ANALyzer FREQuency AVERage 75 Sets number of readings taken to calculate Average Modulation Frequency measurement to 75 Query Response CONFigure MOD ANALyzer FREQuency AVERage 75 Description Command clears and resets Average Modulation Frequency measurement Parameter Query none Description Set ...

Page 133: ...asurement to 1 0 Hz Query Response LIMits MOD FREQuency LOWer VALue 1 0 Description Command returns Modulation Frequency measurement data Query Data statusbyte avgcount avg Hz Refer to Chapter 1 for UUT Measurement Meter Return Data Query Response FETCh MOD ANALyzer FREQuency 0 0 2979 00 Protocol must be defined as Analog to obtain valid Modulation Frequency measurement data Description Command cl...

Page 134: ...ing Parameter OFF ON 0 1 Set Query Format Boolean Default Value OFF Example LIMits MOD FREQuency UPPer ENABle ON Enables Upper Limit for Modulation Frequency measurement Query Response LIMits MOD FREQuency UPPer ENABle 1 Description Set command defines the Upper Limit Value for Modulation Frequency measurement Query command returns parameter setting Range 0 0 Hz to 20 0 kHz Units Hz kHz Default Va...

Page 135: ...ommand returns parameter setting Range 1 to 250 Default Value 1 Set Query Format NR1 Example CONFigure MOD ANALyzer HN AVERage 75 Sets number of readings taken to calculate Average Mod Distortion measurement to 75 Query Response CONFigure MOD ANALyzer HN AVERage 75 Description Command clears and resets Average Mod Hum Noise measurement Parameter Query none Description Set command Enables Disables ...

Page 136: ... measurement to 50 0 dBr Query Response LIMits MOD HN LOWer VALue 50 Description Command returns Mod and Noise measurement data Query Data statusbyte failbyte avgcount avg dB wc dB Refer to Chapter 1 for UUT Measurement Meter Return Data Query Response FETCh MOD ANALyzer HN 4 4 13 62 35 75 68 Mod Analyzer Noise measurement type must be defined as Signal to Noise Ratio MOD ANALyzer NTYPe SN and SNR...

Page 137: ...Lyzer HN REFerence VALue 1dB Sets Hum Noise Reference value to 1 0 dB Query Response CONFigure MOD ANALyzer HN REFerence VALue 1 Description Set command Enables Disables Upper Limit for Mod Hum Noise measurement Query command returns parameter setting Parameter OFF ON 0 1 Default Value OFF Set Query Format Boolean Example LIMits MOD HN UPPer ENABle ON Enables Upper Limit for Mod Hum Noise measurem...

Page 138: ...nd returns parameter setting Range 1 to 250 Default Value 1 Set Query Format NR1 Example CONFigure MOD ANALyzer SINad AVERage 25 Sets number of readings taken to calculate Average Modulation Sinad measurement to 75 Query response CONFigure MOD ANALyzer SINad AVERage 75 Description Command clears and resets Average Modulation Sinad measurement Parameter Query none Description Set command Enables Di...

Page 139: ...dB Sets Lower Limit for Modulation Sinad measurement to 30 dB Query Response LIMits MOD SINad LOWer VALue 30 Description Command returns Modulation Sinad measurement data Query Data statusbyte failbyte avgcount avg dB wc dB Refer to Chapter 1 for UUT Measurement Meter Return Data Query Response FETCh MOD ANALyzer SINad 0 0 1 0 15 0 19 Protocol must be defined as Analog to return valid measurement ...

Page 140: ...ription Set command defines the Upper Limit Value for Modulation Sinad measurement Query command returns parameter setting Range 0 0 to 100 0 dB Units dB Default Value 26 0 dB Set Query Format NRf NR1 Example LIMits MOD SINad UPPer VALue 30dB Sets Upper Limit Value for Modulation Sinad measurement to 30 dB Query Response LIMits MOD SINad UPPer VALue 30 ...

Page 141: ...command returns parameter setting Range 1 to 250 Default Value 1 Set Query Format NR1 Example CONFigure MOD ANALyzer SNR AVERage 75 Sets number of readings taken to calculate Average Mod SNR measurement to 75 Query Response CONFigure MOD ANALyzer SNR AVERage 75 Description Command clears and resets Average Mod SNR measurement Parameter Query none Description Set command Enables Disables Lower Limi...

Page 142: ...OWer VALue 50 Description Set command defines the SNR Meter Mode Normal or Hum and Noise when performing Signal to Noise Ratio measurement Query command returns parameter setting Parameter 0 Hum Noise 1 Normal Default Value 0 Hum Noise Set Query Format NR1 Example CONFigure MOD ANALyzer SNR MODE 0 Sets Mod SNR measurement to Hum Noise Query Response CONFigure MOD ANALyzer SNR MODE 0 Description Co...

Page 143: ...es Upper Limit for Mod SNR measurement Query command returns parameter setting Parameter OFF ON 0 1 Default Value OFF Set Query Format Boolean Example LIMits MOD SNR UPPer ENABle ON Enables Upper Limit for Mod SNR measurement Query Response LIMits MOD SNR UPPer ENABle 1 Description Set command defines the Upper Limit Value for Mod SNR measurement Query command returns parameter setting Range 100 0...

Page 144: ...command returns parameter setting Range 1 to 250 Default Value 1 Set Query Format NR1 Example CONFigure RF ANALyzer RFERRor AVERage 75 Sets number of readings taken to calculate Average RF Error measurement to 75 Query Response CONFigure RF ANALyzer RFERRor AVERage 75 Description Command clears and resets Average RF Error measurement Parameter Query none Description Set command defines RF Error Fr...

Page 145: ...ables Lower Limit for RF Error measurement Query Response LIMits RF RFERRor LOWer ENABle 1 Description Set command defines the Lower Limit Value for RF Error measurement Query command returns parameter setting Range 5000000 0 to 5000000 0 Hz PPM 0 to 1000 Units Hz PPM Default Value 0 0 Hz Set Query Format NRf NR2 Hz Command Example LIMits RF RFERRor LOWer VALue 1000Hz Sets Lower Limit Value for RF...

Page 146: ...ement in PPM Query Response CONFigure RF ANALyzer RFERRor UNIts PPM Description Set command Enables Disables Upper Limit for RF Error measurement Query command returns parameter setting Parameter OFF ON 0 1 Default Value OFF Set Query Format Boolean Example LIMits RF RFERRor UPPer ENABle ON Enables Upper Limit for RF Error measurement Query Response LIMits RF RFERRor UPPer ENABle 1 Description Set...

Page 147: ...Audio Demod Signal Rx Meter Remote Commands 5 54 THIS PAGE INTENTIONALLY LEFT BLANK ...

Page 148: ...le CONStellation TRACe ENABle Description Set command sets Persistence on Constellation graph Query command returns parameter setting Range 1 to 10 Default Value 1 Set Query Format NR1 Example CONStellation PERSistence 5 Sets Constellation Graph Persistence to 5 Query Response CONStellation PERSistence 5 Description Set command Enables Disables Constellation trace Query command returns parameter s...

Page 149: ... 0 00 1796 91 0 00 619 88 0 00 574 94 0 00 631 87 0 00 582 26 0 00 586 35 0 00 1805 57 0 00 1796 19 0 00 1803 18 0 00 605 25 0 00 600 47 0 00 599 68 0 00 584 98 0 00 1794 42 0 00 603 39 0 00 610 97 0 00 1793 05 0 00 585 14 0 00 1790 75 0 00 612 04 0 00 1793 31 0 00 607 42 0 00 1806 40 0 00 1788 95 0 00 598 09 0 00 607 93 0 00 592 68 0 00 590 26 0 00 611 98 0 00 586 29 0 00 617 14 0 00 593 83 0 00 ...

Page 150: ...returns parameter setting Range 1 to 10 Default Value 1 Set Query Format NR1 Example DISTribution PERSistence 5 Sets Distribution Graph Persistence to 5 Query Response DISTribution PERSistence 5 Description Set command Enables Disables Distribution trace Query command returns parameter setting Parameter OFF ON 0 1 Default Value OFF Set Query Format Boolean Example DISTribution TRACe ENABle ON Enab...

Page 151: ... 00 1796 91 0 00 619 88 0 00 574 94 0 00 6 31 87 0 00 582 26 0 00 586 35 0 00 1805 57 0 00 1796 19 0 00 1803 18 0 00 605 25 0 00 600 47 0 00 599 68 0 00 584 98 0 00 1794 42 0 00 603 39 0 00 610 97 0 00 1793 05 0 00 585 14 0 00 1790 75 0 00 612 04 0 00 1793 31 0 00 607 42 0 00 1806 40 0 00 1788 95 0 00 598 09 0 00 607 93 0 00 592 68 0 00 590 26 0 00 611 98 0 00 586 29 0 00 617 14 0 00 593 83 0 00 5...

Page 152: ...Marker 2 for Power Over Time graph Query Response PTIME TRACe MARK2 ENABle 1 MARKn 1 or 2 Marker 1 or 2 Description Set command defines Marker position on Power Over Time graph Query command returns parameter setting Range 0 to Span Units ms Default Value 0 0 ms Set Query Format NRf NR2 Example PTIME TRACe MARK2 XPOS 100ms Positions Marker 2 at 100 ms on Power Over Time graph Query Response PTIME ...

Page 153: ...s Power Over Time trace Query command returns parameter setting Parameter OFF ON 0 1 Default Value OFF Set Query Format Boolean Example PTIME TRACe ENABle ON Enables Power Over Time trace Query Response PTIME TRACe ENABle 1 Trace must be enabled ON to return valid data Description Command returns Power Over Time trace data Query Data statusbyte pairs x data y data status message statusbyte NR1 0 I...

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