Agilent Technologies E6392B Dokumentacja

Errata Title & Document Type: E6392B GSM MS Test Set Programmers Guide Manual Part Number: E6392-90042 Revision Date: November 2001 HP R

Contents 91. Preparing for UseEquipment for Automated Test System . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .14Connecting

Chapter 3 99Programming Command ReferenceTESTs Subsystem for MANUAL TEST3. Programming CommandReferenceDC Power VoltageTESTs:MANual:PHASe:DCPower:VOLT

100 Chapter 3 Programming Command ReferenceTESTs Subsystem for MANUAL TESTPhase Error Marker Position ControlTESTs:MANual:TXFRequency:RESults:MARKer:P

Chapter 3 101Programming Command ReferenceTESTs Subsystem for MANUAL TEST3. Programming CommandReferenceTraffic ChannelTESTs:MANual:PHASe:CHANnel <

102 Chapter 3 Programming Command ReferenceTESTs Subsystem for MANUAL TESTCommand Reference for Sensitivity/RX Quality/RX Level Measurement ScreenThe

Chapter 3 103Programming Command ReferenceTESTs Subsystem for MANUAL TEST3. Programming CommandReferenceRX Level MeasurementTESTs:MANual:RX:RESults:LE

104 Chapter 3 Programming Command ReferenceTESTs Subsystem for MANUAL TESTBER BS LevelTESTs:MANual:SENSitivity:LEVel <real> [DBM]TESTs:MANual:SE

Chapter 3 105Programming Command ReferenceTESTs Subsystem for MANUAL TEST3. Programming CommandReference• <string 3> (5 digits) and <string 4

106 Chapter 3 Programming Command ReferenceTESTs Subsystem for MANUAL TESTThis command specifies the frequency of Traffic Channel (TCH) to be tested,

Chapter 3 107Programming Command ReferenceTESTs Subsystem for MANUAL TEST3. Programming CommandReferenceDC Power VoltageTESTs:MANual:SMONitor:DCPower:

108 Chapter 3 Programming Command ReferenceTESTs Subsystem for MANUAL TEST• <string 1> (1 digit) is 0 when all values are within the normal rang

10 ContentsCommand Reference for DC Current Measurement Screen . . . . . . . . . . . . . . . . 74Command Reference for MS Information . . . . . . .

Chapter 3 109Programming Command ReferenceTESTs Subsystem for MANUAL TEST3. Programming CommandReferenceTraffic ChannelTESTs:MANual:SMONitor:CHANnel &

110 Chapter 3 Programming Command ReferenceTESTs Subsystem for MANUAL TESTCommand Reference for Stand-by ScreensThese commands are used to set the con

Chapter 3 111Programming Command ReferenceTESTs Subsystem for MANUAL TEST3. Programming CommandReferenceBCCH FrequencyTESTs:MANual:BCCH:FREQuency<r

112 Chapter 3 Programming Command ReferenceTESTs Subsystem for MANUAL TESTThis command defines a measurement mode. The choices are SYNC for the synchr

Chapter 3 113Programming Command ReferenceTESTs Subsystem for MANUAL TEST3. Programming CommandReferenceMulti BandTESTs:MANual:MBANd DCS1800|OFFTESTs:

114 Chapter 3 Programming Command ReferenceTESTs Subsystem for MANUAL TESTThis command specifies the slot combination for downlink and uplink, respect

Chapter 3 115Programming Command ReferenceTESTs Subsystem for MANUAL TEST3. Programming CommandReferenceTraffic ChannelTESTs:MANual:TCH:CHANnel <in

116 Chapter 3 Programming Command ReferenceTRIGger SubsystemTRIGger SubsystemThe Trigger commands are used to control a measurement cycle.TRIGger Subs

1214. Programming CommandCross Reference4 Programming Command Cross ReferenceThis chapter contains cross reference tables for correlating the screens,

122 Chapter 4 Programming Command Cross ReferenceAUTOMATIC TEST ScreensAUTOMATIC TEST ScreensStand-by/Measuring ScreensThe following commands are used

Contents 11System Control Function . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .145Trigger Function .

Chapter 4 123Programming Command Cross ReferenceAUTOMATIC TEST Screens4. Programming CommandCross ReferenceMulti Band TESTs:AUTO:MBANd OFF|DCS1800 [RF

124 Chapter 4 Programming Command Cross ReferenceAUTOMATIC TEST ScreensTest Result ScreensThe following RESults commands are used to set the controls

Chapter 4 125Programming Command Cross ReferenceAUTOMATIC TEST Screens4. Programming CommandCross ReferencePhase Error MarkerPosition ControlTESTs:AUT

126 Chapter 4 Programming Command Cross ReferenceAUTOMATIC TEST ScreensPower Ramp MarkerPosition ControlTESTs:AUTO:RESults:RAMP1:MARKer:POINt UP|DOWNT

Chapter 4 127Programming Command Cross ReferenceCONFIGURATION Screen4. Programming CommandCross ReferenceCONFIGURATION ScreenThe CONFigure subsystem c

128 Chapter 4 Programming Command Cross ReferenceCONFIGURATION ScreenSystem Configuration ScreenThe following CONFigure subsystem commands are used to

Chapter 4 129Programming Command Cross ReferenceCONFIGURATION Screen4. Programming CommandCross ReferenceTest Setup: Test Condition ScreenThe followin

130 Chapter 4 Programming Command Cross ReferenceCONFIGURATION ScreenPower Control Level CONFigure:CONDition:PLEVel:HIGH <int>CONFigure:CONDitio

Chapter 4 131Programming Command Cross ReferenceCONFIGURATION Screen4. Programming CommandCross ReferenceTest Setup: Test Sequence ScreenThe following

132 Chapter 4 Programming Command Cross ReferenceCONFIGURATION ScreenDC Power Mode CONFigure:SEQuence:DCPower:MODE AUTO|ON|OFFCONFigure:SEQuence:DCPow

12 Contents

Chapter 4 133Programming Command Cross ReferenceCONFIGURATION Screen4. Programming CommandCross ReferenceRX Level Test CONFigure:SEQuence:LEVel <in

134 Chapter 4 Programming Command Cross ReferenceDisplay Each ScreenDisplay Each ScreenThe following DISPlay subsystem commands are used to select an

Chapter 4 135Programming Command Cross ReferenceDisplay Each Screen4. Programming CommandCross ReferenceStand-by in GPRS Mode[Option 040]DISPlay:MANua

136 Chapter 4 Programming Command Cross ReferenceIEEE Common CommandsIEEE Common CommandsThe following IEEE common commands are used to control and qu

Chapter 4 137Programming Command Cross ReferenceMANUAL TEST Screens4. Programming CommandCross ReferenceMANUAL TEST ScreensStand-by ScreensThe followi

138 Chapter 4 Programming Command Cross ReferenceMANUAL TEST ScreensTiming Advance TESTs:MANual:TADVance <int>TESTs:MANual:TADVance?Traffic Chan

Chapter 4 139Programming Command Cross ReferenceMANUAL TEST Screens4. Programming CommandCross ReferenceMeasuring ScreensThe following commands are us

140 Chapter 4 Programming Command Cross ReferenceMANUAL TEST ScreensDC Current Measuring ScreensThe following CURRent commands are used to set the con

Chapter 4 141Programming Command Cross ReferenceMANUAL TEST Screens4. Programming CommandCross ReferenceMS Information ScreenThe following MSINformati

142 Chapter 4 Programming Command Cross ReferenceMANUAL TEST ScreensPeak TX Power/Burst Timing/Power Ramp Measuring ScreensThe following TPOWer/TXAMpl

131. Preparing for Use1 Preparing for UseThis chapter is a quick overview of how to set up an automated test system with the Agilent E6392B GSM MS Tes

Chapter 4 143Programming Command Cross ReferenceMANUAL TEST Screens4. Programming CommandCross ReferencePhase Error/Frequency Error Measuring ScreensT

144 Chapter 4 Programming Command Cross ReferenceMANUAL TEST ScreensSensitivity/RX Quality/RX Level Measuring ScreensThe following SENSitivity/RX comm

Chapter 4 145Programming Command Cross ReferenceMANUAL TEST Screens4. Programming CommandCross ReferenceSpectrum Monitor ScreensThe following SMONitor

146 Chapter 4 Programming Command Cross ReferencePrint Screen FunctionPrint Screen FunctionThe following HCOPy subsystem commands are used to control

Chapter 4 147Programming Command Cross ReferenceSIGNAL GENERATOR Screen4. Programming CommandCross ReferenceSIGNAL GENERATOR ScreenNOTE This section i

148 Chapter 4 Programming Command Cross ReferenceSPECTRUM MONITOR ScreensSPECTRUM MONITOR ScreensNOTE This section is applicable only for GSM Test Set

Chapter 4 149Programming Command Cross ReferenceSystem Control Function4. Programming CommandCross ReferenceSystem Control FunctionThe following SYSTe

150 Chapter 4 Programming Command Cross ReferenceTrigger FunctionTrigger FunctionThe following TRIGger subsystem commands are used to control the trig

1475. Example Programs5 Example ProgramsThis chapter contains a few example programs to be used for testing GSM900, E-GSM, DCS1800, or PCS1900 mobile

148 Chapter 5 Example ProgramsMANUAL TEST SYNC Mode Sample ProgramMANUAL TEST SYNC Mode Sample ProgramThis HP BASIC sample program makes a measurement

14 Chapter 1 Preparing for UseEquipment for Automated Test SystemEquipment for Automated Test SystemThe following equipment is required to construct a

Chapter 5 149Example ProgramsMANUAL TEST SYNC Mode Sample Program5. Example Programs1300 OUTPUT Serial_port;"*STB?"1310 ENTER Serial_p

150 Chapter 5 Example ProgramsMANUAL TEST SYNC Mode Sample Program1690 CASE 01700 IF B=0 THEN1710 Result$="PASS"1720 ELSE1730

Chapter 5 151Example ProgramsMANUAL TEST SYNC Mode Sample Program5. Example Programs2080 UNTIL BIT(F,4)=12090 DISP "Measurement End."2100

152 Chapter 5 Example ProgramsMANUAL TEST SYNC Mode Sample Program1670 Enters the status and measurement data.1680 to 1780 Prints the test result data

Chapter 5 153Example ProgramsMANUAL TEST GPRS Mode Sample Program5. Example ProgramsMANUAL TEST GPRS Mode Sample ProgramThis HP BASIC sample program m

154 Chapter 5 Example ProgramsMANUAL TEST GPRS Mode Sample Program1440 WAIT 21450 OUTPUT Serial_port;"TRIG:IMM"1460 !1470 REPEAT1480

Chapter 5 155Example ProgramsMANUAL TEST GPRS Mode Sample Program5. Example Programs1990 OUTPUT Serial_port;"TRIG:MODE SING"2000 WAIT 2201

156 Chapter 5 Example ProgramsMANUAL TEST GPRS Mode Sample Program1180 Sets the Packet Data TCH channel number to 60.1190 Sets the Multi Band field to

Chapter 5 157Example ProgramsMANUAL TEST GPRS Mode Sample Program5. Example Programs2250 to 2290 Waits until the Stand-by screen is displayed.2300 Dis

158 Chapter 5 Example ProgramsAUTOMATIC TEST Sample ProgramAUTOMATIC TEST Sample ProgramThis HP BASIC sample program makes an AUTOMATIC TEST on a DCS1

Chapter 1 15Preparing for UseConnecting to Controller1. Preparing for UseConnecting to ControllerA DB-9 male connector is provided with the Test Set a

Chapter 5 159Example ProgramsAUTOMATIC TEST Sample Program5. Example Programs1310 NEXT I1320 !1330 !***** LOC.Update1340 !1350 DISP "Turn on

160 Chapter 5 Example ProgramsAUTOMATIC TEST Sample Program1690 REPEAT1700 OUTPUT Serial_port;"TEST:AUTO:MEAS:SIGN:STAT?"1710 ENTER S

Chapter 5 161Example ProgramsAUTOMATIC TEST Sample Program5. Example Programs2080 IF BIT(B,0)=1 THEN2090 PRINT "Peak TX Power failed.&quo

162 Chapter 5 Example ProgramsAUTOMATIC TEST Sample Program1350 to 1370 Waits until the mobile phone camps on as instructed.1390 Starts the AUTOMATIC

163A. Syntax DiagramsA Syntax DiagramsIn this Appendix, the syntax diagram for each subsystem command is shown. These diagrams use a graphical format

164 Appendix A Syntax DiagramsFigure A-1 CONFigure Subsystem (1 of 4)string:CONFigure<conf1_gp.vsd>: BEEPer?BEEPerDATE?integerDATELOSS?stringLO

Appendix A 165Syntax DiagramsA. Syntax DiagramsFigure A-2 CONFigure Subsystem (2 of 4)<conf2_gp>(a) (d)MBANd?MBANd spintegerTCH?spsp(c)RFORmat?

166 Appendix A Syntax DiagramsFigure A-3 CONFigure Subsystem (3 of 4)<conf3_gp.vsd>(a) (d)PHASe?PHASe spRAMP integerSENSitivity?SENSitivityRAMP

Appendix A 167Syntax DiagramsA. Syntax DiagramsFigure A-4 CONFigure Subsystem (4 of 4)<conf4_gp.vsd>(a) (c)(d)SIGNalingMESSage3MESSage4?MESSage

168 Appendix A Syntax DiagramsFigure A-5 DISPlay Subsystem (without any option)Figure A-6 DISPlay Subsystem (with Option 002):DISPlay<sy_disp1.vsd

16 Chapter 1 Preparing for UseConnecting to Controller

Appendix A 169Syntax DiagramsA. Syntax DiagramsFigure A-7 DISPlay Subsystem (with Option 040)Figure A-8 HCOPy SubsystemFigure A-9 RFGenerator Subsys

170 Appendix A Syntax DiagramsFigure A-10 SMONitor Subsystem (with Option 002)Figure A-11 SYSTem Subsystemstring:SMONitor<sy_smon.vsd>:RANGe?R

Appendix A 171Syntax DiagramsA. Syntax DiagramsFigure A-12 TESTs Subsystem for AUTOMATIC TEST (1 of 4)string:TESTs AUTOmatic<syntax_at1.vsd>: :R

172 Appendix A Syntax DiagramsFigure A-13 TESTs Subsystem for AUTOMATIC TEST (2 of 4)<synt_at2_b2.vsd>BTIMing1?All?RESults :BTIMing2?BTIMing3?B

Appendix A 173Syntax DiagramsA. Syntax DiagramsFigure A-14 TESTs Subsystem for AUTOMATIC TEST (3 of 4)<syntax_at3.vsd>PHASe1PHASe1?:(b) (c)MARK

174 Appendix A Syntax DiagramsFigure A-15 TESTs Subsystem for AUTOMATIC TEST (4 of 4)<syntax_at4.vsd>RAMP1RAMP1?ZOOMZOOM?:stringsp(b) (c)MARKer

Appendix A 175Syntax DiagramsA. Syntax DiagramsFigure A-16 TESTs Subsystem for MANUAL TEST (1 of 3)string<mt_1gpq>MODE?PLEVelRFORmat?CHANnel?BC

176 Appendix A Syntax DiagramsFigure A-17 TESTs Subsystem for MANUAL TEST (2 of 3)<mt 2gp.vsd>PHASe(a)(b)CHANnel?:CHANnel integerFREQuency?FREQ

Appendix A 177Syntax DiagramsA. Syntax DiagramsFigure A-18 TESTs Subsystem for MANUAL TEST (3 of 3)<mt_3gp.vsd>(a)(b)TPOWerCHANnel?CHANnel inte

178 Appendix A Syntax DiagramsFigure A-19 TRIGger Subsystem:TRIGger<sy_trig.vsd>: ABORtIMMediateMODE?MODE stringsp

172. Programming CommandGuidelines2 Programming Command GuidelinesThis chapter contains a brief overview of the programming commands.

185B. Command Differencebetween E6392A & E6392BB Command Difference between E6392A & E6392BThis chapter contains the table showing the command

186 Appendix B Command Difference between E6392A & E6392BChanged CommandsChanged CommandsThe following table shows the commands of the Agilent E63

Appendix B 187Command Difference between E6392A & E6392BChanged CommandsB. Command Differencebetween E6392A & E6392BComparison Table for Comma

188 Appendix B Command Difference between E6392A & E6392BChanged CommandsSoftkey Memory SYSTem:MEMory:CHANnel <int 1>,<int 2>:CHANnel?

Appendix B 189Command Difference between E6392A & E6392BChanged CommandsB. Command Differencebetween E6392A & E6392BTESTs:AUTO:CONDition:PLEVe

190 Appendix B Command Difference between E6392A & E6392BChanged CommandsTESTs:AUTO:RESults:PHASe1?:PHASe2?:PHASe3?3 to 6 results TESTs:AUTO:RESul

Appendix B 191Command Difference between E6392A & E6392BChanged CommandsB. Command Differencebetween E6392A & E6392BTESTs:AUTO:RESults:RAMP1?:

192 Appendix B Command Difference between E6392A & E6392BChanged CommandsTESTs:AUTO:RESults:TPOWer1?:TPOWer2?:TPOWer3?3 to 6 resultsTESTs:AUTO:RES

Appendix B 193Command Difference between E6392A & E6392BChanged CommandsB. Command Differencebetween E6392A & E6392BTESTs:AUTO:SRECall:FORMat

194 Appendix B Command Difference between E6392A & E6392BChanged CommandsTESTs:MANual:CONDition:LDELay SHORT|MID|LONG:LDELay?TEST:MAN to CONFCONFi

18 Chapter 2 Programming Command GuidelinesGetting Started with Programming CommandsGetting Started with Programming CommandsUnderstanding Common Term

Appendix B 195Command Difference between E6392A & E6392BChanged CommandsB. Command Differencebetween E6392A & E6392BTESTs:MANual:CONDition:SEN

196 Appendix B Command Difference between E6392A & E6392BChanged CommandsNetwork Configuration: MultiframesCONFigure:NETWork:BSPa <int>CONGi

Index 191Symbols*CLS 34*ESE 35*ESR? 34*IDN? 34*OPC 34*OPT? 34*RST 34*STB? 35AAngle Brackets 19CCommand 18Command Mnemonics 19Command Syntax 20command

Index192 CONFigure:SEQuence:SIGNaling:MESSage4 50CONFigure:SEQuence:SIGNaling:MESSage5 50CONFigure:SEQuence:SIGNaling:MESSage6 50CONFigure:SEQuence:S

Index 193RFGenerator:MODulation 61RFGenerator:RFORmat 62RFGenerator:RFOUtput 62RS-232C Serial Interface 22Character Format Parameters 23Data Transfer

Index194 TESTs:AUTO:RESults:LEVel5? 78TESTs:AUTO:RESults:LEVel6? 78TESTs:AUTO:RESults:MSINformation:DIAL? 75TESTs:AUTO:RESults:MSINformation:GVERsion

Index 195TESTs:AUTO:VARiable:TCH:CHANnel4 80TESTs:AUTO:VARiable:TCH:CHANnel5 80TESTs:AUTO:VARiable:TCH:CHANnel6 80TESTs:MANual:AMPLitude 111TESTs:MAN

Index196 TESTs:MANual:TPOWer:MIDAmble 95TESTs:MANual:TPOWer:PLEvel 95TESTs:MANual:TXAMplitude:ACTAdvance? 94TESTs:MANual:TXAMplitude:RESults:BTIMing?

iAgilent TechnologiesE6392B GSM MS Test SetProgrammer’s GuideFirmware revision B.03.00 and aboveAgilent Part No. E6392-90042Printed in JapanNovembe

Chapter 2 19Programming Command GuidelinesGetting Started with Programming Commands2. Programming CommandGuidelinesStandard NotationThis section uses

20 Chapter 2 Programming Command GuidelinesGetting Started with Programming CommandsCommand SyntaxFollowing the heading for each programming command e

Chapter 2 21Programming Command GuidelinesGetting Started with Programming Commands2. Programming CommandGuidelinesUnits of Measure• Units for setting

22 Chapter 2 Programming Command GuidelinesGetting Started with Programming CommandsOverview of the RS-232C Serial InterfaceSerial interface programmi

Chapter 2 23Programming Command GuidelinesGetting Started with Programming Commands2. Programming CommandGuidelinesCharacter Format ParametersTo defin

24 Chapter 2 Programming Command GuidelinesGetting Started with Programming CommandsProgramming GuidelinesWhen you are going to make a test program, f

Chapter 2 25Programming Command GuidelinesUsing the Status Registers2. Programming CommandGuidelinesUsing the Status RegistersThe status system compri

26 Chapter 2 Programming Command GuidelinesUsing the Status Registers• *STB? (status byte) queries the value of the status byte register without erasi

Chapter 2 27Programming Command GuidelinesUsing the Status Registers2. Programming CommandGuidelinesStatus Register SystemFigure 2-2 shows all of the

28 Chapter 2 Programming Command GuidelinesUsing the Status RegistersStatus Byte RegisterThe status byte register of the Test Set uses the bit 0 “Meas

ii Copyright © Agilent Technologies 2000, 2001Notice Information contained in this document is subject to change without notice.This document contain

Chapter 2 29Programming Command GuidelinesUsing the Status Registers2. Programming CommandGuidelinesStandard Event Status RegisterThe standard event s

30 Chapter 2 Programming Command GuidelinesUsing the Status RegistersStandard Event Status Enable RegisterIn addition to the standard event status reg

Chapter 2 31Programming Command GuidelinesUsing the Status Registers2. Programming CommandGuidelinesError MessagesThe following table shows the error

32 Chapter 2 Programming Command GuidelinesUsing the Status Registers

333. Programming CommandReference3 Programming Command ReferenceThis chapter contains a listing of all of the SCPI subsystem commands and subcommands

34 Chapter 3 Programming Command ReferenceIEEE Common CommandsIEEE Common CommandsThe following IEEE common commands are used to set and monitor the s

Chapter 3 35Programming Command ReferenceIEEE Common Commands3. Programming CommandReferenceNOTE The *RST command does not affect the settings for the

36 Chapter 3 Programming Command ReferenceCONFigure SubsystemCONFigure SubsystemThis subsystem sets or queries the controls and parameters on the CONF

Chapter 3 37Programming Command ReferenceCONFigure Subsystem3. Programming CommandReferenceBeeper ControlCONFigure:BEEPer ON|OFF|1|0CONFigure:BEEPer?T

38 Chapter 3 Programming Command ReferenceCONFigure SubsystemIf set to LOCK, only AUTOMATIC TEST and CONFIGURATION are allowed to change settings. In

iiiManual Printing HistoryThe manual printing and part number indicate its current edition. The printing date changes when a new edition is printed.

Chapter 3 39Programming Command ReferenceCONFigure Subsystem3. Programming CommandReference• <string total> (3 digits) is the total number of se

40 Chapter 3 Programming Command ReferenceCONFigure SubsystemCommand Reference for Test Setup: Test Condition ScreenThe Condition commands are used to

Chapter 3 41Programming Command ReferenceCONFigure Subsystem3. Programming CommandReferenceNOTE If Option 040 is installed and the mode is set to GPRS

42 Chapter 3 Programming Command ReferenceCONFigure SubsystemFER LimitCONFigure:CONDition:LIMit:FER <real h> [PCT]CONFigure:CONDition:LIMit:FER?

Chapter 3 43Programming Command ReferenceCONFigure Subsystem3. Programming CommandReferencePeak TX Power LimitCONFigure:CONDition:LIMit:TPOWer<int&

44 Chapter 3 Programming Command ReferenceCONFigure SubsystemThis command sets a value of Power Control Level (PWR CNTL) to each of the High, Medium,

Chapter 3 45Programming Command ReferenceCONFigure Subsystem3. Programming CommandReferenceNOTE If Option 040 is installed and the mode is set to GPRS

46 Chapter 3 Programming Command ReferenceCONFigure SubsystemCommand Reference for Test Setup: Test Sequence ScreenThe Sequence commands are used to c

Chapter 3 47Programming Command ReferenceCONFigure Subsystem3. Programming CommandReference6 Measurement Traffic Channel LoopCONFigure:SEQuence:VARiab

48 Chapter 3 Programming Command ReferenceCONFigure SubsystemThis command specifies the channel number of Broadcast Control Channel (BCCH) for each ra

iv Certification Agilent Technologies certifies that this product met its published specifications at the time of shipment from the factory. Agilent

Chapter 3 49Programming Command ReferenceCONFigure Subsystem3. Programming CommandReferenceThe choices for each bit are 1 for Run and 0 for --- (skip)

50 Chapter 3 Programming Command ReferenceCONFigure SubsystemThis command defines whether or not to include Frequency Error tests in the test sequence

Chapter 3 51Programming Command ReferenceCONFigure Subsystem3. Programming CommandReferenceLOC. UpdateCONFigure:SEQuence:SIGNaling:LOCUpdate ON|OFF|1|

52 Chapter 3 Programming Command ReferenceCONFigure SubsystemPhase Error TestCONFigure:SEQuence:PHASe <int>CONFigure:SEQuence:PHASe?This command

Chapter 3 53Programming Command ReferenceCONFigure Subsystem3. Programming CommandReferenceRX Level TestCONFigure:SEQuence:LEVel <int>CONFigure:

54 Chapter 3 Programming Command ReferenceCONFigure Subsystembit 1 (2): For testing TCH2 or DCP2bit 2 (4): For testing TCH3 or DCP3bit 3 (8): For test

Chapter 3 55Programming Command ReferenceCONFigure Subsystem3. Programming CommandReferenceRFORmat Allowable Range [Hz] Preset Value [Hz]GSM900 89020

56 Chapter 3 Programming Command ReferenceDISPlay SubsystemDISPlay SubsystemThe DISPlay subsystem commands are used to select which of the Test Set’s

Chapter 3 57Programming Command ReferenceDISPlay Subsystem3. Programming CommandReferenceStand-byDISPlay:AUTO:STBYThis command selects the Stand-by sc

58 Chapter 3 Programming Command ReferenceDISPlay SubsystemPeak TX Power/Burst Timing/Power RampDISPlay:MANual:TPOWerThis command selects the Peak TX

vSafety SummaryThe following general safety precautions must be observed during all phases of operation, service, and repair of this instrument. Fai

Chapter 3 59Programming Command ReferenceDISPlay Subsystem3. Programming CommandReferenceNOTE This command is valid only for Test Sets with Option 002

60 Chapter 3 Programming Command ReferenceHCOPy SubsystemHCOPy SubsystemThe HCOPy commands are used to control the printing function.HCOPy Subsystem C

Chapter 3 61Programming Command ReferenceRFGenerator Subsystem3. Programming CommandReferenceRFGenerator SubsystemThe RFGenerator subsystem commands a

62 Chapter 3 Programming Command ReferenceRFGenerator Subsystem• If PN9 is selected, the RF signal is modulated by the 9-step pseudo-random binary seq

Chapter 3 63Programming Command ReferenceRFGenerator Subsystem3. Programming CommandReferenceRFORmat Allowable Range [Hz] Preset Value [Hz]GSM900 935

64 Chapter 3 Programming Command ReferenceSMONitor SubsystemSMONitor SubsystemThe SMONitor subsystem commands are used to set and read the controls an

Chapter 3 65Programming Command ReferenceSMONitor Subsystem3. Programming CommandReferenceMarker MeasurementSMONitor:RESults:MARKer?This query command

66 Chapter 3 Programming Command ReferenceSMONitor Subsystem• +39DBM: The maximum input level is +39 dBm.Measurement ResultSMONitor:RESults?• If the 0

Chapter 3 67Programming Command ReferenceSMONitor Subsystem3. Programming CommandReferenceThis command defines a system of Radio Standard to be tested

68 Chapter 3 Programming Command ReferenceSYSTem SubsystemSYSTem SubsystemThe SYSTem commands are used to control the overall system function.SYSTem S

vi DO NOT Substitute Parts Or Modify InstrumentBecause of the danger of introducing additional hazards, do not install substitute parts or perform un

Chapter 3 69Programming Command ReferenceSYSTem Subsystem3. Programming CommandReferenceThis command sets all of the Test Set settings at one time.<

70 Chapter 3 Programming Command ReferenceTESTs Subsystem for AUTOMATIC TESTTESTs Subsystem for AUTOMATIC TESTThis function allows to execute the over

Chapter 3 71Programming Command ReferenceTESTs Subsystem for AUTOMATIC TEST3. Programming CommandReferenceDC Current results (TCH1) - Refer to “DC Cur

72 Chapter 3 Programming Command ReferenceTESTs Subsystem for AUTOMATIC TESTbit 7 (128): RX Levelbit 8 (256): DC Currentbit 9 (512): Test abortedThe c

Chapter 3 73Programming Command ReferenceTESTs Subsystem for AUTOMATIC TEST3. Programming CommandReferenceTESTs:AUTO:RESults:RAMP6:ZOOM ON|OFF|1|0TEST

74 Chapter 3 Programming Command ReferenceTESTs Subsystem for AUTOMATIC TESTTESTs:AUTO:RESults:RAMP6:MARKer:POINt UP|DOWNTESTs:AUTO:RESults:RAMP6:MARK

Chapter 3 75Programming Command ReferenceTESTs Subsystem for AUTOMATIC TEST3. Programming CommandReferenceThe choices for each bit are 1 for Fail and

76 Chapter 3 Programming Command ReferenceTESTs Subsystem for AUTOMATIC TESTbit 0 (1): Pass/Fail result for Peak TX Power Highbit 1 (2): Pass/Fail res

Chapter 3 77Programming Command ReferenceTESTs Subsystem for AUTOMATIC TEST3. Programming CommandReference• <string 2> (1 digit) is the binary d

78 Chapter 3 Programming Command ReferenceTESTs Subsystem for AUTOMATIC TEST• <string 2> (1 digit) is the binary coded decimal ranging from 0 to

viiIn this Book Throughout this guide the term "Test Set" is used to denote the Agilent E6392B.This guide describes how to program the Agi

Chapter 3 79Programming Command ReferenceTESTs Subsystem for AUTOMATIC TEST3. Programming CommandReferenceTESTs:AUTO:RESults:QUALity4?TESTs:AUTO:RESul

80 Chapter 3 Programming Command ReferenceTESTs Subsystem for AUTOMATIC TESTCommand Reference for Stand-by/Measuring ScreensThe following commands are

Chapter 3 81Programming Command ReferenceTESTs Subsystem for AUTOMATIC TEST3. Programming CommandReferenceThese commands set the Variable field to TCH

82 Chapter 3 Programming Command ReferenceTESTs Subsystem for AUTOMATIC TEST• If set to AUTO, DC Power is supplied during a measurement cycle or until

Chapter 3 83Programming Command ReferenceTESTs Subsystem for AUTOMATIC TEST3. Programming CommandReferencebit 1 (2): 1st Callbit 2 (4): Talkbit 3 (8):

84 Chapter 3 Programming Command ReferenceTESTs Subsystem for MANUAL TESTTESTs Subsystem for MANUAL TESTThis function allows you to execute real time

Chapter 3 85Programming Command ReferenceTESTs Subsystem for MANUAL TEST3. Programming CommandReferenceDC Current Measurement at Camp OnTESTs:MANual:C

86 Chapter 3 Programming Command ReferenceTESTs Subsystem for MANUAL TESTThis command specifies a value of Power Control Level for each radio standard

Chapter 3 87Programming Command ReferenceTESTs Subsystem for MANUAL TEST3. Programming CommandReferenceThis command specifies the frequency of Traffic

88 Chapter 3 Programming Command ReferenceTESTs Subsystem for MANUAL TESTBS ReleaseTESTs:MANual:MEASure:BSReleaseThis command releases the mobile from

viii

Chapter 3 89Programming Command ReferenceTESTs Subsystem for MANUAL TEST3. Programming CommandReferenceNOTE For Test Sets with Option 002, if the mode

90 Chapter 3 Programming Command ReferenceTESTs Subsystem for MANUAL TESTSignaling State (GPRS mode)TESTs:MANual:MEASure:SIGNaling:STATe?This query co

Chapter 3 91Programming Command ReferenceTESTs Subsystem for MANUAL TEST3. Programming CommandReferenceAt preset, this is set to 1 × 1.NOTE If the mod

92 Chapter 3 Programming Command ReferenceTESTs Subsystem for MANUAL TESTTraffic ChannelTESTs:MANual:MEASure:TCH:CHANnel <int>TESTs:MANual:MEASu

Chapter 3 93Programming Command ReferenceTESTs Subsystem for MANUAL TEST3. Programming CommandReferenceCommand Reference for MS InformationMS Informat

94 Chapter 3 Programming Command ReferenceTESTs Subsystem for MANUAL TESTNOTE For Test Sets with Option 040, if the mode is set to GPRS, this measurem

Chapter 3 95Programming Command ReferenceTESTs Subsystem for MANUAL TEST3. Programming CommandReferenceThis command specifies a voltage value of DC Po

96 Chapter 3 Programming Command ReferenceTESTs Subsystem for MANUAL TESTPower Ramp Graph ZoomTESTs:MANual:TXAMplitude:RESults:ZOOM ON|OFF|0|1TESTs:MA

Chapter 3 97Programming Command ReferenceTESTs Subsystem for MANUAL TEST3. Programming CommandReferenceThis query command returns a set of Power Ramp

98 Chapter 3 Programming Command ReferenceTESTs Subsystem for MANUAL TESTThis command specifies the frequency of Traffic Channel (TCH) to be tested, f