Program Example, Program Listing | Agilent Technologies S GSM

Instrument BASIC

Programming and Using the TESTS Subsystem

Program Example

The following example IBASIC program uses the basic algorithm shown above and the TESTS subsystem to execute a number of test subroutines at a number of deﬁned test frequencies. Also included are examples of how to interact with the user-interface to allow a user to access parameters, speciﬁcations, and conﬁguration ﬁelds to deﬁne a speciﬁc set of test requirements.

An explanation of the program example is given at the end of the listing.

Program Listing

10! DEMO_1

20!

30! THE FIRST LINE MUST CONTAIN THE NAME OF THE LIBRARY

40!

50!__________________________________________________________

60!

70! THIS PROGRAM IS A DEMO PROGRAM TO DEMONSTRATE THE USE

80! OF THE TEST SUBSYSTEM ON THE Agilent 8922M

90!

100! REVISION: 1 APRIL, 1991

110!___________________________________________________________

120!

130COM /I_o/ I_o$[470]

140! INPUT OUTPUT STRING

150COM /Freq/ Rx_f,Tx_f

160! PRESENT RX AND TX FREQUENCIES IN MHZ

170!

180INTEGER Test_return

190! TITLE SCREEN FOR OUR TESTS

200CLEAR SCREEN

210PRINT TABXY(2,2),”___DEMO PROGRAM FOR THE TESTS SUBSYSTEM___”

220!

230! SET UP A SOFT KEY TO HALT THE PROGRAM

240ON KEY 1 LABEL “Stop Test”,5 GOTO Stp_test

250!

260! CLEAR THE INTERNAL HP 8922M BUS

270CLEAR 800

280!

290! NOW READ THE TEST FREQUENCIES IN ONE AT A TIME AND DO THE

300! SEQUENCE OF TESTS ON THEM

310Ch=1

320REPEAT

330OUTPUT 800;”TESTS:FREQ? “&VAL$(Ch)

340I_o$=””

350ENTER 800;I_o$

360	!	SET THE VALUE OF THE RX FREQUENCY
370	Rx_f=VAL(I_o$[4;12])
380	!	SET THE VALUE OF THE TX FREQUENCY
390	Tx_f=VAL(I_o$[30;12])
400	!	SET WHETHER TO TEST THIS FREQUENCY
410	T_it$=I_o$[56;1]
420	!	SET IF THIS IS A PRIME FREQUENCY
430	IF (LEN(I_o$)>57) THEN

440Prime$=I_o$[58;1]

450ELSE

460	Prime$=”N”
470	END IF
480	!	IF THIS FREQUENCY IS TO BE TESTED

8-38

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Agilent Technologies S GSM, 8922M manual Program Example, Program Listing

Contents

User’s Guide Agilent Technologies 8922M/S GSM Test Set Agilent Part No JanuaryPage Contents Screens Keys Connectors Appendix a Contents-6 Warranty Responsibilities of the Customer Restricted Rights Legend Electromagnetic Compatibility EMC Information Declaration of Conformity Safety Information Do not Operate in AN Explosive Atmosphere Safety Symbols ISM 1-A Sales and Service Offices Canada Agilent Technologies 8922M/S Documentation Description Typeface Conventions Installing Your Agilent 8922M/S Using this Chapter Line Voltage Fuses and Power CordsVoltage Selection Card and Fuse Installation Other Fusing Fuse Selection Power Cords Installation Overview Rear View Connections Access Config Screen High-stability timebase set-up General Information Making Measurements Making Measurements Active Cell Test ModeAgilent Technologies 8922M/S Operating Modes CW Generator Agilent 8922M/S Operating Modes Active CELL+ Test MODE+ CW GENERATOR+ Active Cell Making a Call From the Mobile Phone to the Agilent 8922M/S Active Cell Mode Making a Call From the Agilent 8922M/S to the Mobile Phone Shift , Cell Config MS Info Changing Channel, Timeslot, and the Transmit Level Mobile phone Test Mode Select Test Mode Mobile Phone Receiver Testing Using Test Mode CW Generator Measurements MeasurementsGSM Specific Ancillary Measurements Measurement Peak Power MeasurementsMethod Phase and Frequency Error Measurements PhaseFrequency Error Measurement Method Power Ramp Mask Measurements Power Ramp Measurements Passed Measurement SummaryFailed Blank field Pulse Measurements Bit Error Rate Bit Error Rate Measurement Measurements 31,4 Output RF Spectrum Measurements Measurements 32 dB 51 dB 70 dB 39 dBm 27.5 37 dBm ≤ 33 dBm Method Spectrum Analyzer Measurement Scope Oscilloscope Measurements Audio Audio Measurements CW Measurements Out port If You Have Problems with a Measurement Is a Message Line displayed at the top of the screen? If You Have Problems with a Measurement Trigger Timing a Trigger Timing B Trigger Range For Pulsed RF Is an Error Message Displayed in the Sync Status field? Possible Solutions to Sync Status Errors Solution 1 Trigger Timing Solution 2 Midamble Sync Solution 3 Level Solution 4 Amplitude Envelope If FM Errors Advanced Features Other Screens ⎛ RFin 20 ⎞ Advanced Features Synchronized Measurements UsingMaking External Servlatchval Unexpected Operations Advanced Features Advanced Features Advanced Features Verifying Performance About This Chapter Setting up the Tests Getting the Right Equipment Equipment HP/Agilent Model Number Understanding the Tests Installing and Operating the SoftwareTo Load the Program Using Compatibility Switch Back Conversion Gpib Addresses Forward ConversionTo Run the Program 1 Type RUN, press Enter Understanding the Tests Test 01 Signal Equipment Required Generator LevelThings To Check In Case Of Problems Theory of the Test Test 02 Signal Generator Spectral Purity Understanding the Tests Test 06 Audio Equipment Required Frequency Analyzer Test 07 Oscilloscope Equipment Required Test 08 RF Analyzer Equipment Required Level Test 09 RF Analyzer Equipment Required Gmsk Modulation Pulse Demodulation Test a RF Analyzer Equipment RequiredTest B Spectrum Analyzer Option 006 only Equipment Required Understanding Test Failures Assemblies Tested P=Primary S=Secondary RF Generator Frequency Specifications Agilent Technologies 8922M/S SpecificationsGSM900 Functionality Output SWR Spectral Purity Pulse Modulation DB Pulse Modulation Agilent 8922M only AM for Level Control Agilent 8922M Only CW RF Power Measurements RF In/Out Only RF Analyzer Frequency SpecificationsCW RF Frequency Measurement Power Measurement Accuracy Peak/Transmitter Carrier Power MeasurementPulse ON/OFF Ratio Measurement Requires Option Amplitude Envelope Measurement Accuracy ON/OFF 40 dB, RF In/Out onlyInaccuracy due to Noise for overshoots ≤ 1 dB Phase and Frequency Measurements Gmsk Data Recovery Agilent 8922M only FM Demodulation Output Agilent 8922M only Pulse Demodulation Output Agilent 8922M only Dynamic Range dB Spectrum Analyzer Specifications Option Span Bandwidth Audio Analyzer Frequency Measurement Specifications Audio Source Frequency SpecificationsOutput Level DC Voltage Measurement AC Voltage MeasurementDistortion Measurement Audio Filters Oscilloscope SpecificationsAudio Detectors General Specifications Remote Programming Using both arms to lift instrument Operating Environment Fixed Reference Mode Reference SpecificationsTunable Reference Mode Agilent Technologies 8922M/S Speciﬁcations Screens Field Types Data Entry Field Types Audio Scope In selects the Scope in Measure front-panel Meas Reset Meas Cntl Speaker ALC Speaker Vol See Also Keys High LIMIT, LO LIMIT, AVG Speech Choices None Results Bit ErrorSelected measurement type CRC or FE Res Type Measure Control Bit Error This field is not featured in the Agilent 8922S 11/19. Ratio/Count Ratios Meas Cntl Bit Error Cell Configuration GSM Amplitude Field StateArfcn Aux Bcch BCC Range Through Range Control ChLAC 10. MA1 MAIO2 11. MA2MAIO1 MCC Settable Cell Configuration E-GSM, DCS 1800, PCS Activated Cell Conﬁguration E-GSM, DCS 1800, PCS BCC Base Station Colour Code is displayed in this ﬁeld Number 1 MA1 MAIO1 Cell Control Active Cell Active Cell TestMode CW Generator GSM/DCS1800/P GSM OnlyRange GSM900 Call See Also Speciﬁcations Range Through 6 , 1, and 7 are used for call maintenance TX Level Mobile Timeslot Mobile Decode Errs Cell Control Active Cell +See Also Cell Control Single/Hop DCS Cell Control Test ModeChoices GSM PCS Channel TX Lev Cell Control CW Generator Shown will not correspond to the channel in amplitude Single Other Settings Cell Control Caller Call Status TCH State Connect Or off DRXDTX Execute Loc Upd Ident Auth Inactive Active Mode19. MM Tmsi Choices CCITT-15 2 CCITT-23 Timing Err Reset CallRACHs Counts Control Choices Based on the TX Level field Cell Control Signaling Speech Test Mode Choices Timeslot Configure Aux RF Although a power cycle is recommended Aux RF Out Offset O ConfigCntl OPT Choices 13 MHz 10 MHz RF IN/Out Service Time Amplitude Expected Input CW MeasurementCW Freq, CWFreqErr Cntl IN/OUT port when executing this function CW PowerFrequency Expected Input Meas Reset Meas Cntl RF IN/OUT Fast Bit Error Mobile Burst Delay range 0 through Choices Bits ConfigurationSpecification FF at Start Line Feed Form FeedInst Echo Lines/Page Parallel See Also Keys PrintChoices Serial Print Title Ibasic control of the serial input port Stop data transmission from the computer to the instrumentChoices 300 600 1200 2400 4800 9600 19200 Serial Stop the instrument from transmitting to the computer Logging Measurement Sync Be the lowest frequency Arfcn in the hop sequence Burst Sel Burst Used See Also Screens Meas Sync Hopped TCH Arfcn Cntl Demod ArmFirst Bit Midamble To the selected Midamble or User Defined Sync Pattern Sync Pattern Start Position Trig DelayTrig Qual Message Mode Applies if Special Option H05 is fitted MS Information / SignalingAuthentication Choices Implements the authentication algorithm specified in Rec Last LAI CipheringImsi Attach/Detach Location MS Revision MS BandCapability MS Imsi MS Information / Signaling MS Sres RandBS Sres Oscilloscope, Main Controls Marker Meas ResetControls Time/div Oscilloscope, Trigger Controls Level div Auto/NormCont/Single Pre-Trig Screens Oscilloscope, Marker Controls Peak+ Marker ToPosition Freq Offset Output RF Spectrum, Main View Option 006 OnlySync Status Single/Cont Output RFSpectrum View Output RF Spectrum, Trace View Option 006 Only SyncStatus Phase and Frequency Error Multiburst OFF ON/OFF OFF Phase and Frequency Error Multi-burst on Done Error Mean Maximum Minimum Last Peak phase ErrorsPeak Phase RMS phase Burst Only Choices Wanted Bursts Phase/Freq, Phase ErrMarker Pos Frequency error Phase/Freq, Data Bits Polarity Trg Timing Pwr Ramp Rise Edge Mask Pk TX Pwr Pwr Ramp, Top 2 dB Pulse Puls Rise Puls Fall Pwr Ramp, Fall Edge 100 Pwr Ramp Summary Ampl1-12 Summary Power over the useful bits in the measured burstFlatness Time1-12 103 Pwr Ramp Pulse Option 006 Only Fall Pos Meas Sync Sync Status See Also Making Measurements Solving Problems MessagesRise Pos 106 Pwr Ramp Pulse Rise Option 006 Only MarkerPos POnOffRise Pwr Ramp Pulse Fall Option 006 Only POnOffFall RF Generator / RF Analyzer AF Gen RF Generator / RF Analyzer RF Analyzer AGC ModeAccuracy Hop Mode Hop Offset Value Hop TrigRange RF Input Atten Hold RF Generator / RF Analyzer RF GenDAC Value Gmsk Hop Mode Hop TrigDC AM Frequency Range 10.0 to 1015.0 MHz Pulse RF Output Service SMS Cell Broadcast Default for message 2 isCode Language Message Broadcast 121 Spectrum Analyzer, Main Controls Option 006 Only Ref Level Max Hold Meas ResetCenter Freq Span Spectrum Analyzer, RF Gen Controls Option 006 Only Spectrum Analyzer, Marker Controls Option 006 Only Center Freq Marker To Next Peak Marker To Range To 10 divisions Spectrum Analyzer, Auxiliary Controls Auto Hold Input Atten DB Input Atten Choices GSM900 GSM, DCS 1800 Video BW10 dB 20 dB 30 dB 40 dB Tests 130 Keys Key Map Adrs CancelFunction Keys Assign HI Limit END CallHold To Set a Low Limit Incr SETLO Limit To Turn Off or On a Low limit MS Info MeterPrint To Recall an Instrument Setup Recall To Set a Reference REF SETCertain value To Turn a Reference Off or On Save To Save an Instrument SetupRFG/RFA Tests That is currently displayed Local KeysL1, L2 To Assign a Local Key Global Keys To Assign a Global Key Units Keys Connectors Front-Panel Connectors of the Agilent Technologies 8922M/S See Also Screens RF Generator/RF Analyzer, RF Gen Clock Modulation Agilent 8922M Only See Also Clock Demodulation OUTAgilent 8922M Only Clock Input FM Demodulation OUT Data Demodulation OUTRequirements AM/SPEECH Modulation Agilent 8922M Only Screens Audio Audio In Lo Modulation Monitor Demodulation OUT Audio OUT MON/SPEECH Agilent 8922M OnlyPulse Demodulation OUT Pulse Modulation Agilent 8922M Only Measure Trigger in Measure Valid Demodulation OUT Rear-Panel Connectors of the Agilent Technologies 8922M/S See Also Speciﬁcations REF Emmi BUS Agilent 8922M Only Pin Usage Function To/From Logical State Voltage Current Electrical Characteristics of the DAI/EMMIEmmi Connector Pin Numbers See Also Gpib General Purpose Agilent OPT 001 REF OUT 131 Scope Specifications Signal Descriptions for System BUS Fpclock DEMODDATA, Demodclk DemodvalidFpdata Gexttrig RPBURSTT1 PulsemodinPin 6 Input T1-Pin 26, T2-Pin 8 Select/Control Pin 3 Input Rpdmodtrig Pin 7 InputRpgsmrstin Rpgsmrst RPHOPADRS0, through RPHOPADRS9, RPHOPADRS10 Rprstseq RphopinhibitPin 30 Input Pin 11 Input Rpseqhop RprxhopPin 10 Input Pin 29 Input Rptxhop RPTXD, RprxdSeqtrigout RIG Usememextt 27 Pin InputInput Timing Diagrams Digital Demodulation Timing Specification Table Digital Demod Timing Diagram Frequency Hop Timing Specification Table RF Generator Hop Address Source = Ext Timing Diagram RF Analyzer Hop Address Source = Ext Timing Diagram RF Generator Hop Address Source = Int Timing Diagram RF Analyzer Hop Address = Int Timing Diagram Reset Hop Once Address Source = Int Timing Diagram Reset and Hold Hop Address Source = Int Timing Diagram Hop Inhibit Address Source = Int Timing Diagram Messages Communication Failures Firmware Error Firmware revision error in module Sync Status Protocol Error Messages Timers Following is a brief description of the timers Call Control Timers Timer Values Physical Layer Disconnects DisconnectsData Link Layer Disconnects Disconnects Layer DisconnectsManagement Layer Call Control Layer Disconnects Host I/O Error Operating System Error Unknown Errors Protocol Log Examples Of Typical Calls Monitoring For Protocol Failure And Recovery During Test Instrument Basic This Chapter Tests Subsystem Agilent Technologies 8922M/S Instrument Basic OverviewIbasic Programs That Use the Tests Subsystem Programs That Do Not Use the Tests Subsystem Configuration and Instrument Control Controlling HP 8922M/S Functions Connected Instruments Hardware Connections Agilent 8922M/S Configuration For Programming Connecting the Serial Port Serial Port Configuration for ProgrammingSerial Port Connections Set Parity to none ConfiguringConfiguring an IBM-Compatible PC With HP AdvanceLink Set Data Bits to Set the Global Conﬁguration settings Operation Verifying Serial PortTo Ibasic Controller screen Loading, Storing, and Running Storing Ibasic Programs On Memory Cards Running Your Program Loading a Test ProcedureStoring an Ibasic Program On a Gpib Disk Drive Loading, Storing, and Running Test Procedure Files Making or Deleting Test Procedure and Test Library Files Running a Test Making a Test Procedure FileSequence 8922M/S’s Ibasic Accessing the Agilent Access the Tests screen by pressingEntering and Editing Programs Controller Using HP-IB PROGram Interface Commands Preparing the Agilent 8922M/S to Receive Programs Other Prog CommandsDownload Program for Computers using Gpib Downloading a Program Into the Agilent 8922M/S Entering Commands Line-by-line Entry and Editing Using Memory Cards Memory Cards Types of Memory Cards Inserting a Memory CardMemory Card Part Numbers Type Initializing an Sram Memory Card Initialize Internal Procedure for Backing Up a Memory Card Setting the Write-Protect SwitchSetting the Sram Write-Protect Switch Backing Up the Memory-Card Programs Filenames are prefixed with a lowercase l Contaminate battery contacts in the memory-card Memory Card BatteryReplacing the Memory-Card Battery To the manufacturer’s instructions Tests Subsystem File Descriptions Programming and Using the Tests SubsystemProcedure Files Code Files Tests Subsystem Tests Subsystem File RelationshipMain Tests Subsystem Screen Programming and Using the Tests Subsystem Ibasic Programming Setting Up the Test Execution ConditionsProgram Status Test Execution Conditions To Have Testing Stop or Continue on a UUT FailureTo Continue or Pause After Each Test To Have Test Results Appear on a CRT or Printer To Select Printing ConditionsTo Enter Comments in the Output Heading Field Tests Screen of the Agilent 8922M/S Using AutostartMaking a Test Sequence Editing Test Specifications Test-Sequence Screen Editing Test Parameters Edit Sequence Screen on the HP/AgilentChapter, select the following keys Configuring External Instruments for Gpib Control Edit Parameters Screen on the HP/Agilent 17 on Program Structure for Tests Subsystem Programs Instrument-Configuration ScreenGeneral Organization Program Example Program Listing RUN Through the Sequence of Tests Test Linenumber Command Description Program Listing Explanation Programming and Using the Tests Subsystem Programming and Using the Tests Subsystem Creating a Library And Default Procedure File Creating a Procedure File With No Library Appendix a Purpose Equipment Required Connecting the Agilent 8922M to the HP/Agilent 37900D Figure A-1 Cabling Setup Front View Camp On Setting Up the Agilent Technologies 8922MLatch Setting Up the HP/Agilent 37900D Card SLP Check How to Obtain a Protocol LogConnection Make Call LoggingStart-up Real Time Received SystemInformation sent End Call Additional Information Remote Control of Protocol Logging Protocol Log of a Typical Call Primitive Protocol Log of a Typical Call PH-DL Phdata Sdcch UI P0 CR0 SAPI0 M0 Frame MM-CC Mmdata CC Call Confirmed 83 08 Frame Frame Command FrameMM-RR Rrsync Frame DL-PH Phdata Sdcch I Nr1 Ns1 P0 CR1 SAPI0 M0 RR Assignment DL-RR Dldata Facchf CC Alerting 83 41 Frame DL-RR Dldata Facchf CC Connect 83 07 Frame Goes to NEW TCH2 Call setup is completeDL-RR Dlrelease Facchf Frame Inter-cell handover to TCH1, Single TCH on Arfcn 30, slot Intra-cell handover is complete Agilent 8922M/S configures to new TCH DL-RR Dldata Facchf RR Handover Complete 06 2c 00 Frame 2449761 Inter-cell handover completeCall termination Port Frame CC-HST Ccrelind Frame PH-DL Readytosend Facchf Frame Protocol Log of a Typical Call Glossary Arfcn CRC Gmsk Rssi Glossary Index Index-2 Index-3 Index-4 Index-5 Index-6 Index-7 Index-8 Index-9 Index-10 Index-11