Operating Manual Vol 1 - ES Documentation

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Enhanced Functions For Digital Standard 3GPP W-CDMA (FDD)SMIQ2.15.3 Enhanced Channels BS1/MS1Enhanced Channels are channels which – in contrast to option SMIQB45 – are neither calculated norgenerated on the modulation coder but on the data generator. Up to four enhanced channels (or sevenwith uplink mode) are possible where the maximum sequence length is calculated from the free listmemory and the number of channels:Downlink:Available _ Data _ List _ Memory / BitsSequence _ Length / Frames =Number _ Of _ Enhanced _ Channels* 2* 38400With maximum memory capacity, there are thus between 255 (4 DPCH) and 1022 (1 DPCH) frames.In the downlink (possibly depending on memory capacity), a P-CCPCH/BCH with a continuous systemframe number (period 4096 frames) can also be generated at the same time as a DPCH (period 2044frames) with a max physical rate of 30 ksps.The simulation of higher rate channels (>30 ksps) together with the P-CCPCH/BCH is also supportedhowever with a reduced maximum sequence length of 500 frames.(For a systematic list of all possible sequence lengths see description of SEQUENCE LENGTHparameter, section Fehler! Verweisquelle konnte nicht gefunden werden.).Note:This sequence length is sufficient for all performance tests in [1], section 8, since in thesetests the block error rate is measured.Uplink:Sequence _ Length / Frames =Available _ Data _ List _ Memory /( Number _Of _ Enhanced _ChannelsBits+1 )* 38400With maximum memory capacity, there are thus between 255 (DPCCH + 6 DPDCH) and 1022 (1 DPCCHor 1 DPDCH) frames.Note:The higher number of channels in the uplink is possible through the BPSK data modulation.These long sequences allow a physical BER measurement (PN9) without a restart of the BER testerbeing required. An enhanced channel with a length of 511 frames is to be set.If the maximum length of 1022 frames is used, BER measurements with channel coding and withoutrestart as required for receiver tests to [1], [3], [4] are possible.Compared to the clearly enhanced sequence length range (max. 13 frames for SMIQB45), optionSMIQB48 offers the following advantages:After generation of the sequence in the data generator Data lists are available as data sources for thedata fields and the TPC fields. Externally precoded data can be loaded into the SMIQ by the user, forexample to implement channel-coding schemes that are not supported by option SMIQB48.Analogously, the long TPC lists are necessary to generate long non-repetitive power profiles.Moreover, a base station can be simulated, which comprises a channel-coded P-CCPCH (BCH) and a12.2 kbps reference measurement channel in addition to background and synchronization channels.The system frame number (SFN) in BCH is automatically incremented in steps of two from 0 to 4094(period 4096). The remaining system information of BCH can be filled from data lists, for example.Another feature of enhanced channels is the possibility to generate the reference measurementchannels described in [1], [3] and [4] and the AMR channels described in [5]. For a description see2.15.3.1.1.The chip sequences of the enhanced channels are transmitted in binary form to the modulation coderand are converted into (initially digital) I/Q levels in a mapper. This mapping can be switched by anexternal input line (TTL, connected to LEVATT (PARDATA pin 9 or SMIQ-Z5)). The channel powers ofthe enhanced channels can be controlled in real time, allowing the test of "SIR based closed looppower control", for example. For further information see 2.15.3.1.3.1125.5555.03 2.238 E-9
SMIQEnhanced Functions For Digital Standard 3GPP W-CDMA (FDD)For testing BER/BLER testers (e.g. integrated into base station), artificial bit errors (or block errorsinto the CRC checksum) can be integrated in all data sources. The required parameters can befound in section 2.15.3.1.5The menu structure depends on the link direction. Since there are only slight differences, first thedownlink and all common parameters are described in section 2.15.3.2 and then all uplink parameters.1125.5555.03 2.239E-9
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Test and MeasurementDivisionOperati
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Introduction on how to use the manu
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SMIQContentsContents1 Preparation f
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SMIQContents2.7.3.2 Preemphasis....
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SMIQContents2.15 Enhanced Functions
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SMIQContents2.29 Utilities.........
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ContentsSMIQ3.7.4 Application of th
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ContentsSMIQ5.3.9.2 AM Distortion .
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ContentsSMIQC Annex C..............
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ContentsSMIQFiguresFig. 1-1 SMIQ, v
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ContentsSMIQFig. 2-81 Menu DIGITAL
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ContentsSMIQFig. 2-168 DIGITAL STD
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ContentsSMIQFig. 2-244 Menu MEM SEQ
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Safety Instructions10. Ensure that
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1125.5555.03 1.1E-7SMIQPutting into
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1125.5555.03 1.3E-7SMIQFunctional T
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SMIQFitting the Options1.3.2 Overvi
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SMIQFitting the Options1.3.5 Option
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SMIQFitting the OptionsFitting the
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SMIQFitting the OptionsFitting the
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SMIQFitting the OptionsX606 X605 X6
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SMIQFitting the OptionsConnectorThe
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SMIQFront Panel2 Operation2.1 Front
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SMIQFront Panel2.1.2 Controls and I
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SMIQFront Panel2 DATA INPUTUnit key
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SMIQFront Panel3 MENU/VARIATIONRota
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SMIQFront Panel4QQInput external mo
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SMIQFront Panel7Brightness and cont
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SMIQRear Panel2.1.3 Elements of the
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SMIQRear Panel11PAR DATAPinDescript
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SMIQRear Panel12DATA DATA Cut-out,
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SMIQRear Panel15BER Interface for B
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SMIQRear Panel20RF RF Cut-out, prov
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SMIQBasic Operating StepsMenu field
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SMIQBasic Operating StepsQuick sele
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SMIQSample Setting for First Users2
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SMIQSample Setting for First UsersO
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SMIQSample Setting for First UsersO
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SMIQList EditorDELETE LISTFUNCTIONO
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SMIQList Editor2.2.11.3 Edition of
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SMIQList EditorFILL ATPARAMETERMEMO
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SMIQList EditorBlock function DELET
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SMIQList EditorOperating stepsExpla
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SMIQSave/Recall2.2.12 Save/Recall -
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SMIQRF Frequency2.4 RF FrequencyThe
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SMIQRF Level2.5 RF LevelThe RF leve
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SMIQRF LevelEXCLUDE FROM RCL OFF Th
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SMIQRF LevelMenu selection:LEVEL -
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SMIQRF LevelMenu selection:LEVEL -
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SMIQModulation - General2.6 Modulat
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SMIQModulation - General2.6.2 LF Ge
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SMIQAnalog Modulations2.7 Analog Mo
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SMIQAnalog Modulations2.7.3 Frequen
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SMIQAnalog Modulations2.7.4 Phase M
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SMIQAnalog Modulations2.7.5 Pulse M
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SMIQVector ModulationMenu selection
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SMIQVector Modulation2.8.1 I/Q Impa
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SMIQFading Simulation2.9.1 Output P
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SMIQFading Simulation2.9.4.1 Menu S
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SMIQFading SimulationPATHThe follow
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SMIQFading SimulationCORR PATHSwitc
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SMIQFading Simulation3GPP_BS_4.1.0_
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SMIQFading Simulation2.9.4.3 Menu M
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SMIQFading Simulation2.9.4.4 Menu B
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SMIQFading Simulation2.9.5 Test pro
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SMIQDigital Modulation2.10.1 Digita
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SMIQDigital Modulation2.10.1.3 FSK
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SMIQDigital ModulationDifferential
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SMIQDigital ModulationControl Lists
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SMIQDigital Modulation2.10.5.2 Exte
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SMIQDigital Modulation2.10.6 Envelo
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SMIQDigital Modulation(SOURCE... )
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SMIQDigital Modulation(MODULATION..
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SMIQDigital Modulation(FILTER...) F
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SMIQDigital ModulationTRIGGER MODES
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SMIQDigital Modulation(CLOCK...) CL
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SMIQDigital Modulation(POWER RAMPCO
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SMIQDigital Standard PHS2.11 Digita
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SMIQDigital Standard PHS2.11.2 PN G
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SMIQDigital Standard PHS2.11.5 Menu
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SMIQDigital Standard PHSFREQPHS100.
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SMIQDigital Standard PHSCLOCK...Ope
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SMIQDigital Standard PHSSLOT ATTENU
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SMIQDigital Standard PHS(SELECT SLO
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SMIQDigital Standard PHS(SELECT SLO
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SMIQDigital Standard IS-95 CDMATo g
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SMIQDigital Standard IS-95 CDMA2.12
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SMIQDigital Standard IS-95 CDMA2.12
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SMIQDigital Standard IS-95 CDMAMODE
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SMIQDigital Standard IS-95 CDMAREV
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SMIQDigital Standard IS-95 CDMA(TRI
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SMIQDigital Standard IS-95 CDMA(CLO
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SMIQDigital Standard IS-95 CDMA(SAV
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SMIQDigital Standard IS-95 CDMADATA
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SMIQDigital Standard IS-95 CDMACHAN
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SMIQ Digital Standard W-CDMA (NTT D
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SMIQDigital Standard 3GPP W-CDMA (F
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Page 235 and 236: SMIQDigital Standard 3GPP W-CDMA (F
Page 285: SMIQEnhanced Functions For Digital
Page 289 and 290: SMIQEnhanced Functions For Digital
Page 311 and 312: SMIQDigital Standard NADC2.16.1 Syn
Page 313 and 314: SMIQDigital Standard NADC2.16.3 Lis
Page 315 and 316: SMIQDigital Standard NADC(MODULATIO
Page 317 and 318: SMIQDigital Standard NADC(TRIGGER..
Page 319 and 320: SMIQDigital Standard NADC(POWER RAM
Page 321 and 322: SMIQDigital Standard NADCRATECONFIG
Page 323 and 324: SMIQDigital Standard NADC(SELECT SL
Page 325 and 326: SMIQDigital Standard NADC(SELECT SL
Page 327 and 328: SMIQDigital Standard PDC2.17 Digita
Page 329 and 330: SMIQDigital Standard PDC2.17.2 PN G
Page 331 and 332: SMIQDigital Standard PDC2.17.5 Menu
Page 333 and 334: SMIQDigital Standard PDCEXECUTETRIG
Page 335 and 336: SMIQDigital Standard PDC(CLOCK...)
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SMIQDigital Standard PDCFREQPHS100.
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SMIQDigital Standard PDC(SELECT SLO
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SMIQDigital Standard GSM/EDGE2.18 D
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SMIQDigital Standard GSM/EDGE2.18.2
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SMIQDigital Standard GSM/EDGE2.18.5
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SMIQDigital Standard GSM/EDGEEXECUT
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SMIQDigital Standard GSM/EDGEFig. 2
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SMIQDigital Standard GSM/EDGE(SAVE/
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SMIQDigital Standard GSM/EDGE(SELEC
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SMIQDigital Standard GSM/EDGEMenu s
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SMIQDigital Standard GSM/EDGE(SELEC
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SMIQDigital Standard DECT2.19.1 Syn
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SMIQDigital Standard DECT2.19.3 Lis
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SMIQDigital Standard DECT(MODULATIO
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SMIQDigital Standard DECT(TRIGGER..
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SMIQDigital Standard DECTPOWER RAMP
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SMIQDigital Standard DECT(SAVE/RCL
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SMIQDigital Standard DECT(SELECT SL
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SMIQDigital Standard DECT(SELECT SL
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SMIQDigital Standard GPSFor more de
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SMIQDigital Standard GPSTRIGGER...E
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SMIQDigital Standard GPSPATTERNDATA
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SMIQArbitrary Waveform Generator AR
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SMIQExternal Modulation Source AMIQ
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SMIQBit Error Rate Test2.23.1 Bit E
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SMIQBit Error Rate TestPRBSDATA POL
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SMIQBit Error Rate Test2.23.1.2 Sig
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SMIQBit Error Rate TestBER measurem
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SMIQBit Error Rate TestPossible Pro
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SMIQBit Error Rate TestSTATEMODEEXE
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SMIQBit Error Rate Testreliable BLE
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SMIQNoise Generator and Distortion
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SMIQLF Output2.25 LF OutputThe inte
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SMIQSweep2.26.2 Selecting the Sweep
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SMIQSweepMARKERThis output becomes
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SMIQSweepSTEP LIN (LOG)DWELLInput v
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SMIQSweepRESET SWEEPSets the starti
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SMIQLIST Mode2.27 LIST ModeA sequen
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SMIQLIST ModeMARKER At the first st
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SMIQLIST ModeThe second page of the
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SMIQMemory SequenceOperating Modes
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SMIQMemory SequenceThe second page
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SMIQUtilities2.29.2 Parameter of th
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SMIQUtilities2.29.4 Suppressing Ind
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SMIQUtilitiesEXT FREQUENCYInput val
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SMIQUtilities2.29.9 Calibration (CA
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SMIQUtilitiesCalibration VECTOR MOD
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SMIQUtilitiesCalibration ALC TABLEF
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SMIQUtilitiesCalibration LFGENCalib
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SMIQUtilities2.29.11 Voltage Indica
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SMIQUtilities2.29.13 Indications of
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SMIQUtilities2.29.16 Setting Auxili
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SMIQUtilities2.29.18 Installation o
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SMIQError Messages2.32 Error Messag
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IndexSMIQvalue range ..............
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IndexSMIQDisplaybrightness.........
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IndexSMIQBIT CLOCK ................
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IndexSMIQadditional................
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IndexSMIQQAM modulation............
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IndexSMIQbroadband AM..............
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