Operating Manual Vol 1 - ES Documentation

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Digital ModulationSMIQIMPEDANCESelection of input impedance and reference voltage.50 Ω/GND should be selected for higher clock rates.Setting 50 Ω/-2V is suitable for sources with ECLoutput. Make sure to select a suitable setting for thehigh/low threshold under TRESHOLD.IEC/IEEE-bus command :SOUR:DM:INP:IMP G1KCLOCK SLOPESelection of polarity of active edge of externally fedbit clock or symbol clock.Note: In the internal clock mode, CLOCK SLOPENEG inverts the clock output signals.IEC/IEEE-bus :SOUR:DM:CLOC:POL NORMTRIGGER SLOPESelection of polarity of active trigger edge for inputTRIGIN.IEC/IEEE-bus :SOUR:DM:TRIG:SLOP POS1125.5555.03 2.114E-9
SMIQDigital Standard PHS2.11 Digital Standard PHSWith the options Modulation Coder (SMIQB20) and Data Generator (SMIQB11) provided, modulationsignals according to the Japanese PHS standard 1 can be generated. PHS is a TDMA standard forprivate and public cordless phones.SMIQ can generate both the transmit signal of a cell station (CS) and the transmit signal of a personalstation (PS). Transmission from CS to PS is called "downlink", "uplink" being used for transmission inthe opposite direction.Uplink and downlink are transmitted in the separate time slots of a frame using the time duplex method.Each frame consists of 8 slots. The data contents of each slot can be defined individually by SMIQ bymeans of a slot editor. SMIQ can generate a control physical slot and also a communication physicalslot. Each slot can be switched on or off. A defined intermediate level can also be set.A burst type has to be defined to configure a slot. The following burst types can be selected:• TCHFULL simulation of a communication channel for a speech coder rate of 32 kbit/s,• TCHHALF simulation of a communication channel for a speech coder rate of 16 kbit/s,• VOX simulation of a communication channel in non-speech intervals with uplinktransmission only in every fourth frame,• SYNC, simulation of a sync channel and• ALL_DATA burst type for test purposes with freely programmable data contents in the selectedslot.The following internal modulation sources are available:• different PRBS generators with a sequence length between 2 9 -1 and 2 23 -1 and• data lists, ie freely programmable data sequences from the data generator memory.For generating the PHS signals, SMIQ inserts the modulation data continuously (in real time) into theselected slots. Using a digital signal processor the data generator generates a data sequence withmodulation data and control signals for envelope control.The data generator in SMIQ generates a data stream which is converted into IQ signals in themodulation coder. According to the PHS standard, the modulation type is π/4 DQPSK at a symbol rate of192 ksymbol/s and √COS filtering. Symbol rate and filtering can be changed in SMIQ.1 Personal Handy Phone System ARIB Standard (RCR STD-28)1125.5555.03 2.115E-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
Page 111 and 112: SMIQAnalog Modulations2.7.4 Phase M
Page 113 and 114: SMIQAnalog Modulations2.7.5 Pulse M
Page 115 and 116: SMIQVector ModulationMenu selection
Page 117 and 118: SMIQVector Modulation2.8.1 I/Q Impa
Page 119 and 120: SMIQFading Simulation2.9.1 Output P
Page 121 and 122: SMIQFading Simulation2.9.4.1 Menu S
Page 123 and 124: SMIQFading SimulationPATHThe follow
Page 125 and 126: SMIQFading SimulationCORR PATHSwitc
Page 127 and 128: SMIQFading Simulation3GPP_BS_4.1.0_
Page 129 and 130: SMIQFading Simulation2.9.4.3 Menu M
Page 131 and 132: SMIQFading Simulation2.9.4.4 Menu B
Page 133 and 134: SMIQFading Simulation2.9.5 Test pro
Page 135 and 136: SMIQDigital Modulation2.10.1 Digita
Page 137 and 138: SMIQDigital Modulation2.10.1.3 FSK
Page 139 and 140: SMIQDigital ModulationDifferential
Page 141 and 142: SMIQDigital ModulationControl Lists
Page 145 and 146: SMIQDigital Modulation2.10.5.2 Exte
Page 147 and 148: SMIQDigital Modulation2.10.6 Envelo
Page 151 and 152: SMIQDigital Modulation(SOURCE... )
Page 153 and 154: SMIQDigital Modulation(MODULATION..
Page 155 and 156: SMIQDigital Modulation(FILTER...) F
Page 157 and 158: SMIQDigital ModulationTRIGGER MODES
Page 159 and 160: SMIQDigital Modulation(CLOCK...) CL
Page 161: SMIQDigital Modulation(POWER RAMPCO
Page 165 and 166: SMIQDigital Standard PHS2.11.2 PN G
Page 167 and 168: SMIQDigital Standard PHS2.11.5 Menu
Page 169 and 170: SMIQDigital Standard PHSFREQPHS100.
Page 171 and 172: SMIQDigital Standard PHSCLOCK...Ope
Page 173 and 174: SMIQDigital Standard PHSSLOT ATTENU
Page 175 and 176: SMIQDigital Standard PHS(SELECT SLO
Page 177 and 178: SMIQDigital Standard PHS(SELECT SLO
Page 179 and 180: SMIQDigital Standard IS-95 CDMATo g
Page 181 and 182: SMIQDigital Standard IS-95 CDMA2.12
Page 183 and 184: SMIQDigital Standard IS-95 CDMA2.12
Page 185 and 186: SMIQDigital Standard IS-95 CDMAMODE
Page 187 and 188: SMIQDigital Standard IS-95 CDMAREV
Page 189 and 190: SMIQDigital Standard IS-95 CDMA(TRI
Page 191 and 192: SMIQDigital Standard IS-95 CDMA(CLO
Page 193 and 194: SMIQDigital Standard IS-95 CDMA(SAV
Page 195 and 196: SMIQDigital Standard IS-95 CDMADATA
Page 197 and 198: SMIQDigital Standard IS-95 CDMACHAN
Page 199 and 200: SMIQ Digital Standard W-CDMA (NTT D
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SMIQ Digital Standard W-CDMA (NTT D
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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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SMIQEnhanced Functions For Digital
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SMIQDigital Standard NADC2.16.1 Syn
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SMIQDigital Standard NADC2.16.3 Lis
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SMIQDigital Standard NADC(MODULATIO
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SMIQDigital Standard NADC(TRIGGER..
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SMIQDigital Standard NADC(POWER RAM
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SMIQDigital Standard NADCRATECONFIG
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SMIQDigital Standard NADC(SELECT SL
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SMIQDigital Standard NADC(SELECT SL
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SMIQDigital Standard PDC2.17 Digita
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SMIQDigital Standard PDC2.17.2 PN G
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SMIQDigital Standard PDC2.17.5 Menu
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SMIQDigital Standard PDCEXECUTETRIG
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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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Operating Manual Vol 1 - ES Documentation

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