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アンリツ株式会社 MX269017A ベクトル変調解析ソフトウェア取扱説明

1. 7 2 EF NWORRh PA 1 2 1 2 1
2. 77 7 MX269017A MS2690A MS2691AMS2692A MS2830A MS2690 MS2691WMS2692A MS2830A MX269017A MX269017A
3. 2009 21 9 15 2015 27 3 20 13 Copyright 2009 2015 ANRITSU CORPORATION Printed in Japan 1 1
4. Configuration SYST LANG SCPI SCPI Native SCPI Native Native 8TATus OUEStionab1le STATus OPERation Native Configuration SYST LANG NAT Native
5. 1 DEFault DEEau1t 2 MINimum MINimum 3 MAXimum MAXimum DEFau1t MINimum MAXimum numer1C Ya1ue gt lt freq gt lt real gt lt rel power gt lt integer gt lt rel ampl gt lt time gt 1 13 7 1 14 2 SCPI SCPI IEEE488 2
6. 1 2 IMS2690A MS2691A MS2692A MS2830A 3 Signal Analyzer Spectrum Analyzer 4 5
7. 3 1 s MX269017A H MX269017A s MX269017A MX269017A 1 gt 7 1 1 1 1 2 1 3 1 4 2 1 2 2 2 3 2 4 2 5 2 6 2 7 2 8 2 9 2 10 3 1 3 2 3 3 1 2 iii 1 3 Native 1 10 uaa 1 13 SCPI 2 1 2 5 kk 2 11 2 26 2 78 kien 2 81 Power Meter
8. 2 SENSe PVTime MASK LIST LOWer RISE ABSolute lt real gt lt real gt lt real gt lt real gt lt real gt lt real gt lt real gt lt real gt lt real gt lt real gt lt real gt 1 lt real gt 99 99 99 99 0 01 dB dBm DBM dBm PVT MASK TST LOW RTSE ABS 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 995 99 2 SCPI SENSe PVTime MASK LIST LOWer RISE ABSolute Mask Setup Lower Rise Absolute limits Query SENSe PVTime MASK LIST LOWer RISE ABSolute lt real gt 99 99 99 99 0 01 dB dBm
9. N MX269017A
10. SENSe PVTime MASK LIST LOWer RISE TIME lt time gt 8 00 8 00 0 01 Symbol Rate lt time gt 100 sps 2 Symbol Rate lt 1 ksps x 10 ms 1 ksps 2 Symbol Rate lt 10 ksps x 1 ms 10 ksps Symbol Rate lt 100 ksps x 100 us 100 ksps 2 SymbolRate lt 1 Msps x 10 us 1 Msps Symbol Rate 10 Msps x 1 us 10 Msps Symbol Rate lt 100 Msps x 100 ns 100 Msps Symbol Rate 140 Msps x 10 ns PVT MASK LIST LOW RISE TIME gt 48 00 28 00 28 00 18 00 18 00 10 00 10 00 0 00 0 00 0 00 0 00 28 Powervs Time 2 8 16 Lower Rise Absolute limits SENSe PVTime MASK LIST LOWer RISE ABSolute lt real gt lt real gt lt real gt lt real gt lt real gt lt real gt lt real gt lt real gt lt real gt lt real gt lt real gt Mask Setup Lower Rise Absolute limits
11. 1 2 1 1 1 2 1 1 2 2 3 1 2 3 L Dul 7 4 Modulation Analysis 1 2 4 Modulation Analysis
12. a Trace b Scale c Marker 7 2 ELM MORRh CONF EVM EVM AVER ON EVM AVER COUN 10 CALC EVM SLOT 0 EVM TRAC2 EVSY EVM WIND2 TRAC Y RLEV 10 iC EVM WIND2 TRAC MARK SYMBOL 0 EVM WIND2 TRAC MARK Y 1 2 4 1 Modulation Analysis 7 1 3 Native 7 7 SCPI AAAAaa BBBBbb CCCCcc DIE AAAAaa BBBBbb CCCCcc D 0 AAAA BBBB CCCC AAAA BBBB AAAA BBBB CCCC E AAAA BBBB D 0 D 0 Tr 0 2 SCPI Native SCPI SCPI ver1999 0
13. 255 Reference Edit E MyFolder RefFilter CALC EVM NOF FILT REF FILT EE MyFo1der RefF11ter 2 52 29 CALCulate EVM FRAMe NOFormatted FILTer REFerence FIlLTeredit Mapping Edit Query User Defined Filter Reference Edit CALCulate EVM FRAMe NOFormatted FTLTer REEFerenoce FTTLTer edit hd lt filename gt Ee 4 lt fi1ename gt Reference Edit Reference Edit CALC EVM NOF FILT REF FILT gt RefFilter 2 53 2 SCPI 2 3 20 Frame Format CALCulate EVM FRAMe FRAMe FORMat lt k gt lt n 0 n k 1 gt Frame Format 1
14. SENSe PVTime MASK LIST UPPer RISE RELative lt rel amp gt 2 lt rel amp gt lt rel amp gt lt rel amp gt Fe1 amp gt lt rel amDp gt lt rel amp gt lt rel amp gt lt rel amp gt Fe amp gt lt rel amp gt lt rel amp gt 99 99 99 99 0 01 dB dB DB dB PVT MASK LTST UPP RTSE REL 30 00 30 00 30 00 30 00 6 00 6 00 4 00 4 00 1 00 1 00 1 00 2 209 2 SCPI SENSe PVTime MASK LIST UPPer RISE RELative Mask Setup Upper Rise Relative limits Query SENSe PVTime MASK LIST UPPer RISE RELative lt rel amp gt 99 99 99 99 0 01 dB dB
15. SENSe POWer RF MW PRESelector STATe lt status gt lt status gt 1 0 MS2692A 067 167 MS2830A 007 067 167 POW MW PRES gt 1 Hd 2 SCPI c sl 2 3 2 3 1 Modulation Analysis 2 3 1 Common Setting EMory LOAD COMMon lt filename gt Recall Common Setting 6 ENSe COMMon FNAMe Hile Name Query Frame Formatted CALCulate EVM FRAMe NOFormatted 7 Non Formatted Gelect
16. 2 4 1 2 4 1 Erase Warm Up Message tion ERASe Le STATe OFF ON O1 1 Display Title 8 Le STATe Le DATA lt string gt Title Entry lt 2 4 1 Erase Warm Up Message DISPlay ANNotation WUP ERASe Erase Warm Up Message DISPlay ANNotation WUP ERASe DTSP ANN WUP ERAS 2 78 2 4 2 Display Title DISPlay ANNotation TITLe STATe OFFIONI 0 1 Display Title On Off DTSPlay ANNotation TTTTLe STATe lt switch gt lt switch gt On Off OFF 0 Of ONI1 On DISP ANN TITL ON DISPlay ANNotation TITLe STATe Display Title Query On Off DTSP lay ANNotation
17. DTSPlay WTNDow 1 TRACe Y SCALe RLEVel OFFSet lt rel power gt lt rel power gt 99 99 99 99 dB 0 01 dB DB dB 0 00 dB 10 dB DTSP WTIND TRAC Y RTLEV OEES 10 DISPlay WINDow 1 TRACe Y SCALe RLEVel OFFSet Level Offset Query DTSP ay WTNDow 1 TRACe Y SCALe RLEVel OFFSet lt rel power gt lt rel power gt 99 99 99 99 dB 0 01 dB DISP WIND TRAC Y RLEV OFFS gt 10 00 7 2 2 5 Level Offset State DISPlay WINDow 1 TRACe Y SCALe RLEVel OFFSet STATe OFFIONIOI1 Level Offset State DTSPlay WTNDow 1 TRACe Y SCALe RLEVel OFFSet STATe
18. SENSe PVTime MASK LIST UPPer FALL RELative lt rel amp gt 99 99 99 99 0 01 dB dB PVT MASK LIST UPP FALL REL gt 1 00 1 00 1 00 1 00 1 00 6 00 6 00 30 00 30 00 30 00 30 00 7 28 Powervs Time 2 8 14 Upper Fall Fail Logic SENSe PVTime MASK LIST UPPer FALL FLOGic ABSolute RELative OR OFF ABSolute RELative OR OFF ABSolute RELative OR OFF ABSolute RELative OR OFF ABSolute RELative OR OFF ABSolute RELative OR OFF ABSolute RELative OR OFF ABSolute RELative OR OFF ABSolute RELative OR OFF ABSolute RELative OR OFF Mask Setup Upper Fall Fail Logic Pass Fail gt SENSe PVT1me MASK LIST UPPer FALL FLOGic lt mode gt lt mode gt lt mode gt lt mode gt lt mode gt lt mode gt lt mode gt lt mode gt lt mode gt lt mode gt lt mode gt ABSo1 ute Absolute RELative Relative OR Relative
19. 255 Common Setting E MyFolder Param xml MMEM LOAD COMM EE MyEFo1der Param xm1 9 29 2 3 2 Common Setting File Name Query SENSe COMMon FNAMe Common Setting File Name Query Common Setting SENSe COMMon FNAMe lt filename gt lt filename gt Common Setting Common Setting COMM FNAM gt Parameter xm 1 97 Hd 2 SCPI 2 3 3 Frame Formatted Non Formatted Select CALCulate EVM FRAMelINOFormatted Frame Formatted Non Formatted Select Format CALCulate EVM lt format gt lt format gt Form
20. Filter Bandwidth PVT BAND gt 500000 7 2 SCPI 2 8 27 Marker On Off CALCulate PVTime MARKer STATe OFFIONI0OI1 Marker On Off Power vs Time CALCulate PVT1ime MARKer STATe lt switch gt lt switch gt Marker 0 OFF Off 1 oN On CALC PVT MARK 1 CALCulate PVTime MARKer STATe Marker On Off Query Power vs Time CALCulate PVTime MARKer STATe lt switch gt lt switch gt Marker 0 Off 1 On CALC PVT MARK gt 1 2 8 28 Active Trace 28 Powervs Time CALCulate PVTime MARKer ACTive RISE FALL Active Trace Trace Mode Rise and Fall 0 CALCulate PVTime MARKer ACTive lt mode gt lt mode gt RISE FALL
21. PVT MASK TTST LOW RTSE ABS gt 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 28 Powervs Time 2 8 17 Lower Rise Relative limits SENSe PVTime MASK LISTELOWer RISE RELative lt rel amp gt lt rel_amp gt lt rel_ampz gt lt rel_amp gt lt rel_amDp gt lt rel_amDp gt lt rel amp gt lt rel_amp gt lt rel_amp gt lt rel_amp gt lt rel_amDp gt Mask Setup Lower Rise Relative limits SENSe PVTime MASK LIST LOWer RTSE RELative lt rel amp gt lt rel amp gt lt rel amp gt lt rel amp gt Fe1 amp gt lt rel amDp gt lt rel amp gt lt rel amp gt lt rel amp gt lt rel amp gt lt rel amp gt lt rel amp gt 99 99 99 99 0 01 dB dB DB dB PVT MASK LIST LOW RISE 30 00 30 00 30 00 30
22. 3 SENSe PVTime MASK LIST LOWer RISE TIME lt time gt lt time gt lt time gt lt time gt lt time gt lt time gt lt time gt lt time gt lt time gt 1me gt 1me gt 1 lt time gt 999 99 999 99 0 01 Symbol Rate lt time gt 100 sps 2 Symbol Rate lt 1 ksps x 10 ms 1 ksps 2 Symbol Rate lt 10 ksps x1 ms 10 ksps Symbol Rate lt 100 ksps x 100 us 100 ksps Symbol Rate lt 1 Msps x 10 us 1 Msps Symbol Rate 10 Msps x 1 us 10 Msps Symbol Rate lt 100 Msps x 100 ns 100 Msps Symbol Rate 140 Msps x 10 ns PVT MASK LIST LOW RISE TIME 48 28 28 18 18 10 10 0 0 0 0 7 2 SCPI SENSe PVTime MASK LIST LOWer RISE TIME Mask Setup Lower limits Rise Time Query
23. Average Power Unit Slot Length 40 x 8 1 Maximum Power Unit 999 0 Slot Length 40 x 8 1 Minimum Power Unit 999 0 Slot Length 40 x 8 1 7 2 2 SCPI Power vs Time 2 8 3 2 8 3 Power vs Time DTSPlay PVTime
24. MS2690A MS2691A MS2692A MS2830A 2 1 Se 2 5 2 1 1 Mu uuuiiuruunnnnaeean 2 6 a 2 ii 2 7 3 2i13 RR 2 10 Me 2 2 2 11 2 2 2 1 Carrier FreduencV 2 12 2 RF Spe aaa 2 13 3 2 2 3 Input Level kiki 2 14 2 2 4 LevelOffset sonatas 2 16 2 2 5 Level Offset State Lui 2 17 2 2 6 Pre Amp State 2 18 2 2 7 Frequency Band Mode ieee 2 20 2 2 8 Preselector Auto Tune 2 22 2 2 9 Preselector Tune 2 23 2 2 10 Micro Wave Preselector Bypass 2 25 2 3 uuu 2 26 2 3 1 Common Setting Recall 2 30 2 3 2 Common Setting File Name Query i 2 31 2 3
25. On O SENSe EVM REMeasure OFEF ION I011 lt switch gt OFF 0 Off ONI1 On On EVM REM ON SENSe EVM REMeasure Re measurement Mode Query SENSe EVM REMeasure lt switch gt 0 Off 1 On EVM REIM 7 Hd 2 SCPI SENSe EVM REMeasure THReshold lt real gt Re measurement Threshold SENSe EVM REMeasure THReshold SENSe EVM REMeasure THResho1d lt rea1 gt lt real gt 5 EVM REM THR 5 Re measurement Threshold Query 2 110
26. 1 1 2 2 1 1 RF Input
27. MMEMory LOAD TOData INFormation ROSCillator lt source gt lt source gt INT INTU EXT EXTU Unlock Unlock MMEM LOAD TOD INF ROSC gt INT 2 259 QQ Hd 2 SCPI MMEMory LOAD IQData TIME OFFSet lt time gt Analysis Offset Time Replay MMEMory OAD IQData TIME OFESe lt time gt lt time gt 0 17 Sampling Rate Hzl NS US MS 8 s
28. late EVM FRAMe NOFormatted 2NDFilter MEASurement NON 2nd Measurement TGAus Hilter 1ate 1 FRAMe NOFormatted 2NDFilter MEASurement 3 late EVM FRAMe NOFormatted FILTer REFerence ist NYQuist GAUSsian GAUSsian2 STDT98 HSINe RECT H CPM 4 Reference Hilter Serdefined 1ate 1 5 NOFormatted FTLTer REEFerenoCe 3 late EVM NOFormatted 2NDFilter REFerence 2nd Reference Filter NN late 5 I NOF orm ted 2NDFilter REFerence FH late EVM NOFor ted FILTer ROFFBT lt real gt Roll Off BT FTLTer ROEFEFBT 2NDFilter ROFFbt lt real gt 2nd Roll Off BT 2NDFilter ROFFbt ted FILTer MEASurement FI Measurement Filter Edit Le EVM Me NOFormatted EASurement FILTere NOFormatted RI FILTeredi Reference Filter Edit te EVM Led REFerence FILTeredi FRAMe FORMat lt k gt lt n 0 n k 1 gt Frame Format FRAMe FORMat SLOT SLENgth lt n gt Slot Length SLOT SLENgth Z 2 SCPI 2 3 1 LOT OFFSet lt n gt Measurement Offset LOT O
29. UNL lt window gt ACT TNAC MTN NON TNST SYST VMA gt CURR ACT 2 SCPI 2 1 3 INSTrument DEFault Preset Current Application INSTrument DEFault INST DEF SYSTem PRESet Preset Current Application INSTrument DEEau1t SYST PRI 7 ES EB 2 2
30. Application Switch Config SY8T APPT UNL VMA 2 1 2 INSTrument SELect VMAICONFIG Application Switch INSTrument SELect lt apl name gt lt ap name gt VMA CONFIG Config INST VMA INSTrument SELect Application Switch Query INSTrument SELect lt apl name gt lt apl name gt VMA CONFIG Config INST gt VMA 2 1 2 7 QQ Hd Fm_ 2 SCPI INSTrument SYSTem VMA ACTive lINACtiveIMINimum Application Switch And Window Stat
31. Measurement Interval QQ Hd 024 i Phase Error vs Symbol Measurement Interval degree Tand Q vs Symbol 1 Measurement Interval 1 x 8 1 Iand Q vs Symbol Q Measurement Interval 1 x 8 1 Magnitude vs Symbol Measurement Interval 1 x 8 1 Volt Phase vs Symbol Measurement Interval 1 x 8 1 degree Frequency vs Symbol Measurement Interval 1 x 8 1 GHz Signal Monitor 1025 dBm 2 99 2 SCPI 7 2 7 2 Modulation Analysi
32. 3 0 GHz MI MS2830A 041 043 044 045 NORM 4 0 GHz SPUR 3 5 GHz FREQ BAND MODE gt NORM 7 2 SCPI 2 2 8 Preselector Auto Tune CALibration YTF Pre selector Auto Tune E CALibration YTF MS269xA MS2830A MS2880A 0407041 043 E CAL YTEF CALibration YTF Pre selector Auto Tune Query CALibration YTEF lt result gt lt result gt
33. 2 1 1 2 1 1 Load Applcation SYSTem APP Eion LOAD VMA Unload Application SYSTem Lion UNLoad VMA ELect VMAICONETG Application Switch 5 t SELect EL SYSTem VMA ACTive TNACtive MTNimum Application Status SYSTem VMA EFault Initialization 5YSTem Hd 2 SCPI 2 1 1 SYS Tem APPLication LOAD VMA Load Application 5SYSTem APPLication LOAD VMA Application Switch Config SY8T APPT TOAD VMA SYS Tem APPLication UNLoad VMA Unload Application SYSTem APPL1oation UNLoad VMA
34. DTSPlay PVTime VT lt mode gt lt mode gt RAF SLOT FRAM EW S ELect Trace Mode Rise and Fall Slot Frame Trace Mode DTSP PVT gt RAF 28 Powervs Time 2 8 3 Unit DISPlay PVTime VIEW WINDow 1 TRACe Y SCALe UNIT DBIDBM Unit Power vs Time Y DTSPlay PVT1me VTEW WINDow 1 TRACe Y SCATLe UNTT lt mode gt lt mode gt Unit DB dB DBM dBm 1 Unit dB DISP PVT WIND TRAC Y UNIT DB DISPlay PVTime VIEW WINDow 1 TRACe Y SCALe UNIT Unit Query Power vs Time Y DISPlay PVTime VIEW WINDow 1 TRACe Y SCALe UNTT lt mode gt lt mode gt Unit DB dB DBM dBm Unit DTSP PVT WIND TRAC Y UNTT gt DB 2 201 2 SCPI 2 6 4 Display Item DISPlay PVTime VIEW WINDow 1 TRACe Y DITem AVERage ALL Display Item Powe
35. 2 2 1 2 2 1 FREQuency CENTer lt freq gt Carrier Frequency FREQuency CENTer EVM SPECtrum NORMa1 RI RF Spectrum EVM SPECtrum POWer RF RANGe TLEVe lt real gt Input Level SENSe POWer RF RANGe LEVe1 DISP ay WINDow 1 TRACe Y SCALe RLEVe lt rel power gt TT Level Offset 1 DTSPlay WTNDow 1 TRACe Y SCALe RLEVe DISP ay WINDow 1 TRACe Y SCALe RLEVe Level Offset FEF IONI011 State DISP ay WINDow 1 TRACe Y SCALe RLEVel OFFSet STATe SENSe POWer RF GATN STATe OFEEFIONIO 1 Pre Amp State POWer RF GATN STATe Frequency Band SENSe FREOuenoy BAND MODE NORMal SPURious Mode SENSe FREOuency BAND MODE Pre selector Auto CALibration YTF Tune CALibration YTF SENSe POWer RF PADJust E ed gt Pre selector Tune SENSe POWer RF PADJust Micro Wave SENSe POWer RF MW PRESelector STATe ON OFF 110 Preselector Bypass SENSe POWer
36. 2 94 Modulation AnalysiS ee 2 95 POWer VS IE RNNR Oi 2 192 2 248 11 2 253 SCPI 3 1 i 3 2 STATus QUEStionable 3 3 STATus OPERation i 3 13 777 1 1 1 2 1 3 1 4 7 MX269017A PH 1 2 LAA TK 1 2 1 1 2 1 2 1 3 1 2 1 1 4 1 2 2 KK 1 6 1 2 3 1 7 1 2 4 Modulation Analysis 1 8 Native i 1 10 1 13 7 1 1 1 1 1
37. MEASure PVTime n MEASure PVTime n Power vs Time Query Power vs Time MEASure PVT1me n 2 8 2 Power vs Time MEAS PVT READ PVTime n 2 199 2 SCPI 2 8 2 Trace Mode DISPlay PVTime VIEWI SELect RAFalllISLOTIFRAMe Trace Mode Power vs Time DTSPlay PVTime VT lt mode gt RAFall SLOT FRAMe EW S ELect lt mode gt Trace Mode Rise and Fall Slot Frame Trace Mode Rise and Fall DTSP PVT RAF DISPlay PVTime VIEW SELect Trace Mode Query 2 200 Power vs Time
38. Y CALCulate PVT1ime MARKer 1 12 Y MAX1mum lt real gt lt real gt 2 Y Y 0 01 dB dB dBm Y CALC PVT MARK2 Y MAX 0 2 H 28 Powervs Time CALCulate PVTime MARKer 1 2 Y MINimum Marker Y Axis Minimum Value Query Y CALCulate PVTime MARKer 1 12 Y MTNimum hE lt real gt lt real gt Y 3 0 01 dB dB dBm Y 2 Y CALC PVT MARK2 Y MTN gt 0 12 2 8 31 Marker to Modana Modulation Analysis Area CALCulate PVTime MARKer MOD Marker to Modana Modulation Analysis Area Marker to Modana Modulation Analysis Area
39. MS2830A 040 041 043 YTF Frequency Band Mode Normal 6 0 GHz Frequency Band Mode Spurious 4 0 GHz POW PADJ gt 100 2 2 10 Micro Wave Preselector Bypass SENSe POWer RF MW PRESelector STATe ONIOFFI1 0 Micro Wave Preselector Bypass SENSe POWer RF MW PRESelector STATe lt switch gt lt switch gt ON 1 OFF 0O ON MS2692A 067 167 MS2830A 007 067 167 POW MW PRES ON SENSe POWerl RF MW PRESelector STATe Micro Wave Preselector Bypass Query
40. TRTG gt 1 2 2 5 3 Trigger SOurCe TRIGger SEQuence SOURce EXTernal 1 IIMMediatel WIFIRFBurst IVIDeol ISG Trigger Source TRTGger SEOuenCe SOURCG lt source gt lt source gt 3 EXTerna 1 External IMMediate WIFIRFBurst IF Wide IF Video VIDeo Video SG SG SG Marker SG TRTG SOUR EXT 2 87 2 SCPI TRIGger SEQuence SOURce Trigger Source Query 2 88 TRTGger SEQuence SOURce lt source gt lt source gt EXT TMM WIF VID SG TRIG SOUR gt EXT Trigger Source External IF Wide IF Video Video SG SG Marker
41. TRIG DEL gt 0 02000000 2 91 2 SCPI 2 5 6 Wide IF Trigger Level TRIGger SEQuence WIF I RFBurst LEVel ABSolute lt ampl gt Wide IF Trigger Level Wide IF Video TRTGder SEOuence WTE RFBurst LEVel ABSolute lt ampl gt lt ampl gt 60 Level Offset 50 Level Offset dBm 1dB 20 dBm Wide IF Video 10 dBm TRIG WIF LEV ABS 10 TRIGger SEQuence WIF RFBurst LEVel ABSolute Wide IF Trigger Level Query Wide IF Video TRTGger SEQuence WIF RFBurst LEVel ABSolute lt ampl gt lt ampl gt 60 Level Offset 50 Level Offset dBm 1dB dBm Wide IF Video
42. STATus OUESt1onab1e MEASure PTRansition lt integer gt 1 0 65535 QUEStionable Measure 16 lt integer gt STAT OUES MEAS PTR 16 STATus QUEStionable MEASure PTRansition Questionable Measure Register Positive Transition Query QUEStionable Measure STATus OUEStionab1e MEASure PTRans1t1on lt integer gt lt integer gt 1 0 65535 QUEStionable Measure STAT OUES MEAS PTR gt 16 7 292 STATus OPERation 3 3 STATus OPERation OPERation 8 3 1 8 83 1 CALibrating DBO SETTling DB1 RANGing
43. 1 CALCulate MARKer 1 12 SET CENTer Native oa CALCu1ate MARKer 11 12 SET CENTer CALCulate MARKer SET CENTer lt integer gt lt integer gt 1 2 CALCul1ate MARKer SET CENTer lt integer gt CALCulate MARKer CENTer lt integer gt CALCulate MARKer CENTer lt integer gt CALC MARK CENT lt integer gt CALC MARK CENT lt integer gt CALC MARK CENT lt integer gt 2 SENSe BPOWer TXPower STATe Native
44. SENSe EVM SPECtrum lt mode gt lt mode gt NORM REV EVM SPEC REV SENSe EVM SPECtrum RF Spectrum Query IQ SENSe EVM SPEC um lt mode gt lt mode gt NORM REV EVM SPEC gt REV 7 Hd x 2 SCPI 2 2 3 Input Level SENSe POWerl RF RANGe ILEVel lt real gt Input Level RE SENSe POWer RF RANGe TLEVe lt rea gt lt real gt Of 60 00 Level Offset 30 00 Level Offset On
45. OPERation STATus OPERation EVENt lt integer gt lt integer gt 1 0 65535 OPERation STAT OPER gt 0 STATus OPERation CONDition Operation Status Register Condition 7 OPERation STATus OPERation CONDition lt integer gt lt integer gt 1 0 65535 OPERation STAT OPER COND 292 STATus OPERation LS STATus OPERation ENABle lt integer gt Operation Status Register Enable OPERation STATus OPERat1on ENAB e lt integer gt gt J ww C lt integer gt
46. PVT MASK LTST UPP RTSE ABS 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 2 207 2 SCPI SENSe PVTime MASK LIST UPPer RISE ABSolute Mask Setup Upper Rise Absolute limits Query SENSe PVTime MASK LIST UPPer RISE ABSolute lt real gt 99 99 99 99 0 01 dB dBm PVT MASK TTST UPP RTSE ABS gt 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 9 28 Powervs Time 2 8 9 Upper Rise Relative limits SENSe PVTime MASK LIST UPPer RISE RELative lt rel amp gt lt rel_amp gt lt rel_ampz gt lt rel_amp gt lt rel_amp gt lt rel_amDp gt lt rel_ amp gt lt rel_amp gt lt rel_amp gt lt rel_amp gt lt rel_amDp gt Mask Setup Upper Rise Relative limits
47. Equalize r Impulse H Trace Mode E DISP ay EVM VTEW WINDowl7 TRACe 1112131415161718 Y S CALe RLEVe1 2 lt mode gt lt mode gt 20 20 dB 50 50 dB 100 100 dB Equalizer Impulse DTSP EVM WIND17 TRAC Y RLEV gt 50 79Z Hd 2 SCPI 2 7 14 Scale Vertical FSK Error vs Symbol DISPlay EVM VIEW WINDow18 TRACe 1 2 3 4 5 6 7 8 Y SCALe RLEVel 5 10 20 50 Scale Vertical FSK Error vs Symbol FSK Error vs Symbol Trace Mode DISP ay EVM VTEW WINDow18 TRACe 1112131415161718 Y S CALe RLEVe1 5 10120150 lt mode gt 5 5 10 10 20 20 50 50 FSK Error vs Symbol 10 DTISP EVM WTND18 TRAC Y RTEV 10
48. Off TNTT CONT ON INITiate CONTinuous Continuous Measurement Query TNITT1iate CONT1inuous lt switch gt lt switch gt 0 1 INIT CONT gt 1 2 82 2 INITiate MODE CONTinuous Continuous Measurement INITiate MODE CONT1nuouS TNTT MODE CONT INITiate MODE SINGle Single Measurement QQ Hd 2 83 INITiate MODE SINGle TNTT MODE STNG INITiate IMMediate Initiate INTT1ate IMMediate TNTT 2 SCPI INITiate CALCulate Initiate Calculate
49. 6 7 2 WWO Kh TNST CONFIG SYST LANG SCE SYST RES MODE SYST APPT LOAD VMA SYST APPL LOAD STGANA SYST APPTL TOAD SP ECT TNST VMA RST CLS TNTT CONT OFE 1 2 1 1 7 1 2 2 T 1 Carrier Frequency 2 Input Level Reference Level Attenuator 3 Level Offset 4 Pre Amp FREO CENT 935 2MHZ POW RANG TLEV 10 00DBM DTSP WTND 1 EV OFFS STAT ON
50. STATus QUEStionable MEASure NTRansition lt integer gt 3 lt integer gt 1 0 65535 QUEStionable Measure 16 STAT OUES MEAS NTR 16 QQ S TATus QUEStionable MEASure NTRansition Questionable Measure Register Negative Transition Query QUEStionable Measure STATus OUEStionab1e MEASure NTRans1tion lt integer gt lt integer gt 1 0 65535 QUEStionable Measure STAT OUES MEAS NTR gt 16 77 2 9CP7 S TATus QUEStionable MEASure PTRansition lt integer gt Questionable Measure Redgister Positive Transition QUEStionable Measure
51. 1 0 65535 QUEStionable STAT OUES COND gt 0 2 9CP7 STATus QUEStionable ENABle lt integer gt Questionable Status Register Enable QUEStionable STATus OUESt1onab1 e ENAB e lt integer gt lt integer gt 1 0 65535 QUEStionable 16 STAT OUES ENAB 16 STATus QUEStionable ENABle Questionable Status Register Enable Query 3 6 QUEStionable STATus OUEStionab1e ENAB1e lt integer gt lt integer gt 1 0 65535 QUEStionable STAT OUES ENAB gt 16
52. INTVal 1 Frame 10 Frame Frame 210 2 10 2 10 1 Modulation Analysis 2 10 1 Stop Replay MME TOData STOP 1QData Execute Replay vice gt lt application gt Replay File Information Query MME IQData INFormation Data INFormation STATe Replay Execute Query MME TO Replay Hilename Query MME TOData ITNFormation FTLE INFormation DEVioe 4 Replay Device Query EN INFormation APPLication Replay Application Query Replay Level Over Query MME ta INFormation Dition Replay Error Icon Query MME 1 ta INFormation ERRor INFormation CORRection Replay Correction Query Replay External Reference MME 5 ta INFormation ROSCillator Analysis Offset Time MME ta TIME OFFSet lt time gt Analysis Offset Time Query MME ta TIME OFFSet 2 253 2 SCPI
53. Trace Mode CALCulate EVM WITNDow9 TRACe n MARKer SYMBo lt real gt lt real gt 0 000 Measurement Interval 1 0 001 Symbol 0 000 Magnitude vs Symbol 10 symbol CALC EVM WIND9 TRAC MARK SYMB 10 7 7 Z Modulation Analysis CALCulate EVM WINDow9 TRACe 1 2 3 4 5 6 7 8 MARKer SYMBol Marker Number Magnitude vs Symbol Query Magnitude vs Symbol Trace Mode CALCu1ate EVM WINDow9 TRACe n MARKer SYMBo1 My Ga1 gt 3 lt real gt 4 0 000 1 Measurement Interval 1 0 001 Symbol Magnitude vs Symbol CALC EVM WTND9 TRAC MARK SYMB gt 10 000 7ZZ 2 SCPI 2 7 38 Marker Number Phase vs Symbol CALCulate EVM WINDow10 TRACe 11 2 3 4 5 6 7 8 MARKer
54. 999 0 Equalizer Impulse Response 0 01 dB Equahzer Tap dB 999 0 FSK Error vs Symbol 0 01 Measurement Interval 999 0 1 BER 1 Storage Count 2 BER 1 Storage Count 1 BER 999 0 7 Z Modulation Analysis Modulation Analysis 2 7 3 eh 2 7 3 Modulation Analysis Trace Mode C DISP ay EVM VT CONSte11ation FRSYmbol SMON EW S O EVSYmbo1 lM ELect T RACe 1 12131415161718 ESYmbol PESYmbol TRELlis table EYEDiagram NUMeric TOSYmbo1 MGSYmbol PHSYmbo1 SYMBo IEOAMp11tude EQPHase EQGRoupdelay EQIMpulse FSSYmbol FISYmbol HISTogram CNUMer
55. 28 Powervs Time 2 8 19 Lower Fall Time SENSe PVTime MASK LIST LOWer FALL TIME lt time gt time gt lt time gt lt time gt time gt lt time gt time gt lt time gt time gt time gt lt time gt Mask Setup Lower limits Fall Time 3 lt SENSe PVTime MASK LIST LOWer FALL TIME lt time gt lt time gt lt time gt lt time gt lt time gt lt time gt lt time gt lt time gt lt time gt 1me gt 1me gt 1 lt time gt 999 99 999 99 0 01 Symbol Rate lt time gt 100 sps 2 Symbol Rate lt 1 ksps x 10 ms 1 ksps 2 Symbol Rate lt 10 ksps x1 ms 10 ksps Symbol Rate lt 100 ksps x 100 us 100 ksps Symbol Rate lt 1 Msps x 10 us 1 Msps Symbol Rate 10 Msps x 1 us 10 Msps 2 Symbol Rate lt 100 Msps x 100 ns 100 Msps Symbol Rat
56. Trace Mode CALCu1ate EVM WINDow3 TRACe n MARKer SYMBo1 My Ga1 gt 6 3 lt real gt 0 Measurement Interval 1 O QPSK Measurement Interval 0 5 O QPSK 0 5 Symbol Bi Mag Error vs Symbol CALC EVM WTND3 TRAC MARK SYMB gt 10 0 2 171 2 SCPI 2 7 35 Marker Number Phase Error vs Symbol CALCulate EVM WINDow4 TRACe 1 2 8 4 5 6 7 8 MARKer SYMBol lt real gt Marker Number Phase Error vs Symbol Phase Error vs Symbol Trace Mode CALCul1ate EVM WTNDow4 TRACe n MARKer SYMBo lt real gt lt real gt 0 Measurement Interval 1 O QPSK Measurement Interval 0 5 O QPSK 0 5 Symbol 0 Phase Error vs Symbol 10 symbol CALC EVM WIND4 TRAC MAR
57. 2 8 3 Power vs Time SENSe PVT1me MASK LIST LOWer FALL TIME lt time gt lt time gt lt time gt lt time gt lt time gt lt time gt lt time gt lt time gt lt time gt lt time gt lt time gt Mask Setup Lower limits Fall Time SENSe PVTime MASK LIST LOWer FALL TIME SENSe PVTime MASK LIST LOWer FALL ABSolute lt real gt lt real gt lt real gt lt real gt lt real gt lt real gt lt real gt lt real gt lt real gt lt real gt lt real gt Mask Setup Lower Fall Absolute limits SENSe PVTime MASK LTST LOWer FALL ABSolute SENSe PVTime MASK LTST LOWer FALL RELative lt rel ampl gt lt rel ampl gt lt rel ampl gt lt rel ampl gt lt rel ampl gt Mask Setup Lower lt rel ampl gt lt rel ampl gt lt rel ampl gt lt rel ampl gt lt rel ampl gt Fall Relative limits lt rel ampl gt SENSe PVTime MASK LTST LOWer FALL RELative SENSe PVTime MASK LIST LOWer FALL FLOGic ABSolute RELative OR OFF ABSolutelRELativel ORI OFF ABSolute RELative OR OFF ABSolutelRELativel ORI OFF
58. Os Replay Common Setting Capture Time Length Storage Count Sampling Rate Hz Modulation Type Symbol Rate Span 2 Span oe Modulation 1 ms MMEM LOAD TOD TIME OFFS 1MS 2 260 210 MMEMory LOAD IQData TIME OFFSet Analysis Offset Time Replay MMEMory LOAD IOData TIME OFFSet MR 2 lt time gt 0 MMEMory LOAD IQData TIME OFFSet lt time g
59. DISPlay EVM VTEW WINDow2 TRACe 1112131415161718 SYMBo 1 FORMat lt unit gt gt lt unit gt BIN Binary HEX Hex Symbol Table Hex DTSP EVM WIND2 TRAC SYMB FORM HEX DISPlay EVM VIEW WINDow2 TRACe 1 2 3 4 5 6 7 8 SYMBol FORMat Scale Unit Symbol Table Query Symbol Table DTISP ay EVM VTEW WINDow2 TRACe 1112131415161718 SYMBo 1 FORMat lt UUni gt lt unit gt BIN Binary HEX Hex Symbol Table DISP EVM WIND2 TRAC SYMB FORM gt HEX 7 2 SCPI 2 7 10 Scale Vertical Equalizer Amplitude DISPlay EVM VIEW WINDow14 TRACe 1 2 3 4 5 6 7 8 Y SCALe RLEVel lt real gt Scale Vertical Equalizer Amplitude Equalizer Amplitude Trace Mode DISPlay EVM VIEW WINDow14 TRACe 1 12131415161718 Y S CATLe RLEVel lt rea gt
60. MMEMory LOAD IQData STOP Stop Replay MMEMory LOAD TOData STOP MMEM LOAD TOD STOP MMEMory LOAD IQData lt filename gt lt device gt lt aDpDlicatiOn gt Execute Replay E 1Q EEMory LOAD TOData lt filename gt lt device gt lt application gt 32 YY WW 7 gt A B D E PR IQ Signal Analyzer D TEST 1Q 3 MM lt filename gt lt
61. 0 5 10 0 01 0 Qr E SENSe EVM REMeasure THResho1d lt real gt EVM REM THR gt 5 00 0 5 10 0 01 Z Modulation Analysis SENSe EVM SIGDisplay OFFIONIOI1 Signal Level Too Low Display On O SENSe EVM STGDisplay OFEFIONIOI1 lt switch gt OFF10 Off ON 1 On On EVM SIGD ON SENSe EVM SIGDisplay Signal Level Too Low Display Query SENSe EVM STGDisp1ay lt sw1tch gt 0 Off 1 On EVM STGD gt 1 7 Hd 2 SCPI
62. MS8269x MS2830A PC SCPI GPIB Ethernet USB 1 Local PC Remote Remote Local Remote MS2690A MS2691A MS2692A MS2830A
63. STAT OUES NTR gt 16 3 7 2 9CP7 S TATus QUEStionable PTRansition lt integer gt Questionable Status Register Positive Transition QUEStionable STATuS OU lt integer gt EStionable PTRansition lt integer gt 1 0 65535 QUEStionable 16 STAT OUES PTR 16 STATus QUEStionable PTRansition Questionable Status Register Positive Transition Query QUEStionable EStionable PTRansition 1 1 0 65535 E QUEStionable STATuS OU lt integer gt lt integer gt
64. 1 0 65535 Fm_ OPERation 16 1 STAT OPER ENAB 16 STATus OPERation ENABle Operation Status Register Enable Query OPERation STATus OPERation ENABle lt integer gt lt integer gt 1 0 65535 OPERation STAT OPER ENAB gt 16 3 15 2 9CP7 STATus OPERation NTRansition lt integer gt Operation Status Register Negative Transition OPERation 3 9 7TT STATus OPERation NTRansition lt integer gt lt integer gt 1 0 65535 OPERation 16
65. Pass Fail SENSe PVTime MASK LIST LOWer RISE FLOGic lt mode gt lt mode gt lt mode gt lt mode gt lt mode gt lt mode gt lt mode gt lt mode gt lt mode gt lt mode gt lt mode gt lt mode gt ABSo ute Absolute RELative Relative OR Relative or Absolute OFF Off PVT MASK LIST LOW RISE FLOG REL REL REL REL REL REL REL REL REL REL REL Z QQ Hd x 2 SCPI SENSe PVTime MASK LISTILOWer RISE FLOGic Mask Setup Lower Rise Fail Logic Query Pass Fail SENSe PVTime MASK LIST LOWer RISE FLOGic lt mode gt ABS Absolute REL Relative OR Relative or Absolute OFF Off PVT MASK TTST TOW RTSE FLOG gt REL REL REL REL REL REL REL REL REL REL REL
66. Trace CALCulate EVM WTNDow 1 TRACe n MARKer Y Ga1 gt lt rea1 gt 99 9999 99 9999 0 0001 Modulation Type 2FSK 4FSK Constellation Q CALC EVM WIND TRAC MARK Y gt 0 1323 2 183 Hd 2 SCPI 2 7 41 Marker Result EVM vs Symbol CALCulate EVM WINDow2 TRACe 1 2 3 4 5 6 7 8 MARKer Y Marker Result EVM vs Symbol 2 184 EVM vs Symbol Qr Trace Mode CALCuate EVM WTNDow2 TRACe n MARKer Y lt real gt lt real gt 0 00 999 99 0 01 Modulation Type 2FSK 4FSK EVM vs Symbol CALC EVM WTND2 TRAC MARK Y gt L 21 Z Modulation Analysis 2 7
67. EVM WTNDow8 TRACe n MARKer SYMBo lt real gt 0 000 Measurement Interval 1 0 001 Symbol 0 000 T and Q vs Symbol 10 symbol CALC EVM WTND8 TRAC MARK SYMB 10 2 174 Z Modulation Analysis CALCulate EVM WINDow8 TRACe 1 2 3 4 5 6 7 8 MARKer SYMBol Marker Number land Q vs Symbol Query T and Q vs Symbol Trace Mode CALCulate EVM WINDow8 TRACe n MARKer SYMBol 3 MR Ga1 gt 3 lt r eal gt 0 000 1 Measurement Interval 1 0 001 Symbol T and Q vs Symbol CALC EVM WTND8 TRAC MARK SYMB gt 10 000 2 175 2 SCPI 2 7 37 Marker Number Magnitude vs Symbol CALCulate EVM WINDow9 TRACe 1 2 3 4 5 6 7 8 MARKer SYMBol lt real gt Marker Number Magnitude vs Symbol Magnitude vs Symbol
68. Slots per frame Slot Measurement Slot CALCulate EVM FRAMe FRAMe FORMa lt k gt lt n 0 n k 1 gt lt k gt Slots per Frame 1 20 1 1 Se Le Slot 0 Slot k 1 1 0 Slot CALC EVM FRAM FRAM FORM 5 1 0 1 0 0 2 54 29 CALCulate EVM FRAMe FRAMe FORMat Frame Format Query 1 Slots per Frame Slot Measurement Slot CALCu1ate EVM FRAMe FRAMe FORMat lt k gt n Oo pn Kk 1 gt a 3 lt k gt Slots per Frame 1 20 1 1 lt n o ntk 1 1 gt SlotO Slot k 1 1 9 Slot CALC EVM FRAM FRAM FORM gt 5 1 0 1 0 0 2 55 2 SCPI 2 3 21 Slot Length CALCulate EVM FRAMe SLOT SLENgth lt n gt Slot Length
69. 2 3 9 Mapping Edit CALCulate EVM FRAMe MODulation MAPPingedit lt filename gt Mapping Edit Mapping Edit Symbol Mapping CALCulate EVM FRAMe MODulation MAPPingedit lt filename gt lt filename gt Symbol Mapping 255 Mapping Edit Symbol Mapping E MyFolder SymbolMap CALC EVM FRAM MOD MAPP E MyFolder SymbolMap CALCulate EVM FRAMe MODulation MAPPingedit Mapping Edit Query Mapping Edit Symbol Mapping CALCu1ate EVM FRAMe MODulation MAPPingedit lt filename gt lt filename gt Mapping Edit Symbol Mapping Mapping Edit Symbol Mapping CALC EVM FRAM MOD MAPP gt Symb
70. Capture Time SENSe SWEep TIME AUTO OFFIONIOI1 Capture Time Auto Manual Capture Time SENSe SWEep TIME AUTO lt switch gt lt switch gt OFFI0 ONI SWE TTME AUTO ON SENSe SWEep TIME AUTO Capture Time Auto Manual Query Capture Time SENSe SWEep TIME AUTO lt switch gt lt switch gt 0 1 SWE TIME AUTO gt 1 2 250 2 9 4
71. Slot CALCulae EVM VTEW SLOT lt integer gt lt integer gt Slot 0 19 1 Measurement Slot On Slot Measuring Object Frame Formatted lt 1nteger gt Measurement Slot ON 8lot Slot 8 CALC EVM SLOT 3 7 9 Z Modulation Analysis CALCulate EVM VIEWI SLOT Target Slot Number Query Slot CALCul1ate EVM VTEW SLOT lt integer gt lt integer gt Slot 0 19 1 Slot CALC EVM SLOT gt 3 7 QQ Hd 2 SCPI 2 7 24 Marker On Off Constellation CALCulate EVM WINDow 11 TRACe 11 I2I8 I4 5 6 7 8 MARKer STATe OFFIONIOI1 Marker On Off Constellation Const
72. TRIG WIF LEV ABS gt 10 2 92 2 5 7 Video Trigger Level 2 TRIGger SEQuence VIDeo LEVel LOGarithmic lt level gt Log Scale Video Trigger Level Log 3 TRTGger SEQuence VTDeo LEVel LOGarithmic lt level gt lt level gt 150 50 dBm 1dB DBM DM 40 dBm gt LL Log 10 dBm TRIG VID LEV 10 TRIGger SEQuence VIDeo LEVel LOGarithmic Log Scale Video Trigger Level Query Log TRTGger SEQuence VTDeo LEVel LOGarithmic lt level gt lt level gt Video Log 150 50 dBm 1dB
73. MMEMory STORe TOData lt filename gt lt device gt 3 lt filename gt MI 32 J 9 lt device gt A B D RE Anritsu Corporation Signal Analyzer User Data Digitized Data Vector Modulation Analysis 1000 D DATA MMEM STOR TOD DATA D 2 9 2 MMEMory STORe IQData CANCel Cancel Execute Save Captured Data MMEMory STORe IQData CANCe1 MMEM STOR TOD CANC 2 SCPI 2 9 3
74. dBm Log TRTG VTD LEV gt 10 QQ Hd x 2 SCPI Hi 2 6 Power Meter Power Meter 2 6 1 Power Meter MS2690A MS2691A MS2692A MS2830A MS2690A MS2691A MS2692A MS2830A 2 6 1 Power Meter Configure Power Meter CONHigure PMETer POWer CONFigure PMETer POWer Power Meter Power Meter
75. RECT 1 Symbol Rect TIA102 BBAB P25 Phase2 Inbound H CPM_P25 Frame Formatted CALC EVM FRAM FILT MEAS gt GAUS 2 43 Hd 2 SCPI 2 3 13 2nd Measurement Filter CALCulateEVM FRAMelINOFormatted 2NDFilterIMEASurement NONEIIRECtIIGAus 2nd Measurement Filter 2nd CALCulate 1 lt select gt lt select gt NONE IRECt IGAUS 2nd Measurement Filter EVM FRAMe NOFormatted 2NDFilter M 2nd Measurement Filter Rect Frame Formatted 2nd CALC EVM FRAM 2NDF MEAS IGA EASurement CALCulate EVM FRAMe NOFormatted 2NDFilter rMEASurement 2nd Measurement Filter Query 2 44 2nd
76. Phase Error vs Symbol Trace Mode DTSPlay EVM VTEW WINDow4 TRACe n Y SCALe RLEVel lt mode gt lt mode gt 5 5 degree 10 10 degree 20 20 degree 50 50 degree Phase Error vs Symbol DISP EVM WIND4 TRAC Y RLEV gt 10 7 Z Modulation Analysis 2 7 6 Scale Interpolation Constellation DISPlay EVM VIEW WINDow 1 TRACe 1 2 3 4 516 7 8 INTerpolation OFFIONIO 1 Scale Interpolation Constellation Constellation Symbol On Off Trace Mode 0 sR DISPlay EVM VIEW WINDow 1 TRACe n INTerpolation a lt switch gt lt switch gt OFF 0 oNl1 Constellation Symbol On DTSP EVM WTND TRAC TNT ON
77. Le CONTinuous OFF ON O01 1 Continuous Le CONT1inuous Measurement Ee MODE CONTinuous 3 Single Measurement Hd iate MODE STNG1e Tnitiate iate IMMediate Reanalysis iate CALCulate Configure ence STATe OEEFIONIOI 1 Trigger Switch ence STATe uence SOURce EXTerna1 1 IMMediate WIF REBurst VTDeo 1 SG Trigger Source RTGger SI ence SOURce RTGger SI enoe SLOPe POSitivel NEGative Trigger Slope RTGger SI ence DELay lt time gt 5 TRIGger SI ence SLOPe A Trigger Dela 5 RTGger SI ence DELay Wide IF Trigger TRIGger SI ence WIF RFBurst LEVel ABSolute lt ampl gt Level TRIGger S1 ence WTF RFBurst LEVel ABSo 1ute RTGger SI ence VIDeo LEVel LOGarithmic lt level gt Log Scale Video 3 Trigger Level 1 E LOGarithmic 7 2 SCPI 2 5 1 INITiate CONTinuous OFFIONIOI1 Continuous Measurement INITiate CONTinuous lt switch gt lt switch gt 0 OFF 11ON On
78. 1st Word 2nd Word CALCulate EVM FRAMe SEARoch 1STWord 2NDWord WORD lt hex gt hex gt MSB 16 Sync Word Length x bits per symboD 4 0 1st Word 5C CALC EVM FRAM SEAR 1STW WORD 5C CALCulate EVM FRAMe SEARch 1STWord 2NDWord WORD Sync Word HEX Query 1st Word 2nd Word CALCuate EVM FRAMe SEARch 1STWord WORD lt hex gt lt hex gt MSB 16 Sync Word Length x 4 1st Word CALC EVM FRAM SEAR 1STW WORD gt 5C 2 65 Hd Fm_ i 2 SCPI 2 3 30 Sync Word Offset CALCulate EVM FRAMe SEARch 1STWord I2NDWor
79. Xx 1 Max Peak Storage Count 1 Z Modulation Analysis 2 7 2 Modulation Analysis Result Mode 33 Deviation Hzl 1 Average Storage Count 34 Deviation Hzl 1 Average Storage Count 35 Deviation Hzl 1 Max Peak Storage Count 36 Deviation Hzl 1 Max Peak Storage Count 37 Deviation Hzl 1 Min Peak Storage Count 38 Deviation Hzl 1 Min Peak Storage Count 39 Deviation Hzl 1 Max Peak Storage Count 40 Deviation Hzl 1 Max Peak Storage Count 41 Deviation Hzl 1 Min Peak Storage Count 42 Deviation Hzl 1 Min Peak Storage Count 43 Deviation Hzl 1 Peak to Peak 2 Storage Count 1 44 Deviation Hzl 1 Peak to Peak 2 Storage Count 1 45 Deviation 1 Max Peak Storage Count 46 Deviation 1 Max Peak Storage Count 1 47 Deviation 1 Max Pea
80. 2nd Filter BT CALCulate EVM FRAMe NOFormatted 2NDFilter ROFFbt lt real gt lt real gt BT 0 1 1 0 001 Non Formatted BT CALC EVM NOF 2NDF ROFFbt gt 0 769 2 49 Hd 2 SCPI 2 3 18 Measurement Filter Edit CALCulate EVM FRAMelINOFormatted FILTer MEASurement FILTeredit lt filename gt Measurement Filter Edit User Defined Filter Measurement Edit CALCulate EVM FRAMe NOFormatted FTTLTer MEASurement FILTe redit lt filename gt lt filename gt 255 Measurement Edit E MyTFolder MeasFilter E CALC EVM NOF FTLT
81. SENSe SWEep TIME lt time gt Capture Time Length SENSe SWEep TIME lt time gt lt time gt Common Setting 1 ms MS 8 second 2 s SWE TTME 2S SENSe SWEep TIME Capture Time Length Query SENSe SWEep TIME lt time gt lt time gt ms Common Setting SWE TIME gt 2 000000000 2 251 Hd x 2 SCPI 2 9 5 SENSe SWEep TIME INTVal 1Frame 10FRame Capture Interval
82. CALCuate EVM FRAMe SEARch 2NDWord SLT lt n gt lt n gt Slot Measurement Slot 1 1st Word Slot CALC EVM FRAM SEAR 1STW SLT gt 3 2 62 29 2 3 28 Sync Word Length CALCulate EVM FRAMe SEARch 1STWord 2NDWord SLENgth lt n gt Sync Word Length 1st Word 2nd Word Word Sync Word Length CALCulate EVM FRAMe SEARch 1STWord 12NDWord SLENgth lt n gt lt gt Word 2 3 28 1 2 3 28 2 1 1 2 3 28 1 Sync Word Length Modulation Type symbol ao Fm_ x BPSK 2FSK 1 128 Slot Length QPSK O QPSK PL 4DQPSK 2 a 4FSK H CPM 1 64 Slot Length 8PSK 1 42 Slot Length 16QAM 1 32 Slot Length 64QAM 1 21 Slot Length
83. Result Mode B 999 0 2 7 2 Modulation Analysis Result Mode Storage Count Frequency Error Hzl Storage Count 1 Frequency Error Hzl Frequency Error ppml Storage Count Frequency Error ppm Storage Count Tx Power dBm l Storage Count Tx Power dBm l Storage Count Filtered Power dBm Storage Count Filtered Power dBm Storage Count Phase Error RMS degreel Storage Count Phase Error RMS degreel 1 Storage Count Phase Error Peak degreel Storage Count Phase Error Peak degreel 1 Storage Count Origin Offset dB 1 Storage Count Origin Offset dB 1 Storage Count EVM RMS 1 Storage Count EVM RMS Storage Count EVM Peak Storage Count EVM Peak 1 Storage Count Magnitude Error RMS Storage Count Magnitude Error
84. SENSe BPOWer TXPower STATe SENSe BPOWer STATe 1 11 7 SENSe BPOWer STATe BPOWer BPOWer L PN p Y BPOW BPOW BPOW 3 EETCh EVM n Native FETCh EVM n FETCh EVM lt integer gt lt integer gt FETCh EVM lt integer gt FETC EVM 2 lt integer gt FETC EVM lt integer gt FETC EVM lt integer gt FETC EVM lt integer gt FETC EVM 1 1 12 7 2 1 4
85. bit3 23 8 bit4 24 16 bit5 25 32 Signal Level Too Low bit6 26 64 bit7 27 128 bit8 28 256 bit9 29 512 bit10 210 1024 bit11 211 2048 bit12 22 4096 bit13 218 8192 bit14 214 16384 bit15 215 832768 0 65535 0 STAT ERR gt 0 2 STATus QUEStionable 3 2 STATus QUEStionable QUEStionable 8 2 1 8 2 1 8 2 2 3 2 2 VOLTage NOT USED DBO CURRent NOT USED DB1 TIME NOT USED DB2 POWer NOT USED DB3 TEMPerature NOT USED DB4 FREQuency DB5 PHASe NOT USED DB6 MODulation NOT USED DB7 3 CALibration NOT USED DB8 MEASure DB9 NOT USED DB10 NOT USED DB11 NOT USED DB12 INSTrument NOT USED DB13 QQ Command Warning NOT USED DB14 NOT USED DB15 3 2 1 QUEStionable 3 2 1 QUEStionable Reference Clock Unlock QUEStionable Measure
86. DISP ay EVM VTEW WINDow16 TRACe 1112131415161718 Y S CALe RLEVe1 2 lt real gt lt real gt 100 ns 1 ms 1 ns second Equahizer Group Delay DTISP EVM WTND16 TRAC Y RLEV gt 0 000000100 72 Hd 2 SCPI 2 7 13 Scale Vertical Equalizer Impulse DISPlay EVMI VIEW WINDow17 TRACe 1 2 4 5I6 7 8 Y SCALe RLEVel 20 50 100 Scale Vertical Equalizer Impulse Equalizer Impulse Trace Mode DISP ay EVM VTEW WINDow17 TRACe 1112131415161718 Y S CALe RLEVel 201501100 lt mode gt 20 20 dB 50 50 dB 100 100 dB 1 Equalizer Impulse 50 dB DTISP EVM WTND17 TRAC Y RLEV 50 Fr 72 Z Modulation Analysis DISPlay EVM VIEW WINDow17 TRACe 11 2 3 4 5 6 7 8 Y SCALe RLEVel Scale Vertical Equalizer Impulse Query
87. PVT MASK LTST UPP RTSE RET gt 30 00 30 00 30 00 30 00 6 00 6 00 4 00 4 00 1 00 1 00 1 00 7 28 Powervs Time 2 8 10 Upper Rise Fail Logic SENSe PVTime MASK LIST UPPer RISE FLOGic ABSolute RELative ORIOFF ABSolute RELative OR OFF ABSolute RELative ORIOFF ABSolute RELative OR OFF ABSolute RELative ORIOFF ABSolute RELative OR OFF ABSolute RELative ORIOFF ABSolute RELative OR OFF ABSolute RELative ORIOFF ABSolute RELative OR OFF ABSolute RELative OR OFF Mask Setup Upper Rise Fail Logic Pass Fail SENSe PVTime MASK LIST UPPer RISE FLOGic lt mode gt lt mode gt lt mode gt lt lt mode gt lt mode gt lt mode gt lt mode gt lt mode gt lt mode gt lt mode gt lt mode gt lt mode gt ABSolute Absolute RELative Relative OR Relative or Absolute OFF Off PVT MASK LIST UPP RISE FLOG REL REL REL REL REL REL REL REL REL REL REL 77 QQ Hd x 2 2
88. 2 2 5 4 Trigger Slope TRIGger SEQuence SLOPe POSitivelNEGative Trigger Slope TRTGger SEOuence SLOPe lt mode gt lt mode gt POSitive NEGative TRIG SLOP POS TRIGger SEQuence SLOPe Trigger Slope Query TRIGger SEQuence SLOPe lt mode gt lt mode gt POS NEG TRIG SLOP gt POS 2 SCPI 2 5 5 Trigger Delay TRIGger SEQuence DELay lt time gt Trigger Delay 3
89. STATus OPERation PTRansition Operation Status Register Positive Transition Query OPERation STATus OPERation PTRansition lt integer gt lt integer gt 1 0 65535 OPERation STAT OPER PTR gt 16 7Z 9 SCP7 3 18
90. 2 59 2 SCPI 2 4 2 5 2 6 2 7 23 25 Burst SeareaLEE ELLE 2 60 2 3 26 2nd Word Enable 2 61 2 3 27 Search Slot ee 2 62 2 3 28 Sync Word Length 2 63 2 3 29 Sync Word HEX 2 65 2 3 30 Sync Word Offset ee 2 66 2 3 31 Equalizer Adaptive 2 67 2 3 32 Equalizer Convergence 2 68 2 3 33 Equalizer Length 2 69 2 3 34 Deviation Calculation 2 70 2 3 35 Deviation RMS Reference 2 7 1 2 3 36 H CPM Decode Method iti 2 72 2 3 37 Origin Offset Cancel 2 73 2 3 38 Origin Offset Reference 2 74 2 3 39 BER Settind 2 75 OO 2 78 2 4 1 Erase Warm Up Message tat 2 78 2 4 2 Display TBLgS2 TO 2 79 2 4 3 Title Entry accaeeaieas seus uaaaanan ananaaaaees annaneaaneanees 2 80 RE 2 81 2 5 1 2 82
91. Dow18 Scale Vertical TSK Error vs Symbol E E VIEW Dowl8 TRACe 1 Dow19 TRACe 1 Scale Vertical EERE SEY Fidelity vs Symbol E EVM VTEW Dow19 TRACe 1 EVel ENSe EVM AVERage STATe OFFI ON AMAXimum 01 112 Storage Mode ENSe EVM AVERage STATe ENSe EVM AVERage COUN lt integer gt Storage Count ENSe EVM AVERage COUNt DISP ay TRACe SELect TRACe1 TRACe2 1TRACe31TRACe4 Select Trace RACe5 1 TRACe6 TRACe7 TRACe8 DTSPlay TRACe SELect Zoom In DTSP ay TRACe ZOOM Zoom Out DTSP1ay TRACe ZOUT Next Trace DISPlay T NEXT Next View DISPlay VIE CALCulate E VIEW SLOT lt integer gt Target Slot Number CALCulate E VIEW SLOT 2 104 Marker On Off Constellation Z Modulation Analysis Modulation Analysis 2 7 4 Modulation Analysis WTNDow 1 TRACe 1 OFEF IONI011 WTNDow 1 TRACe 1
92. lt mode gt ABS Absolute REL Relative OR Relative or Absolute OFF Off PVT MASK TST LOW FALL FLOG gt REL REL REL REL REL REL REL REL REL REL 2 28 Powervs Time 2 8 23 Storage Mode SENSe PVTime AVERage STATe OFFIONIOI1 Storage Mode Storage Mode SENSe PVTime AVERage STATe lt mode gt lt mode gt Storage Mode OFF 0 Off ON 1 On Storage Mode On PVT AVER ON SENSe PVTime AVERage STATe Storage Mode Query Storage Mode SENSe PVTime AVERage STATe lt mode gt lt mode gt Storage Mode 0 Off 1 On Storage Mode PVT AVER gt Z 2 SCPI 2 8 24 Storage Count SENSe PVTime AVERage COUNt lt integer gt Storage Count Storage Count SENSe PVTime AV lt integer gt ERage COUNt lt integer gt
93. 2 3 28 2 Sync Word Length Sync Word HEX x 47 bits per symbol Sync Word HEX 1 x 4 bits per symboD 1 2 3 28 3 Sync Word Length Modulation Type Bits Symbol BPSK 2FSK QPSK O QPSK PI 4DQPSK 4FSK H CPM 8PSK 16QAM 64QAM 2nd Word Word Sync Word Length 16 CATLC EVM FRAM SEAR 2NDW SLEN 16 2 63 2 SCPI CALCulate EVM FRAMe SEARch 1STWord I2NDWord SLENgth Sync Word Length Query 1st Word 2nd Word Word Sync Word Length CALCulate EVM FRAMe SEARch 1STWord 12NDWord SLENgth lt n gt lt n gt Word 2 8 28 1 2 3 28 2 1 2nd Word Word Sync Word Length CALC EVM FRAM SEAR 2NDW SLEN gt 16 2 64 29 2 3 29 Sync Word HEX CALCulate EVM FRAMe SEARch 1STWord 2NDWord WORD lt hex gt Sync Word HEX
94. STAT OPER NTR 16 STATus OPERation NTRansition Operation Status Register Negative Transition Query 3 16 OPERation STATus OPERation NTRansition lt integer gt lt integer gt 1 0 65535 OPERation STAT OPER NTR gt 16 292 STATus OPERation LS STATus OPERation PTRansition lt integer gt Operation Status Register Positive Transition OPERation STATus OPERation PTRansition lt integer gt 3 lt integer gt 1 0 65535 OPERation 16 STAT OPER PTR 16 QQ
95. TRTGger SEOuenoce DELay lt time gt lt time gt 2 2 second 2 5 5 1 NS US MS 8 second 0 second 2 5 5 1 Trigger Delay Trigger Delay Symbol Rate symbol S microseconds 100 500 501 1250 1251 2500 2501 5000 5001 12500 12501 25000 25001 50000 50001 125000 125001 250000 250001 500000 500001 1250000 1250001 2500000 2500001 5000000 5000001 12500000 20 ms TRIG DEL 20MS 2 90 25 TRIGger SEQuence DELay Trigger Delay Query TRTGger SEOuence DELay 3 lt time gt 2 N lt time gt 3 2 2 second 2 5 5 1 second
96. lt real gt 1 dB 50 dB 0 1 dB dB Equalizer Amplitude 2 dB DTSP EVM WTND14 TRAC Y RLEV 2 72 Z Modulation Analysis DISPlay EVM VIEW WINDow14 TRACe 11 2 3 4 5 6 7 8 Y SCALe RLEVel Scale Vertical Equalizer Amplitude Query Equalizer Amplitude Trace Mode DISP ay EVM VTEW WTINDow1 4 TRACe 1112131415161718 Y S CALe RLEVe1 2 lt real gt lt real gt 1 dB 50 dB 0 1 dB Equalizer Amplitude DTISP EVM WTND14 TRAC Y RLEV gt 2 0 727 QQ Hd Fm_ 2 SCPI 2 7 11 Scale Vertical Equalizer Phase DISPlay EVMI VIEW WINDow15 TRACe 11 23 4 5I6 7 8 Y SCALe RLEVel lt real gt Scale Vertical Equalizer Phase
97. 29 2 3 24 Sync Word Search CALCulate EVM FRAMe SEARch SYNSearch OFF ION O0 1 Sync Word Search CALCulate EVM FRAMe SEARch SYNSearch lt switch gt lt switch gt OFF 0 ON 1 CALTC EVM FRAM SEAR SYNS ON CALCulate EVM FRAMe SEARch SYNSearch Sync Word Search Query CALCu ate EVM FRAMe SEARch SYNSearoch lt switch gt lt switch gt OEF 0 ONI1 CATC EVM FRAM SEAR SYNS gt 1 2 59 Hd 2 2 SCPI 2 3 25 Burst Search
98. NOT USED DB0 NOT USED DB1 NOT USED DB2 NOT USED DB3 NOT USED DB4 Level Over DB5 NOT USED DB6 NOT USED DB7 Signal Abnormal DB8 NOT USED DB9 NOT USED DB10 Signal Level Too Low DB11 NOT USED DB12 NOT USED DB13 NOT USED DB14 NOT USED DB15 3 2 2 QUEStionable Measure 3 2 2 QUEStionable Measure Signal Level Too Low 2 SCP7 QUEStionable 3 2 3 3 2 3 QUEStionable Questionable Status Register Event Eionable EVENt Questionable Status Register Condition tionable CONDition 1ti tionable ENAB e lt integer gt Questionable Status Register Enable Hd OUEStionab1e ENAB1e Questionable Status Register tionable NTRansition lt integer gt Negative Transition QUEStionable NTRansition Questionable Status Register tionable PTRansition lt integer gt Positive Transition QUEStionable PTRansition Questionable Measure Register Event Eionable MEASure EVENt Questionable Measure Register Condition tionable ME CONDition
99. BT CALCulate EVM FRAMe NOFormatted FTTLTer ROFFbt lt real gt lt real gt J Roll Off BT 0 1 1 0 01 1 Non Formatted Roll Off BT 0 25 CALC EVM NOF FILT ROFF 0 25 CALCulate EVM FRAMe NOFormatted FILTer ROFFbt Roll Off BT Query 2 48 Roll Off BT CALCulate EVM FRAMe NOFormatted FILTer ROFFbt Roll Off BT 0 1 1 0 01 Non Formatted Roll Off BT CATLC EVM NOF FILT ROFFbt gt 0 25 29 2 3 17 2nd Roll Off BT CALCulate EVM FRAMe NOFormatted 2NDFilter ROFFbt lt real gt 2nd Roll Off BT 2nd Filter BT CALCu1ate EVM FRAMe NOFormatted 2NDFilter ROFFbt lt real gt lt real gt BT 0 1 1 0 001 1 Non Formatted BT 0 769 CALC EVM NOF 2NDF ROFF 0 769 CALCulate EVM FRAMe NOFormatted 2NDFilter ROFFbt 2nd Roll Off BT Query
100. Co C 27 Modulation Analysis 2 7 2 Modulation Analysis Result Mode 34 FSK Error peak 3 Storage Count 35 Tx Power W Storage Count 36 Tx Power W Storage Count 37 Filtered Power W Storage Count 38 Filtered Power W Storage Count 39 Origin Offset 1 Storage Count 40 Origin Offset 1 1 Storage Count 41 Symbol Rate Error ppm 7 Storage Count 42 Symbol Rate Error ppm l 7 Storage Count 43 Jitter P P Min 1 3 Storage Count 44 Jitter P P Min 3 Storage Count 45 Jitter P P Max 1 3 Storage Count QQ Hd 46 Jitter P P Max 1 3 Storage Count 47 MER RMS dB 1 Storage Count 48 MER RMS dB 1 Storage Count 49 MER Peak dB 1 Storage Count
101. H CPM_P25 USERdefined gt Non Formatted CALC EVM NOF FILT REF NYO 2 45 2 SCPI CALCulate EVM FRAMelINOFormatted FILTer REFerence Reference Filter Query Reference Hilter CALCu 1ate EVM FRAMe NOFormatted FTLTer REEFerenCe lt select gt lt select gt RNYO NYO GAUS GAUS2 STDT98 HSTN RECT HCPM USER Non Formatted Reference Hilter Type2 ARIB STD T98 Half sime RECT 1 Symbol 2 TTA102 BBAB P25 Phase2 Inbound H CPM_P25 CALC EVM NOF FILT REF gt NYQ 2 46 29 2 3 15 2
102. 2 210 MMEMory LOAD IQData INFormation APPLication Replay Application Query MMEMory LOAD TOData INFormation APPLication lt application gt lt application gt IQ VMA MMEM LOAD TOD INF APPL gt VMA QQ Hd x MMEMory LOAD IQData INFormation CONDition Replay Level Over Query Level Over MMEMory LOAD IQData INFormation CONDition lt switch gt 1 Level Over 0 999 0 Level Over MMEM LOAD TOD INF COND gt 0 2 257 2 SCPI MMEMory LOAD IQData INFormation ERRor Replay Err
103. rece1ei1ididi Z ctct 2 144 2 8 7 DT ZOOM I 2 146 2 7 20 Zo00Mm OU 2 146 2 7 21 Next Trace uae 2 147 27 22 Next VieW Sinisa 2 147 2 7 23 Target Slot NUmbe r eau sacs neaeannaanaaaaeeennaas 2 148 2 7 24 Marker On Off Constellation 2 150 2 7 25 Marker On Off EVM vs Symbol i 2 152 2 7 26 Marker On Off Mag Error vs Symbol 2 154 2 7 27 Marker On Off Phase Error vs Symbol 2 156 2 7 28 Marker On Off 1and Q vs Symbol 2 158 2 7 29 Marker On Off Magnitude vs Symbol 2 160 2 7 30 Marker On Off Phase vs Symbol 2 162 2 7 31 Marker On Off Frequency vs Symbol 2 164 2 7 32 Marker Number Constellation 2 166 2 7 33 Marker Number EVM vs Symbol 2 168 2 7 34 Marker Number Mag Error vs Symbol 2 170 2 7 35 Marker Number Phase Error vs Symbol 2 172 2 7 36 Marker Number and Q vs Symbol 2 174 2 7 37 Marker Number Magnitude vs Symbol 2 176 2 7 38 Marker Number Phase vs Symbol 2 178 2 7 39 Marker Number Frequency vs Symbol 2 180 2 7 40 Marker Result Constellation 2 182 2 7 41 Marker Result EVM vs Symbol 2 184 2 7 42 Marker Result Mag Error vs Symbol 2 185 2 7 43 Marker Re
104. 2 3 32 Equalizer Convergence CALCulate EVM NOFormatted iEQUalizerrCONVergence lt real gt Equalizer Converdence Equalizer Convergence CALCulate EVM NOFormatted lt real gt EQUalizer CONVergence lt real gt Equalizer Convergence le 20 1 5 1 0000e 4 Convergence 1 23e 4 CALC EVM NOF EQU CONV 1 23e 4 CALCulate EVM NOFormatted iEQUalizer CONVergence Equalizer Convergence Query Equahizer Convergence CALCu1ate EVM NOFormatted EOUa11zer CONVergenoe Ga1 gt lt real gt Equalizer Convergence 1e 20 1 5 Convergence CALC EVM NOF EQU CONV gt 1 2300e 04 2 68 29 2 3 33 Equalizer Length CALCulate EVM NOFormatted EQUalizer LENGth lt n gt Equalizer Length Equalizer Filter Length CALCulate EVM NOFormatted EQUalizer LENGth lt n gt
105. On Off Trace Mode CALCulate EVM WTNDow2 TRACe n MARKer STATe lt switch gt lt switch gt On Off OFF 10 Of Ff ONI1 On EVM vs Symbol On CALC EVM WTND2 TRAC MARK ON 2 152 Z Modulation Analysis CALCulate EVM WINDow2 TRACe 1 2 3 4 516 7 8 MARKer STATe Marker On Off EVM vs Symbol Query EVM vs Symbol On Off Trace Mode CALCulate EVM WINDow2 TRACe n MARKer STATe lt switch gt 3 lt switch gt On Off 0 Off 1 1 On EVM vs Symbol CALC EVM WTND2 TRAC MARK gt 1 2 153 2 SCPI 2 7 26 Marker On Off Mag Error vs Symbol CALCulate EVM WINDow3 TRACe 1 2 3 4 5 6 7 8 MARKerl STATe OFFIONIOI1 Marker On Off Mag Error vs Symbol Mag Error vs Symbol
106. 0 Measurement Interval 1 O QPSK Measurement Interval 0 5 O QPSK 0 5 Symbol EVM vs Symbol CALC EVM WIND2 TRAC MARK SYMB gt 10 0 76 Hd 2 SCPI 2 7 34 Marker Number Mag Error vs Symbol CALCulate EVM WINDow3 TRACe 1 2 3 4 5 6 7 8 MARKer SYMBol lt real gt Marker Number Mag Error vs Symbol Mag Error vs Symbol Trace Mode CALCulate EVM WTNDow3 TRACe n MARKer SYMBo lt real gt lt real gt 0 Measurement Interval 1 O QPSK Measurement Interval 0 5 O QPSK 0 5 Symbol 0 Mag Error vs Symbol 10 symbol CALC EVM WTND3 TRAC MARK SYMB 10 7 27 Modulation Analysis CALCulate EVM WINDow3 TRACe 1 2 3 4 5 6 7 8 MARKer SYMBol Marker Number Mag Error vs Symbol Query Mag Error vs Symbol
107. 2 STATus QUEStionable S TATus QUEStionable NTRansition lt integer gt Questionable Status Register Negative Transition QUEStionable STATus QUEStionable NTRansition lt integer gt 3 lt integer gt 1 0 65535 QUEStionable 16 STAT OUES NTR 16 QQ STATus QUEStionable NTRansition Questionable Status Register Negative Transition Query QUEStionable STATus QUEStionable NTRans1 on lt integer gt lt integer gt 1 0 65535 QUEStionable
108. DTSP WTND EV OFFS 0 25DB POW GATN OFF 1 2 2 1 7 7 2 EF NWORRh 1 2 3 1 a Trigger Switch b Trigger Source c Trigger Slope d Trigger Delay e Wide IF Trigger Level 2 EM LOAD COMM D MyFolder Param xml 1 2 3 1 1 7 7 1 2 4 Modulation Analysis Modulation Analysis 3 Modulation Analysis a Storage Mode b Storage Count c Target Slot Number
109. Equalizer Phase Trace Mode DISP ay EVM VTEW WINDow15 TRACe 1112131415161718 Y S CATie RLEVe lt rea gt lt real gt 1 degree 180 degree 1 degree degree Equalizer Amplitude 10 degree DTSP EVM WIND15 TRAC Y RLEV 10 2 132 Z Modulation Analysis DISPlay EVM VIEW WINDow15 TRACe 11 2 3 4 5 6 7 8 Y SCALe RLEVel Scale Vertical Equalizer Phase Query I Equalizer Phase Trace Mode DISP ay EVM VTEW WTINDow15 TRACe 11121314 CALe RLEVe1 2 lt real gt lt real gt 1 degree 180 degree 1 degree Equalizer Phase DTSP EVM WIND15 TRAC Y RLEV gt 10 15161718 Y S 2 133
110. Hd 2 SCPI 2 7 12 Scale Vertical Equalizer Group Delay DISPlay EVMI VIEW WINDow16 TRACe 1 2 4 5I6 7 8 Y SCALe RLEVel lt real gt Scale Vertical Equalizer Group Delay Equalizer Group Delay Trace Mode DISP ay EVM VTEW WTINDow16 TRACe 1112131415161718 Y S CATLe RLEVel lt rea gt lt real gt 100 ns 1 ms 1 ns NS8 US MS S second Equalizer Group Delay 100 ns DTISP EVM WTND16 TRAC Y RTLEV 100NS 2 134 Z Modulation Analysis DISPlay EVM VIEW WINDow16 TRACe 11 2 3 4 5 6 7 8 Y SCALe RLEVel Scale Vertical Equalizer Group Delay Query Equalizer Group Delay Qr Trace Mode
111. Phase Error vs Symbol On Off Trace Mode CALCulate EVM WINDow4 TRACe n MARKer STATe lt switch gt lt switch gt On Off OFEF 0 Off ONI1 On Phase Error vs Symbol On CALC EVM WTND4 TRAC MARK ON 72 27 Modulation Analysis CALCulate EVM WINDow4 TRACe 1 2 3 4 5 6I7 8 MARKer STATe Marker On Off Phase Error vs Symbol Query Phase Error vs Symbol Or Off Trace Mode CALCulate EVM WTNDow4 TRACe n MARKer STATe lt switch gt 3 lt switch gt On Off 0 Off 1 1 On Phase Error vs Symbol CATC EVM WTND4 TRAC MARK gt 1 72Z 2 SCPI 2 7 28 Marker On Off and Q vs Symbol CALCulate EVM WINDow8 TRACe 1 2 3 4 5 6 7 8 MARKerl STATe OFFIONIOI1 Mar
112. Pre Amp On POW GATN ON 2 18 SENSe POWerl RF GAIN STATe Pre Amp State Query Pre Amp On Off SENSe POWer RF GATN STATe lt switch gt lt switch gt On OfF 0 Off 1 On 008 Off Pre Amp POW GATN gt 1 Hd x 2 SCPI 2 2 7 Frequency Band Mode SENSe FREQuency BAND MODE NORMalISPURious Frequency Band Mode SENSe FREOuency BAND MODE lt mode gt mode gt MS269xA NORMa1 6 0 GHz SPURious
113. x 10 us 1 Msps Symbol Rate lt 10 Msps x1 us 10 Msps 2 Symbol Rate lt 100 Msps x 100 ns 100 Msps 2 Symbol Rate 140 Msps x 10 ns PVT MASK LIST UPP RTSE TIME gt 48 00 28 00 28 00 18 00 18 00 10 00 10 00 0 00 0 00 0 00 0 00 2 206 28 Powervs Time 2 8 8 Upper Rise Absolute limits SENSe PVTime MASK LIST UPPer RISE ABSolute lt real gt lt real gt real gt lt real gt lt real gt lt real gt real gt real gt real gt real gt lt real gt Mask Setup Upper Rise Absolute limits Oo SENSe PVTime MASK LIST UPPer RISE ABSolute lt real gt lt real gt lt real gt lt real gt lt real gt lt real gt lt real gt lt real gt lt real gt lt real gt lt real gt 1 lt real gt 99 99 99 99 0 01 dB dBm DBM dBm
114. 29 2 3 31 Equalizer Adaptive CALCulate EVM NOFormatted EQUalizer ADPTive OFFIHOLDION Equalizer Adaptive Equalizer CALCu1ate EVM NOFormatted EEOUa11zer ADPT1Ve lt select gt lt select gt Equalizer 0 ON Equalizer HOLD Eaqualizer gt OFF Equalizer 1 lt Equalizer ON CALC EVM NOF EQU ADPT ON CALCulate EVM NOFormatted EQUalizer ADPTive Equalizer Adaptive Query Equahizer CALCu1ate EVM NOFormatted EQUalizer ADPTive lt select gt lt select gt Equalizer ON Equalizer HOLD Equalizer OFF Equalizer Equalizer CALC EVM NOF EQU ADPT gt ON 2 67 2 SCPI
115. DTSPlay EVM VTEW WINDow3 TRACe n Y SCALe RLEVel lt mode gt lt mode gt 5 5 10 10 20 20 50 50 Mag Error vs Symbol DTISP EVM WTND3 TRAC Y RTLEV gt 10 7 Z Modulation Analysis 2 7 5 Scale Vertical Phase Error vs Symbol DISPlay EVMI VIEW WINDow4 TRACe 1 2 3 4 5 6 7 8 Y SCALe RLEVel 5 10 20 50 Scale Vertical Phase Error vs Symbol Phase Error vs Symbol Trace Mode DISP ay EVM VTEW WINDow4 TRACe n Y SCALe RLEVel lt mode gt lt mode gt 5 10 20 50 5 degree 10 degree 20 degree 50 degree Phase Error vs Symbol 10 degree DTISP EVM WTND4 TRAC Y RLEV 10 2 121 Hd 2 SCPI DISPlay EVM VIEW WINDow4 TRACe 1 2 3 4 5 6 7 8 Y SCALe RLEVel Scale Vertical Phase Error vs Symbol Query
116. On Off Trace Mode CALCulate EVM WTNDow3 TRACe n MARKer STATe lt switch gt lt switch gt On Off OFEF 0 Off ON 1 On Mag Error vs Symbol On CATC EVM WTND3 TRAC MARK ON 2 154 27 Modulation Analysis CALCulate EVM WINDow3 TRACe 1 2 3 4 5 6 7 8 MARKerl STATe Marker On Off Mag Error vs Symbol Query Mag Error vs Symbol On Off Trace Mode CALCulate EVM WINDow3 TRACe n MARKer STATe 3 My lt switch gt 2 3 lt switch gt On Off 4 0 Off 1 1 On Mag Error vs Symbol CALC EVM WIND3 TRAC MARK gt 1 2 155 2 SCPI 2 7 27 Marker On Off Phase Error vs Symbol CALCulate EVM WINDow4 TRACe 1 2 3 4 5 6 7 8 MARKerl STATe OFFIONIOI1 Marker On Off Phase Error vs Symbol
117. 0 1 MS269xA MS2830A MS2830A 0407 041 043 CATL YTE gt 0 2 2 9 Preselector Tune SENSe POWer RF PADJust lt freq gt Pre selector Tune SENSe POWer RF PADJust lt fFreqd gt lt freq gt 128 127 1 0 MS269xA MS2690A Frequency Band Mode MS2830A MS2830A 0407041 048 YTF Frequency Band Mo
118. 3 0 GHz MS2830A 041 043 044 045 MI 4 0 GHz SPURious MS269xA 3 5 GHz s MS2690A e MS2691A MS2692A 003 NORMAL s MS2830A 040 3 6 GHz 6 0 GHz FREO BAND MODE NORM SENSe FREQuency BAND MODE Frequency Band Mode Query SENSe FREOuency BAND MODE lt mode gt a lt mode gt MS269xA NORM 6 0 GHz SPUR
119. 5 5 10 10 20 20 50 50 Fidelity vs Symbol 10 DTSP EVM WTND1 9 TRAC Y RLEV 10 7 Z Modulation Analysis DISPlay EVM VIEW WINDow19 TRACe 1 2 3 4 5 6 7 8 Y SCALe RLEVel Scale Vertical Fidelity vs Symbol Query Hidelity vs Symbol Trace Mode a DISPlay EVM VIEW WINDow19 TRACe 1112131415161718 Y S A CALe RLEVel T lt mode gt lt mode gt 5 5 10 10 20 20 50 50 Fidelity vs Symbol DTISP EVM WIND19 TRAC Y RLEV gt 10 7 7 2 SCPI 2 7 16 Storage Mode SENSe EVM AVERage STATe OFFIONIAMAXimumI0OI1 2 Storage Mode Storage Mode SENSe EVM AVERage STATe lt mode gt lt mode gt Storage Mode OFF 0 Off ON 1 Average AMAX1imum 2 Average amp Max Storage Mode Ave
120. Ft SENSe S lt switch gt 1FRame 10FRame WEep TIME INTVal lt switch gt Frame 1 Frame 10 Frame Measuring Object Frame Formatted Sync Word Search On 10 Frame Measuring Object Non Formatted Sync Word Search Off 1 Frame SWE TTME 1 TNTV 10FR SENSe SWEep TIME INTVal Capture Interval Query 2 252 FF SENSe lt switch gt lt switch gt 1FR 10EFR SWEep TIME SWE TIME gt 10FR INTV 10 Frame
121. Questionable Measure Register 5 QUEStionable ME ENABle lt integer gt Enable QUEStionable ME ENABle Questionable Measure Register QUEStionable ME NTRansition lt integer gt Negative Transition QUEStionable ME NTRansition Questionable Measure Register Stionable ME PTRansition lt integer gt Positive Transition QUEStionable ME PTRansition STATus QUEStionable STATus QUEStionable EVEN1I Questionable Status Register Event QUEStionable STATus OUEStionab1e EVENt 3 lt integer gt lt integer gt 2 1 0 65535 2 QUEStionable STAT OUES gt 0 STATus QUEStionable CONDition Questionable Status Register Condition QUEStionable STATus OUEStionab1e CONDition lt integer gt lt integer gt
122. CONFigure PMETer POWer Power Meter CONEF19ure PMETer POWer 2 94 Z Modulation Analysis 2 7 Modulation Analysis Modulation Analysis 2 7 1 2 7 1 Modulation Analysis Configure CONFigure EVM Initiate INITiate EVM INITiate EVM EQUalizer Equalizer Reset C Re measurement mode SENSe EVM REMeasure 2 OFFIONI0I1 Re measurement mode SENSe EVM REMeasure Query Re measurement SENSe EVM REMeasure THResho1 dg lt real gt Threshold Re measurement SENSe EVM REMeasure THReshol Qd Threshold Query Signal Level Too Low SENSe EVM SITGDisp1ay Display OFEIONI011 Signal Level Too Low SENSe EVM STGDisp1ay Display Query Fetch EETCh EVM n Read READ EVM n Measure MEASure EVM n 2 2 SCPI 2 7 1 n 2 7 2
123. FETCh EVMIn Modulation Analysis Query Modulation Analysis EETCh EVM n 2 7 2 Modulation Analysis FETC EVM READ EVM n Modulation Analysis Query Modulation Analysis READ EVM n 2 7 2 Modulation Analysis READ EVM 77 Z Modulation Analysis MEASure EVMIn Modulation Analysis Query Modulation Analysis MEASure EVM n 2 7 2 Y Modulation Analysis MEAS EVM lt Hd 2 113 2 SCPI 2 7 2 Trace Mode DISP
124. 0 01 Symbol Rate lt time gt 100 sps 2 Symbol Rate lt 1 ksps x 10 ms 1 ksps 2 SymbolRate lt 10 ksps x 1 ms 10 ksps 2 Symbol Rate lt 100 ksps x 100 us 100 ksps SymbolRate lt 1 Msps x 10 us 1 Msps Symbol Rate lt 10 Msps x1 us 10 Msps 2 Symbol Rate lt 100 Msps x 100 ns 100 Msps 2 Symbol Rate 140 Msps x 10 ns PVT MASK LIST UPP FALL TIME gt 0 00 0 00 0 00 0 00 10 00 10 00 18 00 18 00 28 00 28 00 48 00 7 28 Powervs Time 2 8 12 Upper Fall Absolute limits SENSe PVTime MASK LIST UPPer FALL ABSolute lt real gt lt real gt real gt real gt real gt real gt real gt real gt real gt real gt lt real gt Mask Setup Upper Fall Absolute limits SENSe PVTime MASK LIST UPPer FALL ABSolute lt real g
125. DISPlay VM VTE Lect TRACe 1 12131415161718 Scale Vertical EVM vs Symbol DTS Y Play SCA VM jG EVe VII Dow2 T 20150 RACe 1 2131415161718 DTS 5s Play SCA jG EVe VTI Dow2 T RACe 1 Scale Vertical Mag Error vs Symbol xDTS SCA Play 1 EVe VI SG Dow3 T 20150 RACe 1 Scale Vertical Phase Error vs Symbol Scale Interpolation Constellation Ponts Symbol Number Constellation 8 ITNTe Scale Unit Numeric Y SCA Y SCA Scale Unit Symbol Table SYMBo1 SYMBo1 2 103 NxX gt TdOS 4 4 SETSN 2 SCPI 2 7 3 Modulation Analysis Dowl4 T Scale Vertical Equalizer Amplitude F F VTEW Dow1 4 Dow15 Scale Vertical Equalizer Phase E E VTEW Dow15 Dow16 Scale Vertical Eaqualizer Group Delay 5 VTEW Dow1 6 Dow17 Scale Vertical Equalizer Impulse F F VTEW Dow17
126. 729 Z Modulation Analysis DISPlay EVM VIEW WINDow18 TRACe 11I2 3 4 5 6 7 8 Y SCALe RLEVel Scale Vertical FSK Error vs Symbol Query FSK Error vs Symbol Trace Mode DISP ay EVM VTEW WINDow18 TRACe 1112131415161718 Y S CALe RLEVe1 2 lt mode gt lt mode gt 5 5 10 10 20 20 50 50 FSK Error vs Symbol DTSP EVM WTND18 TRAC Y RTLEV gt 10 72 Hd 2 SCPI 2 7 15 Scale Vertical Fidelity vs Symbol DISPlay EVMI VIEW WINDow19 TRACe 11 2 4 5I6 7 8 Y SCALe RLEVel 5 10 20 50 Scale Vertical Fidelity vs Symbol Hidelity vs Symbol Trace Mode DISPlay EVM VIEW WINDow18 TRACe 1 12131415161718 Y S CALe RLEVel 5 10120150 lt mode gt
127. FRAI NOF orm ted DEViation REFerenCe Deviation RMS Reference NOFormatted DEViation REFerenoe NOFormatted DECode METHod HCPM H CPM Decode Method NOFormatted DECode METHod HCPM NOFormatted ORTGinoffset CANCe1 OFEF ION Origin Offset Cancel NOFormatted ORTGinoffset CANCe1 NOF orm Eed ORTGinoffset REFerenCe Origin Offset Reference 4 4 NOFormatted ORIGinoffset REFerence EN 3S BER OFF ON 011 BER Mode BER iR SLOT lt number gt BER Slot Number jR SLOT jR PATTern lt pattern name gt BER Pattern jiR PATTern 2 SCPI 2 3 1 Common Setting Recall MMEMory LOAD COMMon lt filename gt Common Setting Recall Common Setting MMEMory LOAD COMMon lt filename gt lt fi ename gt Common Setting
128. STAT OUES gt 16 PTR 2 STATus QUEStionable STATus QUEStionable MEASure EVEN1t Questionable Measure Register Event QUEStionable Measure STATus OUEStionabl e MEASure EVENt 3 lt integer gt lt integer gt 1 0 65535 QUEStionable Measure STAT OUES MEAS gt 0 STATus QUEStionable MEASure CONDition Questionable Measure Register Condition QUEStionable Measure STATus QUEStionable MEASure CONDition lt integer gt lt integer gt 1 0 65535 QUEStionable Measure STAT OUES MEAS COND gt 0 2 9CP7 S TATus QUEStionable MEASure ENABle lt integer gt Questionable Measure Register Enab
129. Active Trace Rise Select Fall Select Rise CALC PVT MARK ACT RISE CALCulate PVTime MARKer ACTive Active Trace Query Trace Mode Rise and Fall CALCulate PVT1ime MARKer ACT1Ve lt mode gt lt mode gt Active Trace RISE Rise Select FALL Fall Select Active Trace CALC PVT MARK ACT gt RTSE QQ Hd 2 SCPI 2 8 29 Marker Position CALCulate PVTime MARKer 1 I2 X POINt lt real gt Marker X Axis CALCulate PVT1ime MARKer 1 2 X POTNt lt real gt lt real gt lt real gt 20 Slot Length x Slot 20 symboll 0 125 0 00 2 0 CALC PVT MARK2 X 0 28 Powervs Time CALCulate PVTime MARKer 1 2 X POINt
130. CALCulate EVM WTNDow8 TRACe n MARKer O Y lt real gt lt real gt 1 0000 1 0000 0 0001 Modulation Type 2FSK 4FSK Tand Q vs Symbol Q CALC EVM WIND8 TRAC MARK O Y gt 0 625376 2 188 Z Modulation Analysis 2 7 45 Marker Result Magnitude vs Symbol CALCulate EVM WINDow9 TRACe 1 2 3 4 5 6 7 8 MARKer Y Marker Result Magnitude vs Symbol Magnitude vs Symbol Trace Mode CALCu1ate EVM WTNDow9 TRACe n MARKer Y lt real gt lt real gt 1 0 01 pV 22 360 MV 0 01 pV Volt UN i i Magnitude vs Symbol CALC EVM WIND9 TRAC MARK Y gt 1 21000000000000 2 189 2 SCPI 2 7 46 Marker Result Phase vs Symbol CALCulate EVM WINDow10 TRACe 11 2 3 4 5 6 7 8 MARKer Y Marker Result Pha
131. Lower Fall Absolute limits Query SENSe PVTime MASK LTST LOWer FALL ABSolute lt real gt 99 99 99 99 0 01 dB dBm PVT MASK LIST LOW FALL ABS gt DO9 99 99 09 9 99 99 99 99 99 99 99 99 99 99 99 99 99 2999 99 99 28 Powervs Time 2 8 21 Lower Fall Relative limits SENSe PVTime MASK LIST LOWer FALL RELative lt rel amp gt lt rel_amp gt lt rel_amp gt lt rel_amp gt lt rel_amp gt lt rel_amDp gt lt rel_ amp gt lt rel_amp gt lt rel_amp gt lt rel_amp gt lt rel_amDp gt Mask Setup Lower Fall Relative limits a SENSe PVTime MASK LIST LOWer FALL RELative lt rel amp gt lt rel amp gt lt rel amp gt re1 amp gt re1 amp gt lt rel amDp gt lt rel
132. Replay TNIT1iate CALCulate INIT CALC 2 84 CONFigure Configure Query CONFigure lt mode gt lt mode gt EVM PVT PMET CONF gt EVM 2 Modulation Analysis Power vs Time Power Meter 2 85 QQ Hd 2 SCPI 2 5 2 Trigger Switch TRIGger SEQuence STATe OFFIONIOI1 Trigger Switch On Off TRTGger SEOuence STATe lt switch gt lt switch gt On Off OFF 0 Off ON 1 On TRIG ON TRIGger SEQuence STATe Trigger Switch Query On Off TRIGger SEQuence STATe lt switch gt lt switch gt On Off 0 Off 1 On
133. Trace Trace Mode Trace Trace Mode Numeric Constellation EVM vs Symbol Mag Error vs Symbol Signal Monitor IandQvs Symbol Eye Diagram Trellis Trace 2 Trace Mode Phase Error vs Symbol DISP EVM TRAC2 PESY Hd 2 115 2 SCPI DISPlay EVM VIEWI SELect TRACe 11 2 3 4 5 6 7 8 Trace Mode Query Modulation Analysis DISP ay EVM VTEW SELect TRACe n lt mode gt lt n gt Trace 1 Trace 1 2 Trace 2 3 Trace 3 4 Trace 4 5 Trace 5 6 Trace 6 7 Trace 7 8 Trace 8 Trace 1 lt mode gt Trace Mode CONS Constellation EVSY EVM vs Symbol MESY Mag Error vs Symbol PESY Phase Error vs Symbol TREL Trellis EYED Eye Diagram NUM Numeric IQSY IandQvs Symbol MGSY Magnitude vs Symbol PHSY Phase vs Symbol FRSY Frequency vs Symbol SMON Signal Monitor SYMB Symbol Table EQAM Equalizer Amplitude EQP Equalizer Phase EQG Equalizer Group Delay EQI Equalizer Impulse Response FSSY FSK Error vs Symbol FISY Modulation Fidelity vs Symbol HI
134. Power vs Time DTSPlay PVTime VTEW WINDow 1 TRACe X SCALe SLOT lt integer gt lt integer gt Slot 0 Slots per Frame 1 1 Slot DISP PVT WIND TRAC X SLOT gt 1 2 203 QQ Hd 2 SCPI 2 8 6 Load Mask Setting SENSe PVTime MASK LOAD PRESet lt filename gt Load Mask Setting Select Mask 2 204 Mask 7 SENSe PVT1ime MASK LOAD PRESet lt filename gt lt filename gt 32 mm OS Windows Embedded Standard 7 C Anritsu Signal
135. Storage Count 2 9999 1 2 Storage Count 10 PVT AVER COUN 10 SENSe PVTime AVERage COUNt Storage Count Query 2 238 Storage Count SENSe PVTime AV lt integer gt lt integer gt ERage COUNt Storage Count 2 9999 Storage Count PVT AVER COUN gt 10 28 Powervs Time 2 8 25 Average Type SENSe PVTime AVERage TYPE POWer LOGPower Average Type Average Type SENSe PVTime AVERage TYPE lt mode gt lt mode gt Average Type POWer Power LOGPower Log Power Average Type Power PVT AVER TYPE POW SENSel PVTime AVERage TYPE Average Type Query Average Type SENSe PVT1me AVERage TYPE lt mode gt lt mode gt Average Type POW Power LOGP Log Power Average Type PVT AVER TYPE gt POW 9 QQ Hd x 2 SCPI 2 6 26 Filler BW SENSe P
136. lt n gt Equalizer Filter Length 11 501 1 31 Equalizer 51 CALC EVM NOF EQU LENG 51 CALCulate EVM NOFormatted EQUalizer LENGth Equalizer Length Query Equalizer Filter Length CALCu1ate EVM NOFormatted EOUa11zer TLENGth lt n gt lt n gt Equalizer Filter Length 11 501 1 Equalizer CALC EVM NOE EQU I gt 51 2 69 Hd 2 SCPI 2 3 34 Deviation Calculation CALCulate EVM FRAMe INOFormatted DEViation PREIPOST Deviation Calculation Deviation Deviation Calculation CALCulate EVM FRAMe NOFormatted DEViation lt select gt lt select gt PRE POST Deviation Calculation Pre Measurement Filtering Post Measurement Filtering Frame Formatted Deviation Calculation Pre Measurement Filtering CALC EVM FRAM D EV PRE CALCulate EVM FRAMe NOFormatted DEViation Deviation Ca
137. 2nd Word Enable Query 2nd Word CALCu ate EVM FRAMe SEARch 2NDWord lt switch gt lt switch gt 2nd Word OFF 0O ON 1 2nd Word CALC EVM FRAM SEAR 2NDW gt 1 2 61 Hd 2 SCPI 2 3 27 Search Slot CALCulate EVM FRAMe SEARch 1STWord I2NDWord SLT lt n gt Search Slot 1st Word 2nd Word Slot CALCu1ate EVM FRAMe SEARch 1STWord 12NDWord SLT lt slot gt lt n gt Slot Measurement Slot 1 0 1st Word Slot 3 CALC EVM FRAM SEAR 1STW SLT 3 CALCulate EVM FRAMe SEARch 1STWord 2NDWord SLT Search Slot Query 1st Word 2nd Word Slot
138. 80 00 Level Offset 10 00 Level Offset 0 01 dB 1 dBm DBM dBm 10 00 dBm MS2690A MS2691A MS2692A 008 6 GHz MS2830A 008 008 Off 15 00 dBm POW RANG TLEV 15 00 7 SENSe POWer RF RANGe ILEVel Input Level Query RF SENSe POWer RF RANGe ILEVel 3 lt real gt lt real gt 3 Off 60 00 Level Offset 30 00 Level Offset 1 On 80 00 Level Offset 10 00 Level Offset 0 01 dB dBm POW RANG TLEV gt 15 00 2 15 2 SCPI 2 2 4 Level Offset DISPlay WINDow 11 TRACe Y SCALe RLEVel OFFSet lt rel_power gt Level Offset
139. Mask Setup Lower ABSo1ute RELative OR OFF ABSolute RELative OR OFF Fall Fail Logic ABSolute RELative OR OFF ABSolutel RELative OR OFF ABSolute RELative OR OFF ABSolutelRELativel OR OFF ENSe PVTime MASK LTST LOWer FALL FLOGic ENSe PVTime AVERage STATe OFF ON O0 1 Storage Mode ERage STATe ERage COUNt lt integer gt Storage Count ERage COUNt ERage TYPE POWer LOGPower Average Type ERage TYPE Dwidth RI Eion 300Khz I500Khz 1MHZ Hilter BW Dwidth RI Lion 7 28 Powervs Time Power vs Time 2 8 4 2 8 4 Power vs Time RKer STATe OEFIONIO 1 Marker On Off RKer STATe RKer ACTive RISE FALL Marker Active Trace RKer ACT1VeG hd RKer 1 XX POTNt lt rea gt IMarker X Axis RKer 1 X POINt Marker Y Axis Value CAI te MARKer 1 Y AVERage Average Marker Axs Value CA te MARKer 1 12 Y MAX1mum Maximum 4 jE Mar
140. RF MW PRESelector STATe 2 11 2 SCPI 2 2 1 Carrier Freduency SENSe FREQuency CENTer lt freq gt Carrier Freduency SENSe FREQuency CENTer lt freqg gt lt freq gt 100 kHz 1 Hz HZ KHZ KZ MHZ MZ GHZ GZ Hz 1GHz 800 MHz FREQ CENT 800MHZ SENSe FREQuency CENTer Carrier Freduency Query SENSe FREQuency CENTer lt freq gt lt freq gt 100 kHz 1 Hz Hz FREO CENT gt 800000000 7 2 2 2 RF Spectrum SENSe EVM SPECtrum NORMallREVerse RF Spectrum 1Q
141. lt real gt lt real gt lt real gt lt real gt lt real gt lt real gt lt real gt Mask Setup Upper Fall Absolute limits SENSe PVTime MASK LIST UPPer FALL ABSolute SENSe PVTime MASK LIST UPPer FALL RELative lt rel ampl gt lt rel ampl gt lt rel ampl gt lt rel ampl gt lt rel ampl gt Mask Setup Upper lt rel amp1 gt lt rel ampl gt lt rel ampl gt lt rel ampl gt lt rel amp1 gt Fall Relative limits lt rel ampl gt SENSe PVTime MASK LIST UPPer FALL RELative 4 SENSe PVTime MASK TTST UPPer FALL FLOGic ABSolute RELative OR OFF ABSolutelRELativel ORI OFF ABSolute RELative OR OFF ABSolutelRELativel ORI OFF Mask Setup Upper ABSolute RELative OR OFF ABSo1ute RELative 1OR 1OFE Fall Fail Logic ABSol1ute1RELativelORIOFF ABSolutel RELative OR OFF ABSolute RELative OR OFF ABSol1ute RELiative OR OFE EN AS SENSe PVTime MASK LIST UPPer FALL FLOGic SENSe PVTime MASK LIST LOWer RISE TIME lt time gt lt time gt lt time gt lt time gt lt time gt lt time gt lt time gt lt time gt lt time gt lt time gt lt time gt Mask Setup Lower Ris
142. 1 Slot Length CALCulate EVM FRAMe SLOT SLENgth lt n gt lt n gt Slots per Frame 10 4096 1 10 Slot Length 100 CALC EVM FRAM SLOT SLEN 100 CALCulate EVM FRAMe SLOT SLENgth Slot Length Query 1 Slot Length CALCulate EVM FRAMe SLOT SLENgth lt n gt lt n gt Slots per Frame 10 4096 1 Slot Length CALC EVM FRAM SLOT SLEN gt 100 2 56 2 2 3 22 Measurement Offset CALCulate EVM FRAMe SLOT OFFSet lt n gt Measurement Offset Measurement Offset CALC EVM FRAM SLOT OFFS lt n gt lt n gt Measurement Offset 0 Slot Length 10 1 0 Slot Offset 50 CALC EVM FRAM SLOT OFFS 50 CALCulate EVM FRAMe SLOT OFFSet Measurement Offset Query Measurement Offs
143. 7 2 SCPI DISPlay EVM VIEW WINDow 1 TRACe 11 2 3 4 5 6 7 8 INTerpolation Scale Interpolation Constellation Query Constellation Symbol On Off Trace Mode DTSP ay EVM VTEW WINDow 1 TRACe n INTerpolation lt switch gt lt switch gt 0 1 Constellation Symbol DTSP EVM WTND TRAC TNT gt 7 Z Modulation Analysis 2 7 7 Points Symbol Number Constellation DISPlay EVM VIEW WINDow 1 TRACe 1 2 3 4 5 I6 7 8 INTerpolation POIN ts 1 2 8 Points Symbol Number Constellation Constellation Symbol Trace Mode DISPlay EVM VIEW WINDow 1 TRACe n INTerpolation POI Nts lt number gt lt n
144. 999 0 2 Modulation Type QPSK 16QAM 64QAM 2FSK 4FSK H CPM 999 0 3 Modulation Type 2FSK 4FSK H CPM 999 0 4 Modulation Type BPSK 2FSK 4FSK H CPM 999 0 5 Modulation Type O QPSK 999 0 6 Modulation Type 2FSK 999 0 7 Measuring Object Non Formatted Measuring Object Formatted Sync Word Search Off Measuring Object Formatted Capture Interval 1 Frame single Storage Mode Of 99999 0 Z Modulation Analysis 2 7 2 Modulation Analysis Result Mode Constellation LGQ LG Measurement Interval 1 x 8 1 x 2 Interpolation On Measurement Interval 1 x 1 1 x 2 Interpolation Of Modulation Type 2FSK 4FSK H CPM 999 0 EVM vs Symbol Measurement Interval Mag Error vs Symbol
145. CALCu1ate EVM CALCu1ate EVM FRAMe NOFormatted MODul1ation BPSK QPSK OQPSk PI4Dqpsk 8PSK 16Qam 64Qam 256Qam 2FSK 4FSK Modulation Type HCPM CALCu1ate EVM NOFormatted MODu1ation CALCu1ate EVM NOFormatted MO Eion AUTO 2FSK 2FSK Auto Select AM ul ae EVM NOFormatted M bi AUTO 2FSK ulate 5 NOFormatted M MODindex lt real gt Modulation Index ul ae EVM NOForm MODindex ulate EVM NOForm AUTO 4FSK 4FSK Auto Select NOFormatted AUTO 4FS NOFormatted MAXDevia Maximum Frequency Deviation NOFormatted MODulation MAXDeviation MODulation MAPPingedit lt filename gt Mapping Edit MODulation MAPPingedit NOFormatted MODulation SRATe lt rate gt Symbol Rate NOFormatted MODulation SRATe NOFormatted MODulation SPANup Span Up NOFormatted MODulation SPANup 2 26 29 2 3 1 ul ate EVM FRAMe NOFormatted FILTer MEASurement RNYOuist NYQuist GAUSsian STDT98 RECT IRECt TGAus HCPM Measurement Filter defined late EVM FRAMe NOFormatted FILTer MEASurement
146. EVM WTND TRAC MARK SYMB gt 10 000 76Z 2 SCPI 2 7 33 Marker Number EVM vs Symbol CALCulate EVM WINDow2 TRACe 1 2 3 4 5 6 7 8 MARKer SYMBol lt real gt Marker Number EVM vs Symbol EVM vs Symbol Trace Mode CALCulate EVM WTNDow2 TRACe n MARKer SYMBo lt real gt lt real gt 0 Measurement Interval 1 O QPSK Measurement Interval 0 5 O QPSK 0 5 Symbol 0 EVM vs Symbol 10 symbol CALC EVM WTND2 TRAC MARK SYMB 10 2 168 Z Modulation Analysis CALCulate EVM WINDow2 TRACe 1 2 3 4 5 6 7 8 MARKer SYMBol Marker Number EVM vs Symbol Query EVM vs Symbol Trace Mode CALCuate EVM WTNDow2 TRACe n MARKer SYMBo1 lt real gt lt real gt
147. MEAS FTTLT E MyFolder MeasFilter 2 29 CALCulate EVM FRAMe NOFormatted FILTer MEASurement FILTeredit Mapping Edit Query User Defined Filter Measurement Edit CALCu1ate EVM FRAMe NOFormatted FTLTer MEASurement FTTT eredit ae lt filename gt a 6 lt filename gt Measurement Edit Measurement Edit CALC EVM NOF FILT MEAS FILT gt MeasFilter 2 51 2 SCPI 2 3 19 Reference Filter Edit CALCulate EVM FRAMelINOFormatted FILTer REFerence FILTeredit lt filename gt Mappind Edit User Defined Filter Reference Edit CALCulate EVM FRAMe NOFormatted FTLTer REEFerenoe FTTLTer edit lt fi ename gt lt filename gt
148. Marker X Axis Position Query CALCulate PVT1ime MARKer 1 2 X POTNt lt real gt lt real gt CALCulate PVTime MARKer 1 12 X POINt 2 CALC PVT MARK2 XX gt 0 000 QQ Hd x 2 245 2 SCPI 2 8 30 Marker Value CALCulate PVTime MARKer 1 2 Y AVERage Marker Y Axis Average Value Query Y CALCu1ate PVT1me MARKer 1 2 Y AVERage lt real gt lt real gt 2 Y H CALC PVT MARK2 Y 12 Y 0 01 dB dB dBm Y CALCulate PVTime MARKer 1 I2 Y MAXimum Marker Y Axis Maximum Value Query H
149. On BER On Off CALC EVM BER gt 1 2 75 Hd 2 SCPI CALCulate EVM VIEWI BER SLOT lt number gt BER Slot Number BER Slot CALCu1ate EVM VIEW BER SLOT lt numbe gt lt number gt Slot i 1 0 BER Slot 3 Slot CALC EVM BER SLOT 3 CALCulate EVM VIEW BER SLOT BER Slot Number Query BER Slot CALCu1ate EVM VIEW BER SLOT lt number gt lt number gt Slot 0 19 1 BER CALC EVM BER SLOT gt 3 2 76 29 CALCulate EVM VIEW BER PATTern lt pattern name gt BER Pattern BER CALCulate EVM VTEW BER PATTern lt pat
150. SCPI SENSe PVTime MASK LIST UPPer RISE FLOGic Mask Setup Upper Rise Fail Logic Query Pass Fail SENSe PVTime MASK LIST UPPer RISE FLOGic lt mode gt ABS Absolute REL Relative OR Relative or Absolute OFF Off PVT MASK TTST UPP RTSE FLOG gt REL REL REL REL REL REL REL REL REL REL REL 2 212 28 Powervs Time 2 8 11 Upper Fall Time SENSe PVTime MASK LIST UPPer FALL TIME lt time gt lt time gt lt time gt lt time gt time gt lt time gt lt time gt time gt lt time gt time gt time gt Mask Setup Upper limits Fall Time 3 x SENSe PVTime MASK LIST UPPer FALL TIME lt time gt lt time gt lt time gt lt time gt lt time gt lt time gt lt time gt lt
151. lt select gt lt select gt H CPM Decode Method TYP1 ISI TYP2 Vitabi Frame Formatted H CPM Decode Method CALC EVM FRAM DEC METH HCPM gt TYP1 2 72 29 2 3 37 Origin Offset Cancel CALCulate EVM FRAMe NOFormatted ORIGinoffset CANCel OFFION Origin Offset Cancel Origin Offset Modulation Type O QPSK CALCulate EVM FRAMe NOFormatted ORIGinoffset CANCel lt select gt lt select gt Origin Offset Cancel OFF O Origin Offset ONI1 Origin Offset Frame Formatted Origin Offset Cancel OFF CALC EVM FRAM ORTG CANC OFF CALCulate EVM FRAMeINOFormatted ORIGinoffsetCANCel Origin Offset Cancel Query Origin Offset CALCu1ate EVM FRAMe NOFormatted ORTGinofFfFset CANCe1 lt select gt lt select gt Origin O
152. 00 6 00 6 00 4 00 4 00 1 00 1 00 1 00 2 SCPI SENSe PVTime MASK LISTLOWer RISE RELative Mask Setup Lower Rise Relative limits Query SENSe PVTime MASK LIST LOWer RISE RELative lt rel ammp gt 99 99 99 99 0 01 dB dB PVT MASK LIST LOW RISE gt 30 00 30 00 30 00 30 00 6 00 6 00 4 00 4 00 1 00 1 00 1 00 28 Powervs Time 2 8 18 Lower Rise Fail Logic SENSe PVTime MASK LIST LOWer RISE FLOGic ABSolute RELative ORIOFF ABSolute RELative OR OFF ABSolute RELative ORIOFF ABSolute RELative OR OFF ABSolute RELative ORIOFF ABSolute RELative OR OFF ABSolute RELative ORIOFF ABSolute RELative OR OFF ABSoluteIRELativelOR OFF ABSolute RELative OR OFF ABSolute RELative ORIOFF Mask Setup Lower Rise Fail Logic
153. 1 lt real gt Q Marker Number EVM vs Symbol Dow2 TRACe 1 Dow3 TRACe 1 lt real gt PP Marker Number Mag Error vs Symbol Dow3 TRACe 1 Dow4 TRACe 1 lt real gt 0 2 Marker Number Phase Error vs Symbol Dow4 TRACe 1 PP Dow8 TRACe 1 teger gt 2 Marker Number 1 and Q vs Symbol Dow8 TRACe 1 Dow9 TRACe 1 teger gt 0 Marker Number Magnitude vs Symbol Dow9 TRACe 1 Q Dow10 TRACe 1 teger gt 0 2 Marker Number Phase vs Symbol Dow10 TRACe 1 Dow11 TRACe 1 teger gt 0 2 Marker Number Frequency Vs Symbol Dow11 TRACe 1 7 Marker Result Constellation 27 Modulation Analysis Modulation Analysis Dow 1 TRACe 1 Dow 1 TRACe 1 Marker Result EVM vs Symbol Dow2 TRACe 1 IMarker Result Mag Error vs Symbol Dow3 TRACe 1 Marker Result Ph
154. 18 Lower Rise Fail Logic 2 8 19 Lower Fall Time 2 8 20 Lower Fall Absolute limits 2 8 21 Lower Fall Relative limits 2 8 22 Lower Fall Fail Logic 2 8 23 Storage _ Mod at 2 8 24 Storage Count 2 8 25 Average Type 2 8 26 FileFBVWWLLEL2 0 OO 2 8 27 Marker On Of 2 8 28 Active Trace 2 8 29 Marker Position 2 8 30 Marker Value 2 8 31 Marker to Modana Modulation Analysis Capture Time 7 oO 2 1
155. 2 3 4 5 6 7 8 MARKerl STATe OFFIONIOI1 Marker On Off Frequency vs Symbol Frequency vs Symbol On Off Trace Mode CALCulate EVM WINDow1 1 TRACe n MARKer STATe lt switch gt lt switch gt On Off OFEF 0 Off ON 1 On Frequency vs Symbol On CATC EVM WIND11 TRAC MARK ON 2 164 Z Modulation Analysis CALCulate EVM WINDow11 TRACe 1 2 3 4 5 6 7 8 MARKerl STATe Marker On Off Frequency vs Symbol Query Frequency vs Symbol On Off Trace Mode CALCu 1ate EVM WTNDow11 TRACe n MARKer STATe My lt switch gt 3 lt switch gt On Off 0 Off 1 1 On Frequency vs Symbol CALC EVM WTND1 1 TRAC MARK gt 1 2 165 2 SCPI 2 7 32 Marker Number Constellation CALCulate
156. 252 TOdeFSWIGHEEEKKROMNNRO 1 2 86 2 5 3 Trigder SOUMCe aceasta cada 2 87 2 5 4 Trigger Slope 2 89 25S TrlgderDela WT 2 90 2 5 6 Wide IF Trigger Level 2 92 2 5 7 Video Trigger Level 2 93 Power Meter tk 2 94 Modulation Analysis 2 95 2 NedSUeG i 2 108 272 Traee Med6LO ir 2 114 2 7 3 Scale Vertical EVM vs Symbol 2 117 2 7 4 Scale Vertical Mag Error vs Symbol 2 119 2 7 5 Scale Vertical Phase Error vs Symbol 2 121 2 7 6 Scale Interpolation Constellation 2 123 2 7 7 Points Symbol Number Constellation 2 125 2 7 8 Scale Unit Numeric ieee 2 127 2 7 9 Scale Unit Symbol Table 2 129 2 7 10 Scale Vertical Equalizer Amplitude 2 130 2 7 11 Scale Vertical Equalizer Phase 2 132 2 7 12 Scale Vertical Equalizer Group Delay 2 134 2 7 13 Scale Vertical Equalizer Impulse 2 136 2 7 14 Scale Vertical FSK Error vs Symbol 2 138 2 7 15 Scale Vertical Fidelity vs Symbol 2 140 2 7 16 StorageIMod6 2 142 2 7 17 Storage Count csdinc 2 143 2 7 18 Select TraG
157. 3 Frame Formatted Non Formatted Select 2 32 2 3 4 Modulation Type 2 33 2 3 5 2FSK Auto Select 2 35 2 3 6 Modulation Index 2 36 2 3 7 4FSK Auto Select ii 2 37 2 3 8 Maximum Frequency Deviation 2 38 2 3 9 Mapping Ed 2 39 L310 Symbol Ra Sessinesinissccaciosnanaiieniian eis 2 40 2 3 11 Span UD ER RR 2 41 2 3 12 Measurement Filter 2 42 2 3 13 2nd Measurement Filter 2 44 2 3 14 Reference Filter 2 45 2 3 15 2nd Reference Filter 2 47 2 3 16 Roll Off BT 2 48 23 1 7 nd RollOMBTLL2222 ON 2 49 2 3 18 Measurement Filter Edit i 2 50 2 3 19 Reference Filter Edit 2 52 2 3 20 Frame Format 2 54 2 8 21 SlotLemdtLZ22 7 mmm 2 56 2 3 22 Measurement Offset i 2 57 2 3 23 Measurement Interval 2 58 2 3 24 Sync Word Search
158. 5 Marker On Off EVM vs Symbol WTNDow2 TRACe 1 OFEF IONI011 WTNDow2 TRACe 1 p Marker On Off Mag Error vs Symbol WTNDow3 TRACe 1 WTNDow3 TRACe 1 OFF ON O1 1 Marker On Off Phase Error vs Symbol WTNDow4 TRACe 1 OFEF IONI011 WTNDow4 TRACe 1 Marker On Off T and Q vs Symbol WTNDow8 TRACe 1 OFEF IONI011 WTNDow8 TRACe 1 Marker On Off Magnitude vs Symbol lat WINDow9 TRACe 1 RKer OFEF IONI011 Cula WINDow9 TRACe 1 RKer 1 Marker On Off Phase vs Symbol Culat WINDowl0 TRACe 1 RKer OFEF IONI011 Culat WINDowl0 TRACe 1 RKer Marker On Off Frequency Vs Symbol Cula WINDowll TRACe 1 RKer OFEF IONI011 Cula te EVM WINDowll T RKer STATe 2 105 TdOS 4 SETSN 2 SCPI 2 7 4 Modulation Analysis Dow 1 TRACe 1 lt real gt Q Marker Number Constellation Dow 1 TRACe 1 Dow2 TRACe
159. 50 MER Peak dB 1 Storage Count 1 51 Deviation Peak Hzl 3 Storage Count 52 Deviation Peak Hzl 3 Storage Count 53 Deviation Peak Hzl 3 Storage Count 54 Deviation Peak Hzl 3 Storage Count 55 Deviation Peak Peak 2 Hzl 3 Storage Count 56 Deviation Peak Peak 2 Hzl 3 Storage Count x 57 Offset EVM RMS 5 Storage Count 58 Offset EVM RMS 5 Storage Count 59 Offset EVM Peak 5 Storage Count 60 Offset EVM Peak 5 Storage Count 61 Modulation Fidelity RMS 3 Storage Count 1 62 Modulation Hidelity RMS 1 3 Storage Count 63 Modulation Hidelity Peak 3 Storage Count 64 Modulation Fidelity Peak 3 Storage Count 65 Deviation Rms 6 Storage Count 66 Deviation Rms 6 Storage Count 2 97 2 SCPI 9 2 7 2 Modulation Analysis Result Mode 1 Modulation Type 2FSK 4FSK H CPM
160. 6 Maximum Frequency De CALCulate EVM FRAMe NOFo Maximum Frequency Deviation viation rmatted MODulation MAXDeviation lt fred gt Modulation Type 4FSK Deviation CALCulate EVM FRAMe NOFormatted MODu1ation MAXDeViation lt freq gt lt freq gt Deviation 120 300000 Hz 1 Hz HZ KHZ KZ MHZ MZ GHZ GZ Hz 945 Hz Frame Formatted Deviation 120 kHz CALC EVM FRAM MOD MAXD 120000 CALCulate EVM FRAMe NOFor Maximum Frequency Deviation Query matted MODulation MAXDeviation Common Setting CALCulate EVM FRAMe NOFormatted MODulation MAXDeviation lt freq gt lt freq gt Deviation 120 300000 Hz 1 Hz Frame Formatted Deviation CALC EVM FRAM MOD MAXD gt 120000 2 38 29
161. CALCulate PVT1ime MARKer MOD 1 2 Marker On 1 2 CALC PVT MARK MOD 2 SCPI 2 9 2 9 1 2 9 1 Save Captured Data MMEMory STORe IOData lt filename gt lt device gt Cancel Execute Save Captured Data MMEMory STORe TOData CANCe1 ENSe SWI TTME AUTO ONIOEE 110 Capture Time Auto Manual ENSe SWI TIME AUTO ENSe SWEep TIME lt time gt Capture Time Length ENSe SWEep TIME E INTVal 1Frame 10Frame Capture Interval E INTVal 2 248 29 2 9 1 MMEMory STORe IQData lt filename gt lt device gt Save Captured Data
162. Out DISPlay TRACe ZOUT Zoom Out 4 DTSPlay TRACe ZOUT 4 DTSP TRAC ZOUT 7 27 Modulation Analysis 2 7 21 Next Trace DISPlay TRACe NEXT Next Trace Trace 1 gt Trace 2 TYrace 3 Trace 8 Trace 1 DISP ay TRACe NEXT DISP TRAC NEXT 2 7 22 Next View DISPlay VIEW NEXT Next View 4 Trace 1 4 Trace 5 8 DTSPlay VTEW NEXT 4 4 DISP VIEW NEXT 2 147 Hd 2 SCPI 2 7 23 Target Slot Number CALCulate EVM VIEW SLOT lt integer gt Target Slot Number
163. TIME gt 0 00 0 00 0 00 0 28 00 28 00 48 00 9 00 10 00 10 00 18 00 18 00 28 Powervs Time 2 8 20 Lower Fall Absolute limits SENSe PVTime MASK LIST LOWer FALL ABSolute lt real gt real gt lt real gt lt real gt lt real gt lt real gt lt real gt lt real gt real gt real gt lt real gt Mask Setup Lower Fall Absolute limits SENSe PVTime MASK LIST LOWer FALL ABSolute lt real gt lt real gt lt real gt lt real gt lt real gt lt real gt lt real gt lt real gt lt real gt lt real gt lt real gt lt real gt _99 99 99 99 0 01 dB dBm DBM dBm PVT MASK LIST LOW FALL ABS 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 97 2 SCPI SENSe PVTime MASK LIST LOWer FALL ABSolute Mask Setup
164. amp gt lt rel amp gt lt rel amp gt lt rel amp gt lt rel amp gt gt lt rel amp gt 99 99 99 99 0 01 dB dB DB dB PVT MASK LIST LOW FALL 1 00 1 00 1 00 1 00 1 00 6 00 6 00 30 00 30 00 30 00 30 00 92 2 SCPI SENSe PVTime MASK LIST LOWer FALL RELative Mask Setup Lower Fall Relative limits Query DP SENSe PVTime MASK LIST LOWer FALL RELative lt rel amp gt 99 99 99 99 0 01 dB dB PVT MASK LIST LOW FALL REL gt 1 00 1 00 1 00 1 00 1 00 6 00 6 00 30 00 30 00 30 00 30 00 28 Powervs Time 2 8 22 Lower Fall Fail Logic SENSe PVTime MASK LIST LOWer FALL FLOGic ABSolutelIRELativelOR IOFF ABSolutelIRELativelOR IOFF ABSolute IRELativelORIOFF ABSolutelIRELativelOR
165. time gt lt time gt 1me gt 1me gt 4 1 lt time gt 999 99 999 99 0 01 Symbol Rate lt time gt 100 sps 2 Symbol Rate lt 1 ksps x 10 ms 1 ksps 2 Symbol Rate lt 10 ksps x 1ms 10 ksps Symbol Rate lt 100 ksps x 100 us 100 ksps 2 SymbolRate lt 1 Msps x 10 us 1 Msps Symbol Rate lt 10 Msps x 1 us 10 Msps Symbol Rate lt 100 Msps x 100 ns 100 Msps Symbol Rate 140 Msps x 10 ns PVT MASK LIST UPP FALL TIME 0 0 0 0 10 10 18 18 28 28 48 7 2 SCPI SENSe PVTime MASK LIST UPPer FALL TIME Mask Setup Upper limits Fall Time Query SENSe PVT1ime MASK LIST UPPer FALL TIME lt time gt 48 00 48 00
166. 0 Qr ulation MODindex 29 2 3 7 4FSK Auto Select CALCulate EVM FRAMe NOFormatted MODulation AUTO 4FSK OFFIONIOI1 4FSK Auto Select Modulation Type 4FSK Deviation 3 CALCulate EVM FRAMe NOFormatted MODulation AUTO 4FSK 1 lt switch gt 3 lt switch gt Deviation OFF 0 Deviation ONI1 Deviation Frame Formatted Deviation CALC EVM FRAM MOD AUTO 4FSK OFF CALCulate EVM FRAMe NOFormatted MODulation AUTO 4FSK 4FSK Auto SelectQuery Modulation Type 4FSK Deviation CALCulate EVM FRAMe NOFormatted MODu1ation AUTO 4FSK lt switch gt lt switch gt Deviation OFF 0 Deviation ON 1 Deviation I Frame Formatted Deviation CALC EVM FRAM MOD AUTO 4FSK Z gt 0 2 37 2 SCPI 2 3
167. 0 kHz PVT BAND 500KHz 2 240 28 Powervs Time SENSe PVTime BANDwidth RESolution Filter Bandwitdh Query Power vs Time SENSe PVTime BANDwidth RESolution 3 lt bandwidth gt 2 oO AN lt bandwidth gt Filter bandwidth 3 SPAN 1 kHz 100 Hz 4 kHz SPAN 2 5 kHz 100 Hz 10 kHz SPAN 5 kHz 1 001 kHz 20 kHz SPAN 10 kHz 2 001 kHz 40 kHz SPAN 25 kHz 4 001 kHz 100 kHz SPAN 50 kHz SPAN 100 kHz SPAN 250 kHz 10 001 kHz 200 kHz 20 001 kHz 400 kHz 40 001 kHz 1 MHz SPAN 500 kHz 100 001 kHz 2 MHz SPAN 1 MHz 200 001 kHz 4 MHz SPAN 2 5 MHz 400 001 kHz 10 MHz SPAN 5 MHz 1 000001 MHz 12 5 MHz SPAN 10 MHz 2 000001 MHz 20 MHz SPAN 25 MHz 4 000001 MHz 25 MHz SPAN 81 25 MHz 10 000001 MHz 40 MHz SPAN 50 00 MHz 12 500001 MHz 50 MHz SPAN 62 5 MHz 20 000001 MHz 50 MHz SPAN 100 00 MHz 25 000001 MHz 50 MHz SPAN 125 00 MHz 40 000001 MHz 50 MHz 1 Hz Hz
168. 1 TRAC MARK Y gt 3 47264798000 2 191 2 SCPI 2 8 Power vs Time Power vs Time 2 8 1 2 8 1 Power vs Time Configure CONFigure PVT1me Tnitiate TNTT1ae PVT1me Fetch FETCh PVT1me n Read READ PVT1me n Measure MEASure PVT1ime n 7 1 Result Mode 28 Powervs Time 2 8 1 n 2 8 2 Result Mode B 999 0 2 8 2 Power vs Time Pass 0 Fail 1 2 1 2 Slot 0 State 0 On 1 Off 2 3 Slot 0 Average Power dBm 4 Slot 0 59 Slot 19 State 0O On 1 Off 2 60 Slot 19 Average Power dBml 61 Slot 19 0 01 dBm ae Fm_ 2
169. 11 2 3 4 5 6 7 8 MARKer STATe OFFIONI OI1 Marker On Off Phase vs Symbol Phase vs Symbol On Off Trace Mode CALCulate EVM WTNDow1 0 TRACe n MARKer STATe lt switch gt lt switch gt On Off OFE 0 Of Ff ON 1 On Phase vs Symbol On CATC EVM WIND10 TRAC MARK ON 2 162 Z Modulation Analysis CALCulate EVM WINDow10 TRACe 1 2 3 4 5 6 7 8 MARKerl STATe Marker On Off Phase vs Symbol Query Phase vs Symbo1l On Off Trace Mode CALCulate EVM WTNDow10 TRACe n MARKer STATe lt switch gt 2 3 lt switch gt On Off 0 Off 1 1 On Phase vs Symbol CALC EVM WTND10 TRAC MARK gt 1 2 163 2 SCPI 2 7 31 Marker On Off Frequency vs Symbol CALCulate EVM WINDow11 TRACe 1
170. 2nd Measurement Filter CALCulate I lt select gt lt select gt NONE TREC TGA EVM FRAMe NOFormatted 2NDFilter M 2nd Measurement Hilter Rect Frame Formatted 2nd CALC EVM FRAM 2NDF MEAS gt IGA EASurement 2 2 3 14 Reference Filter CALCulate EVM FRAMe NOFormatted FILTer REFerence RNYQuistINYQuistIGAUSsian GAUSsian2ISTDT98 IHSINelIRECTIHCPMIUS ERdefined Reference Filter Reference Hilter CALCulate EVM FRAMe NOFormatted FILTer REFerence lt select gt 5 lt select gt Reference Filter RNYOQuist NYQuist GAUSsian GAUSsian2 Type2 STDT98 ARIB STD T98 HSTNe Half sine RECT RECT 1 Symbol HCPM TIA102 BBAB P25 Phase2 Inbound
171. 42 Marker Result Mag Error vs Symbol CALCulate EVM WINDow3 TRACe 1 I2 3 4 5 6 7 8 MARKer Y Marker Result Mag Error vs Symbol Mag Error vs Symbol Trace Mode CALCu1ate EVM WTNDow3 TRACe n MARKer Y lt real gt lt real gt 1 99 00 99 99 0 01 Mag Error vs Symbol CALC EVM WTND3 TRAC MARK Y gt 1 21 2 185 2 SCPI 2 7 43 Marker Result Phase Error vs Symbol CALCulate EVM WINDow4 TRACe 11 2I3 4 5 6 7 8 MARKer Y Marker Result Phase Error vs Symbol 2 186 Phase Error vs Symbol Qr Trace Mode CALCulate lt real gt lt real gt A 1 EVM WTNDow4 TRACe n MARKer Y 0 00 999 99 0 01 degree Mod
172. ACe3 ITRACe4 TRACe5ITRACe6ITRACe7 ITRACe8 Select Trace Trace DTSPlay TRACe SI lt trace gt T RACel RACe2 RACe3 RACe4 RACe5 RACe6 RACe 7 RACe8 ELect lt trace gt Trace Trace 1 Trace 2 Trace 3 Trace 4 Trace 5 Trace 6 Trace 7 Trace 8 Trace 1 DTSP TRAC TRAC1 2 144 27 Modulation Analysis DISPlay TRACe SELect Select Trace Query Trace DISP ay TRACe SELect 3 lt trace gt 2 lt trace gt Trace 3 TRAC1 Trace 1 TRAC2 Trace 2 TRAC3 Trace 3 TRAC4 Trace 4 TRAC5 Trace 5 TRAC6 Trace 6 TRAC7 Trace 7 TRAC8 Trace 8 Trace DTSP TRAC gt TRAC1 2 145 2 SCPI 2 7 19 Zoom In DISPlay TRACe ZOOM Zoom In 1 DISP ay TRACe ZOOM 1 DTSP TRAC ZOOM 2 7 20 Zoom
173. ARK SYMB gt 10 000 2 179 2 SCPI 2 7 39 Marker Number Frequency vs Symbol CALCulate EVM WINDow11 TRACe 1 2 3 4 5 6 7 8 MARKer SYMBol lt real gt Marker Number Freduency vs Symbol Frequency vs Symbol Trace Mode CALCulate EVM WINDowll TRACe n MARKer SYMBo lt real gt lt real gt 0 000 Measurement Interval 1 0 001 Symbol 0 000 Frequency vs Symbol 10 symbol CALC EVM WTND1 1 TRAC MARK SYMB 10 78 27 Modulation Analysis CALCulate EVM WINDow11 TRACe 1 2 3 4 5 6 7 8 MARKer SYMBol Marker Number Freduency vs Symbol Query Frequency vs Symbol Trace Mode CALCul1ate EVM WTNDow11 TRACe n MARKer SYMBo1 lt real gt 3 lt real gt 0 000 1 Measureme
174. Analyzer Applications VMA Common Template Mask oO8 C Program Files Anritsu Corpolation SignalAnalyzer Applications VMA Common Template Mask ABCDEE PVT MASK LOAD PRI ES ABCDEF 28 Powervs Time 2 8 7 Upper Rise Time SENSe PVTime MASK LIST UPPer RISE TIME lt time gt time gt lt time gt lt time gt time gt lt time gt time gt lt time gt time gt time gt lt time gt Mask Setup Upper limits Rise Time 3 lt SENSe PVTime MASK LIST UPPer RISE TIME lt time gt lt time gt lt time gt lt time gt lt time gt lt time gt lt time gt lt time gt lt time gt 1me gt 1me gt 1 lt time gt 999 99 999 99 0 01 Symbol Rate lt time gt 100 sps 2 Symbol Rate lt 1 ksps x 10
175. CALCulate EVM FRAMe SEARch BURSearch OFFIONIOI1 Burst Search CALCulate EVM FRAMe SEARcCh BURSearch lt switch gt lt switch gt OFF 0 ON 1 CALC EVM FRAM SEAR BURS ON CALCulate EVM FRAMe SEARch BURSearch Burst Search Query CALCulate EVM FRAMe SEARch BURSearch lt switch gt lt switch gt OFF 0 ON 1 CALC EVM FRAM SEAR BURS gt 1 2 60 29 2 3 26 2nd Word Enable CALCulate EVM FRAMe SEARch 2NDWord OFFIONIOI1 2nd Word Enable 2nd Word CALCul1ate EVM FRAMe SEARcCh 2NDWord lt switch gt lt switch gt 2nd Word OFF 0 ONI1 2nd Word CALC EVM FRAM SEAR 2NDW ON CALCulate EVM FRAMe SEARch 2NDWord
176. EVM WINDow 1 TRACe 1 23 4 5 6 7 8 MARKer SYMBol lt real gt Marker Number Constellation Constellation Trace Mode CALCulate EVM WINDow 1 TRACe n MARKer SYMBo lt real gt lt real gt 0 000 Measurement Interval 1 0 001 Symbol 0 000 Constellation 10 symbol CALC EVM WTND TRAC MARK SYMB 10 76 Z Modulation Analysis CALCulate EVM WINDow 11 TRACe 11 2 3 4 5 6I7 8 MARKer SYMBol Marker Number Constellation Query Constellation Trace Mode CALCu1ate EVM WTNDow 1 TRACe n MARKer SYMBo1 My Ga1 gt 2 3 lt real gt 0000 1 Measurement Interval 1 0 001 Symbol Constellation CALC
177. FEFSe Me NOFormatted SLOT INTVal lt n gt Measurement Interval e NOFormatted SLOT INTVa1 3 SEARch SYNSearch OFF ONI O11 Sync Word Search SEARoch SYNSearoh O Rch BURSearch OFEF ON 0 Burst Search Rch BURSearch Rch 2NDWord OFEF IONI 0O 2nd Word Enable 2NDWo 1STWo SLT lt n gt 0 Search Slot 1STWo SLT 1STWor rd SLENgth lt n gt Sync Word Length 1STWo DWord SLENgth 1STWo DWord RD lt hex gt Sync Word HEX 1STWo DWord WORD 1STWo DWord OFFSet lt n gt Sync Word Offset ENEEE 0 1STWord DWord OFFSet alizer ADPTive OFF HOLD ON Equalizer Adaptive alizer ADPTive alizer CONVergence lt real gt Equalizer Convergence CAI Le 3 Ga ai a11zer CONVergenoe alizer LENGth lt n gt Equalizer Length alizer LENGth 2 28 2 2 3 1 CALCulate EVM FRAN NOFormatted DEViation PRE POST Deviation Calculation CA late EF NOFormatted DEViation
178. FRAMe NOFormatted MODu1ation AUTO 2FSK lt switch gt lt switch gt Deviation OFF 0 Deviation ON 1 Deviation Frame Formatted Deviation CALC EVM FRAM MOD AUTO 2FSK gt 0 2 35 2 SCPI 2 3 6 Modulation Index CALCulate EVM FRAMeINOFormatted MODulation MODindex lt real gt Modulation Index Modulation Type 2FSK Modulation Index CALCu1ate EVM FRAMe NOFormatted MOD lt real gt lt real gt Modulation Index 0 2 10 0 01 1 ulation MODindex Frame Formatted Modulation Index 1 5 CALC EVM FRAM MOD MOD 1 5 CALCulate EVM FRAMelINOFormatted MODulation MODindex Modulation Index Query 2 Modulation Type 2FSK Modulation Index CALCulate EVM FRAMe NOFormatted MOD lt real gt lt real gt Modulation Index 0 2 10 0 01 Frame Formatted Modulation Index CALC EVM FRAM MOD MOD gt 1 5
179. IOFF ABSolute IRELativelORIOFF ABSolutelIRELativelORIOFF ABSolutelIRELativelOR IOFF ABSolutelIRELativelOR IOFF ABSolutelIRELativelOR IOFF ABSolutelRELativelORIOFF Q Mask Setup Lower Fall Fail Logic 0 Pass Fail SENSe PVTime MASK LIST LOWer FALL FLOGic lt mode gt lt mode gt lt mode gt lt mode gt lt mode gt lt mode gt lt mode gt lt mode gt lt mode gt lt mode gt lt mode gt ABSo1ute Absolute RETiative Relative OR Relative or Absolute OFF Off PVT MASK LIST LOW FALL FLOG REL REL REL REL REL REL REL REL REL REL 2 2355 2 SCZ7 SENSe PVTime MASK LIST LOWer FALL FLOGic Mask Setup Lower Fall Fail Logic Query Pass Fail SENSe PVTime MASK LIST LOWer FALL FLOGic
180. K SYMB 10 2 172 27 Modulation Analysis CALCulate EVM WINDow4 TRACe 11I2 3 4 5 6 7 8 MARKer SYMBol Marker Number Phase Error vs Symbol Query Phase Error vs Symbol I Trace Mode CALCulate lt real gt lt real gt EVM WTNDow4 TRACe n MARKer SYMBol 0 Measurement Interval 1 O QPSK Measurement Interval 0 5 O QPSK 0 5 Symbol Phase Error vs Symbol CALC EVM WTND4 TRAC MARK SYMB gt 10 0 2 173 Hd 2 SCPI 2 7 36 Marker Number land Q vs Symbol CALCulate EVM WINDow8 TRACe 1 2 3 4 5 6 7 8 MARKer SYMBol lt real gt Marker Number land Q vs Symbol T and Q vs Symbol Trace Mode CALCulate lt real gt
181. MX269017A 13 MS2690A MS2691A MS2692A MS2830A MX269017A M W3306AW 13 0
182. NOT USED DB2 SWEeping DB3 MEASuring DB4 Wainting for TRIG DB5 Waiting for ARM NOT USED DB6 CORRecting NOT USED DB7 3 FILE Operating DB8 NOT USED DB9 NOT USED DB10 NOT USED DB11 NOT USED DB12 INSTrument NOT USED DB13 PROGram NOT USED DB14 NOT USED DB15 3 3 1 OPERation 3 3 1 OPERation wXNX Ji IdOS Continuous 1 3 OPERation 3 3 2 3 3 2 OPERation Operation Status Regnster Event OPERation EVENt Operation Status Register Conditi tion CONDition ondition ENABle lt integer gt Operation Status Register Enable ENABle Operation Status Register ES Negative TYansition OPERation NTRansition PTRansition lt integer gt Operation Status Register Positive Transition OPERation PTRansttion 3 13 2 9CP7 STATus OPERation EVEN1 Operation Status Register Event
183. OFFIONIOI1 Marker On Off Magnitude vs Symbol Magnitude vs Symbol On Off Trace Mode CALCulate EVM WINDow9 TRACe n MARKer STATe lt switch gt lt switch gt On Off OFF 0 Off ONI1 On Magnitude vs Symbol On CALC EVM WTND9 TRAC MARK ON 76 27 Modulation Analysis CALCulate EVM WINDow9 TRACe 1 2 3 4 5 6I7 8 MARKer STATe Marker On Off Magnitude vs Symbol Query Magnitude vs Symbol On Off Trace Mode CALCulate EVM WTNDow9 TRACe n MARKer STATe My lt switch gt 3 lt switch gt On Off 0 Off 1 1 On Magnitude vs Symbol CALC EVM WTND9 TRAC MARK gt 1 767 2 SCPI 2 7 30 Marker On Off Phase vs Symbol CALCulate EVM WINDow10 TRACe
184. RMS Storage Count Magnitude Error Peak Storage Count Magnitude Error Peak Storage Count Droop Factor dB Symboll 2 Storage Count Droop Factor dB Symboll 2 Storage Count Deviation Hzl 3 Storage Count Deviation Hz 3 Storage Count 1Q Gain Imbalance dBI 4 Storage Count 1Q Gain Imbalance dBI 4 Storage Count Quadrature Error degreel 4 Storage Count Quadrature Error degreel 4 Storage Count FSK Error RMS 3 Storage Count FSK Error RMS 3 Storage Count FSK Error peak 1 3 Storage Count Oo 0 6 to x 5 jak CO oo Q 1 ft Oo FF to to Co i to to lt O oo CO CO 5
185. ST Histogram CNUM Custom Numeric 77 Trace 2 Trace Mode DTISP EVM TRAC2 gt PESY 2 7 3 Scale Vertical EVM vs Symb Z Modulation Analysis ol DISPlay EVM VIEW WINDow2 TRACe 1 2 3 4 5 6 7 8 Y SCALe RLEVel Mode DISP ay EVM VTEW WINDow2 TRACe nm Y SCALe RLEVe1 5 10 20 50 Scale Vertical EVM vs Symbol EVM vs Symbol lt moOde gt lt mode gt 5 10 20 50 Trace Hd 2 5 10 20 50 EVM vs Symbol 10 DTSP EVM WTND2 TRAC Y RTLEV 10 77Z 2 SCPI DISPlay EVM VIEW WINDow2 TRACe 1 2 3 4 5 6 7 8 Y SCALe RLEVel Scale Vertical EVM vs Symbol Query EVM vs Symbol Trace Mode DTSPlay EVM VTEW WINDow2 TRACe n Y SCALe RLEVel lt mode g
186. SYMBol lt real gt Marker Number Phase vs Symbol Phase vs Symbol Trace Mode CALCulate EVM WINDow10 TRACe n MARKer SYMBo lt real gt lt real gt 0 000 Measurement Interval 1 0 001 Symbol 0 000 Phase vs Symbol 10 symbol CATC EVM WTND10 TRAC MARK SYMB 10 2 178 Z Modulation Analysis CALCulate EVM WINDow10 TRACe 11 2 3 4 5 6 7 8 MARKer SYMBol Marker Number Phase vs Symbol Query Phase vs Symbol Trace Mode CALCulate EVM WINDowl0 TRACe n MARKer SYMBol MR Ga1 gt 3 lt r eal gt 0 000 1 Measurement Interval 1 0 001 Symbol Phase vs Symbol CALC EVM WIND1 0 TRAC M
187. SYS IANG SCPT ss Native VWXYZ1 lt n gt VWXYZ 0 SCPI AAAA BBBB D lt n gt AAAA BBBB D 0 SYST LANG NAT 1 3 1 SCPI Native 7 9 ggre SCPI Native Native SCPI 1 1
188. TTTLe STATe lt switch gt lt switch gt On OfF 0 Off 1 On DISP ANN TITL gt 1 2 79 QQ Hd 2 SCPI 2 4 3 Title Entry DISPlay ANNotation TITLe DATA lt string gt Title Entry DISPlay ANNotation TITLe DATA lt string gt lt string gt 32 TEST DTSP ANN TTTL DATA TEST DISPlay ANNotation TITLe DATA Title Entry Query DISPlay ANNotation TITLe DATA lt string gt lt string gt DTSP ANN TTTL DATA gt TEST 2 2 5 1 2 5 1
189. Time MASK LIST UPPer FALL RELative lt rel amp gt lt rel amp gt lt rel_amp gt lt rel_amp gt lt rel_amp gt lt rel_amp gt lt rel_ amp gt lt rel_amp gt lt rel_amp gt lt rel_amp gt lt rel_amDp gt Mask Setup Upper Fall Relative limits SENSe PVTime MASK LIST UPPer FALL RELative lt rel amp gt 2 lt rel amp gt lt rel amp gt re1 amp gt Fe1 amp gt lt rel amDp gt lt rel amp gt lt rel amp gt lt rel amp gt lt rel amp gt lt rel amp gt lt rel amPp gt 99 99 99 99 0 01 dB dB DB dB PVT MASK LIST UPP FALL REL 1 00 1 00 1 00 1 00 1 00 6 00 6 00 30 00 30 00 30 00 30 00 ALT 2 SCPI SENSe PVTime MASK LIST UPPer FALL RELative Mask Setup Upper Fall Relative limits Query
190. Trace Mode Numeric Trace DISP ay EVM VTEW WINDow2 TRACe 1112131415161718 Y SC ATie UNTT POWer lt unit gt lt unit gt DBM dBm W W Numeric dBm DTSP EVM WTND2 TRAC Y UNTT POW DBM Hd 2 127 2 SCPI DISPlay EVM VIEW WINDow2 TRACe 1 2 3 4 5 6 7 8 Y SCALe UNIT PO Wer Scale Unit Numeric Query Numeric DTSPlay EVM VTEW WINDow2 TRACe 1112131415161718 Y SC ATLe UNTT POWer lt unit gt lt unit gt DBM dBm W W Numeric DTSP EVM WTIND2 TRAC Y UNTT POW gt DBM 7 9 Z Modulation Analysis 2 7 9 Scale Unit Symbol Table DISPlay EVMI VIEW WINDow2 TRACe 1 2 3 4 5 6 7 8 SYMBol FORMat BINIHEX Scale Unit Symbol Table Symbol Table Binary Hex Symbol Table Trace Mode Symbol Table Trace
191. VTime BANDwidth RESolution lt Bandwidth gt Filter Bandwitdh Power vs Time SENSe PVTime BANDwidth RESolution lt bandwidth gt lt bandwidth gt Filter Bandwidth SPAN 1 kHz 100 Hz 4 kHz SPAN 2 5 kHz 100 Hz 10 kHz SPAN 5 kHz 1 001 kHz 20 kHz SPAN 10 kHz 2 001 kHz 40 kHz SPAN 25 kHz 4 001 kHz 100 kHz SPAN 50 kHz 10 001 kHz 200 kHz SPAN 100 kHz 20 001 kHz 400 kHz SPAN 250 kHz 40 001 kHz 1 MHz SPAN 500 kHz 100 001 kHz 2 MHz SPAN 1 MHz 200 001 kHz 4 MHz SPAN 2 5 MHz 400 001 kHz 10 MHz SPAN 5 MHz 1 000001 MHz 12 5 MHz SPAN 10 MHz 2 000001 MHz 20 MHz SPAN 25 MHz 4 000001 MHz 25 MHz SPAN 81 25 MHz 10 000001 MHz 40 MHz SPAN 50 00 MHz 12 500001 MHz 50 MHz SPAN 62 5 MHz 20 000001 MHz 50 MHz SPAN 100 00 MHz 25 000001 MHz 50 MHz SPAN 125 00 MHz 40 000001 MHz 50 MHz 1 Hz HZ KHZ KZ MHZ MZ GHZ GZ 100 0 kHz Filter Bandwidth 50
192. ase Error vs Symbol Dow4 TRACe 1 Marker Result T and Q vs Symbol Dow8 TRACe 1 Dow8 TRACe 1 Marker Result Magnitude vs Symbol Dow9 TRACe 1 IMarker Result Phase vs Symbol IMarker Result Frequency Vs Symbol Dow10 TRACe 1 Dow11 TRACe 1 12131415161718 12131415161718 4 SETAN 7 Z 2 SCPI 2 7 1 Measure CONFigure EVM Modulation Analysis Modulation Analysis CONF1igure EVM Modulation Analysis CONF EVM INITiate EVM Modulation Analysis Modulation Analysis INITiate EVM Modulation Analysis INIT EVM INITiate EVM EQUalizer Equalizer Reset Equalizer INITiate EVM EQUalizer Equalizer INIT EVM EQU 2 108 Z Modulation Analysis SENSe EVM REMeasure OFFIONI0 1 Re measurement Mode
193. at FRAMe NOFormatted CALC EVM FRAM CALCulate EVM Frame Formatted Non Formatted Select Query Format CALCulate EVM lt format gt lt format gt Format FRAM NOF Format CALC EVM gt FRAM 2 32 29 2 3 4 Modulation Type CALCulate EVM FRAMeINOFormatted MODulation BPSKIQPSKIOQPSkIPI4DqpskI8PSK 16QamI64Qam 256Qam 2FSKI4FSKI HCPM Modulation Type Modulation Type CALCu1ate EVM FRAMe NOFormatted MODulation lt mod gt 0 lt mod gt Modulation Type BPSK BPSK QPSK QPSK OOPSk O QPSK PT4Dqpsk PIl 4 DQPSK 8PSK 8PSK 16Oam 16QAM 640am 64QAM 256Oam 256QAM Non Formatted 2FSK 2FSK 4FSK 4FSK HCPM H CPM Non Formatted Modulation Type 256QAM CALC EVM NOF MOD 256O 2 33 2 SCPI CALCulate EVM FRAMeINOF
194. d OFFSet lt n gt Sync Word Offset E 2nd Word Slot E Sync Word Offset Symbol EARoch 1STWord 2NDWord OFFSet lt n gt Sync Word Offset 0 Slot Length Sync Word Length 1st Word 3 CALCuate EVM FRAMe S lt n gt 1 0 2nd Word Sync Word Offset 10 CALC EVM FRAM SI EAR 2NDW OFFS 10 CALCulate EVM FRAMe SEARch 1STWord 2NDWord OFFSet Sync Word Offset Query 2nd Word Sync Word Offset EVM FRAMe SI E 2nd Word Slot E Sync Word Offset EARch 1STWord 12NDWord OFFSet Sync Word Offset 0 Slot Length Sync Word Length 1st Word 2 CALCu1ate lt n gt lt n gt CALC EVM FRAM SI gt 10 6 EAR 2NDW OEFES
195. de Normal 6 0 GHz Frequency Band Mode Spurious 4 0 GHz Hd x 100 POW PADJ 100 2 SCPI SENSe POWer RF PADJust Pre selector Tune Query SENSe POWer RF PADJust lt freq gt lt freq gt 128 127 1 MS269xA MS2690A Trequency Band Mode MS2830A
196. device gt lt application gt VMA SIGANA MMEM LOAD TOD T 2 254 EST D VMA 210 MMEMory LOAD IQData INFormation Replay File Information Query MMEMory LOAD IQData INFormation lt filename gt lt time length gt lt filename gt 32 lt time_1ength gt IQ 1 ms 999999999999 MMEM LOAD TOD INF gt TEST 1260000 MMEMory LOAD IQData INFormation STATe Replay Execute Query MMEMory OAD TOData INFormation STATe lt switch gt lt switch gt On O
197. e 140 Msps x 10 ns PVT MASK LIST LOW FALL TIME 0 0 0 0 10 10 18 18 28 28 48 2 SCPI SENSe PVTime MASK LISTELOWer FALL TIME Mask Setup Lower limits Fall Time Query SENSe PVT1ime MASK LIST LOWer FALL TIME lt time gt 8 00 8 00 0 01 Symbol Rate lt time gt 100 sps 2 Symbol Rate lt 1 ksps x 10 ms 1 ksps 2 Symbol Rate lt 10 ksps x 1 ms 10 ksps Symbol Rate lt 100 ksps x 100 us 100 ksps 2 SymbolRate lt 1 Msps x 10 us 1 Msps Symbol Rate 10 Msps x 1 us 10 Msps Symbol Rate lt 100 Msps x 100 ns 100 Msps Symbol Rate 140 Msps x 10 ns PVT MASK LIST LOW FALL
198. e Time SENSe PVTime MASK LTST LOWer RISE TIME SENSe PVTime MASK LTST LOWer RISE ABSolute Mask Setup Lower lt real gt lt real gt lt real gt lt real gt lt real gt lt real gt lt real gt limits Rise lt rea1 gt lt rea1 gt lt rea1 gt lt ea1 gt Absolute limits SENSe PVTime MASK LTST 1OWer RISE ABSolute SENSe PVTime MASK LTST LOWer RISE RELative lt rel ampl gt lt rel amp1 gt re1 amp1 gt re ampl gt lt rel amp1 gt Mask Setup Lower lt re amp1 gt lt re1 amp1 gt lt re amp1 gt lt re1 amp1 gt lt rel amp1 gt Rise Relative imits lt rel amp1 gt SENSe PVTime MASK LTST 1OWer RISE RELative SENSe PVTime MASK LTST 1OWer RTSE FTOG1C ABSolute RELative OR OFF ABSolutelRELativel ORI OFF ABSolute RELative OR OFF ABSolutelRELativel ORI OFF ABSolute RELative OR OFF ABSolutelRELativel ORI OFF ABSolute RELative OR OFF ABSolutelRELativel ORI OFF ABSolute RELative OR OFF ABSolutelRELativel ORI OFF ABSolute RELative OR OFF Mask Setup Lower Rise Fail Logic SENSe PVTime MASK LIST RISE FLOGiCc 2 195 2 SCPI
199. ellation On Off Trace Mode CATLCulate EVM WINDow 1 TRACe n MARKer STATe lt switch gt lt switch gt On Off OFF 0 Off ONI1 On Constellation On CALC EVM WTND TRAC MARK ON 72 Z Modulation Analysis CALCulate EVM WINDow 1 TRACe 1 I2 3 4 5 6 7 I8 MARKer l STATe Marker On Off Constellation Query Constellation On Off Trace Mode CALCulate EVM WINDow l TRACe n MARKer STATe lt switch gt 3 lt switch gt On Off 4 0 Off 1 R On Constellation CALC EVM WIND TRAC MARK gt 1 727 2 SCPI 2 7 25 Marker On Off EVM vs Symbol CALCulate EVM WINDow2 TRACe 11 2 3 4 5 6 7 8 MARKer STATe OFFIONIOI1 Marker On Off EVM vs Symbol EVM vs Symbol
200. et CALCulate EVM FRAMe SLOT OFFSet lt n gt lt n gt Measurement Offset 0 Slot Length 10 1 Slot Offset CATLC EVM FRAM SLOT OFFS gt 50 2 57 Hd 2 SCPI 2 3 23 Measurement Interval CALCulate EVM FRAMelINOFormatted SLOT INTVal lt n gt Measurement Interval Measurement Interval CALCulate EVM FRAMe NOFormatted SLOT INTVal lt n gt lt n gt Measurement Offset 10 Slot Length Measurement Offset 1 10 Non Eormatted Measurement Interval 500 CALC EVM NOEF SLOT TNTV 500 CALCulate EVM FRAMe INOFormatted SLOT INTVal Measurement Interval Query Measurement Interval CALCulate EVM FRAMe NOFormatted SLOT TNTVa1 lt mod gt lt n gt Measurement Offset 10 Slot Length Measurement Offset 1 Non Formatted Measurement Interval CALC EVM NOF SLOT TNTV gt 500 2 58
201. ff 1 0 MMEM LOAD TOD INF STAT gt 1 2 2 SCPI MMEMory LOAD IQData INFormation FILE Replay Filename Query MMEMory LOAD TODaa INFormation FILE lt filename gt lt filename gt 82 MMEM LOAD TOD INF FILE gt TEST MMEMory LOAD IQData INFormation DEVice Replay Device Query MMEMory OAD IQData INFormation DEVice lt device gt lt device gt A B D E FR MMEM LOAD TOD INF DEV gt D
202. ffset Cancel 0 Origin Offset 1 Origin Offset SB Frame Formatted Origin Offset CALC EVM FRAM ORIG CANC gt 0 2 73 Hd 2 SCPI 2 3 38 Origin Offset Reference CALCulate EVM FRAMeINOFormatted ORIGinoffsettREFerence OFFSetIACTual Origin Offset Reference Origin Offset Modulation Ty CALCulate lt select gt lt select gt OFFSet ACTual pe O QPSK 4 EVM FRAMe NOFormatted ORIGinoffset R Origin Offset Reference EFerence IQ 0 5 symbol IQ Frame Formatted Origin Offset Reference Offset CALC EVM FRAM ORTG R EF OFFS CALCulate EVM FRAMe NOFormatted ORIGinoffset REFerence Origin Offset Reference Query EFerence Origin Offset CALCula
203. iW SELect RAEFa11 SLOT FRAMe Trace Mode DTSP lay PVTime VTEW SELect DTSPlay PVT1me VTEW WINDow 1 TRACe Y SCALe UNTT DBIDBM Unit DTSPlay PVT1ime VTEW WINDow 1 TRACe Y SCALe UNTT DTSPlay PVTim VTEW WTNDow 1 TRACe Y DTTem AVERage AL Display Item DTSP lay PVTime VTEW WINDow 1 TRACe Y DTTem DTSPlay PVTime VTEW WINDow 1 TRACe X SCA Slot lt integer gt DTSP lay PVTime VIEW WINDow 1 TRACe X SCA Load Mask Setting ENSe PVTime MASK LOAD PRESet lt fi 1ename gt Select Mask SENSe PVT1me MASK LIST UPPer RISE TIME lt time gt lt time gt lt time gt lt time gt lt time gt lt time gt lt time gt lt time gt lt time gt lt time gt lt time gt Mask Setup Upper limits Rise Time SENSe PVTime MASK LIST UPPer RISE TIME SENSe PVTime MASK LIST UPPer RISE ABSolute Mask Setup Upper lt real gt lt real gt lt real gt lt real gt lt real gt lt real gt lt real gt lt real gt Rise Absolute limits lt real gt lt real gt lt real gt SENSe PVTime MASK LIST UPPer RISE ABSolute SENSe PVTime MASK LIST UPPer RISE RELative lt rel ampl gt lt rel am
204. k Storage Count 1 48 Deviation 1 Max Peak Storage Count 1 QQ a 49 Deviation Hzl 3 Average Storage Count 50 Deviation Hzl 3 Average 1 Storage Count 51 Deviation Hzl 8 Max Peak 1 Storage Count 52 Deviation Hzl 8 Max Peak 1 Storage Count 53 Deviation Hzl 3 Min Peak 1 Storage Count Min Peak 1 Storage Count Max Peak 1 Storage Count 54 Deviation Hzl 55 Deviation Hzl 1 Max Peak 1 Storage Count 9 9 56 Deviation IHzl 3 3 Min Peak 1 Storage Count 9 9 9 57 Deviation IHz 58 Devation IHz Min Peak 1 Storage Count 59 Deviation Hzl 3 Peak to Peak 2 1 Storage Count 60 Deviation Hzl 3 Peak to Peak 2 1 Storage Count 61 Deviation 8 Max Peak 1 Storage Count 62 Deviation 3 Max Peak 1 Storage Count 1 63 Deviation 3 Max Peak 1 S
205. ker On Off land Q vs Symbol Tand Q vs Symbo1l On Off Trace Mode CALCulate EVM WTNDow8 TRACe n MARKer STATe lt switch gt lt switch gt On Off OFF 10 Of Ff ONI1 On Tand Q vs Symbol On CALC EVM WIND8 TRAC MARK ON 2 158 27 Modulation Analysis CALCulate EVM WINDow8 TRACe 1 2 3 4 516 7 8 MARKer STATe Marker On Off land Q vs Symbol Query Iand Q vs Symbol Or Off Trace Mode CALCulate EVM WINDow8 TRACe n MARKer STATe lt switch gt 3 lt switch gt On Off 0 Off 1 On T and Q vs Symbol CALC EVM WTND8 TRAC MARK gt 1 2 159 2 SCPI 2 7 29 Marker On Off Magnitude vs Symbol CALCulate EVM WINDow9 TRACe 1 I2 3 4 5 6 7 8 MARKerl STATe
206. ker YAxis Value CA e MARKer 1 12 Y MTNimum Minimum Marker to Modana Modulation Analysis CAI te MARKer MOD Area 2 197 2 SCPI 2 8 1 Measure CONFigure PVTime Power vs Time Power vs Time CONFigure PVTime Power vs Time CONE PVT INITiate PVTime Power vs Time Power vs Time INTT1ate PVT1ime Power vs Time TINTTPSPWU FETCh PVTime n Power vs Time Query Power vs Time FETCh PVTime n 2 8 2 Power vs Time FETC PVT 7 9 28 Powervs Time READ PVTime n Power vs Time Query Power vs Time READ PVTime n QQ le Me 2 8 2 3 Power vs Time READ PVT 1
207. lay EVMI VIEWI SELectl TRACe 1 2 3 4 5 6 7 8 CONStellationIEVSYmbolIMESYmbollPESYmbollTRELlisIEYEDiagramINUM ericlIQSYmbollIMGSYmbollPHSYmbollFRSYmbollISMONitorISYMBoltablelEQ AMplitudelEQPHaselEQGRoupdelayIEQIMpulselFSSYmbollFISYmbollIHISTo gram CNUMeric Trace Mode Modulation Analysis DTSP ay EVM VTEW SELect TRACe nm lt mode gt lt n gt Trace 1 Trace 1 2 Trace 2 3 Trace 3 4 Trace 4 5 Trace 5 6 Trace 6 7 Trace 7 8 Trace 8 Trace 1 lt mode gt Trace Mode CONSte11ation Oonstellation EVSYmbo1 EVM vs Symbol MESYmbo1 Mag Error vs Symbol PESYmbol Phase Error vs Symbol TRELlis Trellis EYEDiagram Eye Diagram NUMeric Numeric TOSYmbo1 and Q vs Symbol MGSYmbo1 Magnitude vs Symbol PHSYmbo1 Phase vs Symbol FRSYmbo1 Frequency vs Symbol SMON1 or Signal Monitor SYMBoltable Symbol Table EQAMplitude Equalizer Amplitude EQPhase Equalizer Phase EQGroupdelay Equalizer Group Delay EQImpulse Equalizer Impulse Response FSSYmbol FSK Error vs Symbol 2 114 Z Modulation Analysis FTSYmbo1 Modulation Fidelity vs Symbol HITSTogram Histogram CNUMeric Custom Numeric Trace Trace Mode 2 7 2 1 2 7 2 1
208. lculation Query 2 70 Deviation Deviation Calculation Pr Qrf i 6O CALCulate EVM FRAMe NOFormatted DEV1iation lt select gt lt select gt PRE POST Deviation Calculation Pre Measurement Filtering Post Measurement Filtering Frame Formatted Deviation Calculation CALC EVM FRAM D gt PRE EV 29 2 3 35 Deviation RMS Reference CALCulate EVM FRAMe NOFormatted DEViation REFerence IDEallNOMinal Deviation RMS Reference Deviation rms CALCulate EVM FRAMe NOFormatted DEViation REEFerenCe 1 lt select gt lt select gt Deviation RMS Reference IDEal Ideal average NOMina1 Nominal settings Frame Formatted Deviation rms Reference Ideal avarage CATLC EVM FRAM DEV REE TDE CALCulate EVM FRAMeINOFormatted DEViation REFerence Deviation RMS Reference Query Deviation rms CALCu1ate EVM FRAMe NOFormatted DEViat1on REFeren
209. le QUEStionable Measure STATus OUEStionab e MEASure ENABle lt integer gt lt integer gt 1 0 65535 QUEStionable Measure 16 STAT OUES MEAS ENAB 16 STATus QUEStionable MEASure ENABle Questionable Measure Redgister Enable Query QUEStionable Measure STATus OUEStionab e MEASure ENABle lt integer gt lt integer gt 1 0 65535 QUEStionable Measure STAT OUES MEAS ENAB gt 16 3 10 STATus QUEStionable S TATus QUEStionable MEASure NTRansition lt integer gt Questionable Measure Register Negative Transition QUEStionable Measure
210. lt switch gt lt switch gt OFFI0 ONI1 1 DTSP WTND TRAC Y RLEV OFEES STAT ON DISPlay WINDow 11 TRACe Y SCALe RLEVel OFFSettSTATe Level Offset State Query DISPlay WINDow l TRACe Y SCALe RLEVel OFFSet STATe lt switch gt lt switch gt 0 1 DTSP WTND TRAC Y RLEV OFFS STAT gt 1 2 SCPI 2 2 6 Pre Amp State SENSe POWer RF GAIN STATe OFFIONIOI1 Pre Amp State Pre Amp On Off SENSe POWer RF GAIN STATe lt switch gt lt switch gt Pre Amp On Off OFF 0 Off ON 1 On 008
211. ms 1 ksps 2 Symbol Rate lt 10 ksps x1 ms 10 ksps Symbol Rate lt 100 ksps x 100 us 100 ksps Symbol Rate lt 1 Msps x 10 us 1 Msps Symbol Rate lt 10 Msps x 1 us 10 Msps Symbol Rate lt 100 Msps x 100 ns 100 Msps Symbol Rate 140 Msps x 10 ns PVT MASK LIST UPP RISE TIME 48 28 28 18 18 10 10 0 0 0 0 2 205 2 SCPI SENSe PVTime MASK LIST UPPer RISE TIME Mask Setup Upper limits Rise Time Query SENSe PVTime MASK LIST UPPer RISE TIME lt time gt 999 99 999 99 0 01 Symbol Rate lt time gt 100 sps 2 Symbol Rate lt 1 ksps x 10 ms 1 ksps 2 SymbolRate lt 10 ksps x 1 ms 10 ksps 2 Symbol Rate lt 100 ksps x 100 us 100 ksps SymbolRate lt 1 Msps
212. n Hzl 1 Min Peak Storage Count 1 Deviation Hzl 1 Peak to Peak 2 Storage Count Deviation Hzl 1 Peak to Peak 2 Storage Count Deviation 1 Max Peak Storage Count 1 Deviation 1 Max Peak Storage Count Deviation 1 Max Peak Storage Count 1 Deviation Hzl 3 Min Peak 1 Storage Count Deviation Hzl 3 Peak to Peak 2 1 Storage Count Deviation Hzl 3 Peak to Peak 2 1 Storage Count 3 Deviation 3 Max Peak 1 Storage Count Deviation 9 3 Max Peak 1 Storage Count Max Peak 1 Storage Count Deviation Hzl 1 Average Storage Count 1 Deviation Hzl 1 Max Peak Storage Count Deviation Hzl 3 Average 1 Storage Count Storage Count 1 Deviation Hzl 1 Max Peak Storage Count
213. n Up CALCulate EVM FRAMe INOFormatted MODulation SPANup OFFIONI0I1 Span Up Span Up CALCulate EVM FRAMe NOFormatted MODulation SPANup lt switch gt lt switch gt Span Up OFFI0 oNI1 1 Span Up CALC EVM NOF MOD SPAN ON CALCulate EVM FRAMe NOFormatted MODulation SPANup Span Up Query Span Up CALCu1ate EVM FRAMe NOFormatted MODulation SPANup lt switch gt lt switch gt Span Up 0 1 Span Up CALC EVM NOF MOD SPAN gt 1 7 2 SCPI 2 3 12 Measurement Filter CALCulate EVM FRAMeINOFormatted FILTer MEASurement NONEIRNYQuistINYQuistIGAUSsianISTDT98IRECTIIRECtIIGAusIHCPM Measurement Hilter CALCulate EVM FRAMe NOFormatted FTLTer MEASuremen USERdefined Measurement Filter lt select gt lt select gt NONE RNYOui
214. nd Reference Filter CALCulate EVM FRAMe NOFormatted 2NDFilter REFerence NONEI HSINe 2nd Reference Filter 2nd Reference Filter 6 CALCulate EVM FRAMe NOFormatted 2NDFilter REFerence a lt select gt lt select gt 2nd Reference Filter NONE HSINe Half sine 1 Non Formatted 2nd Half sine CALC EVM NOF 2NDF REF HSIN CALCulate EVM FRAMe NOFormatted 2NDFilter REFerence 2nd Reference Filter Query 2nd Reference Filter CALCulate EVM FRAMe NOFormatted 2NDFilter REFerence lt select gt lt select gt 2nd Reference Filter NONE HSIN Half sine Non Formatted 2nd CALC EVM NOF 2NDE REEF gt HSIN 2 47 2 SCPI 2 3 16 Roll Off BT CALCulate EVM FRAMe NOFormatted FILTer ROFFbt lt real gt Roll Off BT Roll Off
215. nt Interval 1 0 001 Symbol Frequency vs Symbol CATC EVM WTND1 1 TRAC MARK SYMB gt 10 000 797 2 SCPI 2 7 40 Marker Result Constellation CALCulate EVM WINDow 11 TRACe 11 I2I8 4 5 6 7 8 MARKer X Marker Result Constellation Constellation I Trace Mode CALCulate EVM WTNDow 1 TRACe n MARKer X lt real gt lt real gt 99 9999 99 9999 0 0001 Modulation Type 2FSK 4FSK Constellation 1 CALC EVM WTND TRAC MARK X gt 0 1323 2 182 27 Modulation Analysis CALCulate EVM WINDow 1 TRACe 1 2 3 4 5 6 7 8 MARKer Y Marker Result Constellation Q Constellation Q Mode LL 3
216. oCe lt select gt lt select gt Deviation RMS Reference IDE Ideal average NOM Nominal settings Frame Formatted Deviation rms Reference CALC EVM FRAM DEV REF gt IDE 2 71 2 SCPI 2 3 36 H CPM Decode Method CALCulate EVM FRAMe INOFormatted DECode METHod HCPM TYPe1 ITYPe2 H CPM Decode Method H CPM Modulation Type H CPM CALCulate EVM FRAMe NOFormatted DECode METHod HCPM lt select gt lt select gt H CPM Decode Method TYPel ISI TYPe2 Vitabi Frame Formatted H CPM DecodeMethod Type1 CALC EVM FRAM DEC METH HCPM TYP1 CALCulate EVM FRAMelINOFormatted DECode METHod HCPM H CPM Decode Method Query H CPM Modulation Type H CPM CALCulate EVM FRAMe NOFormatted DECode METHod HCPM
217. olMap 2 Hd Fm_ gt 2 2 SCPI 2 3 10 Symbol Rate CALCulate EVM FRAMelINOFormatted MODulation SRATe lt rate gt Symbol Rate CALCulate EVM FRAMe NOFormatted MODu1ation SRATe lt rate gt lt rate gt 0 1 ksps 125 Msps 0 1 sps 100 sps Non Formatted 5 Msps CALC EVM NOF MOD SRAT 5000000 CALCulate EVM FRAMe NOFormatted MODulation SRATe Symbol Rate Query 2 40 CALCulate EVM FRAMe NOFormatted MODu1ation SRATe lt rate gt lt rate gt 0 1 ksps 125 Msps 0 1 sps Non Formatted CALC EVM NOF MOD SRAT gt 5000000 0 2 2 3 11 Spa
218. or Absolute OFF OF PVT MASK LIST UPP FALL FLOG REL REL REL REL REL REL REL REL REL REL 7 2 SCPI SENSe PVTime MASK LIST UPPer FALL FLOGic Mask Setup Upper Fall Fail Logic Query Pass Fail SENSe PVTime MASK LIST UPPer FALL FLOGic lt mode gt ABS Absolute REL Relative OR Relative or Absolute OFF Off PVT MASK LIST UPP FALL FLOG gt REL REL REL REL REL REL REL REL REL REL 28 Powervs Time 2 8 15 Lower Rise Time SENSe PVTime MASK LIST LOWer RISE TIME lt time gt time gt lt time gt lt time gt time gt lt time gt time gt lt time gt time gt time gt lt time gt Mask Setup Lower limits Rise Time
219. or Icon Query Replay Error Info MMEMory LOAD TOData INFormation ERRor lt switch gt 1 Replay Error Info 0 999 0 Replay Error Info MMEiM LOAD TOD INF ERR gt 0 MMEMory LOAD IQData INFormation CORRection Replay Correction Query Correction MMEMory OAD IQData INFormation CORReot1on lt real gt lt real gt 100 100 dB Correction 0 0 000 999 0 Correction MMEM LOAD TOD INF CORR gt 0 000 2 258 210 MMEMory LOAD IQData INFormation ROSCillator Replay External Reference Query
220. ormatted MODulation Modulation Type Query Modulation Type CALCu1ate EVM FRAMe NOFormatted MODulation lt mod gt lt mod gt Modulation Type BPSK BPSK QPSK QPSK OOPS O QPSK PT4D PL 4 DQPSK 8PSK 8PSK 16O 16QAM 64O 64QAM 256O 256QAM 2FSK 2FSK 4FSK 4FSK HCPM H CPM Non Formatted Modulation Type CALC EVM NOF MOD gt 256Q Cs 2 34 29 2 3 5 2FSK Auto Select CALCulate EVM FRAMe NOFormatted MODulation AUTO 2FSK OFFIONIOI1 2FSK Auto Select Modulation Type 2FSK Deviation 3 CALCulate EVM FRAMe NOFormatted MODulation AUTO 2FSK 1 lt switch gt lt switch gt Deviation OFF 0 Deviation ONI1 Deviation Frame Formatted Deviation CALC EVM FRAM MOD AUTO 2FSK OFF CALCulate EVM FRAMe NOFormatted MODulation AUTO 2FSK 2FSK Auto Select Query Modulation Type 2FSK Deviation CALCulate EVM
221. pl gt lt rel ampl gt lt rel ampl gt lt rel ampl gt Mask Setup Upper lt rel ampl gt lt rel ampl gt lt rel ampl gt lt rel ampl gt lt rel amp1 gt Rise Relative limits lt rel amp1 gt SENSe PVTime MASK LIST UPPer RISE RELative SENSe PVT1ime MASK LTST UPPer RTSE FTOG1C ABSolute RELative OR OFF ABSolutelRELativel ORI OFF ABSolute RELative OR OFF ABSolutelRELativel ORI OFF ABSolute RELative OR OFF ABSolutelRELativel ORI OFF ABSolute RELative OR OFF ABSolutelRELativel ORI OFF ABSolute RELative OR OFF ABSolutelRELativel ORI OFF ABSolute RELative OR OFF Mask Setup Upper Rise Fail Logic SENSe PVTime MASK LIST RTSE FLOG1c 2 194 28 Powervs Time 2 8 3 Power vs Time SENSe PVTime MASK LIST UPPer FALL TIME lt time gt lt time gt lt time gt lt time gt lt time gt lt time gt lt time gt lt time gt lt time gt lt time gt lt time gt Mask Setup Upper limits Fall Time SENSe PVTime MASK LIST UPPer FALL TIME SENSe PVTime MASK LIST UPPer FALL ABSolute lt real gt lt real gt lt real gt lt real gt
222. r vs Time DTSPlay PVTime VTEW WINDow 1 TRACe Y DTTem lt mode gt lt moOde gt AV ERage ALI Display Item Average All Display Item All DTSP PVT WTND TRAC Y DTT ALL DISPlay PVTime VIEW WINDow 11 TRACe Y DITem Display Item Query Power vs Time DTSPlay PVTime VTEW WINDow 1 TRACe Y DTTem lt moOde gt lt mode gt AVE AL Unit Average All Display Item DISP PVT WIND TRAC Y DIT gt ALL 28 Powervs Time 2 8 5 Slot DISPlay PVTime VIEW WINDow 1 TRACe X SCALe SLOT lt integer gt Slot Power vs Time DTSP lay PVTime VTEW WINDow 1 TRACe X SCALe ShOT lt integer gt lt integer gt Slot 0 Slots per Frame 1 1 0 Slot 1 DISP PVT WIND TRAC X SLOT 1 DISPlay PVTime VIEW WINDow 1 TRACe X SCALe SLOT Slot Query
223. rage EVM AVER ON SENSe EVM AVERage STATe Storage Mode Query Storage Mode SENSe EVM AVERage STATe mode gt lt mode gt Storage Mode 0 Off 1 Average 2 Average amp Max Storage Mode EVM AVER gt 1 2 142 27 Modulation Analysis 2 7 17 Storage Count SENSe EVM AVERage COUNt lt integer gt Storage Count Storage Count SENSe EVM AVERage COUNt lt integer gt lt integer gt Storage Count 2 9999 1 10 T Storage Count 10 EVM AVER COUN 10 SENSe EVM AVERage COUNt Storage Count Query Storage Count SENSe EVM AVERage COUNt lt integer gt lt integer gt Storage Count 2 9999 1 ul Storage Count EVM AVER COUN gt 10 7 2 SCPI 2 7 18 Select Trace DISPlay TRACe SELect TRACe1ITRACe2ITR
224. s Result Mode FSK Deviation Oo_ 0 Q CO Do w Ww CO MW WW MW DO MW MW MW DD MW I DD O 0 NO ON RR OO MW PO 0 ND GOQ PR ww MW Fr Deviation Hz 3 Min Peak 1 Storage Count Deviation 1 3 Deviation Deviation IHzl 1 Min Peak Deviation Hzl 1 Average Storage Count Devation 2 1 Deviation Hzl 3 Average 1 Storage Count Deviation Hzl 3 Max Peak 1 Storage Count 3 Deviation Hzl 3 Max Peak 1 Storage Count 3 Deviation Hzl 3 Min Peak 1 Storage Count 1 Deviation Hzl 3 Min Peak 1 Storage Count Deviation Hzl 3 Max Peak 1 Storage Count 3 Deviation Hzl 3 Max Peak 1 Storage Count 3 3 Max Peak 1 Storage Count Deviation Hzl 1 Max Peak Storage Count Deviation Hzl 1 Min Peak Storage Count 1 Deviation Hzl 1 Max Peak Storage Count Deviation Hzl 1 Min Peak Storage Count 1 Deviatio
225. se vs Symbol Phase vs Symbol Trace Mode CALCulate EVM WTNDow10 TRACe n MARKer Y lt real gt lt real gt 180 00 179 99 0 01 degree Modulation Type 2FSK 4FSK Phase vs Symbol CATC EVM WTND10 TRAC MARK Y 2 2 7 Z Modulation Analysis 2 7 47 Marker Result Frequency vs Symbol CALCulate EVM WINDow11 TRACe 1 2 3 4 516 7 8 MARKer Y Marker Result Frequency vs Symbol Frequency vs Symbol Trace Mode CALCulate EVM WTNDow11 TRACe n MARKer Y 2 lt real gt lt real gt 1 0 00000000001 GHz GHz Modulation Type 2FSK 4FSK Frequency vs Symbol CALC EVM WTND1
226. st NYOQuist GAUSsian STDT98 RECT LRECt TGAUuS HCPM USERdefined Measurement Filter ARIB STD T98 RECT 1 Symbol 2 Rect TTA102 BBAB P25 Phase2 Inbound H CPM_P25 Frame Formatted CALC EVM FRAM FILT MEAS GAUS 2 42 2 CALCulate EVM FRAMelINOFormatted FILTer MEASurement Measurement Filter Query Measurement Hilter CALCu ate EVM FRAMe NOFormatted FILTer MEASurement lt select gt lt select gt NONE RNYQ NYO GAUS STDT98 RECT IREC IGA HCPM USER Measurement Filter ARIB STD T98
227. sult Phase Error vs Symbol 2 186 2 7 44 Marker Result land Q vs Symbol 2 187 2 7 45 Marker Result Magnitude vs Symbol 2 189 2 7 46 Marker Result Phase vs Symbol 2 190 2 7 47 Marker Result Frequency vs Symbol 2 191 Power vs Time eit 2 192 2 8 1 MeasUre ieee 2 198 2 8 2 Trace Mode uate 2 200 28 3 Unb ER 2 201 LB 4 Display te 2 3 mum 2 202 2 8 5 Slot 2 203 2 8 6 Load Mask Settind 2 204 2 8 7 Upper Rise Time 2 205 2 8 8 Upper Rise Absolute limits 2 207 2 8 9 Upper Rise Relative limits 2 209 2 8 10 Upper Rise Fail Logic 2 211 2 8 11 Upper Fall Time 2 213 2 8 12 Upper Fall Absolute limits 2 215 2 8 13 Upper Fall Relative limits 2 217 2 8 14 Upper Fall Fail Logic 2 219 2 8 15 Lower Rise Time 2 221 2 8 16 Lower Rise Absolute limits 2 223 2 8 17 Lower Rise Relative limits 2 225 QQ Hd Fm_ 2 9CZ7 2 9 2 10 2 8
228. t lt mode gt 5 10 20 50 5 10 20 50 EVM vs Symbol DISP EVM WTND2 TRAC Y RLEV gt 10 2 118 Z Modulation Analysis 2 7 4 Scale Vertical Mag Error vs Symbol DISPlay EVM VIEW WINDow3 TRACe 1 I2 4 5 I6 7I8 Y SCALe RLEVel 5 10 20 50 Scale Vertical Mag Error vs Symbol Mag Error vs Symbol Trace Mode 0 DISPlay EVM VIEW WINDow3 TRACe n Y SCALe RLEVel lt mode gt lt mode gt 1 5 5 10 10 20 20 50 50 Mag Error vs Symbol 10 DTITSP EVM WTND3 TRAC Y RLEV 10 2 119 2 SCPI DISPlay EVM VIEW WINDow3 TRACe 1 2 3 4 5 6 7 8 Y SCALe RLEVel Scale Vertical Mag Error vs Symbol Query Mag Error vs Symbol Trace Mode
229. t 1 Sampling Rate Hzl 8 gt 0s Replay MMEM LOAD TOD TIME OFFS gt 0 001 2 261 2 SCPI 6 2 SCPI SCPI 3 1 3 2 3 2 STATus QUEStionable i 3 3 3 3 STATus OPERation i 3 13 3 NGTNY YN TdOS 7 9CP7 3 1 STATus ERRor Measurement Status Query STATuS ERROr lt status gt lt status gt bit0 bit1 bit2 bit3 bit4 bit5 bit6 bit7 bit8 bit9 bit10 bit11 bit12 bit18 bit14 bit15 bit0 20 1 bit1 21 2 bit2 22 4
230. t lt real gt lt real gt lt real gt lt real gt lt real gt lt real gt lt real gt lt real gt lt real gt lt real gt 1 lt real gt 99 99 99 99 0 01 dB dBm DBM dBm PVT MASK LTST UPP FALL ABS 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 7 2 SCPI SENSe PVTime MASK LIST UPPer FALL ABSolute Mask Setup Upper Fall Absolute limits Query SENSe PVTime MASK LIST UPPer FALL ABSolute lt real gt 99 99 99 99 0 01 dB dBm PVT MASK LIST UPP FALL ABS gt 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 2 216 28 Powervs Time 2 8 13 Upper Fall Relative limits SENSe PV
231. te EVM FRAMe NOFormatted ORIGinoffset R lt select gt lt select gt Origin Offset Reference OFFS IQ 0 5 symbol ACT TQ Frame Formatted Origin Offset Reference EVM FRAM ORTG R CALC gt OFES 2 74 EF 29 2 3 39 BER Setting CALCulate EVM VIEW BER OFFIONIO 1 BER Mode BER On Off CALCulate EVM VIEW BER OFF ON 0 11 lt select gt BER On Off OFF O BER Off ON 1 BER On Format Frame Formatted Modulation 2FSK 4FSK Sync Word Search Of f BER On CALC EVM BER ON CALCulate EVMI VIEWI BER BER Mode Query BER On Off CALCuate EVM VTEW BER lt select gt lt select gt BER On O 0 BER Of 1 BER
232. tern name gt lt pattern name gt 3 32 1 1 OS Windows Embedded Standard 7 C Anritsu SignalAnalyzer Applications VMA Common Template BER OS C Program Files Anritsu Corpolation SignalAnalyzer Applications VMA Common Template BER P25 _Tone CALC EVM BER PATT PB2 5 TONE CALCulate EVM VIEWI BER PATTern BER Pattern Query BER CATLCu1ate EVM VTEW BER PATTern lt pattern name gt 82 BER CATC EVM BER PATT gt P25 TONE ZZ 2 SCPI 2 4
233. torage Count 64 Deviation 3 Max Peak 1 Storage Count Modulation Type 2FSK 4FSK 999 0 1 Modulation Type 2FSK 999 0 7 7 2 SCPI 2 7 2 Modulation Analysis Result Mode Symbol Table Measurement Interval Format Non Formatted Modulation Type 2FSK 4FSK 999 0 Equalizer Amplitude 0 01 dB 257 dB 999 0 Equalizer Phase 0 01 degree 257 degree 999 0 Equalizer Group Delay 257 ns
234. ulation Type 2FSK 4FSK Phase Error vs Symbol CALC EVM WTND4 TRAC MARK Y gt 1 21 Z Modulation Analysis 2 7 44 Marker Result 1and Q vs Symbol CALCulate EVM WINDow8 TRACe 1 I2 3 4 5 6 7 8 MARKer l Y Marker Result 1and Q vs Symbol I IT and Q vs Symbol I Trace Mode CALCulate EVM WINDow8 TRACe n MARKer I Y lt real gt lt real gt 1 0000 1 0000 0 0001 Modulation Type 2FSK 4FSK Tand Q vs Symbol 1 CALC EVM WTND8 TRAC MARK I Y gt 0 6254 2 187 2 SCPI CALCulate EVM WINDow8 TRACe 11 2 3 4 5 6 7 8 MARKer Q Y Marker Result 1and Q vs SymboIl Q I and Q vs Symbol Q Trace Mode
235. umber gt 1 1 2 2 8 8 Constellation Symbol 1 DTISP EVM WTND TRAC TNT POTN 1 2 125 Hd 2 SCPI DISPlay EVMI VIEW WINDow 1 TRACe 11 2 4 5I6 7 8 INTerpolation POIN ts Points Symbol Number Constellation Query Constellation Symbol Trace Mode DTSPlay EVM VIEW WINDow 1 TRACe n INTerpolation POI Nts lt number gt lt number gt 1 1 2 2 8 8 Constellation Symbol DTSP EVM WTND TRAC INT POTN gt 7 Z Modulation Analysis 2 7 8 Scale Unit Numeric DISPlay EVM VIEW WINDow2 TRACe 1 2 314 5 6 7 8 Y SCALe UNIT PO Wer DBMIW Scale Unit Numeric Numeric dBm W Numeric
236. us INSTrument SYSTem lt apl name gt lt window gt lt apl name gt VMA SIGANA Signal Analyzer SPECT Spectrum Analyzer CONFIG Config lt window gt ACTive TNACtive MTN1imum TNST SYST VMA ACT 2 8 7 INSTrument SYSTem VMA Application Switch And Window Status Query INSTrument SYSTem lt apl name gt 3 lt status gt lt window gt lt lt apl name gt 3 VMA STGANA 1 SPECT lt CONFIG Config lt status gt CURR RUN IDLE

アンリツ株式会社 MX269017A ベクトル変調解析ソフトウェア取扱説明

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アンリツ株式会社 MX269017A ベクトル変調解析ソフトウェア 取扱説明

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アンリツ株式会社 MX269017A ベクトル変調解析ソフトウェア取扱説明