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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

Contents

1. peas Wu
2. MX269017A _ a MS2690A MS2691A MS2692A dum MS2830A MS2690A MS2691A MS2692A MS2830A MX269017A MX269017A e
3. MS269x 10 MHz 13 MHz MS2830A 5 MHz 10 MHz 13 MHz Buffer Out 10 MHz E Trigger Input MS269x Sweep Status Out IF Out MS269x AUX
4. 2009 21 9 16 2015 27 3 20 18 Copyright 2009 2015 ANRITSU CORPORATION Printed in Japan ii 6 6 ROM 30 EE
5. Agian 3897 Configuration m Measure ae peo Single 1 Continuous H 1U3 E D 14 Shift s 15 WW WWW ta GJ E 16 RF Input 17 SG On Off e v Enter Cancel AH
6. 38 8 Trace Mode 3 8 1 2 Modulation Type Modulation Type BPSK QPSK 16QAM O QPSK 64QAM PIADQPSK 256 QAM 8PSK Trace Mode Constellation EVM vs Symbol Magnitude Error vs Symbol Phase Error vs Symbol Frequency vs Symbol Trellis Eye Diagram Numeric I and Q vs Symbol Magnitude vs Symbol Phase vs Symbol Signal Monitor Symbol Table Equalizer Amplitude Equalizer Phase Equalizer Group Delay Equalizer Impulse Response FSK Error vs Symbol Fidelity vs Symbol Histogram Custom Numeric 1 Non Formatted x2 Frame Formatted 3 2FSK 4FSK H CPM Trace Mode A S 3 71 BEE WWE 3 8 1 1 Constellation Trace Constellation
7. 5 2 1 1 2 MG3700A MX370102A 3 dB 3 MG3700A MS2690A MS2691A MS2692A MS2830A possis ms o0 10 MHz E Reference 9000 3 dB attenuator 3 dB attenuator T Power Meter Power Sensor 5 2 1 1 5 8 5 2 TERRORA 4 Preset lt gt 1 MG3700A Frequency 30 0 MHz Level 15 dBm Base Band Pattern TestSignal001 Mod On Off On Output On 2 Center Frequency 8
8. lt gt i Preset 2 Preset 2 4 2 ERO L C5 Application Cal pA SIGANA Al MS2690A MS2691A MS2692A MS2830A
9. IG 3 7 E zx soe Measurement Slot Dit Sync Word Length Bux Symbol On Slot P 3 4 9 Frame Xn Modulation Type Sync Word HEX Bee Sync Word Length 3 4 11 1 3 4 11 2 3 4 11 1 Sync Word Length symbol Modulation Type BPSK 2FSK 1 128 Slot Length QPSK O QPSK PI ADQPSK 4FSK H CPM 1 64 Slot Length 8PSK 1 42 Slot Length 16QAM 1 82 Slot Length 64QAM 3 34 1 21 Slot Length HWA H ODORE 3 4 11 2 Sync Word Length symbol Sync Word HEX
10. GERM lt gt 1 Accessory 2 Erase Warm Up Message VIRA MFA Rn Frequency Carrier Frequency 1 000 GHz RF Spectrum Off Frequency Band Mode Normal MS2691A MS2692A 003 MS2 830A 041 043 044 045 Signal Level Too Low Display On Micro Wave Preselector Bypass On MS2692A 0677167 MS2830A 007 067 167 Amplitude Input Level 10 00 dBm Pre Amp Off Offset Off Offset Value 0 00 dB Common Setting Preset Dialog Parameter No Standard Measuring Object Frame Formatted Modulation Type BPSK Symbol Rate 100 sps Span Up Frame Formatted Off Measurement Filter Root Nyquist 2nd Measurement Filter None Reference Filter Nyquist 2nd Reference Filter None Roll Off BT 1 00 2nd Roll Off BT 1 00 SK Slots per Frame 1 slot A Slot length 10 symbol Measurement Offset 0 symbol Measurement Interval 10 symbol Sync Word Search OFF Burst Search OFF 1st Word Search Slot Slot 0 1st Word Sync Word Length 1 symbol 1st Word
11. CD Eds 1 2 AE 5 1 2 1 IMS2690A IMS2691A MS2692A MS2830A E TDMA BEER MG3700A MX370102A ML2487B MA2470D 3 dB 2 41KC 3 5 1 3 MX370102A TDMA IQproducer LEV 8 3 51 fff OBS E
12. gt MS269x MS2830A MS2690A MS2691A MS2692A 3 HE KLTV YS E MS2830A ET e MS269x MS2830A MS2690A MS2691A MS2692A
13. 2 3 1 Jt E XXX lt gt 1 Configuration 2 Application Switch Settings Application Switch Registration 3 Load Application Select Unloaded Applications XXX XXX 23 Loaded Applications XXX 23 Loaded Applications amp Unloaded Applications 4 Set XXX Loaded Applications 2 3 2
14. Slot per Frame 4 Es Slot Length Measurement Offset Measurement Interval Symbol Rate Off Sync Word Search Burst Search Equalizer Adaptive be IQ 1Q Common Setting 4 11 RAB DUUTXPBEEE 4 2 6 lt gt 1 gm Capture 2 mJ Stop Replaying 4 12 HSE fIBERUEO as M 5 1 kk 5 2 5 1 1 kk 5 2 5 1
15. MS2690A MS2691A MS2692A MS2830A 2 1 1 10 14 12 nkSUmyMS2690A sse 2 1 1 1 MS269x Anritsu N MS2830A hioc 2 1 1 2 MS2830A 2 2 HDD Copy Recall Save fe 21 BDE AC Power On Rb Power On Power 2
16. 3 12 HWA H ODORE Parameter Recall Recall Parameter File Common Setting Dialog Recall Q9 Common Setting Dialog File Recall Parameter File Common Setting No Standard Default Frame Formatted Parameter File Frame Formatted Non Formatted Modulation Waveform Information Modulation Type BPSK Em Symbol Rate 100 sps Measurement Filter Root Nyquist None Frame Reference Filter Nyquist None Roll Off BT 1 00 1 000 Slots per Frame 1 slot Search Slot Length 10 symbol Measurement Offset 0 symbol Measurement Interval 10 symbol Detail Settings Sync Word Search Of 1st Sync Word 2nd Sync Word Set Parameters Burst Search Off 3 4 2 2 Common Setting Dialog Recall Open Common Setting 3 13 PIE WWE 3 4 3 Preset Dialog Parameter 3 4 4 Default 3 14
17. Carrier Frequency Offset Offset Value MS2690A MS2691A MS2692A MS2880A 13 6 2 Recall Current Application AE MS2690A MS2691A MS2692A z MS2830A 3 65 BIE WE 3 6 3 6 1 Modulation Analysis m Marker Marker 1 Trace Trace Mode
18. 3 Trace Trace 4 Unit dB dBm B 3 5 2 5 1 Unit dB dBm KA 3 02 85 WEAHORE 3526 Display Item B 1 Measure Measure 2 Power vs Time Power vs Time 3 Trace Trace 4 Display Item Average All B 3 5 2 6 1 Display Item Average All
19. BE CD iii iv 1
20. 4 File Name 5 Exec Digitize File Namel dgz File Namel xml XML IQ b Digitize 000 999 Device Anritsu CorporationNSignal AnalyzerNUser Data Digitized DataNVector Modulation Analysis 1000 RAB DUUMqXBE 4 1 4 IQ
21. Q9 SN cOe Power vs Time Mask Setup Rise Upper Limits B 3 5 2 9 1 REL Limit 99 99 dB 99 99 dB 0 01 3 5 2 9 2 ABS Limit 99 99 dBm 99 99 dBm 0 01 3 57 BIE WE 3 5 2 9 3 Fail Logic ABS Limit dBm Pass Fail EN REL Limit dB Pass Fail ABS Limit dBm REL Limit dB Pass Pass Off Pass Fail ABS or REL 3 58 3 5 2 10 Lower Limit Line Segment c Mask Setup Lower Limit Time Point Segment 85 WEAHORE wh Lower Limit Line Segment 2E Preset B
22. A wis26oih Vector Modulation Analysis m Carrier Freq 1 000 000 000 Hz Input Level 10 00 dBm ATT 4 dB Result FSK Error vs Symbol MKR Symbol FSK Error Pre Amp Off 3 8 1 18 1 FSK Error vs Symbol Bd FSK Error Scale BUE Scale Vertical Bux WERE 5 1096 20 5096 Marker Bum On Off BER On Off 3 101 BIE WE 3 102 Marker Number FSK Error vs Symbol B FSK Error vs Symbol I iE SE Measurement Offset Measurement Interval 1 C 3 4 8 Data 3 4 10 Slot Marker Link Trace On Off BERI On Off 38 8 Trace Mode 3 8 1 19 Fidelity vs Symbol Trace Modulation Fidelity vs Symbol Modulation 2FSK 4FSK H CPM
23. 0 10 1 00 Filter 0 100 1 000 2nd Filter User Defined Filter Bum T Measurement Filter Reference Filter User Defined User Defined filter Measurement Edit Biz Measurement Filter Root Nyquist HWA H ODRE Reference Edit Bux Reference Filter INyquist Measurement Filter Filter Measurement Filter CT Pulse Shaping Filter Root Nyquist Root Nyquist 3 Filter Measurement Filter
24. 5 SoS S lt E UC B AK o 6 AIL 7 5
25. DF 1 Vector Modulation Analysis Carrier Freq 1 000 000 000 Hz Input Level 9 00 dBm ATT 4 dB Result Constellation MKR Symbol Q 3 8 1 1 1 Constellation Interpolation On 1Q IQ Symbol fiz Modulation 2FSK 4FSK H CPM Symbol Scale mix Scale Interpolation Bu Points Symbol B On AMBRE ITYET Off BT VE I
26. lt gt 1 Application Switch 2 XXX XXX 2 12 WAELE 2 4 mE 2 4 1
27. Sut 4S 48 M MX269017A MS2830A MS2880A 006 106 MS2830A 005 105 007 009 MS2830A 006 106 1 2 1 2 1 1 2 1 1 1 2 1 1 MX269017A CD ROM CD ROM 1 w En 1 2 2 1 2 2 1 1 2 2 1 MX269017A MX269017A W3305AW W3306AW L3 Bie 13 1 3 1 MS2830A Attenuator Mode Mechanica
28. EVM Phase Error Magnitude Error 3 4 7 5 Measurement Filter Reference Filter Pulse shaping Filter Measurement Filter Reference Filter used in transmitter Root Nyquist Root Nyquist Nyquist Nyquist None Nyquist Gaussian None Gaussian Measurement Signal Measurement Filter Demodulation Symbol Reference Mapping Filter Reference Signal Measurement Result EVM Phase Error Magnitude Error 3 4 7 3 3 28 HWA H ODORE 3 4 8 Data Data Measuring Object 23 Non Formatted Common Setting Dialog Datal Data LT x Measurement Interval 10 symbol cont 3 4 8 1 Data Measurement Interval Bu Symbol Measurement Intervall Symbol
29. Non Formatted Frame Slot Search Common Setting z xj File No Standard Default Frame Formatted Frame Formatted Non Formatted Modulation Filter Frame Parameter File Waveform Information Modulation Type BPSK Symbol Rate 100 sps Measurement Filter Root Nyquist None Reference Filter Nyquist None Roll Off BT 1 00 1 000 Slots per Frame 1 slot Slot Length 10 symbol Measurement Offset 0 symbol Measurement Interval 10 symbol Sync Word Search Of Search Detail Settings 1st Sync Word 2nd Sync Word Set Parameters Burst Search Off 3 4 5 1 Non Formatted Common Setting Dialog 3 15 PIE WWE 3 4 6 Modulation Common Setting Dialog Modulation Modulation Modulation 3 4 6 1 Modulation 3 16 HWA H ODRE Modulation Type
30. 1 526914 Vector Modulation Analysis 1000000000 Hz Input Level 60 00 dBm Trigger ATT 4 dB Delay Measuring Fidelity vs Symbol MKR Symbol Fidelity Symbol Fidelity vs Symbol Histogram Custom Numeric 3 of 3 EQ 3 8 1 19 1 Modulation Fidelity vs Symbol B Modulation Fidelity Scale Bd Scale Vertical BER 5 10 20 50 Marker BU On Off WERE On Off 3 103 PIE WWE 3 8 1 20 Histogram 3 104 Trace CYRIL OED HEL RLEY Modulation 23 2FSK 4FSK H CPM A MS26914 Vector Modulation Analysis ol ME Carrier Freq 1 000 000 000 Hz Input Level 60 00 dBm Trigger Video ATT 4 dB Delay 1 000 000 us Equalizer Result Measuring Impulse Response Histogram FSK Error vs Symbol Fidelity vs Symbol Histogram Custom Numeric Pre Amp Off
31. Common Setting Dialog ctor Modul Carrier Fre ti a Common Setting Result No Standard Default Frame Formatted Numeric Parameter File Frame Formatted NonFomated Modulation r Waveform Information 4 Modulation Type BPSK Symbol Rate 100 sps Measurement Filter Root Nyquist None Reference Filter Nyquist None Roll Off BT 1 00 1 000 Slots per Frame 1 slot Slot Length 10 symbol Measurement Offset 0 symbol Measurement Interval 10 symbol Detail Settings Sync Word Search Of gs 1st Sync Word 2nd Sync Word Set Parameters Burst Search Ref int 3 4 13 1 3 40 3 5 Measure 85 WEAAHORE i Measure 3 5 1 Modulation Analysis Measure Modulation Analysis Modulation Analysis 3 5 1 1 Trace 3 Vector Mod
32. 4 Vector Modulation Analyss miij lt Carrier Freq 1 000 000 000 Hz Input Level 10 00 dBm ATT 4 dB Trace 1 Mode I and Q vs Result Symbol Equalizer Phase Magnitude vs Symbol Phase vs Symbol Signal Monitor Symbol Table Pre Amp Off 3 8 1 15 1 Equalizer Phase Bu Equalizer Degree Scale auum Scale Vertical mus EER 1 180 Degree 3 98 3 8 Trace Mode 3 8 1 16 Equalizer Group Delay Trace Equalizer Group Delay 1 Equalizer Adaptive On Hold A wS2691h WASS Modulation Analyss BE Carrier Freq 1 000 000 000 Hz Input Level 10 00 dBm ATT 4 dB Result Equalizer Group Delay Pre Amp Off 3 8 1 16 1 Equalizer Group Delay Bux Equalizer s
33. 1 1 11 Amplitude i 5 Time Sweep ec 1 2 1 4 NDA f GSD igna sen GQ 2
34. 107 4096 3 29 BEE WWE 3 4 9 Frame 3 30 Frame Measuring Object 23 Frame Formatted Common Setting Dialog Frame Frame 3 4 9 1 Frame Slots per Frame 1 Be Al 1 20 Measurement Slot age Inactive BRE On Off HWA H ODORE 3 4 10 Slot Slot Measuring Object 23 Frame Formatted Common Setting Dialog Slot Slot ST gt Slo
35. 3 58 BIE WE 3 5 2 7 Slot Slot Trace Mode Slot Rise and Fall Slot B 1 Measure Measure 2 Power vs Time Power vs Time 3 Trace Trace 4 Slot Slot 5 Sot Set BREA 3 5 2 7 1 Slot 3 54 E 85 WERADORE 3 5 2 8 Upper Limit Line Segment Mask Setup Upper Limit Time Point Segment Upper Limit Line Segment it Preset 1 Measurel Measure
36. Jitter P P Min BE Peak to Peak Jitter P P Max Ir Peak to Peak Deviation Bum Peak to Peak 3 87 BIE WE Deviation rms LII rms Deviation at Ts 2 Bu Peak to Peak BER Bux Specific Word Bux Origin Offset Bux Droop Factor Bu IQ Gain Imbalance Bux I Q Quadrature Error Bd IT Q MER rms BUE MER rms MER peak Bi MER Peak Peak
37. Preset Dialog Parameterl Predefined C CE ttik C Predefined Common Setting Parameter Measuring Object Frame Formatted Frame Formatted Non Formatted Non Formatted IE J No Standard E 3 4 4 1 Common Setting Dialog Default zR A7 HWA H ODRE 3 4 5 Measuring Object Format Frame Frame B Frame Formatted Non Formatted KY Common Setting Dialog
38. Shift 1 Qa eg 1638807 A F8 RF RF N RF Output RF On Off On 044 045 MS2880A OA 8 SG Output Opt 20 21 22 Mod On Off 1st Local Output 21 FHOFR RF 020 RF N 044
39. l f 1 1 1 2 ft D User Defined Filter 9 FIR D 2 1 D 2 1 D 2 1 9 FIR Allocation Allocation 0 6 055e 3 5 2 619e 1 1 1 339e 2 6 5 052e 2 2 5 052e 2 7 1 339e 2 3 2 619e 1 8 6 055e 3 4 6 000e 1 1 1 D 2 1 Mapping Edit 7 BER Pattern
40. 3 8 Trace Mode 3 6 2 Power vs Time Measure Power vs Time I 3 5 2 Power vs Time 3 6 2 1 Marker B 1 Marker 2 Marker On Off Marker B 3 6 2 1 1 Marker 3 66 86 VT TOBRE 3 6 2 2 Point Marker 1 Marker 2 Th B Marker 1 1 Marker Marker 2 Marker
41. E 1 Carrier Frequency 3 6 Common Setting 3 9 1st Local Output eee 2 7 Common Setting Dialog 3 9 II Y E RE oret ellablonoosaas seio titus 3 72 2 Continuous i 3 5 2nd Word Search CREER 3 34 Convergence 3 36 Copy 2 3 4 OO 3 43 4 kk 3 2 3 44 Custom Numeric sies sidera adis 3 105 Custom Numeric Setting 3 45 D A Data ed CN T 3 29 Default SS RR 3 10 ACCESSORY ii et 6 2 Detail ae e e c Ud 3 36 PO AeA eo SD M ue 2 10 E RR ME 3 37 3 87 Adaptive uiae Dd PER HIER 3 36 S A T 3 88 Am 3 8 Tievintion nae seite ee oe 3 37 NANA GN eisai ana ud Deviation Em arbitre lanea ri dtn 3 88 Analysis Offset Time sss 3 111 Deviation rma Referenten 3 37 ADDINGTON dudit tdi E ica Display teni nine Rer epe 3 53 DP LAN M E E Droop Factor ane tete hts 9 88 Auto Deviation Auto Detection 3 18 AUX AKIA PC PE 2 9 E Average Type 3 50 Enten a ode i 2 6 AvgldBm P osocauei p dsl bv bpor Fai 3 107 Eni on i 3 36 B Equalizer Reset
42. S 3 9 Capture LS 6 1 Capture Accessory 3 1 3 1 Single Continuous Single Storage Count lt gt 1 eb Continuous Storage Count AE lt gt Continuous 1 ea ii ILE o BIE WE 3 2 3 6 Frequency Frequency pae Frequency Carrier Frequency
43. 2 Power vs Time Power vs Time LET 3 Mask Setup Power vs Time Mask Setup 4 Mask Setup Rise Upper Limits Fall Upper Limits 5 Time Point 6 Set A Power vs Time Mask Setup Rise Upper Limits BRERA 3 5 2 8 1 Time Point Rise Upper Limits 999 99 x amp 999 99 x amp 0 01 zU H Symbol Rate 3 5 2 8 3 3 5 2 8 2 Time Point Fall Upper Limits 999 99 x amp E Symbol Rate 999 99 x amp 0 01 zU H Ax AE Symbol Rate 3 5 2 8 3 E Symbol Rate 3 505 BEE WWE 3 5 2 8 3 Symbol Rate amp k
44. H H 1 1 6 1 80 30 4 103 2
45. 4 1 1 1 4 1 1 1 CaptureDate H DD MM YYYY CaptureTime HH MM SS FileName Format Float CaptureSample Sample Condition Normal OverLoad TriggerPosition Sample 0 CenterFrequency roe Hz SpanFrequency Hz SamplingClock PreselectorBandMode Hz EBB SY BONE AEB Normal Normal Spurious Spurious ReferenceLevel AttenuatorLevel dBm dB In
46. 3 27 Measurement Filter sees 3 24 Measurement Interval 3 29 3 32 Measurement OffSet 3 81 Measurement Slot 3 30 Measuring Object 3 15 MER peak 3 88 MER tms oninia 3 88 Micro Wave Preselector Bypass 3 7 Modulation esee 3 16 Modulation Analysns 3 41 Modulation Fidelity DSI 3 87 inn PE 3 87 Modulation Fidelity vs Symbol 3 103 Modulation Index esses 3 18 Modulation Type 3 17 Modulation 2 7 Monitor Out Lui 2 10 N INext WC 3 44 Next VIG Wises diese dites tee diese 3 44 Non Formatted 3 15 NUME Coreene enne uu eene neuen inneren 3 84 O O Be 2 1 3 8 Offset EVM Deak 3 88 Offset EVM rms sse 3 88 Offset Value rci eer eei es 3 8 Origin Offset sss 3 88 Orig
47. Common Setting Capture Time Length Storage Count W fe Re 1 Sampling Rate Hz Sampling Rate Hz Modulation Type Symbol Rate Span 2 Span 3 4 6 Modulation B 0 000000000 s 42 YAU 4 2 5 IQ IQ 4 2 5 1 4 2 5 1 IQ I Q 32 Bit Float Binary MX269017A IQ Common Setting Common Setting Current Common Setting cannot measure IQ data file
48. Ec 8 8 Trace Mode 3 8 1 7 Eye Diagram Trace C I HZ Q 1 Vector Modulation Analysis 1 000 000 000 Hz Input Level Carrier Fre 9 m ATT Constellation Result Eye Diagram EVM vs Symbol nitur rror Pre Amp Off 3 8 1 7 1 Eye Diagram BUE 1 8 1 Q Modulation 2FSK 4FSK H CPM Symbol 2 Scale Bux 1 Q 2 0 Marker Biz Result Select Bux Constellation Eye Diagram IQ Modulation 2FSK 4FSK
49. Preselector Preset Bum 3 7 BIE WE 3 8 Amplitude Amplitude EK Amplitude Input Level Input Level B Bit E Pre Amp On 80 00 Offset Value 10 00 Offset Value dBm Pre Amp Off 60 00 Offset Value 30 00 Offset Value dBm Pre Amp BE Pre Amp On Off 008 B REX On Off Offset BUE On Off BR On Off Offset Value Bum 99 99 99 99 dB 40 dBm Output Input Level 40dBm Offset Value 30 dB 3 4 3 4 1 N 4 HWA H ODORE JL r3
50. 3 4 6 5 Span 50 MHz IMS2690A IMS2691A FHS IMS2692A 067 167 IMS2830A 040 IMS2830A 041 MS2830A 043 IMS2830A 044 067 167 IMS2830A 045 067 167 HWA H ODORE 3 4 7 Filter Common Setting Dialog Filter Filter cS Filter 3 4 7 1 Filter 3 28 BEE WWE Measurement Filter Bu Filter Filter 2nd Filter 2 Filter m EIRA 3 4 7 1 Measurement Filter Modulation Type 2FSK 4FSK O QPSK O QPSK 2FSK Filter Type Root Nyquist Nyquist None Gaussian ARIB STD T98 Rect Inverse Rect Inverse Gaussian H CPM P25 User Defined 3 4 7 2 2nd Measurement Filter Modulation Type 2FSK 4FSK Filter Type O QPS O QPSK 2FSK None Rect Inverse Rect Inverse Gauss
51. Measuring Object Frame Formatted BER 1 gt 3 4 5 Measuring Object MBER On BER On Off BER Off MBER Pattern BER L EBER Pattern Slot Number BER Slot 3 46 85 WEAAHORE 3 5 1 2 Modulation Analysis Re measurement mode On Off RE On 1 3 5 1 2 1 2FSK 4FSK EVM peak 2FSK AFSK FSK Error peak L vi Re measurement Threshold 3 5 1 3 Signal Level Too Low Display Modulation Analysis Signal Level Too Low Display C On
52. On Off BERI On Off 3 90 38 8 Trace Mode 3 8 1 10 Magnitude vs Symbol Trace Magnitude vs Symbol 1 Vector Modulation Analysis ioj 1000000000 Hz Input Level 10 00 dBm ATT 4 dB Result Magnitude vs Symbol MKR Symbol Magnitude Pre Amp Off 3 8 1 10 1 Magnitude vs Symbol BUE 1 8 Volt Scale Bu ZZ KOREA Input Level o J50 x 1000 x 10 Crputlevel 10 10 mV Marker Bd On Off WERE On Off Marker Number Magnitude vs Symbol Bu Magnitude vs Symbol mit E Measurement Offset Measurement Interval 1 3 4 8 Data P 3 4 10 Slot 3 91 BIE WE Marker Link Bu Trace On Of BERE On Off 3 92 3 8 1 11 Phase vs Symbol 8 8 Trace Mode Trace Pha
53. Save Captured Data 4 Replay 4 Replay Replay 4 Replay Replay 4 IQ 1 Frame 10 Frame Capture Interval Frame Replay z 3 9 2 8 Replay Stop Replaying Analysis Offset Time 3 111 BIE WE 3 9 1 Capture Time Capture Time Length Auto Common Setting Dialog 1 Manual 1
54. Marker Number 1 3 3 6 2 2 1 Point zo symbol 3 6 2 3 Marker to Modana Area Marker 1 Marker 2 Modana Modulation Analysis Marker 1 Marker 2 Marker 1 Measurement Offset Symbol Marker 2 Measurement Offset Measurement Interval Symbol E 1 Marker Marker 2 Marker to Modana Modulation Analysis Areal A Marker Off 3 67 BIE WE 3 7 E Trigger Trigger Trigger Switch Biz On Off BEER X On Off Trigger Source Bux
55. 1 3 2 3 1 B AY T a
56. 18 28C CAL Filter Type Root Nyquist Nyquist Input Level Average 20 m MS269x Beth lt 7 bie 0 596 rms symbol rate 4 500 ksps 50 ms Carrier BPSK QPSK x 4DQPSK Frequency 50 500 MHz 0 P SPSK 16QAM E o symbol rate 500 ksps 5 Msps Carrier Frequency 50 MHz 64QAM 256QAM MS2830A 1 096 rms symbol rate 47 500 ksps 50 ms Carrier Frequency 507 500 MHz 1 596 rms symbol rate 500 ksps 5 Msps Carrier Frequency 50 MHz 3 5 GHz V P 18 C 28 C 10 MHz CAL Filter Type Gaussian BT 0 5 Symbol Rate 100 ksps slot 160 symbol 2FSK 4FSK Input Level Average 10 1 0 ppm 1 D 18 28C CAL 10 dB Input Level MS269x 0 6 dB Off 1 1 dB On MS2830A 0 6 dB
57. Reference Filter Reference Filter Filter W Filter Filter Filter IE Filter 2nd Filter Measurement Filter Reference Filter Filter V 2nd Filter None Measurement Filter Reference Filter Filter Filter 2nd Filter None Measurement Filter Reference Filter Filter 2nd Filter Bd 83 4 7 2 Filter 2nd Filter 3 4 7 2 Filter 2nd Filter 3 27 BIE WE Filter Measurement Filter Measurement Filter Symbol Mapping Symbol Symbol Reference Filter Measurement Hilter
58. Scale Bu Scale Vertical Bux B REX 100 ns 1 ms 3 99 BIE WE 3 8 1 17 Equalizer Impulse Response 3 100 Trace Equalizer Impulse Response 1 Equalizer Adaptive On Hold 4 Vector Modulation Analyss ioj Carrier Freq 1 000 000 000 Hz Input Level 10 00 dBm ATT 4 dB Result Impulse Response Equalizer Impulse Response Pre Amp Off 3 8 1 17 1 Equalizer Impulse Response Equalizer dB Biz DTT Ki OO MEAT Ve XE 33 Scale Vertical adum BER 20 dB 50 dB 100 dB 38 8 Trace Mode 3 8 1 18 FSK Error vs Symbol Trace FSK Error vs Symbol 1
59. AN A amp EZ A L Gs MX269017A
60. 3 89 IF Qui SAE usages eite tectis 2 9 IF 2 10 Impulse Response Egua lizero TNE 3 100 Input Level 22 ette ot ees 3 8 IQ Gain Imbalance esses 3 88 J Jitter PSP Maxtor saan 3 87 Jitter PP Mm iis eerte ertet tn 3 87 Judge eese aa 3 107 L Load Application Select 2 12 Local 2i opns n dicii teeth Re 2 4 Lower Limit Line sess 3 59 3 60 M Magnitude Error Deak ostro stunts iei ee 3 87 VIG es CE 3 86 Manual vete tern d eire cei 3 7 AZI 2 Mapping 0 3 18 Markt tte e eese re deteke 3 66 Marker Link inerenti 3 102 Marker Number Constellation 3 73 EVM vs Symbol eee 3 75 Frequency vs Symbol 3 81 FSK Error vs Symbol 3 102 I and Q vs Symbol 3 89 Magnitude Error vs Symbol 3 77 Magnitude vs Symbol 3 91 Phase Error vs Symbol 3 79 Phase vs Symbol esses 3 93 Mask FE semne dans pes s Fronto Du code i pesas 3 63 Maximum Frequency Deviation 3 18 Mead SET 3 41 Measurement Edit 3 26 Measurement Filter
61. 3 50 85 WEAHORE 3 5 24 Trace Mode B 1 Measure Measure 2 Power vs Time Power vs Time 3 Trace Trace Qr ZW 4 Trace Model Trace Mode dus 5 B 3 5 2 4 1 Trace Mode Rise and Fall Slot Rise Fall Slot Slot Frame 1 Frame 3 01 BIE WE 3 5 2 5 Unit B 1 Measure Measure 2 Power vs Time Power vs Time
62. WERE Video Wide IF Video 49 50 MHz IF External SG Marker Trigger Slope Bd BA Rise Fall 3 68 37 WHORE Video Trigger Level Be 150 Level Offset Value 50 Level Offset Value dBm Wide IF Video Trigger Level Bux 60 Level Offset Value 50 Level Offset Value dBm Trigger Delay Bux B zi soe 2 00000000 2 00000000 s 3 69 B
63. WERE Liner Constellation IQ Constellation IQ 3 73 BIE WWE 3 8 1 2 EVM vs Symbol Trace EVM vs Symbol 1 Vector Modulation Analysis 1000000000 Hz Input Level 9 00 dBm ATT 4 dB Result EVM vs Symbol MKR Symbol Pre Amp Off 3 8 1 2 1 EVM vs Symbol Bu EVM Scale Bux Scale Vertical mius EER 5 10 20 50 Marker Bd On Off WERE On Off 3 74 3 8 Trace Mode Marker Number EVM vs Symbol B EVM vs Symbol Measurement Offset Measurement Interval 1 3 4 8 Data 3 4 10 Slot Marker Link B Trace Op Off
64. 1 NEL 7 8 9 nE USB CF
65. Common Setting Common Setting Dialog Qr T I 4 2 5 IQ at Common Setting Dialog Common Setting Dialog No Standard Default Frame Formatted Parameter File Frame Formatted Non Formatted Modulation Waveform Information Modulation Type BPSK Filter Symbol Rate 100 sps Measurement Filter Root Nyquist None Frame Reference Filter Nyquist None Roll Off BT 1 00 1 000 Slots per Frame 1 slot Slot Length 10 symbol Measurement Offset 0 symbol Measurement Interval 10 symbol Detail Settings Sync Word Search Of 4 1st Sync Word 2nd Sync Word Set Parameters Burst Search amp 3 4 1 1 Common Setting Dialog BIE WE 3 10 Save Recall Common Setting us gt 3 4 2 Parameter
66. Common Setting Measuring Object Modulation Symbol Rate Measurement Filter Reference Filter Roll Off Measurement Interval MG3700A MG3700A Non Formatted 64QAM 4 ksps Root Nyquist None Nyquist None 1 0 200 symbol 30 MHz 3 2 GHz lot MG3700A Common Setting Measuring Object Modulation Symbol Rate Measurement Filter Reference Filter Roll Off Measurement Interval MG3700A Pattern TestSignal003 Non Formatted PI 4DQPSK 500 ksps Root Nyquist None Nyquist None 1 0 4096 symbol MG3700A MG3700A Common Setting Measuring Object Modulation Symbol Rate Measurement Filter Reference Filter Roll Off Measurement Interval d Non Formatted 64QAM 500 ksps Root Nyquist None Nyquist None 1 0 4096 symbol 3 FJR 477 30 MHz 4 7 PII 477 4 7
67. Measurement Offset Measurement Interval 1 3 4 8 Data 3 4 10 Slot Marker Link Bux Trace On Off On Off 3 79 BEE WWE 3 8 1 5 Frequency vs Symbol Trace Frequency vs Symbol 1 1 000 000 000 Hz Input Level 9 00 dBm ATT 4 dB Result Frequency vs Symbol MKR Symbol Frequency EVM vs Symbol Magnitude Error vs Symbol Phase Error vs Symbol Frequency vs Symbol Trellis Eye Diagram omm Po 3 8 1 5 1 Frequency vs Symbol ae 1 8 Hz Scale Bux Mit gi Span Span 2 Hz 3 4 6 Modulation Marker BE On Off
68. On Origin Offset Origin Offset Off Origin Offset Origin Offset Reference Modulation Type O QPSK Origin Offset Bx Origin Offset B Rx Offset IQ 0 5symbol Actual 1Q 3 39 PIE WWE 3 4 13 Set Parameters Common Setting Dialog Set Parameters Set Parameters Common Setting Dialog EM Common Setting Dialog Common Setting Dialog Close Common Setting Dialog File Close Common Setting Dialog x
69. TDMA IQproducer 5 1 3 1 TestSignal000 No Format Modulation Type AFSK Maximum frequency deviation 945 Hz Symbol Rate 2 4 ksps Over Sampling 16 Data PN9 Filter ARIB STD T98 Roll Off 0 20 RMS 1634 Package TDMA IQproducer Pattern Name TestSignal000 ES 5 5 1 3 2 TestSignal001 No Format Modulation Type T ADQPSK Symbol Rate 4 ksps Over Sampling 32 Data PN9 Filter Root Nyquist Roll Off 1 RMS 1634 Package TDMA_IQproducer Pattern Name TestSignal001 5 3 RoE EAR 5 4 5 1 3 3 TestSignal002 p No Format Modulation Type 64QAM Symbol Rate 4 ksps Over Sampling 32 Data PN9 Filter Root Nyquist Roll Off 1 RMS 1634 Package TDMA_IQproducer Pattern Name TestSignal002 5 1 3 4 TestSignal003 2 No Format Modulation Type T A
70. BCR COMOBE 6 1 Accessory Accessory 6 1 1 Accessory Title Title On Off On Off EY Erase Warm Up Message 6 2 32 17 lt gt 1 Accessory 2 Title mw gg Get VET 3 Title Off Off 6 3
71. 2 MG3700A MX370102A 3 dB 3 MG3700A MS2690A MS2691A MS2692A MS2830A re 3 dB attenuator 3 dB attenuator T T Power Meter Power Sensor 5 2 2 1 5 14 5 2 fiiERBUDONH 4 Preset lt gt 1 MG3700A Frequency i 49 996 MHz Level 15 dBm Base Band Pattern Combination Edit Pattern Memory A i TestSignal001 Pattern Memory B Freq Offset E 4 kHz Mod On Off On Output On 2 Center Frequency 3 50 0 MHz Input Level 15 dBm Reference Signal Fixed to Internal p Trace HE Storage Mode Average Storage Count i 20 S Common Setting Measuring Object Non Formatted Modulation E PI 4DQPSK Symbol Rate 4 ksps Measurement Filter Root Nyqunst None Reference Filter 3 Nyquist None
72. 2 Power vs Time Power vs Time 3 Load Mask Setting Load Mask Setting 4 Standard Mask Table Recall Standard Mask Table 5 Recalll Mask 3 62 3 5 2 13 Mask 85 WEAHORE Limit Line 3 5 2 13 1 Upper Limit line 3 5 2 13 1 Fail 3 5 2 13 1 AE 4 w i i T T Ta T Time 3 5 2 13 1 Mask 3 5 2 13 1 Limit line REL dB REL1 ABS dBm ABS1 Fail Logic REL REL2 ABS2 ABS REL3 A
73. 2 13 BOE Phi 2 14 MES 7 2 T 3 2 3 1 1 3 2 3 1 2 3 4 SE3 EE 3 5 3 2 P E OE S E 3 6 3 8 cnini enne 3 8 3 4 3 9 3 4 1 Common Setting Dialog 3 9 3 4 2 Parameter Save Recall 3 12 3 4 3 Preset Dialog Parameter 3 14 SAA Default inertes 3 14 3 4 5 Measuring Object 3 15 3 4 6 Modulation 3 16 SAP Fle uuo RR 3 23 3 4 8 Da 3 29 3 4 9 Fa 3 30 34 10 SIOt 25 eie e ine CR PEN denen 3 31 3 4 11 Search ei 3 33 3 4 12 Detail Settings iatis 3 36 3 4 13 Set Parameters e tite 3 40 3 5 3 41 3 5 1 Modulation Analysis ssssssss 3 41 3 5 2 Power vs Time Power vs Time 3 48 3 5 5 Power Meter 3 65 36 ES 3 66 3 6 1 Modulation Analysis 3 66 3 6 2 Power vs TIME LIL et 3 66 37 MM 0
74. Carrier Frequency B Bit 100 kHz G 3 4 6 Modulation RF Spectrum Bu IQ B REX O On Preselector Auto Tune Bu MS2691A MS2692A IX MS2830A 044 045 E 6 1 Frequency Band Mode Bu Spurious Mode Normal Mode MS2691A MS2692A 003 MS2830A 041 043 044 045 3 2 1 3 2 1 MS2691AIMS2692A Normal gt 6 0 GHz Spurious 2 3 0 GHz 32 JFERRORE 3 2 2 MS2830A Frequency Band Mode
75. Bu Modulation Type 2FSK 4FSK Deviation WX Pre Measurement Filtering Measurement Filter Deviation ARIB STD T98 Post Measurement Filtering Measurement Filter Deviation FSK Deviation rms Reference Modulation Type 2FSK Deviation Auto OFF Deviation rms Bu Deviation rms WWE Ideal average Deviation Deviation Error Nominal settings Symbol Rate Modulation Index Nominal Deviation 3 37 PIE WWE 3 38 T Detail Settings xj Deviation Calculation H CPM Type1 Decode Method OK Cancel 3 4 12 3 Detail Settings
76. qualizer Adaptive Convergence Filter Length Equalizer o 1 Equalizer Hold 1 Equalizer Adaptive B Equalizer BR On Equalizer Hold Equalizer Off Equalizer Convergence B WB zz iH 1 0e 20 1 Filter Length Bie Equalizer I ERE SD 11 501 1 HWA H ODORE E Detail Settings X Deviation Calculation Post Measurement Filtering Deviation rms Reference Ideal average Y OK Cancel 3 4 12 2 Detail Settings Modulation Type 2FSK 4FSK Deviation Calculation Modulation Type 2FSK 4FSK Deviation
77. 2 9999 Zoom In Zoom Out Bux 4 1 BE Zoom In Trace 1 Zoom Out Trace 4 Trace 4 Next Trace BUE Trace Trace Trace 1 Trace Trace 2 Trace 8 Trace 1 Next View Bd 4 Trace Trace1 4 Trace5 8 4 BER Trace 1 4 Trace Trace 1 4 Trace 5 8 Trace Trace 5 8 Result Select Bum Numeric Zoom Out 2FSK AFSK O QPSK EVM MER 2FSK 4FSK FSK Fidelity Constellation Eye Diagram
78. MS269xA MS2830A II i E ERR TRITT 1 1 1 12 13 2 2 22 2 3 24 3 3 1 3 2 3 3 3 4 3 5 3 6 3 7 3 8 3 9 4 4 1 42 EET T MM OO kk ik kk CEOE S EE Trace Mode eec ner ur ex Capture i stirs RON i 5 5 1 5 2 6 6 1 6 2 6 3 A B C D E F G ea 5 1 5 2 5 8 6 1 6 2 BW EJUS aces Sects surculis uti ase 6 2 222222 6 2 A 1 Symbol Mapping B 1 Predefined C 1 User Defined Filter D 1 BER Pattern
79. Symbol Rate ZJU HX Bx AE E Symbol Rate 3 69 BIE WE 3 5 2 11 Lower Limit Line Mask Setup Lower Limit Limit Setup Lower Limit Line Th 2E Preset B 1 Measure Measure 2 Measure Power vs Time Power vs Time 3 Mask Setup Power vs Time Mask Setup 4 Mask Setup Rise Lower Limits Fall Lower Limits REL Limit dB ABS Limit dBm Fail Logic Set 99 vo 0x c pa x i Pow
80. DMR Mask ETSI TS 102 361 1 V2 1 1 2012 04 Mask Mask K F 2 K F 3 3 F 1 DMR Mask Mask DMR_Normal_burst DMR Normal burst DMR RC burst DMR RC burst F 2 DMR Normal burst Ne me REL ns Fail Logic ms ms dBm Rise Upper 6 1 61 99 99 57 00 OFF 7 1 61 99 99 57 00 ABS or REL 8 1 61 4 00 57 00 REL 9 0 10 4 00 REL 10 0 10 1 00 REL Fall Upper 0 0 11 1 00 REL 1 0 11 4 00 REL 2 1 60 4 00 57 00 ABS or REL 3 1 60 99 99 57 00 OFF Rise Lower 8 0 10 OFF 9 0 10 8 00 57 00 ABS or REL 10 0 10 9 00 REL Fall Lower 0 0 11 3 00 ABS or REL 1 0 11 8 00 57 00 OFF 2 0 11 57 00 OFF F 1 ITRF Power vs Time Mask 3 F 3 DMR RC burst No Time as s Fail Logic ms ms dBm Rise Upper 6 2 61 99 99 57 00 OFF 7 2 61 99 99 57 00 ABS or REL 8 2 61 4 00 57 00 REL 9 0 10 4 00 REL 10 0 10 1 00 REL Fall Upper 0 0 11 1 00 REL 1 0 11 4 00 REL 2 2 60 4 00 57 00 ABS or REL 3 Rise Lower 8 9 ABS or REL REL Fall Lower ABS or REL OFF OFF ITRF Power vs Time Mask P25 Phase2 M
81. Normal gt 4 0 GHz Spurious 2 3 5 GHz Span 23 50 MHz Normal Micro Wave Preselector Bypass Bu MS2692A 067 167 MS2830A 007 067 167 097 098 Symbol Rate On Of 3 4 6 Modulation BERE Off On Accessory Accessory IS 6 1 Preselector Auto Tune Bu MS2691A MS2692A MS2830A 044 045 Manual Bux MS2691A MS2692A MS2830A 044 045
82. iE 3 dB attenuator 3 dB attenuator T T Power Meter Power Sensor 5 2 3 1 5 20 5 2 fiiERBUDONH 4 Preset lt gt 1 MG3700A Frequency 80 0 MHz Level 15 dBm Base Band Pattern TestSignal008 Mod On Off On Output On 2 Center Frequency 80 0 MHz Input Level 15 dBm Reference Signal Auto Trace Storage Mode Average Storage Count i 10 Common Setting Measuring Object Frame Formatted BE Modulation 2FSK Auto Off S Modulation Index 3 1 Symbol Rate 100 ksps Measurement Filter None None Reference Filter i Gaussian None Roll Off 0 50 Slots per Frame 2 Measurement Slot Slot0 ON Slot1 OFF Slot Length 168 symbol Measurement Offset 0 symbol Measurement Interval 160 symbol Sync Word Search 1 ON Burst Search ON 1st Word Search Slot Slot 0 2nd Word Disable Sync Word Length 8 Sync Word Hex E5 Sync Word Offset 32 symbol Deviation Calculation Post Measurement Filte
83. 4 7 T Non Formatted 256QAM 5 Msps Root Nyquist None Nyquist None 1 0 4096 symbol 3500 MHz MS2880 MS269x 3495 MHz ED TestSignal 001 T ADQPSK Symbol Rate 5 2 2 1 7o rms TestSignal 002 64QAM TestSignal 003 4DQPSK 500 ksps IMS269xA 0 5 IMS2830A 1 0 6000 MHz IMS269xA 1 0 IMS2830A 1 5 TestSignal 004 500 ksps 50 MHz 500 MHz IMS269xA 0 5 MS2830A 1 0 6000 MHz TestSignal 005 1 ADQPSK 50 MHz 6000 MHz TestSignal 006 64QAM 50 MHz 6000 MHz TestSignal 007 256QAM 50 MHz 6000 MHz IMS269xA 1 0 IMS2830A 1 5 x 6000 MHz MS2690A MS2691A7MS2692A 3500 MHz MS2830A 5 2 fREARORA IMS269xA 0 1 IMS2830A 0 196 5 19 p ES B RoE EAR 52 3 1 2 4 3 dB Ea MG3700A MX370102A 3 MG3700A MS2690A MS2691A MS2692A MS2830A oos 10 MHz s Reference
84. Modulation Type H CPM H CPM Decode Method Modulation Type H CPM Biz Modulation Type H CPM B RE Type1 Type2 ISI TIA102 BBAA H CPM BEECHES SwLBT EIU Error Vitabi 14 Symbol On HWA H ODORE xi Modulation Analysis Calculation Origin Offset Cancel On d Origin Offset Reference Offset M Cancel 3 4 12 4 Detail Settings Modulation Type O QPSK Origin Offset Cancel Modulation Type O QPSK Origin Offset Bu Origin Offset Cancel
85. Reference Filter Nyquist Nyquist 2nd Reference Filter None None Roll Off 0 20 0 20 2nd Roll Off 0 769 1 00 Slots per Frame 1 1 Slot length 200 symbol 200 symbol Measurement Offset 0 symbol 0 symbol Measurement Interval 200 symbol 200 symbol Sync Word Search Off Off Burst Search Off Off 1st Word Search Slot 1st Word Sync Word Length 1st Word Sync Word 1st Word Sync Word Offset 2nd Word Search Disable Disable 2nd Word Search Slot 2nd Word Sync Word Length 2nd Word Sync Word 2nd Word Sync Word Offset Deviation Calculation Pre Measurement Filtering Pre Measurement Filtering C 12 C 12 Predefined tt C Predefined REH P25 CAFM P25 CQPSK Measuring Object Frame Formatted Frame Formatted Modulation Type 4FSK PI 4 DQPSK Auto Deviation Off Modulation Index Symbol Rate 4 8 ksps 4 8 ksps Span Up On On Measurement Filter None None 2nd Measurement Filter Rect None Reference Filter Nyquist Nyquist 2nd Reference Filter None None Roll Off 0 20 0 20 2nd Roll Off 1 000 1 00 Slots per Frame 1 1 Slot length 864 symbol 864 symbol Measurement Offset 0 symbol 0 symbol Measurement Interval 864 symbol 864 symbol Sync Word Search Off Off Burst Search Off Off 1st Word Search Slot 1st Word Sync Word Length 1st Word Sync Word 1st Word Sync
86. B RE On Off 3 80 3 8 Trace Mode Marker Number Frequency vs Symbol Bu Frequency vs Symbol Measurement Offset Measurement Interval 1 G 3 4 8 Data gt 3 4 10 Slot Marker Link 3 age Trace On OfB HI On Off 3 81 PIE WWE 3 8 1 6 Trellis 3 82 Trace 1 Vector Modulation Analysis Carrier Freq 1 000 000 000 Hz Input Level ATT Result Trellis ane 3 8 1 6 1 9 00 dBm HX AL i Vector Modu Trace 1 Mode 4 dB Constellation EVM vs Symbol Magnitude Error vs Symbol Phase Error vs Symbol Frequency vs Symbol Trellis Eye Diagram Numeric i52 39 Trellis 1 8 degree 2 Scale Bum 3 ES60 Al Marker Bu
87. B 2 1 B 2 1 Allocation Symbol data Allocation Symbol data Allocation Symbol data RB Symbol Mapping 1 Allocation 0 Symbol data A xL xd Symbol Data 2 1 Symbol a 16QAM 16 Allocation 15 Symbol data LOT B 2 1 Mapping Edit B 11 RB Symbol Mapping B 12 th C Predefined EAEf E Preset Dialog Parameter Common Setting Parameter C 1 Ri mJ RCR39 PI4DQPSK TCH UL RCR39 PIADQPSK TCH DL T61 SCPC v1 0 SC T61 SCPC v1 1 40ms SC T61 SCPC v1 1 20ms SC T61 FDMA PSC UL T61 FDMA PSC DL T86 CCH UL T86 CCH DL T86 TCH UL T86 TCH DL T98 PI4DQPSK SC T98 AFSK SC BPSK 20kbps GFSK 100kbps O QPSK 250ksps O QPSK 250ksps 2 T102 PARTI T102 PART2 S C Ci fJ X C Predefined EAE f BE C 1 P25_C4FM P25_CQPSK P25 LSM P25 WCQPSK P25 IB Burst STD Typel P25 IB Burst STD
88. Burst Search ON Burst Search Input Level 20 dB NA B REX ON OFF 3 33 BIE WE 1st Word 2nd Word Bux 2 2nd Word 2nd Word Search Bum 1st Word 2nd Word D On amp Off UJUgz 3 Enable 2nd Word Disable 2nd Word Search Slot BUE H E 2nd Word 1st Word HH
89. x 4 bits per symbol Syne Word HEX 1 x 4 bits per symbol 1 A 3 4 11 3 Modulation Type Bits symbol BPSK 2FSK QPSK O QPSK PI ADQPSK 4FSK H CPM 8PSK 16QAM 64QAM Sync Word HEX Bux MSB 16 WB zz DER Sync Word Length x bits per symbol 4 0 F HEX Sync Word Offset Bu Slot Symbol 07 Slot Length Symbol Sync Word Length Symboll 3 35 PIE WWE 3 4 12 Detail Settings 3 36 Common Setting Dialog Detail Settings Detail Settings xi Equalizer Adaptive Off Convergence 1e 05 31 Filter Length 3 4 12 1 Detail Setti ngs Non Formatted Modulation Type 2FSK 4FSK O QPSK Non Formatted Modulation Type 2FSK 4FSK O QPSK
90. Scale Unit Unit Symbol Symbol Lon Binary X i3 m Hex 8 8 Trace Mode 3 8 1 14 Equalizer Amplitude Trace Equalizer Amplitude 1 Equalizer Adaptive On Hold I Vector Modulation A f Trace 1 Mode I and Q vs Symbol Pre Amp Off 3 8 1 14 1 Equalizer Amplitude Bux Equalizer dB Scale BUE Scale Vertical Bu WERE 0 1 50 dB 3 97 BE WWE 3 8 1 15 Equalizer Phase Trace Equalizer Phase 1 Equalizer Adaptive On Hold
91. 100 sps S Symbol Rate 1 ksps 10 ms 1 ksps Symbol Rate 10 ksps 1 ms 10 ksps Symbol Rate 100 ksps 100 us 100 ksps S Symbol Rate 1 Msps 10 us 1 Msps Symbol Rate lt 10 Msps 1 us 10 MspsS Symbol Rate 100 Msps 100 ns 100 Msps Symbol Rate 140 Msps 10 ns 3 56 85 WEAHORE 3 5 2 9 Upper Limit Line Mask Setup Upper Limit Limit Setup Upper Limit Line 2E Preset B 1 Measure Measure 2 Power vs Time Power vs Time 3 Mask Setup Power vs Time Mask Setup 4 Mask Setup Rise Upper Limits Fall Upper Limits REL Limit dB ABS Limit dBm Fail Logic Set
92. B RE On Off 3 75 PIE WWE 3 8 1 3 Magnitude Error vs Symbol Trace Magnitude Error vs Symbol 1 Fi Vector Modulation Analysis Carrier Freq 1000000000 Hz Input Level 9 00 dBm ATT 4 dB Result Magnitude Error vs Symbol MKR Symbol Mag Error Pre Amp Off 3 8 1 3 1 Magnitude Error vs Symbol Scale Bum Scale Vertical mus WERE 5 10 2096 50 3 76 rz 9 3 8 Trace Mode Marker BUE On Off BR On Off Marker Number Magnitude Error vs Symbol B Magnitude Error vs Symbol I zx E E Measurement Offset Measurement Interval 1 3 4 8 Data G 3 4 10 Slot jl XE Marker Link Bux Trace On
93. Copy Recall Save Cal Calibration BORE Ph 7 Local Remote 9 Preset U 10 3 E 9660606606060 Local GPIB Ethernet USB B Remote Preset es 1 of 2
94. 3 107 BIE WE 3 108 Time B Avg Bux Max Bu Min Bux 8 8 Trace Mode 3 8 2 2 Slot Trace Slot Ai MS2830A MESTRE enters Ue eis iol Carrier Freq 1 000 000 000 Hz Input Level 10 00 dBm ATT 4 dB Result Slot Power BW 24 00kHz Gaussian Ava dBm AE MKR Symbol Time Avg Max Min 1 600 ENENEENCC NNI SONNEN 174000 0 13 dl gl dB A 1 168000 s 0 12 dBl 3 8 2 2 1 Slot 3 8 2 1 Rise and Fall 3 8 2 1 Rise and Fall 3 109 BIE WE 3 8 2 3 Frame Trace Frame M o MS2830A RECATA EAE Carrier Freq 1 000 000 000 Hz Input Level 10 00 dBm ATT 4 dB Result Slot Power BW 24 00kHz Gaussian
95. 4 1 4 Trace 1 4 Trace 578 QD 1 T Carrier Freq 1 000 000 000 Hz Result Numeric Tx Power Frequency Error EVM rms MZ race 1 Trace 5 Phag DIETS Mag Error peak IQ Gain Imbalance Quadrature Error Signal Monitor Input Level 9 00 dBm ATT 4dB Constellation MKR 1 000 250 000 GHz EJ Vector Modul Trace 1 Mode MS2691A Carrier Freq 1 000 000 000 Hz Result Numeric Tx Power 9 99 dBm 100 27 uW Filtered Power 8 95 dBm 127 22 yW Frequency Error 0 21 Hz 0 00021296 ppm Mag Error rms 0 34 Mag Error peak 0 59 FSK Error rms 0 56 FSK Error peak 0 27 Deviation at Ts 2 1 Average 46 75 kHz 1 Max Peak 50 40 kHz 1 Min Peak 46 77 kHz 1 Max Peak 46 74 kHz 1 Min Peak 43 46 kHz 1 Peak Peak 2 46 93 kHz 1 Max Peak 100 81 1 Min Peak 86 91 Ref Int Pre Amp Off Input Level ATT Symbol Rate Error Jitter P P Min Jitter P P Max Deviation Average Peak Peak Peak Peak I2 1 Average 1 Max Peak 1 t Min Peak 1 Max Peak 1 Min Peak 1 Peak Peak 2 1
96. Correction Correction Factor Factor Correction Off 0 000 3 RF RF 0 0 ReferencePosition ReferencePosition 0 s Rise Fall IQReference0dBm A E Terminal Trigger Slope RAB DUUqXBRE 4 1 2 I Q 4 1 Q float IEEE real 4 gt I 1 4 Byte Q 1 4 Byt
97. E B RE Liner Eye Diagram IQ Eye Diagram IQ 3 83 PIE WWE 3 8 1 8 Numeric 3 84 Trace 1 Average amp Max Modulation Type Filtered Power MER rms peak Average 4 Frequency Error ppm Deviation at Ts 2 Off Result Numeric ATT Measuring Tx Power Filtered Power Frequency Error EVM rms EVM peak Phase Error rms Phase Error peak Mag Error rms Mag Error peak Origin Offset Droop Factor BER IQ Gain Imbalance Quadrature Error MER rms MER peak Symbol Rate Error Specific Word Hex RefiintUnlock Pre AmpOff 10 00 dBm 4 dB A Ms28304 ARS eee EIE Ble Carrier Freq 1000 000 000 Hz Input Level I Vector Modulation f Trace2 Mode EVM vs Symbol Magnitude Error vs Symbol Phase Error vs Symbol Frequency vs
98. 3 72 3 8 Trace Mode Scale Points Symbol Bux lpoint Spoints 8 Marker Bux On Off On Off Marker Number Constellation Bd Constellation Bix SE Measurement Offset Measurement Interval 1 3 4 8 Data 3 4 10 Slot B SELBE 1symbol Interpolation Off Interpolation On Points Symbol 1point 0 125symbol Interpolation On Points Symbol 8points 0 5symbol Interpolation On Points Symbol 4points Marker Link Trace On Of BUE On Off Result Select Constellation Eye Diagram IQ Modulation 2FSK 4FSK
99. 4 7 5 17 RoR HEAR 34 35 36 3T 38 39 40 41 42 43 5 18 MG3700A Frequency Base Band Pattern Memory A Center Frequency 50 0 MHz Common Setting Measuring Object Modulation Symbol Rate Measurement Filter Reference Filter Roll Off Measurement Interval 4 7 6000 MHz MS269x MG3700A 5995 MHz MS2830 4 7 TestSignal006 Non Formatted 64QAM 5 Msps Root Nyquist None Nyquist None 1 0 4096 symbol 3500 MHz MS2830 MS269x 3495 MHz MG3700A Frequency 45 MHz Base Band Pattern Memory A TestSignal007 Center Frequency 50 0 MHz Common Setting Measuring Object Modulation Symbol Rate Measurement Filter Reference Filter Roll Off Measurement Interval 4 7 6000 MHz MS269x MG3700A 5995 MHz MS2830
100. No Format Modulation Type 256QAM Symbol Rate 5 Msps Over Sampling 4 Data PN15 Filter Root Nyquist Roll Off 1 RMS 1634 Package TDMA_IQproducer Pattern Name TestSignal007 51 fff OBS 5 1 3 9 TestSignal008 p Burst Modulation Type 2FSK Modulation Index 1 Symbol Rate 100 ksps Over Sampling 8 The Number of Frames 1 The Number of Slots per Frame 2 Frame Format 1st Slot On 2nd Slot Off Data PN9 1st Field Ramp 1bit 2nd Field Fixed 2bit 1 Hex 3rd Field Fixed 32bit 55555555 Hex 4th Field Fixed 8bit E5 Hex 5th Field Data 120bit 6th Field Fixed 2bit 1 Hex 7th Field Ramp 1bit 8th Field p ES N Guard 2bit Filter Gaussian Roll Off 0 5 RMS 1634 Package TDMA_IQproducer Pattern Name TestSignal008 BoE EAR 5 2 30 AC
101. Symbol N Offset EVM rms BRE Offset EVM rms Offset EVM peak BE Offset EVM Peak Peak Symbol 3 88 38 8 Trace Mode 3 8 1 9 land Q vs Symbol Trace 1 Q 1 A MS2691A Vector Modulation Analysis Carrier Freq 1000000000 Hz InputLevel 10 00 dBm ATT 4 dB Result 1Q vs Symbol MKR Symbol Pre Amp Off 3 8 1 9 1 and Q vs Symbol B 1 8 1 Q Scale Bu 2 0 Marker BUE On Off BR On Off Marker Number I and Q vs Symbol I and Q vs Symbol mit E Measurement Offset Measurement Interval 1 G 3 4 8 Data gt 3 4 10 Slot 3 89 BIE WE Marker Link Trace
102. age BUR EX BPSK BPSK QPSK QPSK O QPSK Offset QPSK PI 4DQPSK x 4DQPSK 8PSK 8PSK 3 16QAM 16QAM 64QAM 64QAM 256QAM 256QAM Non Formatted ee 2FSK 2 FSK 4FSK 4 FSK H CPM H CPM APCO P25 Phase2 Inbound 3 17 BIE WE 3 18 Auto Deviation Auto Detection BE Deviation BR On Deviation Off Deviation Modulation Index ate 2FSK ELET I Sx E E 0 20 10 00 Maximum Frequency Dev
103. Capture Time Length Capture Time Length Span Span Common Setting Dialog Symbol Rate TELET E 3 4 6 Modulation Capture Time Length Manual 3 9 1 1 Span Hz s 3 112 3 9 Capture DRE 3 9 2 1 Capture Interval E Measuring Object Frame Formatted No Formatted 1 Frame Bu B REX 1 Frame 10 Frame eve 3 1 Frame 10 Frame Measuring Object Frame Formatted Sync Word Search On Ke 3 113 BIE WE 3 9 3 Common Setting IQ Capture Common Setting
104. MG3700A Pattern TestSigna1006 Common Setting at Measuring Object Non Formatted BR Modulation 64QAM Symbol Rate i 5 Msps Measurement Filter Root Nyquist None Reference Filter Nyquist None Roll Off 1 0 Measurement Interval 4096 symbol MG3700A 30 MHz 4 7 MG3700A 2 GHz 4 7 MG3700A 6 GHz MS269x 3 5 GHz MS2830 4 7 MG3700A Pattern TestSignal007 Common Setting Measuring Object Non Formatted Modulation 256QAM Symbol Rate i 5 Msps Measurement Filter Root Nyqunst None Reference Filter Nyquist None Roll Off i 1 0 Measurement Interval 4096 symbol 77 RoR HEAR 37 MG3700A 30 MHz 4 7 38 MG3700A 2 GHz 4 7 39 MG3700A 6 GHz MS269x 3 5 GHz MS2830 4
105. Off 3 5 1 4 Equalizer Reset Modulation Analysis 7777 37 A 3 O 7 Equalizer Reset Equalizer Rqualizer Jg HH Ed Uu Equalizer Lilli Equalizer 3 47 BIE WE 3 5 2 Power vs Time Power vs Time Power vs Time 3 5 2 1 3 48 Storage Mode B
106. ee 3 68 3 9 Trace MOE iere eet re Le on 3 70 3 8 1 Modulation Analysis ssesssss 3 70 3 8 2 Power vs TIME 3 106 3 9 Capture 3 111 3 9 1 uuu 3 112 3 9 2 3 113 3 9 3 Common Setting 3 114 PIE WWE 3 1 Z Tn bd By M o 3 1 1 VA vectbr Modulatlon Analysis Carrier Freq 1 000 000 000 Hz Input Level 9 00 dBm ATT 4 dB Select Trace Result men Numene Constellation Trace Mode Tx Power Frequency Error MKR Numeric B orsa E EVM rms EVM peak Symbol Phase Error rms Phase Error peak Mag Error rms Mag Error peak Origin Offset m Storage EVM vs Symbol MKR Symbol 0 t Next View Trace5 8 r ee Pre Amp Off 3 1 1 1 Q Trace
107. 1 Measure Measure 9 m S Power vs Time Power vs Time Trace Trace Storage Storage Mode Mode Set 3 5 2 1 1 Storage Mode Average 3 Average 85 WEAAORE 3 5 2 2 Storage Count A Storage Mode On LE 3 5 2 1 Storage Mode B 1 Measure Measure 2 Power vs Time Power vs Time 3 Trace
108. 0 1 ksps 5 Msps BPSK QPSK x 4DQPSK 8PSK 16QAM 64QAM 256QAM 0 1 ksps 2 5 Msps 2FSK 4FSK BIS BE 1 3 1 symbol sec REA 005 105 006 106 077 177 078 178 MS2 A E 007 MY AS pa 007009 004 078 MS269x ed 178 TS T sm R BEV UR aE DE 35M 70M 140M QPSK ADQPSK Non Non Non i Formatted Formatted Formatted 8PSK 5M 12 5M 25M 50M 16QAM 64QAM 0 1k Frame Frame Frame 256QAM Formatted Formatted Formatted 2FSK 4FSK 2 5M 6 25M 12 5M 25M O QPSK 1 25M 3 125M 6 25M 12 5M 15 30 dBm Off 5 25 10 dBm On Q BPSK QPSK O QPSK yy4DQPSK 8PSK 16QAM 64QAM 256QAM 2FSK 4FSK 256QAM Non Formatted L3 Bie 1 3 1 18 28C CAL EVM 1 x 10 Hz
109. A MS2691A BYERicya Modulation Analysjs Ble 1000000000 Hz InputLevel 10 00 dBm ATT 4 dB Result Signal Monitor Pre Amp Off 3 8 1 12 1 Signal Monitor Bux Span 2 Hz HCH Span Modulation Symbol Rate 3 4 6 Modulation Scale Bu I zx E E 107 100 dB 0 1 dB 0 dB iX Input Level 10 dB Ct Marker auum 3 95 BE WWE 3 8 1 13 Symbol Table 3 96 Trace Symbol Table 1 LE Vector Modulation Analysis n 1 000 000 000 Hz Input Level 10 00 dBm ATT 4 dB Result Symbol Table 0 64 128 El E 8 Symbol Table Pre Amp Off 3 8 1 13 1 Symbol Table BUE Scale Bux Binary Hex
110. Common Setting IQ Replay RSNA Common Setting ce xf 3 114 _VMA xm BAB FLARE IQ 1Q Measure Modulation Analysis 4 1 IQ ts 2 S 4 2 4 4 1 iss 4 4 4 1 2 4 6 ME VT o NR 4 7 4 2 1 4 8 4 2 2 4 8 4 2 3 4 9 42 4 4 10 4 2 5 IQ 4 11 4 2 6 kk 4 12 4 E
111. E 1 Power vs Time Mask F 1 Filter eene G 1 OU 1 III PIE PE MX269017A DNE EE 1 2 1 2 kk 1 2 1 2 1 kk 1 2 1 2 2 vacccsessicsticstascnierotatscensrecssersideroesaidiater 1 2 AEE ES E 1 3 PIE PB 1 1 MS269x MS2830A ASS MX269017A
112. 125 M 1 70M lt SR lt 140 M 1 Span Up Off 2 Span Up On 3 20 HWA H ODRE 3 4 6 3 Modulation Type 2FSK 4FSK H CPM Span Hz Symbol Rate SR Sps 0 1k lt SR lt 0 25k 0 25 k lt SR lt 0 625 k 0 625 k lt SR lt 1 25 k 1 25 k lt SR lt 2 5 k 2 5 k lt SR lt 6 25 k 6 25 k lt SR lt 12 5 k 12 5 k lt SR lt 25 k 25 k lt SR lt 62 5 k 62 5 k lt SR lt 125 k 125 k lt SR lt 250 k 250 k lt SR lt 625 k 625 k lt SR lt 1 25 M 1 25M lt SR lt 2 5M 2 5 M lt SR lt 6 25 M 6 25 M lt SR lt 12 5 M 12 5 M lt SR lt 25 M 3 4 6 4 Modulation Type O QPSK Span Hz Symbol Rate SR Sps 0 1k lt SR lt 0 125k 0 125 k lt SR lt 0 3125 k 0 3125 k lt SR lt 0 625 k 0 625 k lt SR lt 1 25 k 1 25 k lt SR lt 3 125 k 3 125 k lt SR lt 6 25 k 6 25 k lt SR lt 12 5 k 12 5 k lt SR lt 31 25 k 31 25 k lt SR lt 62 5 k 62 5 k lt SR lt 125 k 125 k lt SR lt 312 5 k 312 5 k lt SR lt 625 k 625 k lt SR lt 1 25 M 1 25 M lt SR lt 3 125 M 3 125 M lt SR lt 6 25 M 6 25 M lt SR lt 12 5 M 3 21 BIE WE 3 22 Span 50 MHz
113. 3 8 1 20 1 Histogram ER E 0 1 8 8 Trace Mode 3 8 1 21 Custom Numeric Trace Numeric Off 1 Average Average amp Max CUN Custom Numeric A A MS2830A WESC Modulation id Carrier Freq 1 000 000 000 Hz Input Level 10 00 dBm ATT 4 dB Equalizer Result Measuring Impulse Response i Custom Numeric a Frequency Error Symbol Mod Fidelity rms Deviation Average SpecificWord Hex idelity vs BER Symbol Symbol Rate Error RS Tx Power _ j d Histogram lation Tx Power 50 Mod Fidelity rms
114. Reference Filter Roll Off BT Slots per Frame Frame Slot Slot Length 1 slot Symbol Measurement Offset Symbol Measurement Interval Sync Word Search 1st Sync Word 1 2nd Sync Word 2 Burst Search Burst Search Roll Off BT 3 11 PIE WWE 3 4 2 Parameter Save Recall Common Setting Parameter Save Save Parameter File Common Setting Dialog p pena Common Setting Dialog File Save Parameter File re No Standard i me 3 4 2 1 Common Setting Dialog Save Save Common Setting
115. Trace Mode BUE Trace z 3 8 Trace Mode Scale Bu Trace Trace Mode Scale Qe gt 3 8 Trace Mode Target Slot Number Bu Measuring Object Frame Formatted Hp L 3 4 9 Frame BER Measurement Slot On 3 3 4 9 Frame Storage Bu BERE Mode Count Storage Mode Bu BUR Off Average Average amp Max 3 43 BIE WE Storage Count BU
116. Filter G 1 Gaussian Gaussian2 Filter Gaussian vss h t ree JQz T T rect Lje 1 for t lt reef 0 otherwise TJ T 2 T ed ZW Hilter Gaussian 3 ess TH oer Jer T 8 T 5 yIn 2 2anBT T Inverse of Symbol Rate RG Filter BE Gaussian Gaussian2 BT 0 5 Over Sampling 8 Gaussian Gaussian2 Gaussian Gaussian2 rect tC TDD 0 1 2 Gaussian BT 0 5 Gaussian2 BT 0 5 1 0 8 P Bo4 0 2 0 0 5 T 1 5 2 2 5 3 3 5 4 x Symbol Rate G 1 1 Gaussian Gaussian2
117. GPIB GPIB USB B 447 USB 11 Monitor Out X 12 Line Input 50 60Hz 440VA Max 100 120V 200 240V 13 SA Trigger Input THe 14 SG Trigger Input Opt TTL 15 HDD 16 HDD Opt res IF Output 17 2 10 Ethernet USB A USB USB JILT Monitor Out AC SA Trigger Input MS2830A SPA SA TTL BNC SG Trigger Input MS2830A TTL BNC
118. Measurement Filter Root Nyquist Root Nyquist 2nd Measurement Filter None None Reference Filter Nyquist Nyquist 2nd Reference Filter None None Roll Off 0 20 0 20 2nd Roll Off 1 00 1 00 Slots per Frame 6 slot 1 slot Slot length 150 symbol 192 symbol Measurement Offset 4 symbol 15 symbol Measurement Interval 141 symbol 177 symbol Sync Word Search ON ON Burst Search ON Off 1st Word Search Slot Slot 0 Slot 0 1st Word Sync Word Length 10 symbol 10 symbol 1st Word Sync Word 00A000AAAA 1E56F 1st Word Sync Word Offset 69 symbol 92 symbol 2nd Word Search Disable Disable 2nd Word Search Slot 2nd Word Sync Word Length 2nd Word Sync Word 2nd Word Sync Word Offset C 8 tt C Predefined REH X C 8 Predefined T98_4FSK_SC BPSK 20kbps Measuring Object Frame Formatted Frame Formatted Modulation Type AFSK BPSK Auto Deviation Symbol Rate 2400 sps 300 ksps Span Up On On Measurement Filter ARIB STD T98 None 2nd Measurement Filter None None Reference Filter ARIB STD T98 Nyquist 2nd Reference Filter None None Roll Off 0 20 1 00 2nd Roll Off 1 00 1 00 Slots per Frame 1 slot 2 slot Slot length 192 symbol 1080 symbol Measurement Offset 0 symbol 0 symbol Measurement Interval 192 symbol 1000 symbol Sync Word Search ON ON Burst Search Off ON 1st Word
119. 2FSK AFSK H CPM O QPSK 35M Non Formatted 12 5M Frame Formatted 70M Non Formatted 25M Frame Formatted 140M Non Formatted 50M Frame Formatted Span Up Bux Modulation Type 2FSK 4FSK H CPM O QPSK Span Bt DER On Off Span Span 3 19 BEE WWE Span Modulation Type Symbol Rate 3 4 6 2 Modulation Type 2FSK 4FSK H CPM O QPSK Span Hz Symbol Rate SR Sps lk 0 1k lt SR lt 0 5k 2 5k 0 5k lt SR lt 1 25 k 5k 1 25k lt SR lt 2 5k 10k 2 5k lt SR lt 5k 25k 5k lt SR lt 12 5k 50k 12 5k lt SR lt 25k 100 k 25k lt SR lt 50k 250k 50k lt SR lt 125k 500 k 125 k lt SR lt 250 k 1M 250 k lt SR lt 500 k 25M 50 0k lt SR lt 1 25 M 5M 1 25 M lt SR lt 2 5 M 10M 25M lt SR lt 5M 25M 5 M lt SR lt 12 5 M 31 25 M 1 12 5 M lt SR lt 35 M 50M 12 5 M lt SR lt 25 M 62 5 M 1 35M lt SR lt 70M 100 M 25 M lt SR lt 50 M
120. 6 GHz MS269x 3 5 GHz MS2830 4 7 lt cL TT MG3700A 2 GHz 4 7 6 GHz MS269x 3 5 GHz MS2830 4 7 MG3700A Pattern TestSignal004 T 4 7 24 25 26 27 28 29 30 31 32 33 34 35 36 5 2 ttHEAROAA MG3700A 6 GHz MS269x 3 5 GHz MS2830 4 7 cL MG3700A Pattern TestSignal005 Common Setting Measuring Object Non Formatted Modulation PI 4DQPSK Symbol Rate i 5 Msps Measurement Filter Root Nyquist None Reference Filter i Nyquist None Roll Off 1 0 Measurement Interval 4096 symbol MG3700A 30 MHz 4 7 MG3700A 2 GHz 4 7 MG3700A 6 GHz MS269x 3 5 GHz MS2830 4 7
121. 3 47 Erase Warm Up Message 6 2 BER Ra 3 88 Fthernet nue ree a Er e MeL 2 4 BER Setting sese 3 46 Rthernet cantetur 2 10 Buffer Out Lui 2 9 EVM a dessine ESTER di iubes en uA ENDE 3 86 n 3 64 IEEE 3 86 C EVM vs Symbol ii 3 74 Calibration amisi 2 3 BS TORVET aii E es DH E SUD LIN OI E 2 3 F COO Ze c a E A ER 3 23 Capture ici ie tie ia 3 111 Filter Length 3 36 BS 3 111 Piltesed PSP nui eie 3 86 Time Length utei nettes 3 111 Filter 2 2nd Filter 3 97 Capture Interval Frame 3 111 Filter 3 28 Frame RR 3 30 3 110 Frame Formatted 3 15 Freduency orreen rre eee eter 3 6 Frequency Band Mode 3 6 Frequency Error 3 86 Frequency vs Symbol 3 80 FSK Error peak nsu Eu RS 3 87 EIAS todo es 3 87 FSK Error vs Symbol 3 101 G GPIB NR 2 4 2 9 BIB Ye 2 9 Group Delay Equalizer 3 99 H H CPM Decode Method 3 38 HDD Any eunn 2 10 Histogtam RnR 3 104 l I and Q vs Symbol
122. MS2830A 3 5 4 Appli O0 OE 1st Local Output MS2830A 044 045 Local IF m 257 BORE Ph 2 1 2 et III MI o o HI HEEETETEEEEETEEEE EE EET IE LLL ETHER ELEETEHEEHE HE HE EH POE ME LL TOT TOT HE ELE LO ME LE III HH ETT IECUR NI EHE EEHEEEEEHEL a HUN poss gione s mmn 12 pies USB Remote SH1 AH1 TG L4 SR1 HL1 Aa PPO DC1 DTO CO E2 di d 1 2 6 3 4 5 7 8 9 10 11 2 1 2 1 MS269x 17 1 2 134 147166 15108 9 11 B 2 1 2 2 MS2830A Ref Input o d Buffer Out o Trigger Input Sweep Status o S N o amp 875 900MHz USB Remote 21 BDE Ref Input
123. Off BUR EX On Off 3 77 BIE WWE 3 8 1 4 Phase Error vs Symbol Trace Phase Error vs Symbol 1 Fi Vector Modulation Analysis 8 Carrier Freq 1000000000 Hz Input Level 9 00 dBm Vector Meduietin race 1 Mod lode ATT 4 dB Constellation Result Phase Error vs Symbol MKR Symbol Phase Error EVM vs Symbol Magnitude Error vs Symbol Phase rro Symbol Frequency vs Symbol Trellis Eye Diagram Numeric Pre Amp Off Tam EO 3 8 1 4 1 Phase Error vs Symbol Bu degree Scale Bu Scale Vertical mus EER 5 degree 10 degree 20 degree 50 degree Marker Bd On Off BERE On Off 3 78 3 8 Trace Mode Marker Number Phase Error vs Symbol Bux Phase Error vs Symbol
124. Symbol Rate 4 8 ksps 2 4 ksps Span Up On On Measurement Filter Root Nyquist Root Nyquist 2nd Measurement Filter None Inverse Rect Reference Filter Nyquist Nyquist 2nd Reference Filter None None Roll Off 0 20 0 20 2nd Roll Off 1 000 1 000 Slots per Frame 1 1 Slot length 144 symbol 192 symbol Measurement Offset 0 symbol 0 symbol Measurement Interval 48 symbol 192 symbol Sync Word Search On On Burst Search On Off 1st Word Search Slot Slot 0 Slot 0 1st Word Sync Word Length 24 symbol 10 symbol 1st Word Sync Word 77D55F7DFD77 CDF59 1st Word Sync Word Offset 12 symbol 0 symbol 2nd Word Search Disable Disable 2nd Word Search Slot 2nd Word Sync Word Length 2nd Word Sync Word 2nd Word Sync Word Offset Deviation Calculation Post Measurement Filtering Pre Measurement Filtering C 22 fJ X C Predefined REH BE C 22 Predefined NXDN 4 8ksps Measuring Object Frame Formatted Modulation Type AFSK Auto Deviation On Modulation Index B Symbol Rate 4 8 ksps Span Up On Measurement Filter Root Nyquist 2nd Measurement Filter Inverse Rect Reference Filter Nyquist 2nd Reference Filter None Roll Off 0 20 2nd Roll Off 1 000 Slots per Frame 1 Slot length 192 symbol Measurement Offset 0 symbol Measurement Interval 192 symbol Sy
125. 499 996 MHz 3 Non Formatted 64QAM 4 ksps Root Nyqunst None Nyquist None 1 0 200 symbol ET CRUEL 4 7 MG8700A Frequency Base Band Pattern Memory A Freq Offset Center Frequency Common Setting Measuring Object Modulation Symbol Rate Measurement Filter Reference Filter Roll Off Measurement Interval 4 7 500 MHz 3 MG8700A 499 5 MHz 6000 MHz MS269x MG3700A 5999 5 MHz 49 5 MHz TestSignal003 500 kHz 50 0 MHz Non Formatted PI 4DQPSK 500 ksps Root Nyquist None Nyquist None 1 0 4096 symbol E gt auc lt 4 7 3500 MHz MS2830 MS269x 3499 5 MHz MS2830 4 7 5 2 ttHEAROAA 22 MG3700A Frequency 49 5 MHz Base Band Pattern Memory A TestSignal004 23 Center Frequency 50 0 MHz Common Setting
126. Trace 4 Storage Storage 5 Count Storage Count 6 Set B 3 5 2 2 1 Storage Count 3 49 BIE WE 3 5 2 3 Average Type B 1 Measure Measure 2 Power vs Time Power vs Time 3 Trace Trace 4 Storage Storage 5 Average Type Pwr Log Pwr BB ae 3 5 2 3 1 Average Type RMS 10
127. E 1 Measure Measure 2 Power vs Time Power vs Time Lat 3 Mask Setup Power vs Time Mask Setup 4 Mask Setup Rise Lower Limits Fall Lower Limits 5 Time Point 6 Set if Power vs Time Mask Setup Rise Upper Limits E 3 5 2 10 1 Time Point Rise Lower Limits 999 99 x k 999 99 x amp 0 01 Symbol Rate 3 5 2 8 3 H E Symbol Rate 3 5 2 10 2 Time Point Fall Lower Limits 999 99 x k 999 99 x amp 0 01 Su H 3 3 5 2 8 3
128. Max Peak 1 Min Peak Average 10 10 0 01 ppm 0 13 0 14 49 72 kHz 50 44 kHz 50 40 kHz 50 44 kHz 46 25 kHz 50 33 kHz 46 54 kHz 44 03 kHz 43 44 kHz 46 89 kHz 100 66 36 88 3 1 1 3 Trace Constellation EVM vs Symbol Magnitude Error vs Symbol Phase Error vs Symbol Frequency vs Symbol Trellis Eve Diagram Numeric 3 Vector Modulation A Trace 1 Mode EVM vs Symbol Magnitude Error vs Symbol Phase Error vs Symbol Frequency vs Symbol Eye Diagram Numeric BIE WE 3 1 2 b B Trigger Capture 2 Accessory 3 1 2 1 3 1 2 1 Frequency G 3 2 Amplitude LE 3 3 SUI Common Setting X 3 4 Measure LE 3 5 VOHRA Marker Cs 3 6 Trigger I 3 7 Capture
129. Off 2 RSS bi uj ct E x 10 MHz Reference PIE BB 1 6 Boe Hla 7238 MS2690A MS2691A MS2692A MS2830A 2 1 E S TOE E 2 2 24A i 2 2 2 1 2 ga Oa 2 8 2 2 kk 2 11 2 3 ili 2 12 2 3 1 kk 2 12 23 2 0 KA 2 12 24 kk 2 13 2 4 1 USER au serere ae bm eredi esca 2 13 1100 2 13 BORE Ph 2 1
130. Power vs Time Trace Mode Slot Slot 0 Unit dB Display Item All Power vs Time Mask Setup Marker Marker Number 1 0 Marker Number 2 0 Maker Link Off Trigger Trigger Switch Off Trigger Source External Trigger Slope Rise Wide IF Video Trigger Level 20 dBm Trigger Delay Os SK Accessory A Title On Vector Modulation Analysis 4 TUNI E TITER B Symbol Mapping Symbol Allocation Symbol Data Symbol Mapping Symbol Mapping B 1 Symbol Mapping B BSPK B 1 1 BPSK Symbol Allocation B 1 1 BPSK Symbol data Allocation Symbol data 0 0 1 1 B 1 RB Symbol Mapping B 2 E QPSK B 1 2 QPSK Symbol Allocation B 1 2 QPSK Symbol data Allocation Symbol data 0 1 2 3 RB Symbol Mapping E O QPSK B 1 3 O QPSK Symbol Allocation B 1 3 O QPSK Symbol data 0 1 2 3 B 3 RB Symbol Mapping B x 4DQPSK 3P I4 PIi4 3PI4 B 1 4 4DQPSK Symbol Allocation B 1 4 4QPSK Symbol data Differential Symbol data RB Symbol Mapping j 1 E SPSK B 1 5 8PSK Symbol Allocation B 1 5 8PSK Symbol
131. b c d e ERR ly p G4 2 3 1 iii BEE NY
132. BER Setting BER Pattern APCO Project25 Phase1 K E 1 BER Pattern TTA 102 CAAA C P25_PN9 E 1 BER Pattern P25_Tone Standard Tone Test Pattern P25_Silence Standard Silence Test Pattern P25 Interference Standard Interference Test Pattern P25 Busy Standard Busy Test Pattern P25 Idle Standard Idle Test Pattern P25 Calibration Calibration Test Pattern P25 AutoFreqControl Automatic Frequency Control Test Pattern P25 PN9 PN9 TIA 102 CAAA C nl E 1 ITERE BER Pattern APCO Project25 Phase2 E 2 E 2 BER Pattern TTA 102 CCAA X E 2 BER Pattern P25 Phase2 STTP OB1031 FrameO Outbound Standard Tone Test Pattern Super Frame 1 P25 Phase2 STTP OB1031 Framel Outbound Standard Tone Test Pattern Super Frame 2 P25 Phase2 STTP OB1031 Frame2 Outbound Standard Tone Test Pattern Super Frame 3 P25 Phase2 STTP OB1031 Frame3 Outbound Standard Tone Test Pattern Super Frame 4 P25
133. IQ e Common Setting 4 1 1 1 I 3 9 2 Common Setting 4 2 2 IQ EREBISEERSENS 2 257 IQ Unlock IQ 42 YAU 4 53 4 2 8 1 4 2 3 1 Center Frequency Frequency Band Mode Input Level Pre Amp Storage Mode Storage Count Average Mode Trigger Switch Trigger Source Trigger Slope Trigger Delay Continuous Measurement a x Single Measurement Capture Time Auto Manual Capture Time Length Pre selector Auto Tune Pre selector
134. Measuring Object Non Formatted Modulation i 64QAM Symbol Rate 1 500 ksps Measurement Filter Root Nyquist None Reference Filter Nyquist None Roll Off i 1 0 Measurement Interval 4096 symbol 24 4 7 25 500 MHz 26 MG3700A 499 5 MHz 4 7 27 6000 MHz MS269x 3500 MHz MS2830 28 MG3700A 5999 5 MHz MS269x 3499 5 MHz MS2830 4 7 29 MG3700A ES 5 Frequency 45 MHz Base Band Pattern Memory A TestSignal005 Freq Offset 5 MHz 30 Center Frequency 50 0 MHz Common Setting Measuring Object Non Formatted Modulation 3 PI ADQPSK Symbol Rate 5 Msps Measurement Filter Root Nyquist None Reference Filter 1 Nyquist None Roll Off 1 0 Measurement Interval 4096 symbol 31 4 7 32 6000 MHz MS269x 3500 MHz MS2830 33 MG3700A 5995 MHz MS269x 3495 MHz MS2830
135. RB Symbol Mapping B 2FSK B 1 8 2FSK Symbol Allocation B 1 8 2FSK Symbol data T 1 0 RB Symbol Mapping B 4FSK B 1 9 4FSK Symbol Allocation B 1 9 4FSK Symbol data Direction Symbol data H9 RB Symbol Mapping B 2 Mapping Edit B 10 Mapping Edit 1 1 1 Symbol data 0 VO 2 2 1 Allocation 0 Symbol Data 2 Allocation 1 Symbol Data Symbol 3 Symbol Modulation Type Symbol Modulation Type 16QAM Mapping Edit File Symbol Allocation Symbol data B 2 1
136. 11 Search Search Search Measuring Object Frame Formatted Common Setting Dialog D Search Search xi Sync Word Search C ON OFF Burst Search C ON OFF 1st Word Search Slot Stet 0 z 2ndWord C Enable Disable Sync Word Length fi symbol Syne Word Hex o Sync Word Offset o symbol cma 3 4 11 1 Search Sync Word Search Bu ON OFF ON OFF Burst Search Bu ON OFF
137. 1st Word Sync Word Offset 92 symbol 69 symbol 2nd Word Search Enable Disable 2nd Word Search Slot Slot 0 2nd Word Sync Word Length 10 symbol 2nd Word Sync Word 9D236 2nd Word Sync Word Offset 92 symbol m C 6 C 6 Predefined tt C Predefined REH BE T86 CCH DL T86 TCH UL Measuring Object Frame Formatted Frame Formatted Modulation Type 16QAM 16QAM Symbol Rate 11250 sps 11250 sps Span Up On On Measurement Filter Root Nyquist Root Nyquist 2nd Measurement Filter None None Reference Filter Nyquist Nyquist 2nd Reference Filter None None Roll Off 0 20 0 20 2nd Roll Off 1 00 1 00 Slots per Frame 6 slot 6 slot Slot length 150 symbol 150 symbol Measurement Offset 4 symbol 4 symbol Measurement Interval 141 symbol 141 symbol Sync Word Search ON ON Burst Search ON ON 1st Word Search Slot Slot 0 Slot 0 1st Word Sync Word Length 10 symbol 10 symbol 1st Word Sync Word 000A0A00A0 00A000000A 1st Word Sync Word Offset 69 symbol 69 symbol 2nd Word Search Disable Disable 2nd Word Search Slot 2nd Word Sync Word Length 2nd Word Sync Word 2nd Word Sync Word Offset S C fJ X C Predefined REH BE C 7 Predefined T86 TCH DL T98 PIA4DQPSK SC Measuring Object Frame Formatted Frame Formatted Modulation Type 16QAM PI ADQPSK Symbol Rate 11250 sps 4800 sps Span Up On On
138. 4 Replay ie 3 111 Result Select sss 3 44 RF Output 2 6 RE Spectrum iiss sccssassvessagesccdeassaccedsavescceaasvecs 3 6 RE ek 2 7 BE FF VRE 2 6 Rise and Fall 3 106 Roll Off BE iae ect reve 3 26 S SA Trigger Input 2 10 Save Captured Data 3 111 Save Parameter File 3 12 Save Recall 3 10 SV 2 3 Scale eint e eet eene ete tpe 3 43 Interpolation eee 3 72 Vertical 3 74 3 76 3 78 3 97 3 98 3 99 3 100 3 101 3 103 OAH ET LS 3 33 Search SO 3 34 Select Trace idee re nates 3 43 Set Parameters 3 40 SG Trigger Input 2 10 Shift E 2 6 Signal Level Too Low Display 3 47 Signal Monitor 3 95 Single 3 5 JE 3 31 3 54 3 109 Slot Length tee 3 31 Slots per Frame 3 30 SDA a nen 3 20 Span Up cient EE 3 19 Specific Word sse 3 88 Specific Word Setting 3 45 Stop Replayng 3 111 Storage ON 3 43 OU 3 44 MO 3 43 Sto
139. 7 40 MG3700A Pattern TestSignal000 41 Common Setting Measuring Object Non Formatted Modulation 4FSK Symbol Rate i 2 4 ksps Measurement Filter ARIB STD T98 None Reference Filter ARIB STD T98 None Roll Off 0 20 Measurement Interval 240 symbol 42 MG3700A 30 MHz 4 7 483 MG8700A 2 GHz 4 7 44 MG3700A 6 GHz MS269x 3 5 GHz MS2830 4 7 5 12 TestSignal 001 n1 ADQPSK 5 TestSignal 002 TestSignal 003 T ADQPSK 500 ksps TestSignal 004 TestSignal 005 T ADQPSK TestSignal 006 TestSignal 007 TestSignal 000 x 6 GHz MS2690A MS2691A MS2692A 3 5 GHz M82830A 5 2 1 1 5 2 tHEAROAA 5 13 ES BOX EAR 5 2 2 1
140. Linear IQ 3 44 85 WEAHORE Custom Numeric Setting Be Trace Custom Numeric A BER Result 1 7 Bar Graph Result 1 2 E User Name 20 E Min Bar Garph E Max Bar Graph Unit Bar Graph Specific Word Setting Bd Specific Word il Slot Number Specific Word Slot 0 19 Ii Top Position Slot Specific Word 17 4097 Word Width il Word Width Specific Word 17 32 3 45 BIE WE BER Setting Bux BER 2FSK 4FSK Sync Word Search Off BER
141. Power vs Time lx 3 BW 3 B 3 5 2 14 1 Power vs Time E BW Hz 100 Hz 4 kHz 100 Hz 10 kHz 1 001 kHz 20 kHz 25 kHz 2 001 kHz 4 001 kHz 40 kHz 100 kHz 50 kHz 10 001 kHz 200 kHz 100 kHz 20 001 kHz 400 kHz 250 kHz 40 001 kHz 1MHz 500 kHz 100 001 kHz 2 MHz 1MHz 200 001 kHz 4 MHz 2 5 MHz 400 001 kHz 10 MHz 5 MHz 1 000001 MHz 12 5 MHz 10 MHz 2 000001 MHz 20 MHz 25 MHz 4 000001 MHz 25 MHz 31 25 MHz 10 000001 MHz 40 MHz 50 MHz 12 500001 MHz 50 MHz 62 5 MHz 20 000001 MHz 50 MHz 100 MHz 25 000001 MHz 50 MHz 125 MHz it 3 64 40 000001 MHz 50 MHz 85 WEAHORE 3 5 3 Power Meter Power Meter Measure Power Meter Power Meter Power Meter
142. Replay Select Hile RAB DULUMTXBEE 4 2 1 lt gt 1 m Capture 2 Capture Ca Replay 3 Replay gj Device 4 Application 5 mJ Select File ZH e Ep T I 4 2 5
143. Roll Off 1 0 Measurement Interval 200 symbol 3 Modulation Analysis 4 MG3700A 15 dBm0 1 dB MG3700A 5 MG3700A 6 7 EVM ms ALET 8 500 MHz 9 MG3700A 499 996 MHz 4 7 5 15 RoR HEAR 5 16 10 11 12 13 14 15 16 17 18 19 20 21 MG3700A Frequency 49 996 MHz Base Band Pattern Memory A TestSignal002 Freq Offset 4 kHz Center Frequency 50 0 MHz Common Setting Measuring Object Modulation Symbol Rate Measurement Filter Reference Filter Roll Off Measurement Interval 47 7 500 MHz MG8700A
144. Save Recall Preset Dialog Parameter I 3 4 3 Preset Dialog Parameter Default Common Setting Parameter HECER 4 G 3 44 Default 3 4 5 Measuring Object gt 3 4 6 Modulation gt 3 4 7 Filter 33 3 4 8 Data P 3 4 9 Frame 3 3 4 10 Slot P 3 4 11 Search gt 3 4 12 Detail Settings L 3 4 13 Set Parameters HWA H ODRE 3 4 1 1 Recall Recall Parameter File Modulation Type Symbol Rate Measurement Hilter Filter Reference Filter Filter Measurement Filter
145. Sync Word 0 1st Word Sync Word Offset 0 symbol 2nd Word Search Disable 2nd Word Search Slot Slot 0 2nd Word Sync Word Length 1 symbol 2nd Word Sync Word 0 2nd Word Sync Word Offset 0 symbol Origin Offset Cancel On Origin Offset Reference Offset A 1 IRA IUE i Modulation Analysis Re measurement mode Re measurement Threshold Signal Level Too Low Display Power vs Time BW Capture Capture Time Capture Interval Trace Modulation Analysis Select Trace Trace Mode of Trace 1 Trace Mode of Trace 2 Trace Mode of Trace 3 Trace Mode of Trace 4 Trace Mode of Trace 5 Trace Mode of Trace 6 Trace Mode of Trace 7 Trace Mode of Trace 8 Target Slot Number Storage Mode Count Zoom In Zoom Out Next View Result Select Custom Numeric Setting Result1 Result2 Result3 Result4 Result5 Result6 Result7 Bar Graph Result1 Min Max Unit Bar Graph Result2 Min Max Unit Off 596 On 100 0 kHz Auto 1Frame Trace 1 Numeric Constellation EVM vs Symbol Magnitude Error vs Symbol Signal Monitor I and Q vs Symbol Eye Diagram Trellis 0 Off 10 Zoom Out Trace 1 4 EVM Tx Power dBm Frequency Error Hz Mod Fidelity rms Deviation Average Specific Word Hex BER Symbol Rate Error Tx Power dBm 50 0 dBm Mod Fidelity rms 0 10 VIRA MMi Specific Word Setting Slot Number 0 Top Position 1 bit Word Width 8 bit BER Setting BER Off Slot Number 0 Trace
146. data Allocation Symbol data B 5 RB Symbol Mapping B 16QAM B 1 6 16QAM Symbol Allocation B 1 6 16QAM Symbol data Allocation Symbol data Allocation Symbol data B 6 Allocation Symbol data B 64QAM B 1 7 64QAM Symbol data Allocation 8 16 24 1 2 3 8 10 11 17 18 13 25 25b 2 33 34 35 41 42 43 49 50 41 5 ooo 59 ITER B e Le mM tne He Symbol Mapping ine e Ca He rm me Te de e oe B 1 7 64QAM Symbol Allocation Symbol data Allocation Symbol data Allocation Symbol data 100010 16 100111 32 110111 48 110010 100000 100101 110101 110000 101000 101101 111101 111000 101010 101111 111111 111010 001000 001101 011101 011000 001010 001111 011111 011010 000010 000111 010111 010010 000000 000101 010101 010000 100011 100110 110110 110011 ANID oP TMR TS 100001 100100 110100 110001 101001 101100 111100 111001 101011 101110 111110 111011 001001 001100 011100 011001 001011 001110 011110 011011 000011 000110 010110 010011 000001 000100 010100 010001
147. symbol 20 symbol Measurement Interval 164 symbol 140 symbol Sync Word Search On On Burst Search On On 1st Word Search Slot Slot11 Slot11 1st Word Sync Word Length 18 Symbol 18 Symbol 1st Word Sync Word 577D577FF 577D577FF 1st Word Sync Word Offset 10 Symbol 10 Symbol 2nd Word Search On On 2nd Word Search Slot Slot11 Slot11 2nd Word Sync Word Length 18 Symbol 18 Symbol 2nd Word Sync Word 576D577EF 576D577EF 2nd Word Sync Word Offset 10 Symbol 10 Symbol Deviation Calculation Post Measurement Filtering Post Measurement Filtering Deviation rms Reference Ideal average Ideal average H CPM Decode Method Typel Type2 C 18 C 18 Predefined R EIE tt C Predefined REH P25 OB STD P25 OB STD BER Measuring Object No Formatted Frame Formatted Modulation Type 4FSK 4FSK Auto Deviation Off Off Modulation Index Maximum Frequency Deviation 2250 2250 Symbol Rate 6 ksps 6 ksps Span Up Measurement Filter Rect Rect 2nd Measurement Filter None None Reference Filter Rect Rect 2nd Reference Filter None None Roll Off 1 00 1 00 2nd Roll Off 1 000 1 000 Slots per Frame 4 Slot length x 2160 symbol Measurement Offset 0 symbol Measurement Interval 180 symbol 2160 symbol Sync Word Search On Burst Search Off 1st Word Search Slot Slot0 lst Word Sync Word Length 20 Symbol 1st Word Sync W
148. 0 0 MHz Input Level 15 dBm Reference Signal Auto Common Setting Measuring Object Non Formatted Modulation PI ADQPSK Symbol Rate i 4 ksps Measurement Filter Root Nyquist None E Reference Filter i Nyquist None Roll Off 1 0 Bx Measurement Interval 200 symbol 3 Modulation Analysis 4 MG3700A 15 dBm 0 1 dB MG3700A 5 MG8700A 6 rem e 7 Carrier iid ied Error 8 MG3700A 2 GHz 4 7 9 MG3700A 6 GHz MS269x 3 5 GHz MS2830 4 7 10 MG3700A Pattern TestSignal002 5 9 RoR HEAR 5 10 11 12 13 14 15 16 17 18 19 20 21 22 MG3700A 830 MHz F 23 MG8700A 2 GHz
149. 045 MS2830A OA USB A USB USB Modulation MS2830A GQ RF On Off On 044 045 Application MS2830A Spectrum Analyzer 005 105 006 106 Signal Analyzer SA Signal Generator SG Application Switch Application Auto Application Manual
150. 2 5 2 5 1 3 5 3 5 2 5 8 5 2 1 5 8 5 2 2 5 14 5 2 3 5 20 ES ROE EAR 5 1 5 1 1 5 1 2 RRON 1 E
151. 25 H CPM_P25 2nd Measurement Filter None None Reference Filter H CPM_P25 H CPM_P25 2nd Reference Filter None None Roll Off 1 00 1 00 2nd Roll Off 1 000 1 000 Slots per Frame 12 12 Slot length 180 symbol 180 symbol Measurement Offset 8 symbol 20 symbol Measurement Interval 164 symbol 140 symbol Sync Word Search On On Burst Search On On 1st Word Search Slot Slot10 Slot10 1st Word Sync Word Length 18 Symbol 18 Symbol 1st Word Sync Word 577D577FF 577D577FF 1st Word Sync Word Offset 10 Symbol 10 Symbol 2nd Word Search On On 2nd Word Search Slot Slot10 Slot10 2nd Word Sync Word Length 18 Symbol 18 Symbol 2nd Word Sync Word 576D577EF 576D577EF 2nd Word Sync Word Offset 10 Symbol 10 Symbol Deviation Calculation Post Measurement Filtering Post Measurement Filtering Deviation Rms Reference Ideal average Ideal average H CPM Decode Method Typel Type2 C 16 C 16 Predefined R EIE fJ X C Predefined REH P25 IB LCHO P25 IB LCHO_ Symmetrical Type1 Symmetrical Type2 Measuring Object Frame Formatted Frame Formatted Modulation Type H CPM H CPM Auto Deviation Off Off Modulation Index Maximum Frequency Deviation 3000 3000 Symbol Rate 6 ksps 6 ksps Span Up Measurement Filter H CPM P25 H CPM P25 2nd Measurement Filter None None Reference Filter H CPM P25 H CPM P25 2nd Referen
152. 60 symbol C 3 C fJ X C Predefined REH BE C 3 Predefined T61 SCPC v1 0 SC T61 SCPC v1 1 40ms SC Measuring Object Frame Formatted Frame Formatted Modulation Type PI ADQPSK PI ADQPSK Symbol Rate 4800 sps 4800 sps Span Up On On Measurement Filter Root Nyquist Root Nyquist 2nd Measurement Filter None None Reference Filter Nyquist Nyquist 2nd Reference Filter None None Roll Off 0 20 0 20 2nd Roll Off 1 00 1 00 Slots per Frame 1 slot 1 slot Slot length 192 symbol 192 symbol Measurement Offset 15 symbol 4 symbol Measurement Interval 177 symbol 182 symbol Sync Word Search ON ON Burst Search Off ON 1st Word Search Slot Slot 0 Slot 0 1st Word Sync Word Length 10 symbol 10 symbol 1st Word Sync Word 1E56F 1E56F 1st Word Sync Word Offset 92 symbol 4 symbol 2nd Word Search Disable Disable 2nd Word Search Slot 2nd Word Sync Word Length 2nd Word Sync Word 2nd Word Sync Word Offset C 4 C 4 Predefined tt C Predefined REH BE T61 SCPC v1 1 20ms SC T61 FDMA PSC UL Measuring Object Frame Formatted Frame Formatted Modulation Type PI ADQPSK PI ADQPSK Symbol Rate 4800 sps 4800 sps Span Up On On Measurement Filter Root Nyquist Root Nyquist 2nd Measurement Fi
153. BS3 ABS or REL REL4 ABS4 Limit Line No Time REL ABS Fail Logic 8 5 2 13 1 RELI REL4 ABSI ABS4 RELldB ON ABS dBm 2 Fail Logic Limit Line Fail Logic No ERM No REL ABS ABS or REL ABS REL OFF 3 63 BIE WE 3 5 2 14 BW Power vs Time 3 dB B 1l Measure Measure 2
154. DQPSK Symbol Rate 500 ksps Over Sampling 32 Data PN9 Filter Root Nyquist Roll Off RMS 1 1634 Package TDMA_IQproducer Pattern Name TestSignal003 51 fff OBS 5 1 3 5 TestSignal004 p No Format Modulation Type 64QAM Symbol Rate 500 ksps Over Sampling 32 Data PN9 Filter Root Nyquist Roll Off 1 RMS 1634 Package TDMA_IQproducer Pattern Name 5 1 3 6 TestSignal005 TestSignal004 No Format Modulation Type T ADQPSK Symbol Rate 5 Msps Over Sampling ES Lt 32 Data PN9 Filter Root Nyquist Roll Off 1 RMS 1634 Package TDMA_IQproducer Pattern Name TestSignal005 5 5 RoE EAR 5 1 3 7 TestSignal006 p No Format Modulation Type 64QAM Symbol Rate 5 Msps Over Sampling 32 Data PN9 Filter Root Nyquist Roll Off 1 RMS 1634 Package TDMA_IQproducer Pattern Name 5 1 3 8 TestSignal006 TestSignal007
155. HDD MS2830A HDD Option MS2830A H IF MS2830A 044 045 IF 22 fEFIKH O ty o P 2 2 2 2 1 RF RF Input C RF Input 2 2 1 5 e e eo E TT 1 mun LT teal ia St ee TTL 2 2 2 2 11 ROE Ph 2 3
156. IB Burst STD Type2 Measuring Object Frame Formatted Frame Formatted Modulation Type H CPM H CPM Auto Deviation Off Off Modulation Index Maximum Frequency Deviation 3000 3000 Symbol Rate 6 ksps 6 ksps Span Up Measurement Filter H CPM P25 H CPM P25 2nd Measurement Filter None None Reference Filter H CPM P25 H CPM P25 2nd Reference Filter None None Roll Off 1 00 1 00 2nd Roll Off 1 000 1 000 Slots per Frame 3 3 Slot length 180 symbol 180 symbol Measurement Offset 4 symbol 14 symbol Measurement Interval 164 symbol 140 symbol Sync Word Search Off Off Burst Search On On 1st Word Search Slot 1st Word Sync Word Length 1st Word Sync Word 1st Word Sync Word Offset x 2nd Word Search Disable Disable 2nd Word Search Slot 2nd Word Sync Word Length 2nd Word Sync Word C 2nd Word Sync Word Offset Deviation Calculation Post Measurement Filtering Post Measurement Filtering Deviation rms Reference Ideal average Ideal average H CPM Decode Method Typel Type2 C 15 fJ X C Predefined REH BE C 15 Predefined R EIE P25 IB LCHO_STD_Type1 P25 IB LCHO STD Type2 Measuring Object Frame Formatted Frame Formatted Modulation Type H CPM H CPM Auto Deviation Off Off Modulation Index Maximum Frequency Deviation 3000 3000 Symbol Rate 6 ksps 6 ksps Span Up Measurement Filter H CPM_P
157. IE WE 3 8 3 8 1 3 70 Trace Mode Trace Mode Trace HM Modulation Analysis Trace Mode Constellation TT Measure Modulation Analysis Trace Mode 8 8 1 1 3 8 1 1 Trace Mode 2X IQ EVM vs Symbol EVM LET Magnitude Error vs Symbol ww 3 Phase Error vs Symbol Frequency vs Symbol FM Trellis Eye Diagram SOTIB Q 3 Numeric DEGXURUS I and Q vs Symbol I GQ HOY IMagnitude vs
158. M rms EVM peak Bu EVM Peak Peak Symbol Phase Error rms BUE Phase Error rms Phase Error peak Bu Phase Error Peak Peak Symbol EET Magnitude Error rms BUE Magnitude Error rms 38 8 Trace Mode Magnitude Error peak Bux Magnitude Error Peak fit Peak Symbol LET FSK Error rms Bux FSK Error rms FSK Error peak FSK Error Peak Peak Symbol Modulation Fidelity rms Bu Modulation Fidelity rms Modulation Fidelity peak BUE Modulation Fidelity Peak Peak Symbol Symbol Rate Error Bi Symbol Rate Error Measuring Object Frame Formatted Sync Word Search On Capture Interval Frame 10 Frame Single Storage Mode Average Average amp Max Continuous Storage Mode
159. MX269017A 18 MS2690A MS2691A MS2692A MS2830A M W3305AW 18 0 Ek
160. RefIntUnlock Pre Amp Off 3 8 1 21 1 Custom Numeric 3 8 1 8 Numeric 3 105 PIE WWE 3 8 2 Power vs Time Measure Power vs Time Trace Mode 3 8 2 1 3 8 2 1 Trace Mode Trace Mode Rise and Fall Slot Rise Fall Slot Slot Frame 1 Frame 3 8 2 1 Rise and Fall Trace Rise and Fall A MS2830A RS Menteur uel Carrier Freq 1 000 000 000 Hz Input Level 10 00 dBm ATT 4 dB Result Slot Power BW 24 00kHz I Gaussian Slot State Ava dBm Judge siot state Ava GBml Judae siot State Ava dBm Judge LO Of 101 90 7 On 1014 Pass 11417 1 I Symbol il 000ms 6000 174000 28 00 ms M 168 000 28 00 ms 3 8 2 1 1 Rise and Fall BUE BW BUE Slot BUE Slot 3 106 8 8 Trace Mo
161. Search Slot Slot 0 Slot 0 1st Word Sync Word Length 10 symbol 120 symbol 1st Word Sync Word CDF59 0A67EB2029985330A67EB23D640533 1st Word Sync Word Offset 0 symbol 480 symbol 2nd Word Search Disable Disable 2nd Word Search Slot 2nd Word Sync Word Length 2nd Word Sync Word 2nd Word Sync Word Offset Deviation Calculation Pre Measurement Filtering Ge C fJ X C Predefined REH BE C 10 C 9 Predefined GFSK 100kbps Measuring Object Frame Formatted Modulation Type 2FSK Auto Deviation Off Modulation Index 1 Symbol Rate 100 ksps Span Up On Measurement Filter None 2nd Measurement Filter None Reference Filter Gaussian 2nd Reference Filter None Roll Off 0 50 2nd Roll Off 1 00 Slots per Frame 2 Slot length 168 symbol Measurement Offset 0 symbol Measurement Interval 160 symbol Sync Word Search ON Burst Search ON 1st Word Search Slot Slot 0 1st Word Sync Word Length 8 symbol 1st Word Sync Word E5 1st Word Sync Word Offset 32 symbol 2nd Word Search Disable 2nd Word Search Slot 2nd Word Sync Word Length 2nd Word Sync Word 2nd Word Sync Word Offset Deviation Calculation Post Measurement Filtering C 10 Predefined fJ X C Predefined REH O QPSK 250ksps O QPSK 250ksps 2 Measuring Object Frame Formatted Fr
162. Slot State Avg dBm Judge siot State Avg dBm Judge siot State Avg ABm Judge o of 10190 77 7 on X 1014 Pl SS il iS MKR Symbol i Avg Max Min 1 600 000ms 58896 dB amp dB dB _2 174000 2800ms 2 9444 dB dB dB A 2 168000 2800ms 548 dB Ref Int Pre Amp Off 3 8 2 3 1 Frame 3 8 2 1 Rise and Fall 3 8 2 1 Rise and Fall 3 110 3 9 Capture DRE 3 9 Capture IQ Capture Capture Capture Power vs Time 3 9 1 Capture IQ Auto C Manual apture Time Auto Manual Replay L 3 9 1 ata IQ Time Length Replay pened cr we 3 9 1 Save Captured Data
163. Symbol Phase vs Symbol Signal Monitor Symbol Table Equalizer Amplitude Equalizer Phase Equalizer Group Delay Equalizer Impulse Response FSK Error vs Symbol FSK Fidelity vs Symbol Modulation Fidelity vs Symbol E Histogram Custom Numeric Modulation Type Modulation Type 3 8 1 2 Trace Not Supported
164. Symbol Eye Diagram 3 8 1 8 1 Numeric Modulation Type PI4DQPSK Numeric Tx Power Filtered Power Frequency Error Mag Error rms Mag Error peak FSK Error rms FSK Error peak BER Deviation at Ts 2 3 Average 3 Max Peak 3 Min Peak 3 Max Peak 3 Min Peak 3 Peak Peak 2 3 Max Peak 3 Min Peak 1 Average 1 Max Peak 1 Min Peak Max Peak Min Peak 1 Peak Peak 2 1 Max Peak Min Peak Vector Modulation Analysis Carrier Freq 1 000 000 000 Hz Input Level ATT Measuring RefintUniock Pre Amp Off 10 00 dBm 4 dB Mod Fidelity rms Mod Fidelity peak Symbol Rate Error Jitter P P Min Jitter P P Max Deviation Average Peak Peak Peak Peak 2 Specific Word Hex 3 Average 3 t Max Peak 3 Min Peak 3 Max Peak 3 Min Peak 3 Peak Peak 2 3 Max Peak 3 Min Peak 1 Average 1 Max Peak 1 Min Peak 1 Max Peak 1 Min Peak 1 Peak Peak 2 1 Max Peak 1 Min Peak Trace2 Mode EVM vs Symbol Magnitude Error vs Symbol Phase Error vs Symbol Frequency vs Symbol Eye Diagram 1of3 La 3 8 1 8 2 Numeric Modulation Type 4FSK G 3 5 1 1 Trace pd Droop Factor Tx Power 3 8 1 8 1 Modulation Type 3 8 Trace Mode PI ADPQSK 8PSK 16QAM 64QAM 256 QAM Filtered Power Freq
165. Tune Manual Pre selector Tune Preset Erase Warm Up Message RAB DUUVMqXBE 4 24 4 10 WT SOLEMN CEES Bull lt gt 1 E Capture 2 Capture Analysis Offset Time f Analysis Offset Time 3 Analysis Offset Time 4 Set rn IQ IQ 13 3 9 1 Analysis Offset Time Bux Be oe 0
166. Type2 P25 IB LCHO STD Typel P25 IB LCHO STD Type2 P25 IB LCHO Symmetrical Typel P25 IB LCHO Symmetrical Type2 P25 IB LCH1_ STD Type1 P25 IB LCHI1 STD Type2 P25 OB STD P25 OB STD BER DMR BS sourced Voice DMR BS sourced Data DMR MS sourced Voice D D MR MS sourced Data MR MS sourced RC NXDN 2 4ksps NXDN 4 8ksps C 2 X C 2 Predefined tt C Predefined REH BE RCR39 PI4DQPSK TCH UL RCR39 PI4DQPSK TCH DL Measuring Object Frame Formatted Frame Formatted Modulation Type PI ADQPSK PI ADQPSK Symbol Rate 16000 sps 16000 sps Span Up On On Measurement Filter Root Nyquist Root Nyquist 2nd Measurement Filter None None Reference Filter Nyquist Nyquist 2nd Reference Filter None None Roll Off 0 50 0 50 2nd Roll Off 1 00 1 00 Slots per Frame 4 slot 4 slot Slot length 160 symbol 160 symbol Measurement Offset 3 symbol 3 symbol Measurement Interval 153 symbol 157 symbol Sync Word Search ON ON Burst Search ON Off 1st Word Search Slot Slot 0 Slot 0 1st Word Sync Word Length 10 symbol 10 symbol 1st Word Sync Word 785B4 87A4B 1st Word Sync Word Offset 78 symbol 60 symbol 2nd Word Search Enable Enable 2nd Word Search Slot Slot 0 Slot 0 2nd Word Sync Word Length 10 symbol 10 symbol 2nd Word Sync Word CE450 31BAF 2nd Word Sync Word Offset 78 symbol
167. Word Offset 2nd Word Search Disable Disable 2nd Word Search Slot 2nd Word Sync Word Length 2nd Word Sync Word S C 2nd Word Sync Word Offset Deviation Calculation Post Measurement Filtering C 13 fJ X C Predefined REH BE C 13 Predefined P25_LSM P25_WCQPSK Measuring Object Frame Formatted Frame Formatted Modulation Type PI 4 DQPSK PI 4 DQPSK Auto Deviation Off Modulation Index Symbol Rate 4 8 ksps 4 8 ksps Span Up On On Measurement Filter None None 2nd Measurement Filter None None Reference Filter User Defined User Defined 2nd Reference Filter None None Roll Off 1 00 1 00 2nd Roll Off 1 000 1 00 Slots per Frame 1 1 Slot length 864 symbol 864 symbol Measurement Offset 0 symbol 0 symbol Measurement Interval 864 symbol 864 symbol Sync Word Search Off Off Burst Search Off Off 1st Word Search Slot 1st Word Sync Word Length 1st Word Sync Word 1st Word Sync Word Offset 2nd Word Search Disable Disable 2nd Word Search Slot 2nd Word Sync Word Length 2nd Word Sync Word 2nd Word Sync Word Offset Deviation Calculation C 14 C 14 Predefined tt C Predefined REH P25 IB Burst STD Typel P25
168. _Phase2_STTP IB1031 0_Slot01 Inbound Standard Tone Test Pattern Channel 0 TimeSlot 1 P25_Phase2_STTP IB1031 0_Slot03 Inbound Standard Tone Test Pattern Channel 0 TimeSlot 3 P25_Phase2_STTP IB1031 0_Slot05 Inbound Standard Tone Test Pattern Channel 0 TimeSlot 5 P25_Phase2_STTP IB1031 0_Slot07 Inbound Standard Tone Test Pattern Channel 0 TimeSlot 7 P25_Phase2_STTP IB1031 0_Slot09 Inbound Standard Tone Test Pattern Channel 0 TimeSlot 9 P25_Phase2_STTP IB1031 0_Slot10 Inbound Standard Tone Test Pattern Channel 0 TimeSlot 10 P25_Phase2_STTP IB1031 1_Slot00 Inbound Standard Tone Test Pattern Channel 1 TimeSlot 0 P25_Phase2_STTP IB1031 1_Slot02 Inbound Standard Tone Test Pattern Channel 1 TimeSlot 2 P25_Phase2_STTP IB1031 1_Slot04 P25_Phase2_STTP IB1031 1_Slot06 Inbound Standard Tone Test Pattern Channel 1 TimeSlot 4 Inbound Standard Tone Test Pattern Channel 1 TimeSlot 6 P25_Phase2_STTP IB1031 1_Slot08 Inbound Standard Tone Test Pattern Channel 1 TimeSlot 8 P25_Phase2_STTP IB1031 1_Slot11 au Inbound Standard Tone Test Pattern Channel 1 TimeSlot 11 ANIL TIA 102 CCAA fJ amp F Power vs Time Mask Power vs Time Mask DMR Mask F 1
169. ame Formatted Modulation Type Auto Deviation O QPSK O QPSK Modulation Index C Symbol Rate 1 Msps 1 Msps Span Up On On Measurement Filter None None 2nd Measurement Filter None None Reference Filter Half sine Half sine 2nd Reference Filter None None Roll Off 1 00 1 00 2nd Roll Off 1 00 1 00 Slots per Frame 2 2 Slot length 1128 symbol 1128 symbol Measurement Offset 2 symbol 2 symbol Measurement Interval 1000 symbol 1000 symbol Sync Word Search Off Off Burst Search ON ON 1st Word Search Slot Slot 0 Slot 0 1st Word Sync Word Length 32 symbol 32 symbol 1st Word Sync Word 9C3522ED7B8C9607 9C3522ED7B8C9607 1st Word Sync Word Offset 128 symbol 128 symbol 2nd Word Search Disable Disable 2nd Word Search Slot 2nd Word Sync Word Length B 2nd Word Sync Word E 2nd Word Sync Word Offset Deviation Calculation Origin Offset Cancel On Off Origin Offset Reference Offset Offset Ci fJ X C Predefined REH BE X C 11 Predefined T102 PARTI T102 PART2 Measuring Object Frame Formatted Frame Formatted Modulation Type 4FSK 4FSK Auto Deviation ON ON Modulation Index Symbol Rate 2 4 ksps 2 4 ksps Span Up On On Measurement Filter Root Nyquist Root Nyquist 2nd Measurement Filter Inverse Gaussian Inverse Rect
170. ask d F 4 APCO P25 Phase2 Mask TIA 102 CCAA BE TIA 102 CCAB Mask RECT Mask K F 5 K F 6 F 4 P25 Phase2 Mask P25 Phase2 IB Burst MeasInt164 MeasInterval 164 F 5 P25 Phase2 IB Burst MeasInt168 MeasInterval 168 F 6 F 5 P25 Phase2 IB Burst Measlnt164 Ne me DES eas Fail Logic ms ms dBm Rise Upper 7 1 61 99 99 57 00 ABS or REL 8 1 61 4 00 57 00 REL 9 0 42 4 00 REL 10 0 42 1 00 REL Fall Upper 0 0 42 1 00 REL oa ao REL 2 1 61 4 00 57 00 ABS or REL 3 1 61 99 99 57 00 OFF Rise Lower 9 0 42 3 00 ABS or REL 10 0 42 3 00 57 00 REL Fall Lower 0 0 42 3 00 REL 1 0 42 3 00 57 00 OFF F 3 ITRF Power vs Time Mask F 4 F 6 P25 Phase2 IB Burst Measlnt168 Ne Tine REL BES Fail Logic ms ms dBm Rise Upper 7 1 28 99 99 57 00 ABS or REL 8 1 28 4 00 57 00 REL 9 0 09 4 00 REL 10 0 09 1 00 REL Fall Upper 0 0 09 1 00 REL 1 0 09 4 00 REL 2 1 28 4 00 57 00 ABS or REL 3 1 28 99 99 57 00 OFF Rise Lower 9 ABS or REL Fall Lower REL IRG Filter BE
171. ce Filter None None Roll Off 1 00 1 00 2nd Roll Off 1 000 1 000 Slots per Frame 12 12 Slot length 180 symbol 180 symbol Measurement Offset 8 symbol 20 symbol Measurement Interval 164 symbol 140 symbol Sync Word Search On On Burst Search On On 1st Word Search Slot Slot11 Slot11 1st Word Sync Word Length 18 Symbol 18 Symbol 1st Word Sync Word 577D577FF 577D577FF 1st Word Sync Word Offset 10 Symbol 10 Symbol 2nd Word Search On On 2nd Word Search Slot Slot10 Slot10 2nd Word Sync Word Length 18 Symbol 18 Symbol 2nd Word Sync Word 576D577EF 576D577EF 2nd Word Sync Word Offset 10 Symbol 10 Symbol Deviation Calculation Post Measurement Filtering Post Measurement Filtering Deviation rms Reference Ideal average Ideal average H CPM Decode Method Typel Type2 C 17 fJ X C Predefined REH BE C 17 Predefined P25 IB LCH1_STD_Type1 P25 IB LCH1 STD Type2 Measuring Object Frame Formatted Frame Formatted Modulation Type H CPM H CPM Auto Deviation Off Off Modulation Index Maximum Frequency Deviation 3000 3000 Symbol Rate 6 ksps 6 ksps Span Up Measurement Filter H CPM_P25 H CPM_P25 2nd Measurement Filter None None Reference Filter H CPM_P25 H CPM_P25 2nd Reference Filter None None Roll Off 1 00 1 00 2nd Roll Off 1 000 1 000 Slots per Frame 12 12 Slot length 180 symbol 180 symbol Measurement Offset 8
172. de State Bd Slot On Off Avg dBm Bux Slot Level Offset On Level Offset Value Judge Slot Template BE Power vs Time Slot BU 0 19 Unit Bux dB dBm Display Item BE m EIRA Average All BE Power vs Time Biz Th EL Markerl Marker2 Qc Symbol Bux Symbol
173. e I 2 4 Byte Q 2 4 Byte I 3 4 Byte Q 3 4 Byte 4 1 2 1 IQ 3 P YLog I 07 P dBm I 1 Q Q E 42 YAU 4 2 IQ gj Capture mj Replay Replay 2011 115042 GS Vector Modulation A Replay FA 4 2 4 2 1 Replay 4 2 1 Replay Device Appiigatidn Close
174. er vs Time Mask Setup Rise Upper Limits BRERA 3 5 2 11 1 REL Limit 99 99 dB 99 99 dB 0 01 3 5 2 11 2 ABS Limit 99 99 dBm 99 99 dBm 0 01 3 60 85 WEAHORE 3 5 2 11 3 Fail Logic ABS Limit dBm Pass Fail REL Limit dB Pass Fail ABS or REL ABS Limit dBm REL Limit dB Pass Pass Off Pass Fail 3 61 BIE WE 3 5 2 12 Mask Load Mask Setting Standard Mask Table Mask Mask F C F Power vs Time Mask B 1 Measure Measure
175. ian v 3 24 Reference Filter Bux 14 Filter 3 2nd Filter E 2 Filter HWA H ODRE E Filter t Ej k G Filter Gaussian Gaussian2 Filter FAL TK PERV WERE 3 4 7 3 Reference Filter Modulation Type 2FSK 4FSK O QPSK Filter Type Root Nyquist O QPSK 2FSK 4FSK Nyquist Gaussian Gaussian2 ARIB STD T98 Half sine Rect H CPM_P25 User Defined 3 4 7 4 2nd Reference Filter Modulation Type 2FSK 4FSK O QPSK Filter Type None O QPS 2FSK Half sine 3 25 BIE WE 3 26 Roll Off BT Biz Filter Roll Off 3 amp Root Nyquist Nyquist ARIB STD T98 BT Gaussian Measurement Filter Reference Filter Root Nyquist Nyquist ARIB STD T98 Gaussian Inverse Gaussian
176. iation BUE AFSK Deviation I ERE SOR 120 300000 Hz Mapping Edit Symbol Allocation Symbol Data Default Symbol Allocation B 2 Mapping Edit c Mapping Edit Measuring Object Frame Formatted HWA H ODRE Symbol Rate Symbol Rate Mie E 3 4 6 1 IMS2830A 3 4 6 1 006 106 E Symbol Rate 005 105 007 009 077 177 078 178 IMS269x 077 177 004 078 178 BPSK QPSK 4DQPSK 8PSK 16QAM 64QAM 256QAM
177. in Offset Cancel 3 39 Origin Offset Reference 3 39 P Phase Equalizer ee E E EE ris retis 3 98 Phase Error peak 3 86 Phase Error WS 3 86 Phase Error vs Symbol 3 78 Phase vs Symbol eee 3 93 Points Symbol een 3 73 Power Meter 3 65 Power vs Time eee 9 48 3 106 Power vs Time 3 48 EE EI OEE 3 8 Preselector Auto Tune 3 6 3 7 Preselector Preset 3 7 Preset Dialog Parameter 3 10 Proset oasis 2 4 Q Quadrature Error 3 88 R Recall Parameter File 3 13 ea 2 3 Ref Input 2 9 Reference Edit 9 27 Reference Filter 9 27 Reference Filter 3 25 Re measurement mode 3 47 Remote 2 EDT eia aiin 2
178. l Atten Only 1 3 1 MS269x 80 MHz 6 GHz MS269xA 003 Frequency Band Mode Spurious 3 GHz MS2830A 30 MHz 3 5 GHz 100 kHz 12 5 MHz Frame Formatted Non Formatted Span Up On BPSK QPSK x A4DQPSK 8PSK 16QAM 64QAM 256QAM 35 MHz Non Formatted Span Up O BPSK QPSK zx 4DQPSK 8PSK 16QAM 64QAM 256QAM 6 25 MHz 2TSK 4FSK 3 125 MHz 0 QPSK MS269x 100MHz 26 5GHz MS2692A 067 167 100MHz 6GHz MS2830A MS2830A 044 MS2830A 045 300MHz MS2830A 067 167 MS2830A 300MHz 6GHz MS269x 0 1 ksps 12 5 Msps BPSK QPSK rx 4DQPSK 8PSK 16QAM 64QAM 256QAM 0 1 ksps 6 25 Msps 2FSK 4FSK MS2830A 005 105 007 006 106 0 1 ksps 12 5 Msps BPSK QPSK x 4DQPSK 8PSK 16QAM 64QAM 256QAM 0 1 ksps 6 25 Msps 2FSK 4FSK MS2830A 006 106
179. lter None None Reference Filter Nyquist Nyquist 2nd Reference Filter None None Roll Off 0 20 0 20 2nd Roll Off 1 00 1 00 Slots per Frame 2 slot 1 slot Slot length 96 symbol 192 symbol Measurement Offset 4 symbol 15 symbol Measurement Interval 86 symbol 177 symbol Sync Word Search ON ON Burst Search ON Off 1st Word Search Slot Slot 0 Slot 0 1st Word Sync Word Length 10 symbol 10 symbol 1st Word Sync Word 31BAF E1A90 1st Word Sync Word Offset 4 symbol 92 symbol 2nd Word Search Disable Enable 2nd Word Search Slot Slot 0 2nd Word Sync Word Length 10 symbol 2nd Word Sync Word 62DC9 2nd Word Sync Word Offset 92 symbol C C 5 fJ X C Predefined REH BE C 5 Predefined T61 FDMA PSC DL T86 CCH UL Measuring Object Frame Formatted Frame Formatted Modulation Type PI ADQPSK 16QAM Symbol Rate 4800 sps 11250 sps Span Up On On Measurement Filter Root Nyquist Root Nyquist 2nd Measurement Filter None None Reference Filter Nyquist Nyquist 2nd Reference Filter None None Roll Off 0 20 0 20 2nd Roll Off 1 00 1 00 Slots per Frame 1 slot 6 slot Slot length 192 symbol 150 symbol Measurement Offset 15 symbol 4 symbol Measurement Interval 177 symbol 141 symbol Sync Word Search ON ON Burst Search Off ON 1st Word Search Slot Slot 0 Slot 0 1st Word Sync Word Length 10 symbol 10 symbol 1st Word Sync Word 1E56F 000A0AA00A
180. nc Word Search On Burst Search Off 1st Word Search Slot Slot 0 1st Word Sync Word Length 10 symbol 1st Word Sync Word CDF59 1st Word Sync Word Offset 0 symbol 2nd Word Search Disable 2nd Word Search Slot 2nd Word Sync Word Length 2nd Word Sync Word 2nd Word Sync Word Offset Deviation Calculation Pre Measurement Filtering C 23 C fJ X C Predefined RE User Defined Filter User Defined Filter D 1 User Defined Filter User Defined Filter 8 FIR 1 501 D 2 User Defined Filter User Defined Filter EIE E
181. ng BER Setting 3 5 1 1 1 Trace 3 5 1 1 1 Trace Select Trace Trace Trace Mode Trace Scale Target Slot Number Slot Storage Zoom In Zoom Out Trace 1Trace 4Trace Next Trace Trace Next View 4Trace Trace1 4 Trace5 8 d 2 z7H Result Select Custom Numeric Setting Custom Numeric Specific Word Setting Specific Word BER Setting BER 85 WEAAORE Select Trace Bu Trace Trace ieee CHAS E EIRA Trace 1 Trace 8 an
182. o Trigger Level 3 69 Z Zoom In Zoom Out esee 3 44 50 2 oo 6 2 1 2 Ess Fil USE SOL rc D 2 9 DUE obi ue Blanche over Lh 2 18 Re 3 47 L FRI Tcr 2 2 ULM assigns bx di ro Mite ci eec ond 2 13 esses 3 2 WA E Get dO RD Ma tin 6 2 VE S 2 6 ERAAI tum ev nude 2 3 c icit iuc eS 2 9 2 11 hs 2 3 EE a ro MNT EN ERR RR 2 8 chc on ATH 1 2 2 4 FRAT SLA EE 3 2 amp P E E A 2 5 aiken ieir 3 4 er d Irae A S SERE 2 6
183. ord m 184229D461 1st Word Sync Word Offset 0 Symbol 2nd Word Search On 2nd Word Search Slot SlotO 2nd Word Sync Word Length 20 Symbol 2nd Word Sync Word 184239D460 2nd Word Sync Word Offset 0 Symbol Deviation Calculation Post Measurement Filtering Post Measurement Filtering Deviation rms Reference Ideal average Ideal average C 19 C fJ X C Predefined REH BE X C 19 Predefined DMR BSsourced Voice DMR BSsourced Data Measuring Object Frame Formatted Frame Formatted Modulation Type 4FSK 4FSK Auto Deviation On On Modulation Index Symbol Rate 4 8 ksps 4 8 ksps Span Up On On Measurement Filter Root Nyquist Root Nyquist 2nd Measurement Filter None None Reference Filter Nyquist Nyquist 2nd Reference Filter None None Roll Off 0 20 0 20 2nd Roll Off 1 000 1 000 Slots per Frame 1 1 Slot length 144 symbol 144 symbol Measurement Offset 0 symbol 0 symbol Measurement Interval 144 symbol 144 symbol Sync Word Search On On Burst Search Off Off 1st Word Search Slot Slot 0 Slot 0 1st Word Sync Word Length 24 symbol 24 symbol 1st Word Sync Word 755FD7DF75F7 DFF57D75DF5D 1st Word Sync Word Offset 60 symbol 60 symbol 2nd Word Search Disable Disable 2nd Word Search Slot 2nd Word Sync Word Length 2nd Word Sync Word 2nd Word Sync Word Offset Deviation Calculation Post Meas
184. rage Count 3 49 Sweep Status Out 2 9 Symbol Rate i ette etes nitri 3 19 Symbol Rate Error 3 87 Symbol Table 3 96 Syne WOrd iieiie bet eerte bir eee 3 35 Sync Word Length 3 34 Sync Word Offset esses 3 35 Syne Word Search sess 3 33 AI T Target Slot Number eese 3 43 dbi M 6 2 Title On Off a aesti ted nt Recte 6 2 PAGO PT 3 42 Trace Mode eee 3 43 3 51 Trace quU esc nc Nn EUM LN M E MALE 3 2 dun I 3 68 Trigger Delay 3 69 Trigger Input Lui 2 9 Trigger Slope 3 68 Trigger Source 3 68 Trigger Switch 3 68 TXIPOWB 3 86 U uro 3 52 Upper Limit Line 3 55 3 57 USB NMS ei 2 7 2 10 BO MOTUUM eee eres ace 2 9 User Defined Filter 3 26 V Video Trigger Level eee ereees 3 69 W Wide IF Vide
185. ring 3 Modulation Analysis 4 MG3700A 15 dBm 3 09 dB 0 1 dB MG3700A 5 21 HER HEAR 5 Alc MG3700A 6 7 Symbol Rate Error 8 MG8700A 2 GHz 4 7 9 MG3700A 6 GHz MS269x 3 5 GHz MS2830 4 7 5 5 2 3 1 TestSignal 008 100 ksps x 6 GHz MS2690A MS2691A MS2692A 3 5 GHz M82830A 5 22 BOE COMO 6 1 6 2 6 2 6 2 6 3 6 2
186. s RAB FLORA RRB 41 IQ gy Capture gg Save Captured Data Save Captured Data 9 16 2011 100523 GS Vector Modulation A Save Captured Data 8 Device D Hard Disk 4 1 1 Save Captured Data 4 1 1 Save Captured Data Device File Name Output Rate Exec Digitize Save Captured Data 41 IQ 7 2ORTF IQ IQ gt 1 gj Capture 2 Save Captured Data 3 Save Captured Data gj Device
187. se vs Symbol 1 LE Vector Modulation Analysis n 1000000000 Hz InputLevel 10 00 dBm ATT 4 dB Result Phase vs Symbol MKR Symbol Pre Amp Off 3 8 1 11 1 Phase vs Symbol Bux 1 8 Degree Scale BUE 180 degree CT Marker B On Off BA On Off Marker Number Phase vs Symbol Bd E Phase vs Symbol Bit E Measurement Offset Measurement Interval 1 3 4 8 Data 3 4 10 Slot 3 93 BIE WE Marker Link Bu Trace On Of BERE On Off 3 94 3 8 1 12 Signal Monitor 8 8 Trace Mode Trace 1
188. t Length o symbol Measurement Offset o symbol Measurement Interval fi 0 symbol ome 3 4 10 1 Slot Slot Length BUE 1 B zz E BER 107 4096 Measurement Offset Bu 8Symbol Measurement Offset 0 Slot Length 10 3 31 BIE WE Measurement Interval Symbol Measurement Interval Symbol 10 Slot Length Measurement Offset 1 slot 120 Symbol 3 Symbol 110 Symbol Slot Length 1 NN Measurement Interval Measurement Offset 3 4 10 2 Slot Format Slot Slot Length 120 Measurement Offset 2 Measurement Interval 110 Slot Length 120 symbol Measurement Offset 2 symbol Measurement Interval 110 symbol owa 3 4 10 3 3 32 HWA H ODORE 3 4
189. ternalGain dB PreAmp dB IQReverse IQ Normal E7 TriggerSwitch On Off TTYeeRun Triggered 41 IQ FZOR 4 1 1 1 TriggerSource Externa SGMarker SG dBm TriggerLevel Scale Mode Lin dBm s TriggerDelay 0 dBm TQ 1 Ref Int ExternalReferenceDisp Ref Ext Ref Int Unlock Ref Ext Unlock Correction dB IQ
190. uency Error EVM rms EVM peak Phase Error rms Phase Error peak Magnitude Error rms Magnitude Error peak FSK Error rms FSK Error peak Modulation Fidelity rms Modulation Fidelity peak Symbol Rate Error Jitter P P Min Jitter P P Max Deviation Deviation rms 96 Deviation at Ts 2 BER Specific Word Hex Origin Offset Droop Factor IQ Gain Imbalance Quadrature Error MER rms MER peak Offset EVM rms Offset EVM peak 3 65 BIE WE 3 86 v 1 O QPSK x2 2FSK 3 2FSK 4FSK OA x4 2FSK 4FSK H CPM 5 BER On Scale HIDE dBm W Scale A 2 Unit Unit Power Unit Power dBm W Tx Power BE Measurement Filter RF Filtered Power BE Measurement Filter RF Frequency Error Bu EVM rms BUE EV
191. ulation Modulation Analysis Aq F 1 Trace F2 Re measurement mode F3 Re measurement FA Threshold 5 00 Signal L F 5 pss Low See On Off F6 F 7 Equalizer Reset F8 3 5 1 1 Modulation Analysis 27 Modulation Analysis Trace L 3 5 1 1 Trace Re measurement Mode 3 3 5 1 2 Re measurement Threshold G7 3 5 1 2 Signal Level Too Low Display 3 E z 3 5 1 3 Signal Level Too Low Display Equalizer Reset Equalizer 3 5 1 4 Equalizer Reset 3 41 PIE WWE 3 5 1 1 Trace 3 42 Modulation Analysis 77 7 Yav a O Trace Trace f Vector Modulation A f Trace F 1 Select Trace 2 Trace 1 F2 Trace Mode Numeric F3 F 4 Target Slot 8 Number 0 B i F8 Next View Trace5 8 o 1 3 Custom Numeric Setting Specific WWord Setti
192. urement Filtering Post Measurement Filtering C 20 C 20 Predefined R EIE tt C Predefined REH DMR MsSsourced Voice DMR_MSsourced_ Data Measuring Object Frame Formatted Frame Formatted Modulation Type 4FSK 4FSK Auto Deviation On On Modulation Index Symbol Rate 4 8 ksps 4 8 ksps Span Up On On Measurement Filter Root Nyquist Root Nyquist 2nd Measurement Filter None None Reference Filter Nyquist Nyquist 2nd Reference Filter None None Roll Off 0 20 0 20 2nd Roll Off 1 000 1 000 Slots per Frame 1 1 Slot length 144 symbol 144 symbol Measurement Offset 0 symbol 0 symbol Measurement Interval 132 symbol 132 symbol Sync Word Search On On Burst Search On On 1st Word Search Slot Slot 0 Slot 0 1st Word Sync Word Length 24 symbol 24 symbol 1st Word Sync Word 7F7D5DD57DFD D5D7F77FD757 1st Word Sync Word Offset 54 symbol 54 symbol 2nd Word Search Disable Disable 2nd Word Search Slot 2nd Word Sync Word Length 2nd Word Sync Word 2nd Word Sync Word Offset Deviation Calculation Post Measurement Filtering Post Measurement Filtering C 21 S C fJ X C Predefined REH BE C 21 Predefined DMR_MSsourced_ RC NXDN 2 4ksps Measuring Object Frame Formatted Frame Formatted Modulation Type 4FSK 4FSK Auto Deviation On On Modulation Index

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