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MX890120B ISDB-T 信号解析ソフトウェア 取扱説明書 アンリツ株式会社

Contents

1.
2. MX890120B
3. 1 1 1 MS8901A 2 3 BERD 2
4. lt gt 1 2 Config Config 3 FE4 System Install System Install M585014 2003 11 20 18 43 18 System install lt lt Install System gt gt Product Information Product Type Digital Broadcast Signal Analyzer Systen Product Hodel M58901A Install Serial Number 6100035071 Spectrum Analyzer Type Change nsta en uory Can Installed Systen ms Revision Systen ax dus Bevision Systeu XR9O110A ISDB T LIEN DESIEOBEU SB 14 0 Cord Systen pedi Revision SPECTRUM ANALYZER 1 25 MAIN 1 14 Core IPL 1 3 Module DSPCCORE 1 25 Install Step Up key Previous Page Step Down key Next Page 7 Screen 2 15 1 System Install 4 TH2 Change Installed System Install System 5
5. 2 78 25 9pec 7 Mask 8 Equipment Standard Equipment Standard A B Brazil Brazil Equipment Standard F2 221 Equipment Standard 1 5 Mask Transmission 6 7 9 Station Power Type BOE m ETD Station Power O High Low 30dB Mask
6. 2 11 3 2 2 4 2 8 5 2 11 5 2 1 1 2 2 8 2 8 9 2 11 9 2 14 2 12 1 1 4 2 2 6 2 5 1 2 5 1 2 1 3 2 14 1 2 3 2 2 2 1 2 8 2 2 11 2 2 2 3 2 8 4 2 11 4 2 6 2 3 3 2 2 12 2 2 11 2 8 2 10 2 12 2 2 1 1 2 2 5 2 8 6 2 11 6 2 5 2 5 9 Lt 4 3 2 3 2 2 3 1 2 3 6 2 5 1 2 12 2 2 11 2 1 1 pope KFI 2 1 1 2 2 2 2 8 3 2 11 3 2 2 3 2 8 4 2 11 4 2 5 1 2 5 5 2 5 4 2 5 4 2 2 10 2 8 11 2 11 11 2 5 1 i dap Br 5
7. 2 59 P2 ELE 2 60 12 Worst Envelope Worst Envelope Sub carrier MER d cl MER Worst N Worst Envelope Current EEL Sub carrier MER Max Hold Max Hold Normal
8. System N Anrit MS8901A 00 im c e imi Ce Ce o E2229 Oe 1 NS 2 1 4 1 System IX Parmeter m Modulation Analysis 7HHz Shift 1 B ELE C N V4 1 aos e System p f MX890110A ISDB T V4 1 MX8950120B ISDB T MER Hod LG4QAM 1 64 0 1 LG40AH1 18 nA 2 1 4 2 System 2 18 52 2 2 Setup Common Parameter Signal Analysis D Back Screen F6 M58
9. 0 WaveBKgnd 00000000000 qe 1iScalel dix Sub carrier MER 2 Scale2 3 Scale3 1 4Wavel 5 Wave2 0 6 Wave3 0 qe 7 Wave4 0 8 Wave5 e Last Result 9 Wave6 VAD RO 0 qe 10 Wave7 Worst Envelope Filter Data 11 Wave8 12 Wave9 Uncorrection Result 13 WaveA 14 1 15 Text2 f 16 Text3 2 17 Text4 Level Over Over Range Level Under Under Range Carrier Unlocked Signal Abnormal 18 Text5 19 Zone HERA Freq Response 20 Marker 21 FKeyBKGnd 22 FKHilite
10. Storage Mode Storage Mode 5 Normal Average Moving Avg Max Hold Over Write Storage Mode Modulation Analysis C N Frequency Counter Spectrum Mask Storage Mode lt gt 1 Storage Mode F2 2 2 F1 3 Storage Mode Modulation Storage Storage Analysis Mode Mode Mode Average Format Moving Avg Ej Max Hold Over Write Storage Amount of Mode Count
11. 2 114 28 1 Ref Setting RF IF Level Reference 10 dBm 10 dBm lt 2 8 7 1 RF Amplitude Amplitude Ref Level F1 finplitude Entry Min 26dBm 10dBm lt FRF IF Pre Auplifier 2 8 7 2 Amplitude RF 2 115 52 S899014 2005 08 09 11 24 39 2 AGC Off 28 2
12. 1 2 1 Low IF IQ MS8901A 18 MS8901A MS8901A 18 Low IF IQ 2 11 Low IF IQ MS8901A 18 1 2 2 MS8901A 53 73 MS8901A MS8901A 53 MS8901A 73 1 4 1 4 1 1 4 2 Modulation Analysis
13. Adjust Range Under Range Modulation Analysis Refer to MER On MER bL 22 iE 24 0BAE 227 Mode IMode1 IMode2 Mode3 Signal Mode Mode1 Guard Interval 2 2 7 1 2 2 8
14. Channel A W r Frequency Channel Offset Frequency T TMCC TMCC 100 110 lt gt TMCC MER Conventional ERROR T Layer Tee Illegal 1 dPSECPB Layer B d 160AM Layer 23 55 dB 9 64QAM 2 10 1 10 TMCC TMCC TMCC ARIB STD B831
15. 2 E Set E Yes 2 14 Shift Color 3 214 f 5 I 2 14 1 MS8901A 4 2 14 1 Color Pattern 1 Color Pattern 4 O Color Pattern 1 Color Pattern 2 Color Pattern 3 Color Pattern 4 E 2 14 1 1 Anrit MS8901A N nritsu i ca LS Co 5 ga Bo Joo o 2000
16. Measure Single Single 2 109 P2 ELE 2 7 3 Moving Avg 2 7 2 2 7 2 CD 0 9 9 0 9 09 2 3 3 3 Dr Or 3 Continuous 2 7 2 Modulation Analysis
17. Level Reference OdBal Entry Signal Min 26dBun 10dBm Mode Guard Interval Reference OdBnl Entry UC Signal Min 26dBan 10dBn Guard Interval a Signal Mode Guard Interval Hode21 THCC Layer A Guard Interval THCC Layer A Layer B Layer C b 2 1 2 3 XI 2 1 2 3 a Level Reference 0 dBm XI 2 1 2 3 O b Mode Mode2 Mode3 P2 ELE 5 2 10 Set 2 1 2 4 a 2 1 2 4 b Level Reference EDU Mode31 Guard Interval 1 8 1 a Signal Guard Interva
18. Marker Normal Marker Delta Marker Maker Trace return 2 5 3 1 25 9pec 7 Mask 2 5 4 Spectrum Spectrum Hask Mask anssission Filter Default Last Result S off incorrect ion Equipment Standard Back Screen 2 5 4 1 Filter Filter Default Default FILTER 1 FILTER 2 FILTER 3 Data from Men Card M 2 5 4 2 2 95 P2 ELE 2 96 Spectrum Mask More Filter Transmisson F1
19. 2 70 25 9pec oz7 Mask e Brazil Span X 30 MHz 1 Channel Map Interim 1 Interim 2 Brazil T ChannelMap Brazil 14ch 473 142857 MHz Channel Map General Last Result Uncorrection Result Filter Data 1
20. MER Conventional MER 11 Threshold Offset D E 6 No Trace MER Sub carrier MER Marker X 4H T7 PL Marker Marker Trace F2 3 a Current MER b Worst MER Station Setting Marker Position E
21. a fff Freq Response Vertical Scale F1 2 2 dB F1 32 dB Vertical Scale T2dB 2 1 1 4 2 dB P2 ELE b Setup Common Parameter Modulation Analysis F1 Setup Common Parameter Modulation Analysis Setup Farameter Modulation Analysis 2 1 1 5 Modulation Analysis H
22. C N CW W MS8901A 18 MS8901A 18 HE ER BENER 4 2 4 2 1 MG8940A 30 MHz 1 GHz ISDB T 3 ML2437A 30 200 MHz MA2422A A3000 2 M 30 200 MHz 20 dB 3 dB MP721A MG8940A 30 MHz 1 GHz ISDB T 7 ML2437A 30 200 MHz MA2422A CN MG3633A 32 2700 MHz 138 dBc Hz CW
23. ISDB T 2003 14 11 21 2009 21 4 1 6 Copyright O 2003 2009 ANRITSU CORPORATION Printed in Japan 1 E 3 1 E
24. MS8901A X COPY X COPY BMP 2 141 P2 ELE 2 12 2 CSV Excel more 2 Save Data to Mem Card F5 Yes Set MS8901A 2000 04 01 12 34 56 Modulation lt lt Setup Common Parameter ISDB T MER gt gt Measure Continuous Analysis Storage Normal Seg Ofs 1024 Equalizer Standard Frequency Carrier Frequency B 473 142 857 1 MHz
25. 99 kHz Mode GI TMCC TMCC TMCC TMCC MER MER MER 20 dB 30 dB 40 dB 50 dB 60 dB MER MER 3 MER
26. 3 USB C F
27. Modulation Analysis Trace Format X F1 Trace Format 3 odu lat ion Analysis Constellation Trace Freq Response Format Sub carrier MER 2 1 1 6 Trace Format Modulation Analysis Segmentation Offset X F4 3 Entry LU Min 0 128 Gegnentat ion Offsel 2 1 1 7 Segmentation Offset 2 6 21 d Modulation Analysis Storage Mode F2 Storage Mode
28. gt 1 File No F3 2 38 Yes Save m Display Dir 1 Min 0 Max 99 2 13 1 3 Display Dir F2 213 JE 7 2Lffktf x AS Save Recall 2003 06 18 17 58 08 lt Save Parameter gt gt Parameter Directory MESSDO LAN ISDETSBINP ARAM Previous Save File Henory Card Information Page Save Data ISDB TSB MER Volume Label File Nane PARAMOO Unused Area 21 229 568 Bytes Total Area 82 641 024 Bytes Display Dir Next Page Ho Date Time Protect DO PARAMOO POO 2003 05 26 15 29 30 OFf 01 PARAMOI PO1 2003 06 06 18 16 46 Off File No 3 PARAMOA 04 2008 06 06 18 16 52 Off 5 File Name PARAMOS 09 2003 06 06 18 16 56 Off
29. Entry EA Min 1 Max 19968 Back Screen Marker 2305 symbol m 2 8 0 0 1 4O0FDM Mode3 19968 Reserve OFDM 1 2 3 4 OFDM OFDM OFDM OFDM S Nn oa 0 co 1o we 0 609000 DWO DOD 2 3 2 3 5 Storage Mode ix 2 7 Storage Mode
30. E 212 Copy Copy MS8901A 2000 04 01 12 34 56 Modulation lt lt Setup Common Parameter ISDB T MER gt gt Measure Continuous Analysis Storage Normal Seg Ofs 1024 7 Equalizer Standard Trace Frequency Format Carrier Frequency 413 142 857 1 MHz Frequency Error t 0 0 Hz 0 0000 ppm Storage Mode Conventional Layer_A Layer B 0 Seg s 13 Seg Mode 44 07 dB 43 98 dB 1 Seg Mode dB Signal Adjust Mode3 Mode Guard Interval 1 8 Back Frequency 473 142 857MHz Channel 13CH Pre Amp Off 23 2 12 1 3 COPY BMP T T 0000 9999 x COPY 10000
31. MER Qc E TMCC AC MER Conventional MER Layer A Layer B TMCC AC SP B MER B 1 Layer C C MER 1 TMCC TMCC MER AC1 AO1 MER AC2 AC2 MER A C xg 3 Storage Mode DQPSK
32. 4 13 4 1 32 MHz 10 dBm 8 MS8901A General 32 MHz Ref Setting 10 dBm C N Off 5 8 MS8901A Single Frequency Error 4 4 3 4 5 5 4 14 43 fibi 4 3 5 MS8901A 18 1 250 5000 kHz ISDB T OFDM 1 e 1Seg Terminal Low IF DC IQ DC 50 0Q Mode3 178 512
33. x 13 Response Msg TMCC a Mode b Guard Interval cl Layer Segment c2 Layer B Segment c3 Layer C Segment dl Layer A Modulation d2 Layer B Modulation d3 Layer C Modulation el Layer A e2 Layer B e3 Layer C 1 2 2 3 3 4 5 6 7 8 pum xn fl Layer f2 Layer f3 Layer C Mode Wu 0 4 8 16 0 2 4 8 0 1 2 4 Layer Response Msg eee 4 E 3 26 27 49 MKMODE WORST Worst Envelope MER
34. Measure Single Storage Mode 2 7 Storage Mode 2 36 22 E 24oAuE 2 2 12 Preset Preset Preset Anria MS8901A 9 0 0 JUL p ajo o IL 0 000p 140001 000 000 DDON 0 0of0 olo o e i Setup Common Parameter 2 2 12 1 Preset
35. 1 2 3 GPIB 4 890120 890120 1 890120 2 MX890120B 4 5 MX890120B ISDB T 1 MX890120A MX890120A1 MX890120A2 MX890120B PC
36. 5 2 138 2 12 1 MS8901A LCD Him 212 0 17 BMP 1 Copy lt gt 1 Shift 2 21 Shift Copy E Copy to Printer BMP File X F1 i BMP File
37. DETCANCEL DETSTAT 17 RST Modulation Analysis Modulation Analysis Trace Format Trace 0 2 3 4 TMCC 9
38. 13 Seg 1 8eg 1 Seg Model GI Mode 2 GI 1 16 1 32 Mode 3 GI 1 32 827 1000 MHz 99 kHz 10 26 dBm Off 10 46 dBm On 13 Seg Mode3 1 8 512 Layer 64QAM 5 0 3 Hz Mode1 1 4 128 Layer A C DQPSK 5 1 6 Hz 7 AI1IEXE SIE 1 4 1
39. Default 3 User 1 User 2 User 3 Filter Brazil A B lt gt Excel MS8901A 25 9pec 7 Mask 1 Excel d 1 1 2
40. Channel Map General 32 3000 MHz IF Band 3 9738 MHz 1 Hz 2 20 22 iE v 24oABE Frequency Channel Map UHF Channel Frequency 13CH 2 2 3 1 Frequency Channel Map General Channel Frequency 500 000 000MHz Offset Frequency s 0 000 000MHz Spectrum Normal 2 2 3 2 Freq Channel y Anritsu IHMS8901A Freq Channel C C L e 2 um e C LJ im Emi a C Lo BO C 2 2 2 3 3 Freq Channel Freq Channel Channel F1 Frequency F2
41. RE MS8901A RF Frequency 500 MHz Offset Frequency 10000 MHz 10500 MHz 500 MHz 10000 MHz 10500 MHz Frequency 105000 000 000MHz Pre Ampl Off 2 2 4 2 2 22 22 E 24oAuE 2 2 5 Spectrum 37 15 MHz O IF RF LO IE
42. 2 2 3 1 Interim 1 TAO Channel 13 32 0 15 MHz VHF Hj 2 2 3 2 00 E380 C37 17 MHz 2 2 3 3 UHF ARIB STD B31 13 62 1 7 MHz 2 2 3 4
43. Average Power 1 Low 2 30dB Mask 8 8tation Power High Critical Sub Critical Non Critical Average Power Statio Setting Station Power Entry ER Min 0 25W Max 2 50W Average Power 2 5 1 14 User 1 User 2 Equipment Standard A Equipment Standard B Station Power 22 High 3 ET Equipment Standard Brazil Average Power Spectrum Mask Mask Transmission
44. JANE S 0 EE 1 2 1 2 kk 1 3 1 2 1 Low IF IQ MS8901A 18 1 3 1 2 2 MS8901A 53 73 1 3 NEL EE 1 5 14 1 6 SLE 1 1 MX890120B ISDB T MS8901A MS8901A MS8901A OFDM MER MS8901A 1
45. MS8901A MS8901A 12 1 2 1 2 1 1 2 1 MX890120B ISDB T W2312AW 1 ATA 20 MB Low IF IQ 7 MS8901A 18 MS8901A 53 73 MS8901A MS8901A Vo1 1 pm MS8901A
46. 2048 0 OFDM OFDM GI MODE3 GI 1 4 2 3 6 1 0 2 3 5 1 2 3 6 1 E 0 512 0 256 07 1024 07 512 07 2048 07 1024 2 65 P2 ELE 2 4 C N C N 2 4 1 2 66 C N VCO MER CW Channel IF Band Setup Common Parameter
47. 32 MHz 20 dBm Mode3 1 8 64QAM 13 MS8901A General 32 MHz Ref Setting 20 dBm Mode3 1 8 649 13 No Trace Off 512 5 Recv Seg 18 Seg 32 MHz 99 kHz IL 1 MS8901A Single Error MS8901A Modulation Analysis 40 Frequency Single 1 Error Mode1 Frequency
48. SEUSIX 2 12 2 15 Back Screen Setup Common Parameter 16 TMCC Information TMCC 2 10 17 Auto Det Cancel Signal Automatic Detection TMCC Automatic Detection 2 10 2 50 2 3 3 Freq Response 23 Modulation Analysis CP SP 5 6 MHz DQPSK pA 10 7 11 1 8 14 6 2 12 MS39014 005708 09 11 10 65 n de lt lt Modulati n Analysis ISDB T MER gt
49. 73 4 10Log Average Power 80dB Mask 0 025 W 57 4 dB 11 99 12 Filter Equipment Standard Brazil 3 More Filter Default F1 Spectrum Hask Filter Default 2 gm ge a e Ed 5 sn Off incorrect ion T off Filter Data Save Data to Mem Card 2 5 1 15 E Default FILTER 1 FILTER 2 FILTER 3 Load Filter Data fron Hen Card 25
50. Reverse Normal Frequency Channel Map General 500 000 000MHz 8000 000 000MHz Channel Frequency Offset Frequency Spectrum Normal c 2 2 5 1 Channel Map General IF Band 2 28 52 2226 L JV Level RF Ta Level Cont 2 E MER d wm Setup Common Parameter 2 Level Cont F4 Ref Setting Adjust Range MS8BO1A 2005 08 09 10 52 58 Se
51. a1 b1 b2 MS8901A Excel MASKEFTT MS890 MASKFTT 3 U e ilf 2 91 52 MASK 1 8 10 00 55 00 3 95 55 00 3 10 30 50 2 85 0 00 2 85 0 00 3 10 30 50 3 95 55 00 10 00 55 00 liL MASKFIT 1 MASK 1 8 10 00 55 00 3 95 55 00 3 10 30 50 2 85 0 00 2 85 0 00 3 10 30 50 3 95 55 00 10 00 55 00 2 5 2 12 A MASK 1NEW 8 15 00 80 00 4 00 80 00 3 20 58 00 3 00 27 40 3 00 27 40 3 20 58 50 4 00 80 00 15 00
52. lt gt 1 MS8901A RS 232C D sub 9 TA RS 232C RS 282C MS8901A lo o PC RS 232C RS 232C 3 1 2 1 RS 232C MS8901A PC CD NO RD TD DTR NC GND DSR NC RTS 7 CTS RI NC D sub 9P D sub 9P 3 1 2 2 RS 232C 2 Config Anritsu MS8901A C3 mi C S me m C OC 3 1 2 3 Config 31 3 Configuration 3 Interface Connect to Controller 4 Interface RS 232C lt Configuration Interface gt gt Interface Connect To Co
53. Pass Fail 3 29 58387 33 E 34 E 35 E 36 E 37 38 39 40 41 42 3 30 Last Result Uncorrection Result Filter Data DW Type A 10 MHz 0 0 dB 60 0 dB Type B 21 MHz 27 4 dB 90 0 dB Brazil 15 MHz 27 4 dB 155 0 dB Equipment Standard Type B Type A Brazil Query Equipment Standard Brazil Type A Type B Query Station Power Low 30dB M
54. C N 0 100 9999 999 kHz WE Integral Stop Integral Start 1 Hz Integral Stop C N 0 101 10000 000 kHz Integral Start Integral Start E Integral Integral Mode D On Off On 99 99 0 00 dBc S DE Save Data to Mem Card C N
55. MS8901A 2 90 25 9pec 77 Mask S8901A 2009 02 06 18 81 58 Spectrum Mask lt lt Spectrun Mask ISDH T MER gt gt Measure Continuous nask 0 ansaission Pass 10 5 537 MHz E 30 x 40 Station Setting 50 z s j Numher of ET Channel 1 StationPow 5 80 High Load Mask Adjust Data fron 90 Range Hen Card 15 0 0473 142 857 15 0 MHz Marker 0 036 MHz 27 88 dB Margin 0 48 dB dask i y Screen Bef Level M OFE HH HW Bd 2 5 2 11 spmaskl csv 7 Load F2 Mask 1 Equipment Standard
56. Pass Fail Last Result Pass Fail Off Last Result HE Uncorrection Result dB d Filter Data 110 125 140 155 15 0 0 0 15 0 MHz 2 5 5 1 Last Result On UncorrectionResylr Off Filter Data Off 7 7 52 20 15 0 0 0 15 0 MHz 2 5 5 2 Last Result Off Uncorrection Result On Filter Data Off
57. ReadData 3 3 6 Public Sub MeasParamRead Dim strChannelMap As String Dim strChannel As String Dim strFreq As String Dim strOffsetFreq As String Dim strSpectrum As String Dim strRefLevel As String Dim strMode As String Dim strGuardInterval As String Dim strSegment As String Dim strModulation As String Dim strPreamp As String Dim intBoardNo As Integer Dim intAddr As Integer Dim intSubAddr As Integer Dim intUd As Integer Dim strListenTerm As String intBoardNo 0 33 GPIB intAddr 1 intSubAddr 0 strListenTerm vbCrLf GPIB Call ibrsc intBoardNo 1 Call ibsre intBoardNo 1 Call SendIFC intBoardNo Call ibdev intBoardNo intAddr intSubAddr T30s DABend _ Asc strListenTerm intUd Open C My DocumentsXParam txt For Output As 1 Call ibwrt intUd CHASSIGN Call ReadData intBoardNo intAddr strChannelMap _ Asc strListenTerm Print 1 Channel Map strChannelMap
58. 6 Change Memory Card Memory Card 7 8 F1 System Install 9 Yes 10 Entry Set 2 167 52 2 168 BIE MS8901A GPIB E MS8901A MS8901A Vol 3 3 1 3 2 3 3 3 4 3 5 3 2 GPIB eri rota aisle eesteteb asit rk 3 2 S2 RS 232C Leah seeds abies tdt 3 4 3 1 3 ETHERNET suiit ticdu oret beaten 3 6 REM 3 9 GPIB 3 34 3 3 1
59. MS8901A 4 1 4 2 4 2 4 3 4 3 4 4 4 3 1 lk 4 4 4 3 2 kk 4 9 4 3 3 ON 4 12 4 3 4 CW sess 4 13 4 35 MS8901A 18 4 15 4 3 6 MS8901A 18 4 17 4 1 MS8901A pM D MS8901A 1 2
60. 2 134 211 LowIF IQ MS8901A 18 2 11 5 OffSet Frequency Terminal Low IF DC Low IF AC IQ DC IQ AC Offset Frequency Channel Map General IF Band 2 2 4 Offset Frequency 2 11 6 Spectrum 2 11 7 Level 2 11 8 Mode 12 2 5 Spectrum Terminal IQ DC IQ AC LQ Q I
61. 2 158 Def ine Color Copy Color Pin fron Select Iten 0 VaveBKgrnd Define User Def ine Color Copy Color Ptn froa Select Itea 0 Vavelkgrnd Copy Color Ptn 1 Color Pattern 1 from Color Pattern 1 Color Pattern 2 Color Pattern 3 Color Pattern 4 2 414 222 Select Item F2 amp Select Item F2 2 14 2 1 Select Item 214 Select Item F2 E Setup Common Parameter Modulation Analysis Spectrum Mask Frequency Counter
62. jj lt o F 27 100 Modulation Storage Analysis Mode Trace Format H Storage gt Entry EE Amount of Count Refresh Interval Recv Seg 13 Seg Mode 1 Seg Mode 2 7 2 1 dB 27 Zorgge Mode Refresh Interval 2 Ta Modulation Storage Analysis Mode Trace Format Storage Refresh Interval Once Recv Seg 13 Seg Mode 1 Seg Mode E E 2 7 2 2 1 Every Once Storage Mode Average
63. Signal Abnormal RE IE Target RF Signal Abnormal Frequency 413 142 857MHz Channel 13CH Ref Level 10dHa Pre Aapl Off 2 9 2 1 RF IF 2 9 3 AL Y MM CN
64. 1 4 Standard OFDM 2 3 6 Segmentation Offset Signal Automatic Detection Mode Guard Interval TMCC 2 10 TMCC Automatic Detection TMCC 12 10 2 10 Automatic Detection TMCC Segment TMCC Segment TMCC Receive of Segment 1 Seg Mode
65. TMCC 1 lt gt 1 Setup Common Parameter 2 3 Modulation Analysis 4 More 2 3 5 Auto Det from Seg F3 0 12 0 6 Signal Automatic Detection F1 2 128 52 2003 00 22 11 41 27 Hodu Lat ion lt Modulation Analysis ISDB T gt gt Measure Continuous Storage Normal Seg Ofs 12 Signal Equalizer Standard Autonatic Frequency Detection
66. Hodu Lat ion Analysis Format Storage Mode Storage Mode 2 1 1 8 Storage Mode 8 More More More Modulation nalvsis Trace Format Storage Mode _ l Recv Seg 135 Mode 1 Seg Mode Range 2 1 1 9 More Z 52 2 4 2 Parameter M58901A 2004 06 15 19 59 55 lt lt Setup Connon Parameter C ISDB T HER gt gt Systen Terninal RF 1 Frequency Channel Interim 1CL TMHz Shift 1 Channel Frequency 13CHl Level Reference 10dHm Signal Mode i Modes Guard Interval i 1 8 1 THCC Mod Layer A 131 640A 1 Layer B 0 640AM Layer C 1 01 640AMI Frequency 413 142 8b 7MHz Channe
67. 0 30 dB Conventional MER 13 Seg 5 57 MHz 13 Segment 77 1 Seg 0 43 MHz 1 Segment Equalizer Standard Equalizer Advanced AI1IEXE SIE 1 4 1 CW 32 1000 MHz IF Band 100 Hz 10 MHz C N 407 140 dBc Hz CN 500 MHz 10 dBm 95 dBc Hz 1 kHz 108 dBc Hz 10 kHz 118 dBc Hz 100 kHz 10 20 dBm PreAmp Off 10 40 dBm PreAmp 1 kHz 5 0 1 Hz 0 01 Hz C N 10 20 dBm Off
68. MS8901A 53 MS8901A 73 Mode3 1 8 512 Layer A C 64QAM 5 0 15 Hz 40 0 1 Hz MER Conventional Layer A Layer B Layer C TMCC 1 13 Seg Mode3 1 8 512 Layer A C 64QAM 20 dBm off 10 Conventional 37 15 MHz Channel Map General 244 dB 37 15 MHz Z 42 dB 500 MHz Layer 649 16QAM QPSK DQPSK Layer B 64QAM 16QAM QPSK DQPSK Layer C 64QAM 16QAM QPSK DQPSK TMCC DBPSK AC1 DBPSK AC2 DBPSK 1 Equalizer
69. MHz 2 dB 2 2 Equipment Standard A 0 00 dB B Brazil 27 40 dB Bquipement Standard A B Brazil Excel 2 86 25 9pec 7 Mask
70. 2 MER Vertical Scale X F1 MER Vertical Scale Advanced Save Data 2 3 4 4 MER 11 Threshold Offset Threshold Offset 0 30 dB 1 Threshold Offset F3 dB 2 Sub carrier MER Conventional MER MER
71. 2 3 1 MER No Trace 10 Automatic Detection 14 Storage Mode 2 7 Storage Mode E nu lus 23 Modulation Analysis 15 Segmentation Offset 1OFDM 12 3 6 Segmentation Offset 16 Save Data to Mem Card 1 2 12 2 17 Back Screen Setup Common Parameter 18 TMCC Information TMCC mi nul 2 10 72 2 B Sys 19 Auto Det Cancel Signal Automa
72. Correction F3 Modulation Analysis Correction Trace Correction Format ud Storage Mode Seg 13 Seg Mode 1 Seg Mode 2 3 3 3 Calibration Correction On UL Calibration MS8901A Correction On Off Calibration On Off Correction On Ca1 Uncal Uncal Calibration Calibration
73. Yes E Set 213 JE 7 2L ffktfEL AS Save Recall BS Enter Save Parameter Save Parameter Previous Memory Card Information Page Volume Label Unused Area 9 648 128 Bytes Total Area 10 198 992 Bytes Display Dir Ime rotect Next Page i mation Page ETE 9 648 128 Bytes 10 198 992 Bytes Display Dir P rotect Next Page File No File Name Write Protect Back Screen File Name Sampleg 18 3801234567898 Q IBCDEFGH I JKLMNOPQRSTUVWXYZ abcdefghi jkInmopqrstuvw
74. 2 5 5 On SS S Y a Last Result b Uncorrection Result Filter Data Filter Data Margin Marker Trace Last Result Uncorrection Result Filter Data 2 5 6 1 2 104 26 Frequency Counter 2 6 Frequency Counter FFT TOM 2E CW System TV auto Select 2 6 1 Setu
75. 9 PH Ku dBc f CW fi NR Carrier CARRF CN f 0 1 Hz Frequency CARRFERR CN f 0 1 Hz Carrier CARRFERR CN et Frequency Error f 0 1 Hz AHZ 3 24 C N Carrier Frequency Error Carrier Frequency High Resolution Program Msg Query Msg CARRFERR CN APPM CARRFHR CN 32 Response Msg 0 01 Hz 28 Carrier Frequency Error High Resolution CARRFERRH R CN Am 0 01 Hz it 28 CARRFERRH R CN AHZ 0 01 Hz it 28 CARRFERRHR CN APPM ppm Integral Result INTGRSLT dBc TARGET IF System TV RF Target Status TGETSTAT NOMEAS NORM SIGLOSS ABNORM System TV NOMEAS E Target Change TGETCHANGE NOCHANGED CHANGED System TV
76. User 1 User 2 50 VERO 2 1 13 AI1IEXE SIE 1 4 1 27 4 dB c 107 22 dBm Off 82 1000 MHz 10 42 dBm On 32 1000 MHz Default User 1 User 2 User 3 CW 3 9 1000 MHz 10 20 dBm 10 40 dBm On 1 kHz 5 0
77. 1 7 MHz 0 0 MHz Station Power 2 75 P2 ELE User 1 User 2 9 MS8901A 2 5 2 Brazil Station Power Average Power 6 5 Mask Transmission
78. MHz MHz 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 142 857 Channel Frequency Channel Interim 1 Interim 2 187 892 1 12 UHF 13 62 18 63 UHF Brazil 14 69
79. T ChannelMap 18 ch 473 MHz Channel Map General b B 1 Span 30 MHz Channel Map Interim 1 Interim 2 Brazil T ChannelMap 13 ch 473 142857 MHz Channel Map General B 2 Span 36 MHz 2
80. iX 12 7 Storage Mode 4 Receive of Segment 2 8 5 Recv Seg 3 5 Adjust Range ET RF Adjust Range Adjust Range Terminal RE 2 45 P2 ELE 2 46 Equalizer Equalizer Advanced Standard Advanced Standard Equalizer Advance MER Advance
81. EquipmentStandard Brazil E 2 5 5 nu lij 14 Uncorrection Result Equipment Standard Brazil 2 5 5 nul 15 Filter Data Equipment Standard Brazil 2 5 5 nl 16 Save Data to Mem Card 2 12 2 88 P2 ELE 17 Back Screen Setup Common Parameter
82. MS8901A MS8901A PC ETHERNET ETHERNET ETHERNET 3 1 3 1 ETHERNET MS8901A PC ETHERNET ETHERNET 3 1 3 2 ETHERNET 3 6 2 3 31 CREE L Qd ZW o Config X Config f 7 Anritsu 8901 Cj L3 CJ imi E C olo O OU ooon a e A 3 1 3 3 Config Configuration Interface Interface Connect to Controller ETHERNET 1589014 Interface lt Configuration Inter
83. Po 36 dBm MS8901A 26 dBm MS8901A 26 dBm Single Frequency Error Hz 1 7 4 3 1 5 On 3 dB ZW 43 5 iB 1 Off Mode8 512 64QAM 5 Hz 1 Off Mode3 512 64QAM 40 Hz 2 Off Mode1 128 DQPSK
84. Normal Normal Worst 28 2 8 37 15 MHz REIF MER CN Spectrum 3 System TV Auto Select System TV S
85. Excel 1 1 2 2 3 28 ZH DH 2 85 P2 ELE 10 2 50 Equipment Standard A 10 10 MHz 0 00 60 00 dB B 21 21 MHz 27 40 90 00 dB Brazil 15 15 MHz 27 40 4 155 00 dB
86. EL 24 C N WE CIN CIN C N C N fi C N CW dBc D U 1 Hz DIU CW dBc Storage Mode IX 2 7 Storage Mode nul nma L Integral Start
87. RF TP TV Auto Select IF REF IF MS8901A 2 8 3 Terminal TV Auto Select RF MS8901A 18 Low IF IQ RF 2 112 28 28 4 Channel Frequency Channel Map Frequency Channel RF Channel Map X System EXEC IF Channel Map Gene
88. DC Low IF DC IQ DC AC Low IF AC IQ AC Terminal 50 1 MO Terminal amp Impedance IQ DC 500 2 11 3 1 Terminal amp Impedance A Terminal RF 2 11 4 Channel Frequency Terminal Low IF DC Low IF AC IQ DC 1Q AC Channel Map Frequency 250 kHz 5 MHz 1 Hz 500 kHz Frequency Channel Frequency sud 0 500 000MHz Offset Frequency gt 0 000 000MHz Spectrum Normal 2 11 4 1 Channel Frequency Signal Abnormal 0
89. 2 48 23 Modulation Analysis Section 1 Section T8 2 3 1 MER No Trace 2 3 2 4 Section Receive of Segment 2 8 5 Recv Seg Adjust Range RF Adjust Range Adjust Range Terminal RF Equalizer
90. E 2 3 4 2 Marker Sub carrier MER Marker Marker Position E 1 2 57 P2 ELE 7 MER MER MER 8 MER cL 18 Peak Search
91. 3 4 TMCC 2 125 52 gt MER Conventional COMPLETE Automatic Detection eg Layer 13 Layer B 0 Layer C 0 2 10 1 5 MER Conventional gt gt NOTICE lt lt e Layer Changed the paraueter 1 Layer B 12 Layer C 0 2 10 1 6 gt 3 Mod QA QA 40 Mo
92. 110 125 140 155 15 0 0 0 15 0 MHz 2 5 5 3 Last Result Off Uncorrection Result Off Filter Data On 2 102 25 9pec 77 Mask Filter Data dB Uncorrection Result Last Result 20 jH N F H 110 125 3 RLL 140 155 15 0 0 0 15 0 MHz 2 5 5 4 Last Result On Uncorrection Result On Filter Data On 2 103 P2 PEDE 2 5 6 Marker Trace Brazil 2 5 3 A B Marker Marker Marker Trace F3
93. 2 9 2 Changed Storage Mode E RF IF Amount Of Count X Spectrum Mask Storage Mode 2 8 15 Spectrum Mask RE IF Channel Map 2 5 Spectrum Mask 2 8 16 gt gt
94. 0 dB Worst Envelope On MER Worst 2 8 Worst Envelope On MER 2 56 23 Modulation Analysis 4 MER Conventional Conventional D MER 5 Threshold
95. CARRFERRHV PPM CARRFEBRRHR PPM 1 2 0 04 Hz 2 HH 1 0 1 Hz 0 0 Hz ppm 0 0000 ppm 75 ppm 0 1 Hz HR MS8901A 53 MS8901A 73 ppm 0 01 Hz 0 04 Hz ppm BIN VE E
96. 23 FK Shadow 7 7 X fO 24 FKey Text 2 159 52 2 160 2 14 2 1 Setup Common Parameter Modulation Analysis CIN Spectrum Mask Frequency Counter 25 FKey Text2 26 FKey Text3 27 Window BG 28 WinShadow 29 WindowTxt 30 31 32 BKground 2004 06 1h 19 59 55 a Setup Common Parameter ISDB T MER gt gt ISysten Terminal I IFrequency Channel Level Reference Signal THCC Layer Ref Level Guard Interval E 1 8 1 TU LRF Channel Map Interim 1C1 7MHz Shift 1 Frequency 13CHl Node31 Segment Mod 191 640AM 01 I640AN1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 01 640AN1 i 478 142 SbTMHz Channel 109 Pre Aupl FS ms Mask 2 14 2 3 Setup Common Parameter 214 589014 2003 08 22 11 42 56 Hodu Lat ion lt Hodulation Analysis ISDB
97. CSV ix 2 12 Back Screen Setup Common Parameter 2 67 P2 ELE 25 Spectrum Mask Channel Map IF Band ITARIB STD B31 ABNT NBR 15601 3 1 TypeA ARIB STD B31 1 5 A 1 Span 20 MHz 10 MHz
98. 15 1 2 2 1 4 2 5 3 2 2 7 2 8 8 2 11 8 2 14 2 2 2 6 2 8 7 2 11 7 2 2 6 2 8 1 2 8 7 2 2 11 2 1 1 2 3 4 91 1 AI ABC A 1 AC2 Adjust Range Ampl Vertical Scale Auto Det Cancel Auto Det from Seg Average Power C C N Calibration Cancel Channel Constellation Continuous Conventional Correction E Equalizer Equipment Standard ETHERNET 2 3 1 2 3 1 2 2 6 2 3 1 2 8 7 2 3 8 2 10 4 2 10 3 2 5 1 2 4 2 1 8 2 3 8 2 1 1 2 2 8 2 8 4 2 11 4 2 8 2 2 2 11 2 3 1 2 3 8 2 3 1 2 5 1 3 1 3 ETHERNET F Hilter Data Hilter Transmission Freq Response Frequency Frequency Counter G General GPIB GPIB Guard Interval 251 2 3 4 2 5 5 2 5 4 2 8 8 2 2 8 2 8 4 2 11 4 2 6 2 2 8 3 1 1 3 8 2 2 8 2 8 9 2 11 9 IF Band Impedance Integral Start Integral Stop Integral Interim 1 Interim 2 L Last Result Layer A Layer B Layer C Level Over Level Under Level Low IF IQ M Marker Marker Trace Mask Transmission MER Mode Modulation Analysis More N No Trace Number of Channel O Offset Frequency Over Range P Peak Search Preamplifier Preset 2 2 3 2 11 3 2 4 1 2 4 1 2 4 1 2 2 3 2 2 3 2 5 5 2
99. 18 TMCC 203 16 51 Lm mw meme TMCCINFO 3 ER CASTRI Refer to MER On Adjust Range Mode No 3 21 BIE VE KR 3 22 19 20 ik 21 Mode DQPSK DQPSK PR DQPSK DQPSK PR X4
100. Bl CJ CJ C9 o 5 Shift Color Change Golor Color Pattern 1 Color Pattern 2 Color Pattern 3 Color Pattern 4 Define User Color A El 224b KEH E Shift Color 2 157 52 2 14 2 Color X F5 1 T Change Co lor Color Pattern 1 Color Pattern 2 Pattern 3 Color Pattern 4 Define User Color 2 14 2 1 Copy Color Ptn from Hl from X F1 Color Pattern 4
101. 2 5 2 2 1 MASK 1 Useri Excel CSV a3 MS8901A spmask1 csv MS8901A MS8901A Anritsuf MS8901A Big X C3 C mi C LJ E oo o 0000 2 aaa o 20 2 5 2 10 MS8901A Spectrum Mask 1 Mask Transmission F1 Load Mask Data from Mem Card F5
102. 2 7 13 Receive of Segment 2 8 5 Recv Seg 14 Adjust Range NR Adjust Range Adjust Range P Terminal RF 15 Equalizer Equalizer Advanced Standard 2 3 1 MER No Trace 16 Signal Automatic Detection 1 1016 Bqualizer Mode Guard Interval TMCC
103. RF IF Channel 2 84 25 9pec 7 Mask 2 5 2 2 2 lt gt a np Excel MS8901A b Excel MS8901A a1 b1
104. 1 11 AI1IEXE SIE SEN TT Station Power 1 4 1 High Low 80dB Mask High 2 5 W Low 2 5 W 30dB Mask 0 25 W Average Power 0 25 2 5 W Low 0 025 0 249 W 30dB Mask Transmission 16 11 29 dB 274 77 4 15 4 36 4 36 15 MHz 2 86 0 0 2 86 3 00 2 79 2 79 3 00 18 7 36 5 86 0 0 5 86 7 36 18 MHz 6 00 5 79 5 79 6 00 21 10 36 8 86 0 0 8 86 10 36 21 MHz 9 00 8 79 8 79 9 00 1 2
105. 0 13 Hz 0 01 Hz kV 0 01 Hz Local E Under Range 15000 Hz Storage Mode E 2 7 Storage Mode 3 Back Screen Setup Common Parameter 27 Zorgge Mode 2 7 Storage Mode
106. 8 MHz 3 8 6 MHz User 1 User 2 50 Station Power High 77 4 dB Station Power Low Average Power W 0 25W lt P 2 5W 73 4 101ogP dB P 0 25W 67 4 dB Station Power 30dB Mask Average Power P W 0 025 W P lt 0 25 W 73 4 101ogP dB 0 025 W 57 4 dB 1 2 3 30 15 MHz 36 18 MHz 42 21 MHz eH 1 12 9 27 4 dB l4 1 4 1 2 C
107. Frequency Error M az TUE v NISI ke UA Z r3 Buts L LO 99 kHz 300 Hz Carrier Unlock M MS8901A 2000 04 01 12 34 56 lt lt Modulation Analysis ISDB T MER gt gt Unlock Measure Continuous Storage Normal Seg Ofs 1024 2 3 1 3 Carrier Unlock FFT 2 MER 23 Modulation Analysis ISDB T OFDM
108. BRAZIL UHF BRAZIL BRAZIL DS Channel n 1 7 69 Channel CHANAn CHAN 7 8 3 973000 MHz Channel 5 Frequency Frequency FREQAf FREQ x ias Frequency with Offset OFFREQ Hz Offset Offset Frequency Frequency Channel Map IF FREQOFSAf FREQOFS 07 12 GHz General GENERAL GENERAL f 37 15 MHz f 87 15 MHz Frequency IF Frequency IF FREQIF Frequency with Frequency Offset IF with Offset IF Offset Frequency Offset IF Frequency IF OFFREQIF FREQOFSIF f 0 Hz Normal o RVSSPECT Qd 3 eneral an Spectrum RVSSPECT Terminal Reverse RVSSPECT RF Eve HX Spectrum IF Reference Level Reverse IF RVSSPECTIF RVS Ref Level RFLVLAJI RFLVL ik 9 TV Reference Ref level IF RFLVLIFAI RFLVLIF Auto Select Level IF H
109. EE Excel CSV E Filter1 csv 2 98 25 9pec 7 Mask 3 MS8901A 1 MS8901A MS8901A E Zr MS8901A B 3 F a C CJ mi oa e o CJ o olo Jooo C C0 o e 2 5 4 6 MS8901A 1 MS8901A 2 1 MS8901A 2 Spectrum Mask More
110. MX890120A 2 13 1 Save Shift Save Save Shift N Anritsu EIMS8901A nritsu CJ C JO NO aolo e CJ c C3 C EJ EJ t e C I 2 13 1 1 Save 2 13 Save Display Dir 1 2 Save 2 149 52 2 150 DD 1 100 0 99 E
111. Program Msg Query Msg d Response Msg ik 37 38 49 XMM LAST ik 37 ik 49 IMASKSV XMM_UNCOR R A XMM FILTER XMMF p d XMMF LAST Ap d FILTER A p d ik 37 39 ik 49 87 Tk 39 49 it 38 40 ik 49 it 39 40 ik 49 ik 39 40 iX 49 ik 39 40 49 MASKSVAn Default MASKFILTE RA DEFAULT MASKFILTER DEFAULT MASKFILTE RAUSERI MASKFILTER MASKFILTE RAUSER2 MASKFILTER MASKFILTE R USER3 MASKFILTER Load Hilter Data Hile 3 28 MASK FILTERLD
112. 30 CD VN iii iv 1
113. 32 MHz 99 kHz MS8901A Single Error MS8901A Modulation Analysi IL 1 Frequency s 40 Single 1 Error Frequency Mode1 MS8901A 4 3 1 5 2 1 6 43 5 Hz 1 Mode83 178 512 Layer A C 2 Mode1 1 4 128 Layer DQPSK alli 83 64QAM 4 11 4 3 3 C N
114. 9 9 4 Imi 2 121 52 BEDI 2 10 E TMCC ua Modulation Analysis T MER MS3901A 2003 00 22 11 40 14 Hodu Lat ion lt lt Modulation Analysis ISDB T MER gt gt Measure Continuous Storage Normal Seg Ofs 12 Signal Equalizer Standard Autonatic Frequency Detection Carrier Frequency H 478 142 857 2 MHz Frequency Error 0 1 Hz TMCC 0 0002 ppu Autonsatic MER Detection Convent ional Mod Layer_A B4QAMCPR Auto Det Layer B i 64QAM fron Seg Layer C THCC 1 2 THCC Signal Information Mode x
115. E Qd Frequency Channel Frequency s d 0 500 000MHz Offset Frequency sn 0 000 900MHz Spectrum Normal 2 11 6 1 Terminal Low IF DC Low IF AC IQ DC IQ AC Ref Setting Adjust Range T Q 0 1 1 0 Vpp 2 2 7 Mode 2 11 9 Guard Interval Guard Interval 2 2 8 Guard Interval 2 135 52 2
116. 3 17 3E VE Modulation Analysis Program Msg Query Msg MKL MOD AI Response Msg 1 Q MKL MOD AQ MKL MOD FRESPZONE n FRESPZONE n 0 7 12 Freq Response MKP FRE p 07 431 Freq Response MKL FRE AMP dB MKMODEA CURR MKMODE MKMODE AWORST MKMODE 22 MER E SUBCARRZONE An SUBCARRZONE n 07 12 Sub carrier MER MER MKP_SUBCARR Ap MKP SUBCARR I LR Sub carrier MER MER
117. ABNT NBR 15601 Brazil 1 Span 30 MHz 15 MHz 27 40 dB StationPower 2 68 25 9pec 7 Mask 2 5 1 Setup Common Parameter Spectrum Mask MS8901A 2009 02 06 16 31 58 Spectrum Spectrum lt lt Spectrum Mask ISDB T MER gt gt Measure Continuous 5 Mask 12 11 dB 3 5 537 MHz 20 8 80 9 40 Station 6 etting 60 1 StationPom 80 High 90 15 0 0 473 142 857 15 0 HHz 2 Mafker 0 056 MHz 27 88 dB Margin 0 48 dB Frequency 4T3 142 8b57
118. PC GPIB 3 1 1 1 GPIB 2 Config Config A N Anritsu MS8901A Y CJ Jt 00019 9 3 1 1 2 Config 31 T 3 Configuration Interface Interface Connect to Controller GPIB lt Configuration Interface gt gt Interface Connect To Controller GPIB Address 01 1 15232 Rate 8600 bps 1 Parity Off 1 Data Bits 8 bits 1 Stop Bit XON XOFF Flow Control i bit 1 n 1 sI DE 3 1 1 3 Interface 4 GPIB 589014 lt Configuration Interface gt gt Interface Connect To Controller ETHERNET 1 GPIB My Address Data Bits Stop Bit XON XOFF Flow Control Back Screen E 3 1 1 4 GPIB 3 1 1 1 GPIB 838 3 1 2 RS 232C RS 232C
119. T AIE SIE HS8501A 2009 02 12 15 28 19 Hodu Lat ion X Modulation Analysis ISDB T MER gt gt Measure Continuous Storage Noraal Ofs hl2 Equalizer Standard Trace Frequency Format Carrier Frequency 413 114 S Frequency Error i Storage MER Mode Convent ional Mod Layer A dB G4QAM Layer B dB 0 654QAH Layer C dB 0 640AM THCC dB ACI dB ACA dB Signal Guard Interval Back Frequency 4713 145 85THHz Channel 13CH Soren Ref Level 10dBm Pre Ampl GFF 689 7 MHz 0 1 Hz 167 4 Hz 1 2 2 1 MS8901A 2005 02 12 15 91 95 Hodu lat ion K lt Modulation Analysis 1SDH T HER gt gt Measure Continuous Storase Normal 7 Seg Ofs 512 Equalizer Standard Trace Frequency Format Carrier Frequency 473 132 Frequency Error Storage MER Hode Conventional Mod Layer BG4QAM Layer B G4QAM Layer C 4 ACI d poe Signal Hode Guard Interval Frequency 479 142 SbMlz Channel 13H Hef Level 10dHn Pre Ampl Off 4 29 MHZ 0 01 Hz 8 85 Hz 1 2 2 2 13 1 3
120. Storage Mode Normal Program Msg STRG FCNT ANRM Query Msg STRG FONT 32 Response Msg Average STRG FCNT AAVG STRG FONT Max Hold STRG FCNT MAX STRG_FCNT Amount of Count CNT FCNTAn CNT_FCNT Refresh Interval INTVAL FCNT EVERY INTVAL FCNT INTVAL FCNT ONCE INTVAL FCNT Adjust Range ADJRNG ChannelMap IFBand Carrier Frequency FCNT Hz Carrier Frequency Error CARRFERR FCNT Hz RS CARRFERR FCNT AHZ Program Msg CARRFERR FCNT APPM 43 System TV Auto Select Query Msg Response Msg HX 3 31 BIE VE Configuration Pattern 1 Program Msg COLORPTN COLOR1 Query Msg COLORPTN Response Msg
121. Level Cont Ref Setting Select lt Setup Common Parameter ISDH T MER gt gt Sysien Terninal Frequency Channel Hap Dau Neu 1 RF Channel Frequency 13CHI Offset Frequency Spectrum Level Reference Signal Hode Guard Interval THCC Layer Layer B Layer C Target Frequency Ref Level 2 8 8 Mode 2 8 9 2 8 10 TMCC 10dBnl No Measure 413 142 857 Hz Channel Pre Anp RF IF Interin 1CI 7HHz Shift l General 87 15 0 0092 Reverse Hode 1 8 1 Mod L640AM 640441 640441 Segnent 3 2 8 7 3 Level Cont RF IF 3 109 Off On Q F Level Cont HEE Setting d 18 MA lt System TV 3 F Mode Ahi RF dl TV TMCC 3 2 2 8 2
122. Recall C a Anritsu 58901 C3 C3 C olo oli 01 000 0 2 13 2 1 Recall Recall File No m Display Dir 2 13 2 2 Recall 2 154 213 JE 7 24OfktIf x AA Save Recall 1 100 lt gt 1 File No F3 2 3 Yes Entry 1 Min 0 Max 99 gt gt Recall lt lt Yes Entry E91 Min 0 Max 9
123. RF Output 4 6 4 1 32 MHz Mode3 1 8 64QAM 13 MS8901A General 32 MHz Ref Setting 10 dBm Mode3 1 8 64QAM 13 No Trace Off 512 5 Recv Seg 13 Seg 3 dB 10 dBm Po dBm dB MS8901A MS8901A Single Frequency Error Hz
124. System TV Auto Select System TV 2 12 2 119 P2 ELE 2 9 System TV Auto Select 2 9 1 OAR Over Range CN OFDM MER Over Range 2 9 2
125. Adjust Range Level Cont F4 Adjust Range MS8901A 3 GHz Channel Map IF Band Ref Setting Level Cont F4 Ref Setting Ref Setting Refer to MER Modulation Analysis Refer to MER F3 Off Adjust Range MS8901A 3 GHz X C0 Refer to MER
126. Call ibwrt intUd SEGMENT Call ReadData intBoardNo intAddr strSegment Asc strListenTerm Print 1 Segment A B C strSegment Call ibwrt intUd SEGMOD Call ReadData intBoardNo intAddr strModulation _ Asc strListenTerm Print 1 Modulation A B C strModulation Call ibwrt intUd PREAMP Call ReadData intBoardNo intAddr strPreamp Asc strListenTerm Print 1 Preamp strPreamp Close End Sub 3 3 2 MER RA Conventional MER 33 GPIB MER E 1 Terminal RF Terminal RF Channel Map Interium 1 Twv Channel 18 ch Reference Level 20 dBm MODE MODE3 Guard Interval 1 4 A Layer_A 64QAM 13 B Layer_B 64QAM 0
127. Channel Map Interim 1 Interim 2 UHF UHF Brazil 3 MHz ChannelMap UHF 13 ch 476 142857 MHz Channel Map General 3 MHz Fa pe d BT 3 Span 42 MHz 3 Channel Map Interim 1 Interim 2 Brazil 6 MHz ChannelMap UHF 13 ch 479 142857 MHz Channel Map General 6 MHz
128. 2 3 3 2 5 4 3 Qr T 10 2 100 c 0 00 127 6 dB MHz 2 15 15 MHz dB 2 0 00 dB 27 4 dB Filter 1 8 15 00 57 60
129. Frequency Counter MHA 2 105 Storage Mode 2 107 kk 2 111 2 120 2 122 Low IF IQ MS8901A 18 2 132 ki 2 138 Save Recall 2 149 2 157 2 167 3 1 3 2 PpHat to olds m 3 9 GPIB ki 3 34 ETHERNET 3 57 RS 232C 3 62 4 4 1 4 2 4 3 A eese iri 4 1 4 2 4 3 4 4 1 PIE AE MX890120B ISDB T
130. 2 30 22 WE OE II MS8901A 2000 04 01 12 34 56 lt lt Modulation Analysis ISDB T MER gt gt Measure Continuous 0 Under Range 0 Storage Normal Seg Ofs 1024 2 2 6 9 a Level Over 10 dBm MS8901A RF RF b Over Range Adjust Range e 924 Over Range Preamp Saturated On
131. IQ 22 WE OE 12 11 3 Terminal amp Impedance Terminal RF lt 2 2 2 1 Terminal 2 2 3 Channel Frequency Channel Frequency Th RF Channel Map Channel Map 8 Channel Map 1 2 8 4 Interim 1 13 32 1 7 MHz Interim 2 Map Interim 2
132. 2 37 52 2 38 2 2 12 1 Setup Common Parameter System TV Terminal RF Impedance 500 Channel Map Interim 1 Channel Frequency 13CH Offset Frequency 0 Hz Spectrum Normal Level Cont Ref Setting Refer to MER Off Reference Level 10 dBm Mode Mode3 Guard Interval 1 8 Layer Segment 13 Mod 64QAM Layer Segment Mod Layer C Segment Mod Preamplifier 1 Terminal RF 22 NE 2 0EUE 2 2 12 2 Modulation Analysis Trace Format No Trace Storage Mode Normal Amount of Count 5 Refresh Interval Every Segmentation Offset 512 Section Layer A Recv Seg 13 Seg Mode Equalizer Standard Auto Det from Seg 0 Correction Off Ampl Vertical Scale 20 dB MER Vertical Scale 50 dB Threshold Offset 20 00 dB Worst Envelope Off Marker Trace Current Peak Search Integral Mode 13 Segment 2 2 12 3 C N Off Integral Start 1 000 kHz Integral Stop 1000 000 kHz Storage Mode Normal Amount of Count 5 Refresh Interval Every 2 39 52
133. C N C N 2 1 4 7 6 5 MS8901A 2000 12 34 58 lt lt C N ISDB T gt gt Measure Cohtinuous Storage Norma lape al t E Carrier Frequency 473 142 857 10 M 0 20 Hz Frequency Error 0 0002 ppm 1 Integral Start Int gral C N eee dBc T 9 999 999kHz 10 00 000kHz idu NS d Storage Mode 0 1 1 1 1000 10000 kHz Marker 100 00 kHz 101 05 do 0 810 5dBc Back Screen Frequency 473 142 857MHz Channel 13CH Pre Ampl Off 12 3 9 8 2 4 1 1 CAN 1 CW Frequency Error Tocal
134. Transmission SPMASK TRANS SPMASK User 1 SPMASK USER1 SPMASK User 2 SPMASK USER2 SPMASK SPMASKLD MASKFIT An s c 1 1CD 1 c MASKFIT An s c 1 1 1 Ke Normal MKR MASK ANRM MKR MASK NRM Delta MKR MASK ADELTA MKR_MASK DELTA Equipment Standard A SPMASK STD TYPEA SPMASK_STD TYPEA Type B SPMASK_STD TYPEB SPMASK_STD TYPEB Brazil SPMAS_STD ABRAZIL SPMASK STD BRAZIL Station Power TypeB High STTNTYP AHIGH STTNTYP HIGH Low STTNTYP ALOW STTNTYP LOW 30dB Mask STTNTYPA 30DB MASK STTNTYP 30DB MASK Station Power Brazil 3 26 Critical STTNTYP ACRTICAL STTNTYP CRITICAL Sub Critical STTNTYP A SUBCRITIC AL STTNTYP SUBCRITIC AL Non Critical STTNTYP A NONCRITIC AL STTNTYP NONCRITIC AL Spectrum Mask Averag
135. 2 12 2 137 P2 ELE 2 12 2 BMP ATA MS8901A ri Copy P c Anritsy MS8901A El Hl im c Shift a olo mE LI C C060 2 12 1 MS8901A MS8901A
136. Equipment Standard B T Station Power Low 30dB Mas Average Power Low 2 50 W 73 4 10Log Average Power Station Power Low 77 4 dB Station Power Low 0 25 W 67 4 dB k F 0 25 W 2 50 W 2 81 P2 ELE 2 82 Mask Transmission Equipment Standard 22247 B T Station Power 23 30dB Mask Average Power 30dB Mask 0 25 W Rii 0 025 W
137. Frequency Channel Map Interim 1 1 7MHz Shift General Channel Frequency 13CH 37 15 MHz Offset Frequency 0 00MHz Spectrum Reverse 2 8 5 1 RF IF 2 113 P2 MESE 2 8 06 Spectrum 37 15 MHz IF RF LO RF RE RE IE System TV IF Reverse Frequency Channel Map Interim 1 1 7MHz Shift General Channel Frequency 13CH 37 15 MHz Offset Frequency 0 00MHz Spectrum
138. MS8901A Terminal TMCC Layer A Segment Layer A Mod Layer B Segment Layer B Mod Layer C Segment Layer C Mod Modulation Analysis Recv Seg Error Error Fa MS8901A 500 kHz 99 kHz MS8901A Single MS8901A 500 kHz 99 kHz MS8901A Single Low IF DC 50 0 500 kHz Mode3 1 8 11 64QAM PR 12 64QAM 0 64QAM 1 Seg Mode 5 Frequency Frequency MS8901A Modulation Analysis 40 3 7 Terminal IQ DC 3 8 43 5 Terminal Hz Low IF DC Low IF DC
139. Guard Interval Guard Interval E RF IF F5 ij TV Auto EXEC System TVAutoSelect LevelCont F4 RefSetting System TV 2 2 6 Level 3 2 2 7 ki 2 2 9 TMCC Guard Interval E TMCC RF fft E System System IF WZ 2 116 2 8 11 Preamplifier 28 RFF EERE MS8901A RF On MS8901A
140. 0 00 dB 1 50 dB 2 B Type B 16 11 29 ARIB STD B31 B 3 Span 1 30 MHz 15 MHz 1 6 MHz 27 40 dB 50 dB T 50 dB 30 dB 3 Brazil Brazil
141. 1 12 0 Call ibwrt intUd SEGMENT 1 12 0 Call ibwrt intUd SEGMOD PR64QAM 64QAM 64QAM Modulation Analysis Call ibwrt intUd DSPL MODANAL 1Segment Call ibwrt intUd RECVSEG 1SEG Modulation Analysis No Trace Call ibwrt intUd TRFORM NON 3 44 33 GPIB Open C XMy Documents MER txt For Output As 1 Do 1 Call ibwrt intUd SWP MER Conventional Call ibwrt intUd MER CONV Call ReadData intBoardNo intAddr strTemp _ Asc strListenTerm sngMER Val strTemDp Call ibwrt intUd CARRF Call ReadData intBoardNo intAddr strTemp _ Asc strListenTerm sngFreq Val strTemp Call ibwrt intUd CARRFERR HZ Call ReadData intBoardNo intAddr strTemp _ Asc strListenTerm sngFreqError Val strTemp Print 1 Date 5 Time Format sngFreq 0 5 _ Format sngMER 00 If sngMER gt sngMaxMER Then SngMaxMER sngMER End If If sngFreqError gt sngMaxFreqError Then sngMaxFreqError sngFreqError End If If sngMER lt sngMinMER Then sngMinMER sngMER End
142. Refer to MER Adjust Range MER 7 l4 Jf 1 4 1 Off 10 26 dBm On 10 46 dBm Mode1 Mode2 Mode3 1 4 1 8 1 16 1 32 64QAM 16QAM QPSK DQPSK 64QAM PB 16QAM PR QPSK PR DQPSK PR PR TV TV Auto Select IF 37 15 MHz d ISDB T OFD M 1 Equalizer Standard MX890120A A1 A2 Advanced
143. fg Conventional MER ACONV a Layer A MER ALAYERA Layer B MER ALAYERB Layer C MER ALAYERC TMCC MER ATMCC ACI MER AACI AC2 MER AAC2 3 19 3E VE Modulation Analysis Target Program Msg Query Msg Response Msg System TV RF IF Target Status TGETSTAT NOMEAS NORM SIGLOSS ABNORM System TV NOMEAS Target Change TGETCHANGE NOCHANGED CHANGED System TV NOCHANGED E XMC At a b d k s B ik 49 XMAMP Ab d k s W 15 1 49 MER XMSUBCARR Ab d k k 25 1 49 MER XMWSTENV Ab d 25 49 13 MODSV a Conventional b Layer A c Layer B d Layer C e TMCC
144. Target Status TGETSTAT sIgLoss NOMEAS ABNORM 3 12 Setup Common Parameter 3 2 Program Msg Query Msg ecc 39 Farvet NOCHANGED System TV chis NOCHANGED B CHANGED GINTERV 1 4 GINTERV 1PER4 A 1PER4 Guard Interval GINTERV d 1 8 8 GINTERV 1PER8 Ref On REFMER REFMER ON Refer to MER Off REFMER OFF REFMER OFF 6 Valid only when Low IF Option is enable em 7 MS8901A 18 Terminal RF 8 Hz
145. 9pec 7 Mask dB 27 4 32 4 38 4 494 52 0 79 4 15 9 3 15 2 86 0 0 2 86 3 15 9 15 MHz 4 5 3 00 2 79 2 79 3 00 4 5 2 5 1 16 Default ISDB T ISDB T 5dB User 1 User 2 User 3 3 MS8901A 2 5 4 13 Last Result
146. Guard Interval Guard Interval 1 4 1 8 1 16 1 32 Signal Mode Model Guard Interval 1 4 2 2 8 1 2 33 P2 ELE 2 2 9 TMCC 2 34 TMCC TMCC Transmission and Multiplexing Configuration Control Layer C Segment Mod A C 13 AGB 18 A Layer A C Layer A 10 Layer B 1 Layer C 2 Layer C 7 Layer A 5 Segment 13 loy 64QAM 16QAM QPSK DQPSK 64QAM PR 16QAM PR QPSK PR DQPSK PR i 85 Layer B 1
147. HZ Hz KHZ kHz MHZ MHz GHZ GHz Channel TInterim 1 Interim 2 Brazil Channel IFBand General ChannelMap ChannelMap n VHF UHF CATV Interim 1 Interim 2 UHF Brazil MS8901A 18 Terminal RF 9 dBm DBM dBm O 26 10 dBm On 46 10 dBm 10 n1 Layer_A n2 Layer n8 Layer_ n1 n2 n8 18 ik 11 al Layer A a2 Layer_B a3 Layer_C PR64QAM 64QAM PR16QAM 16QAM PRQPSK o QPSK PRDQPSK DQPSK Trace Format Freq Response 3 13 BIE VE Ki 64QAM 64QAM 16QAM 16QAM QPSK QPSK
148. wm PR Partial Reception A PR 1 TMCC Layer_A Layer_B Layer_C 2 2 9 1 A Segment Mod 13 64QAM 0 64QAM 0 64QAM TMCC 2 2 10 Preamplifier MS8901A RF On MS8901A NF E On Off E 1 Amplitude 22 iE v 24oABE H T T Pre Amplifier F5 On Off fc Amplitude 1 Anritsu MS8901A nrits B v S C3 CJ Ce olo o o Jo oo BO
149. 52 BEZE 2 1 2 4 2 1 1 2 4 2 1 2 AJ RR seen rennen nennen nnne 2 8 2 1 8 Calibration Lk 2 11 2 1 4 2 13 2 2 2 14 2 2 1 LA T A System 2 14 2 2 2 amp 7 V Terminal 2 15 223 Channel Frequency 2 15 2 2 4 Offset Frequency 2 22 2 2 5 Spectrum 2 23 226 2 24 2 2 7 Mode 2 33 2 2 8 Guard Interval 2 33 2 2 9 TMGQG icti reti cae ee Er er ET ERR 2 34 2 2 10 ZU 7 77 Preamplifier 2 35 2 2 11 2 36 2 2 12 Preset kk 2 37 23 Modulation 2 41 2 3 1 M
150. 9pec 7 Mask dB Boy m 77 4 T Q4 23 1 15 4 0 279 3 0 4 0 15 3 15 3 15 MHz 2 5 2 7 Brazil MASK 1BRA 8 15 00 124 4 4 00 124 4 3 15 77 4 2 19 21 4 2 19 21 4 3 15 71 4 4 00 124 4 15 00 124 4 2 5 2 8 Brazil A1 v B C 1 MASK 1BRA 2 8 3 15 00 124 4 4 4 00 124 4 5 3 15 77 4 6 2 79 27 40 7 2 79 27 40 8 3 15 77 4 9 4 00 124 4 10 15 00 124 4 11 2 5 2 9 Excel Brazil 2 89 P2 ELE a2 Excel spmask1 csv spmask2 csv X 2 5 1 2 User1 spmask1 csV User2 spmask2 csy
151. s 10 c 2 50 f 1 c MHz c 1 1 c dB ce Type A 0 0 dB Type B Burazil 27 4 dB MASKFIT n Query s c f 1 10 f c 1 c Response n O Transmission 1 User 1 2 User 2 s n 0 TRNS c f 1 c MHz c 1 1 c dB c
152. 0 dB 2 20 MHz 99 1 kHz 10 22 dBm Off 32 1000 MHz 10 42 dBm On 327 1000 MHZ 3 Span 1 30 MHz 15 MHz 32 2985 MHz IF Band 1 3 GHz Transmission User 1 User 2 1 3
153. 124 4 dB Mask Transmission Equipment Standard Brazil Station Power Sub Critical 117 4 dB Mask Transmission Equipment Standard Brazil Station Power Non Critical 110 4 dB Station Power 2 50 W High 2 50 W 0 25 W Low 0 25 W 30dB Mask 10 Average Power 25 9pec 7 Mask P Ur 1 Station Setting F3 Average Power F2 W
154. Advanced 0 dB 2 dB 5 dB 10 dB 20 dB 50 dB 13 Seg 5 57 MHz 13 Segment 1 Seg 0 48 MHz 1 Segment Equalizer Standard Equalizer Advanced l4 1 4 1 0 07 512 0 256 07 1024 0 512 07 2048 07 1024
155. C Layer C 64QAM 0 1 2 3 1 Frame 2 TextBox 3 TextBox 4 TextBox 5 TextBox MER fli B 3 3 2 1 MER frmMER txtMinMER txt Max MER txtMinFreqErr txtMaxFreqErr 6 CommandButton btnExecute Caption 3 37 BIE VE Private Sub btnExecute_Click If frmMER btnExecute Caption Then frmMER btnExecute Caption Call MerMeasure Else frmMER btnExecute Enabled False frmMER btnExecute Caption End If End Sub x ReadData 3 3 6 Public Sub MerMeasure Dim intCount As Integer Dim intFlag As Integer Dim sngData 100 As Single Dim sngMER As Single Dim sngMaxMER As Single Dim sngMinMER As Single Dim sngFreqError As Single Dim sngMaxFreqError As Single Dim sngMinFreqError As Single Dim sngFreq As Double Dim intBoardNo As Integer Dim intAddr As Integer Dim intSubAddr As Integer Dim intUd As Integer Dim strListenTerm As String Dim strTemp As String intBoardNo 0 intAddr 1 in
156. Constellation Average Freq Response Sub carrier MER Hi 2 7 4 Max Hold MER X Normal Frequency Error Freq Response C N NN V Constellation EEH Average Sub carrier MER Envelope MER Max Hold 27 5 Over Write Constellation Freq Response Sub carrier MER C N 77
157. 2 Pf 2 51 P2 ELE 2 52 5 6 Ampl Vertical Scale 3 2 Modulation Analysis Segmentation Offset Save Data to Mem Card 2 3 3 2 5 6 MHz 0 dB 2 50 dB Ampl Vertical Scale X F1 o PE Vertical Scale zn nx AE 23 Modulation Analysis 7 Correction
158. If intlc lt intJc Then buf Mid buf 1 intlc 1 Else buf Mid buf 1 intJc 1 End If Elself intJc 0 Then LF buf Mid buf 1 intJc 1 Else EOI buf Mid buf 1 ibcntl End If End Sub Wait_Delay Public Function Wait_delay PauseTime As Single Dim Start Finish Start Timer Finish Start PauseTime Do While Timer DoEvents Loop End Function 3 56 zo lt Finish 44 ETHERNET 3 4 ETHERNET ISDB T 4 F ETHERNET IBM PC AT ETHERNET Microsoft VisualBasic ETHERNET MS8901A MS8901A 3 4 1 ET
159. Receive of Segment Equalizer Cal Calibration Receive of Segment Equalizer Calibration Uncal Calibration Receive of Segment 13 Segment 1 Segment Uncal Cal 2 53 P2 2 54 MS8901A 2008 00 28 14 42 29 lt lt Modulation Analysis ISDB T MER gt gt Measure Single Storage Normal Cal Seg fs 100 Ampl dB Equalizer Standard T TT TT T3 MS8B01A 2003 08 23 14 42 50 lt lt Modulation Analysis C ISDB T MER gt gt Measure Single Storage Normal Tncal Seg Ofs 100 AuplIdBl Equalizer Advanced HOT 1 T T T T T T T T T T 1 2 3 3 4 Cal Uncal 8 Receive of Segment 2 8 5 Recv
160. 8 H CS 207 80 B 1 A im Brazil Marker Trace H Mask Transmission Mask Transmission X F1 2 71 52 Speotrun Mask ansnission Equipment Standard Station M Wask ansmission m Load Mask Data fron Men Card
161. CW fa Continuous Wave OFDM MS8901A 2 120 29 2 9 4 Single 2 9 5 H gt gt
162. Call ibwrt intUd CHAN Call ReadData intBoardNo intAddr strChannel Asc strListenTerm Print 1 Channel strChannel Call ibwrt intUd FREQ Call ReadData intBoardNo intAddr strFreq Asc strListenTerm Print 1 Frequency Hz strFreq Call ibwrt intUd FREQOFS Call ReadData intBoardNo intAddr strOffsetFreq _ Asc strListenTerm Print 1 Offset Frequency Hz strOffsetFreq Call iDwrt intUd RVSSPECT Call ReadData intBoardNo intAddr strSpectrum _ Asc strListenTerm Print 21 Spectrum strSpectrum 3 35 BIE VE 3 36 Call ibwrt intUd RFLVL Call ReadData intBoardNo intAddr strRefLevel Asc strListenTerm Print 1 Reference Level strRefLevel Call ibwrt intUd TRNSMODE Call ReadData intBoardNo intAddr strMode Asc strListenTerm Print 1 Mode strMode Call ibwrt intUd GINTERV Call ReadData intBoardNo intAddr strGuardlInterval _ Asc strListenTerm Print 1 Guard Interval strGuardInterval
163. 0 dB 27 4 dB A A 0 dB B Brazil 27 4 dB 2 5 1 8 2 76 7 O 25 9pec 7 Mask iH Pass B R
164. 3 2 8 14 1 Modulation Analysis Target Signal Loss Changed Frequency HE 142 857MHz Channel 13CH Ref Level 1OdB Pre Aupl Off 2 8 14 2 RF IF 28 RFF EERE RF RF IF TF Gd No Measure Signal Loss Signal Abnormal CEF Single
165. 512 64QAM 0 1 Vrms 5 0 3 Hz X MS8901A 53 MS8901A 73 50 Mode3 1 8 512 64QAM 0 1 Vrms 5 0 15 Hz X 40 0 1 Hz X MER Conventional Layer A Layer B Layer C TMCC 1 AC2 1 16 1 Seg 1 Seg Terminal Low IF DC IQ DC 50 Mode3 1 8 512 64QAM 0 1 Vrms 10 Conventional 250 dB 507 9 kHz 507 9 kHz FFT 512 63 MHz 1 16
166. I C E m e 2 2 10 1 RF On Of Amplifier Ig off MS8901A 238 Off 30 dBm On 10 dBm Off 20 dBm On MS8901A 3 2 35 P2 2 2 11 Continuous Single 2 1 Continuous Shift Single
167. Level Over In Im Tu PT FT BF PB mA Over Range Under Range Signal Abnormal Symbol Unlocked 7 Carrier Unlocked 8 9 Oo amp CO 3 33 BIE VE Ki 3 8 GPIB 1ISDB T GPIB IBM PC AT National Instruments GPIB Windows2000 XP AT GPIB TNT Microsoft Visual Basic GPIB MS8901A M88901A Visual Basic NI 488 2 Vbib 32 bas Niglobal bas 3 8 1 3 34 MS8901A
168. Measure Continuous 2 Single 1 Single Measure Single Single Cz Continuous C ES Anritsusi MS8901A i pm cac D Ge ixi colo cikg o a m CJ C C3 mm e H 2 2 11 1 Single Continuous Storage Mode
169. Segment 2 10 11 Save Data to Mem Card 2 12 2 nul 12 Back Screen Setup Common Parameter 13 TMCC Information iml TMCC 2 10 nul 14 Auto Det Cancel Signal Automatic Detection TMCC Automatic Detection 2 10 23 1 9 Modulation Analysis 2 3 2
170. 478 N 13 X6 0 15 MHz Channel Map 13 62 N 478 3 13 X6 0 142857 MHz Channel Map General 32 3000 MHz 1 Hz Channel Map IF Band 3 9 38 MHz 1 Hz Channel Map VHF 1712 N 1 N 3 93 N 1 6 0 142857 MHz 4 SN 7 178 N 4 6 0 142857 MHz 8 N 12 195 N 8 X6 0 142857 MHz Channel Map CATV 13 63 CATV N 183 N 21 111 N 13 X6 0 142857 MHz N 22 167 142857 MHz 23 N 63 225 N 23 X6 0 142857 MHz Channel Map UHF Brazil 14 69 Brazil N 473 N 14 X6 0 142857 MHz 07 12 GHz Channel Map General IF Band Reference Setting Adjust Range MS8901A
171. MS8901A MS8901A 3 5 1 1 Q EcL Q IBM PC AT RS 232C CommPort1 MS8901A fill RS 232C Baud Rate 9600 bps Parity Off Data Bits 8 bits Stop Bit 1 bit XON XOFF Flow Control On MODE1 174 A 64QAM 13 1 2 3 LLL E LL LL 4 ASS 3 5 1 1 3 62 35 5 232 Frame frmConstellationSerial PictureBox picGraph Height 6000 ScaleHeight 20 ScaleLeft 10 ScaleTop 10 ScaleWidth 20 Width 6000 CommandButton btnExecute Caption MSComm MSCommConstellation CommPort 1 Public strListenTerm As String Public Su
172. frmConstellationSerial MSCommConstellation PortOpen False frmConstellationSerial btnExecute Enabled True End Sub Sub SendDataSerial buf As String frmConstellationSerial MSCommConstellation InBufferCount O _ frmConstellationSerial MSCommConstellation Output buf amp _ strListenTerm End Sub Function ReadDataSerial buf As String ByVal term As Integer _ As String Dim intJc As Integer buf Do Do buf _ 3 64 35 5 232 buf amp frmConstellationSerial MSCommConstellation Input DoEvents Loop Until _ frmConstellationSerial MSCommConstellation InBufferCount 0 intJc InStr buf strListenTerm LF If intJc lt gt 0 Then Exit Do End If Loop intJc InStr buf strListenTerm If intJc lt gt 0 Then LF buf Mid buf 1 intJc 1 End If End Function 3 65 838 VE 3 66 BAE MS8901A ISDB T MS8901A
173. 3 34 3 3 2 MER kk 3 37 3 3 3 3 47 3 3 4 CIN kk 3 50 3 3 5 JULIO SE i taies 3 53 3 86 Li 3 56 ETHERNET oisi 3 57 3 4 1 iui 3 57 RS 232C kk 3 62 3 5 1 iiti iens 3 62 3 1 BIE VE gt 3 1 MS8901A GPIB RS232C ETHERNET MS8901A Vol 3 2 1 ETHERNET MS8901A 09 ETHERNET 3 1 1 GPIB GPIB gt 1 MS8901A GPIB GPIB GPIB MS8901A
174. Constellation MER 1 3 2 5 6 7 9 12 11 10 WS8901A 2000 04 01 12 34 56 Modulation Modulat Modulation Modulation Analysis ISDB N MER gt gt Measu Cont Analysis Analysi Analydis Storage Normal Seg Ofs 94 N Equalizer Standard 1 Signal Layer A EE utomatic Detection We W 03 e de e e NGC Carrier Frequency i 1 473 142 857 14 MHz TMCC We e ae N orage Automatic Frequency Error lode 0 00 Hz Detection 1 1 E Equal izer E Standard Auto Det e 1 MER Conventional Advanced From Seg i 42 03 dB LIE SE SE SE JE ME MER Layer_A Nd xU Xon cll 41 57 dB Seg Mode Offset i Save Data N Adjust to TMCC CEE JE JE 3X Merl Card Information Marker 2305 symbol Eu 17 1 0 7 0580 Q _ 3 0323
175. Continuous Normal gt gt EXECUTE lt lt Adjust Range for MER Measuring Automatic detection of Signal de Guard Interval Frequency Ref Level LIE 413 142 Sb IMHz Channel dEn l Hodu La Ana Ly tion sis Trace Format ord Recv 135eg Mode 1 Seg Mode Adjust Range 2 2 67 TMCC Setup Common Parameter R Modulation Analysis No Trace zu lt a ENFER x E E 9 Hf 22 Refer to MER On Refer to MER On MER
176. Frequency 473 142 85 7HHz Channel 13CH i Ref Level 10dHm Pre mpl Off 16 2 14 2 6 Response 14 SJUIA 2005 08 08 I6 0b 2h 7777777777777 lt Modulation Analysis ISDB T MER gt gt Measure Continuous 13 Storage Normal Seg 05 128 HERLdH1 Equalizer Standard MER Conventional 46 8948 Threshold 26 89dB 20 005 1 2 yea dd iii l i es _ 12 2 4 6 1 10 VASA ms 40 4 11 do ah ub aula LL do ____ Start 412 929 MHz Stop 473 3559 MHz 20 Marker Trace Current Marker 412 931 MHz 48 97 d Peak 471 651 MHz 36 22 dE 1 16 Frequency 413 142 857MHz Channel 13H LBef Leve l1 dBn Ere Aupl Off H 2 14 2 7 Sub carrier MER 2 162 Hodu Lat ion Analysis Trace Fornat 32 Threshold Offset 14 Back Screen 23 214 MS895014A 2003 10 08 20 59 34 A E DB T MER gt gt Measure Over Range Storage Normal IF amp quency Error Integral C N h7 83 dBc 1 00O0kHz 1 000 000 NA Ti MG j 1 10 100 1000 10000 kHz 0 11 kHz 94 50 dBc Hz CW 85 68 dBc gt ME Lid c HE 5 F
177. Layer Mod QPSK PR 16QAM PR 64QAM PR DQPSK PR 1 Seg Mode 1 Seg Mode Trace 1 No Trace Layer B C Hodu Lat ion MSSDO1A 2005 08 12 12 10 05 lt Modulation Analysis 1SDH T MER gt gt Measure Continuous fina bre e Storage Normal Seg Ofs 198 Equalizer Standard Trace Format Frequency Carrier Frequency E 473 142 872 34 MHz 15 20 Hz Frequency Error 0 0821 ppu Storage Mode Convent ional BELLE Hod Layer A 1 Seg Hode rev d Layer B gt dB Layer C GIA Recv Seg m Guard Interval Screen Frequency 473 142 857MHz Channel Ref Level 16dBn Pre Ampl Off M23 2 3 5 2 No Trace 2 62 23 5 9 Modulation Analysis 2 Constellation Section Layer A TMCC AC1 AC2 T 589012 2005 08 12 12 10 21 Hodu Lat ion lt Modulation Analysis ISDB T MER gt gt Measure Continuous lys is Storage
178. Ref Level IF 2 117 28 2 8 12 Continuous Single 2 System 2 2 11 2 8 13 Preset System TV 12 2 12 Preset 2 8 14 Modulation Analysis C N Spectrum Mask 2 118 Setup Common Parameter Modulation Analysis Trace Format No Trace 39014 2000 05 18 13 13 33 lt Odalatioa Asalysis 1588 T MER gt gt Measwre Coalimwows Storage Norsal 128 Seg 500 000 001 3 miz 1 8 Ec Setup Common Parameter
179. Signal Analysis 2 12 21 2 1 4 MS8901A ED 3 MX890110A ISDB T MX890110A ISDB T 1 Signal Analysis System
180. Type B Mask User 1 User 2 Equipment Standard A Station Power 2 79 P2 ELE 2 80 Spectrum Mask Mask Transmission Equipment Standard B Station Power High 77 4 dB Mask Transmission Equipment Standard B Station Power Low 67 4 77 4 dB Mask Transmission Equipment Standard B Station Power 30dB Mask 57 4 67 4 dB 10 Average Power 2 5 1 13 Brazil Mask Transmission Equipment Standard Brazil Station Power Critical
181. 3 Filter Default F1 Filter 4 Load Filter Data from Mem Card F5 MS8901A MSH901A 2009 02 17 11 11 41 Spectrum M lt lt Spectrun Mask ISDB T gt gt Measure Continuous Filter Default 20 Default Pass 35 5 531 50 Last Result FILTER 1 S off 65 incorrection 80 Result S off 95 20 Filter Data EE 125 gU off StationPow 140 Critical Save Data Load Filter to Data fron 155 Hen Card Hen Card 15 0 0 B09 142 857 15 0 MHz Marker 0 018 MHz 26 93 dB Margin 0 47 dB return Frequency 509 142 8b7MWHz Channel 19CH Ref Level 8dBa Pre Off M 2 5 4 7 to 99 P2 ELE 2 100 Filterl csv Load F2 Filter 1
182. 4 More 2 1 1 1 1 3 E MS8901A 2000 04 01 12 34 56 lt lt Setup Common Parameter ISDB T MER gt gt System TV Terminal RF Frequency Channel Map MInterim 1 1 7MHz shift l Channel Frequency 13CH i 2 1 1 2 2 3 EY Set 3 3 d ET
183. 5 Hz 4 7 1 On Mode3 512 64QAM 5 Hz 1 On Mode3 512 64QAM 40 Hz 2 On Mode1 198 DQPSK 5 Hz 43 432 1 99 kHz 2 10 MHz Output RF Output 4 10
184. Amplitude Adjust Range Amplitude Setup Common Parameter Adjust Range 2 27 52 89014 2005 08 08 10 56 24 fmp Litude lt Modulation Analysis CISDE T MER gt gt Measure Continuous Storage Norsual Seg Ofs 128 Equalizer Standard Ref Level Frequency Carrier Frequency 473 142 875 50 MHz Frequency Error 16 36 Hz 0 0347 ppi MER Conventional 46 48 dB Seg Mod Layer A EXECUTE lt lt 1 DOPSE CPR Layer B Adjust range 12 64Q0AM Layer C 0 40 THCC 41 97 dB ACI 46 82 dB ACA 50 46 dB Signal Amplifier Hode Hodel on Sm Guard Interval 148 return Frequency 418 142 85 7HHz Channel 136H Ref Level 10dBa Pre Aupl Off a 2 2 6 6 Amplitude Adjust Range Level Cont Adjust Range Setup Common Parameter Bn Adjust Range Vm
185. PKS_SUBCARR ON 13 Mode3 MER 432 x 13 1 5617 MER MS8901A 53 MS8901A 73 32 On Mode Receive of Segments 1 Segment b 0 5617 d ik 23 13 1 XMSUBCARR 0 5617 Valid only when Mod Freq Measurement Ext Option is enable
186. Adjust Range KE Ad 21 Adjust Range 2 2 10 d Level Under Terminal RF 2 31 P2 ELE 2 32 e Under Range Adjust Range MER Refer to MER On Adjust Range Under Range
187. Low IF DC Low IF DC IQ DC IQ DC IQ DC IQ DC 4 19 4 20 PTERA fERERURATAGLAG No MS8901A C MX890120B ISDB T 9 No hPa Mode3 64QAM nM EN EN EN e PN EN VIIRA fERERURETRELAG Mode1 DQPSK Hz o o nM pies 1 4 OCT 178 5 6 Mode1 1 4 Hz 99 kHz
188. MS8901A MX890120x PC 2 2 15 1 MX890120A X1 MX890120B MX8901 MX8901 MX8901 20A 20A1 20A2 Equalizer x x x O O 1 P
189. Peak Search a 13 Segment MER Recv Seg 1 Seg 2 8 5 Recv Seg b Worst MER c Off 13Segment An 3l 2 3 4 3 Peak Search Sub carrier MER 2 58 23 Modulation Analysis 9 MER MER MER 10 MER Vertical Scale MER 207 60 dB
190. Printer BMP File Control Copy to Printer file Paper Feed Stop Print Printer set up BMP file set up 2 12 1 1 2 139 52 2 140 1 1 40 KB gt 1 Shift Copy Shift m CJ 300 KB 2 3 BMP file set up F5 3 color F1 E EHP file Copy Control set wp Copy to Printer Color HMP file Paper Feed m m __ Stop Print HE Printer set up BMP file set up monochrome F2
191. Setup Common Parameter Terminal Low IF DC Low IF AC IQ DC 1Q AC Low IF 1Q CIN TB Spectrum Mask Frequency Counter 3 c ZW 2 11 1 Terminal Low IF DC Terminal Low IF AC Modulation Analysis C N Spectrum Mask Frequency Counter 1 Channel IF Band System TV Auto Select Terminal Low IF DC Low IF AC IQ DC 1Q AC 211 LowIF IQ MS8901A 18 2 11 1 Setup Common Parameter Signal Analysis Back Screen F6
192. frmConstellationSocket WinsockConstellation SendData buf amp _ strListenTerm Do DoEvents Loop Until frmConstellationSocket SendFlg True End Sub Sub ReadDataSocket buf As String ByVal term As Integer Dim intJc As Integer buf 3 60 Do Loop 44 ETHERNET Do DoEvents Loop Until frmConstellationSocket RcvData lt gt buf buf amp frmConstellationSocket RcvData frmConstellationSocket RcvData intJc InStr buf vbLf If intJc lt gt 0 Then Exit Do End If intJc InStr buf vbLf LF If intJc lt gt 0 Then LF buf Mid buf 1 intJc 1 End If End Sub 3 61 BIE VE 3 5 RS 232C ISDB T RS 282C RS 232C IBM PC AT Microsoft VisualBasic
193. 32 Spectrum Mask LASTRSLT LASTRSLT LASTRSLT LASTRSLT Last Result AOFF UNCORRRS UNCORRRSLT LTAON UNCORRRS UNCORRRSLT Uncorrection LTAOFF 34 41 Result 3 On FILTERDAT FILTERDATA AAON Off FILTERDAT FILTERDATA A AOFF Last Result MKTRACE MA SK 34 it 42 Marker Trace id Uncorrection MKTRACE MKTRACE MA UNCORR Result MASKA SK ik 34 ik 42 UNCORR 34 41 34 41 34 iE 41 X 34 41 Filter Data 34 ik 41 Filter Data MKTRACE MKTRACE MA FILTER MASKA SK it 34 42 FILTER ik 32 MASKFTT n s c f 1 1 1 fKc 1 c n 1 User 1 2 User 2 0 Transmission
194. STATION POWER Type A Brazil AVERAGE POWER NUMBER OF CHANNEL Type A Type B FILTER NAME LAST RESULT CORRECTION RESULT FILTER DATA TRACE MODE TAB 3 EU 2 13 MS8901A 213 7 2LfkfL AS Save Recall Save Recall MS8901A Memory Card MS8901A
195. 2 15 P2 ELE 5 CATV CATV 1 7 MHz 2 2 3 5 6 General 32 3000 MHz 1 Hz d 7 IF Band 3 9 38 MHz 1 Hz 4 MHz 1IC 1 MER 8 Brazil ABNT NBR 14 69 2 2 3 6 2 2 3 1 Interim 1 7
196. 2 40 2 2 12 4 Spectrum Mask Mask Transmission Equipment Standard Station Power High Average Power 2 50W Number of Chanel 1 Filter Default Default Last Result On Uncorrection Result Off Filter Data Off Marker Trace Last Result 2 2 12 5 Frequency Counter Storage Mode Amount of Count Refresh Interval 2 2 12 6 23 9 Modulation Analysis 2 3 Modulation Analysis ISDB T 4 MER MER Setup Common Parameter Modulation Analysis F1 Modulation Analysis HS88014A 2004 06 15 19 58 55 Setup lt lt Setup Common Parameter ISDB T MER gt gt SystBm ULM Terminal RF 1 Modulation Analysis Frequency E Channel Map Interim 1 1 7MHg Shift 1 Channel Frequency
197. DQPSK DQPSK Trace Format Freq Response 3 14 Modulation Analysis Trace Format No Trace Program Msg TRFORM ANON Query Msg TRFORM 32 Response Msg NON Constellation TRFORM ACONSTEL TRFORM CONSTEL Freq Response TRFORM AFRESP TRFORM FRESP Sub carrier MER TRFORM SUBCARR TRFORM SUBCARR Receive of Segments Receive of ALL Seg 13 RECVSEG A13SEG RECVSEG 13SEG Receive of 1 Seg Mobile Profile RECVSEG 1SEG RECVSEG 1SEG Storage Mode Normal STRG_MOD NRM STRG_MOD Average STRG_MOD AVG STRG_MOD Moving Avg STRG_MOD MVAVG STRG_MOD Max Hold STRG_MOD AMAX STRG MOD Over write STRG MOD AOVER STRG MOD Amount of Count CNT_MOD An CNT MOD Refresh Interval INTVAL MOD AEVERY INTVAL MOD EVERY INTVAL MOD AONCE INTVAL MOD ONCE Section MODSEC LAYERA MODSEC LAYERA IMODSEC LAYERB MODSEC LAYERB IMODSEC LAYERC MODSEC LAYERC IMOD
198. MKL_SUBCARR dB PKS_SUBCARR 13 PKS_SUBCARR Peak Search PKS_SUBCARR 1 PKS_SUBCARR PKS_SUBCARR AOFF PKS SUBCARR PKF SUBCARR 3 18 PKL SUBCARR Modulation Analysis Carrier Frequency Program Msg Query Msg CARRF 3 2 Msg Hz CARRFHR Hz 26 Carrier Frequency Error CARRFERR Hz CARRFERRHR Hz 26 CARRFERR AHZ Hz CARRFERRHR AHZ Hz 26 CARRFERR APPM pm 5 CARRFERRHV APPM ppm 6 27 CARRFERRHR APPM ppm 6 ik 26 27 MER All MER
199. 1 15 AI1IEXE SIE 1 4 2 Low IF IQ Unbalanced IQ MS8901A 18 Low IF 1 Unbalanced AJJ Equalizer MER RF 250 kHz 5 MHz 1 Hz 1 MQ 100 pF 50 2 0 1 1 0 Vpp Unbalanced AJ DC fi amp AC ISDB T OFDM 1 99 kHz 1 Seg 1 Terminal Low IF DC 1Q DC 50 Mode3 1 8
200. 59901 2004 06 15 20 44 50 Setup lt lt Setup Common Parameter ISDB T MER gt gt Farawetes Systen TU Tersinal amp Impedance IU 1 5001 Modulation Analysis Frequency Channel Frequency 0 500 OO0MNHz Offset Frequency E 0 000 OOOMHz 1 Spectrum Normal 1 Level d Node31 Guard Interval 1 8 1 Thet Seguent Hod Layer A 1181 TG40AM Layer B 01 TG40AM1 Layer C 01 LG40AM1 Frequency 0 500 O00MHz Terminal J DC 5005 2 11 1 1 Setup Common Parameter 2 11 2 System System TV System TV Auto Select MS8901A 2000 04 01 12 34 56 lt lt Setup Common Parameter ISDB T MER gt gt System TV 2 11 2 1 2 133 P2 ELE 2 11 3 Terminal amp Impedance Terminal Low IF DC T Connector Low IF AC T Connector IQ DC IQ AC Low IF I Q IQ Q DC AC
201. TRNSMODE A1 TRNSMODE A2 TRNSMODE A3 TRNSMODE ge Transmission Mode TRNSMODE TRNSMODE 3 11 BIE VE Setup Common Parameter Program Msg Query Msg rcc 59 1 4 pe GINTERV 1PER4 GINTERV 1 8 GINTERV 1 8 AN1PERS Guard Interval I 1 16 E GINTERV 1PER16 1 32 pM GINTERV 1PER32 SEGMENT 9 E Segment Anl n2 n3 SEGMENT n1 n2 n3 10 SEGMOD Modulation Aal a2 SM TEL Ref Setting Aasn LVLCTRL REF System TV Auto Select Level Control Adjust Range AE IVLCTRL ADJ ChannelMap IFBand ADJ 7 REFMER System TV Auto 9 MER Os AON PERMER GN Select Adjust Range ChannelMap REFMER IFBand Refer to MER Off OFF REFMER OFF 7 PREAMP On PREAMP ON AON Preamplifier PREAMP Off NOFF PREAMP OFF 7 On AGCAON AGC ON System TV Auto AGC Select Off AGCAOFF AGC OFF kkk Target TARGET RF NOMEAS NORM System TV in EET LD SE 2 ystem
202. d B 2 1 3 1 lt gt 1 MS8901A Bd 2 1 8 1 Spectrum 2 1 83 2 IMSag01a 2003 08 19 16 22 51 Freerun n o om e am scale i0gp aie Sinsle Wef Level 10 00dBn REF MHz VBW 3HHz 10dB SWT 30 0ms Detection Pos Peak Storage Xornal Center 1 5006Hz Span 3 0006Hz Pre Ampl OFF oo 2 1 3 2 Spectrum Analysis 77 BEDE 2 Shift Cal Shift Cal F1 pm S ott 2 1 3 3 5
203. F5 MS8901A 2 Spectrum Mask Adjust Range 4 3 GHz 8901 2005 08 08 11 07 18 Lat ion lt Modulation Analysis ISDB T MER gt gt Measure Continuous fias yer Storage Normal D Seg Ofs 128 Equalizer Standard Trace Frequency Format Carrier Frequency 473 142 873 49 MHz Frequency Error 16 95 Hz 0 094 ppa Storage MER Hode Conventional 44 56 dB Seg Mod Layer gt gt EXECUTE lt lt 1 DOPSK PR Layer B Adjust range 12 40 Layer C 0 B40ANM 46 42 dB Becy SEE 13eg Mode ACI 46 12 dB 1 Seg Hode ACA 48 24 dB Signal Adjust Mode Model Range Guard Interval 1 8 Back Screen Frequency 473 142 8h57HHz Channel 1 Ref Level 6dBn Pre Ampl Off M23 2 2 6 b Adjust Range
204. MHz 473 142 857 MHz 588 142 857 479 142 857 589 142 857 485 142 857 545 142 857 491 142 857 551 142 857 497 142 857 557 142 857 503 142 857 568 142 857 509 142 857 569 142 857 515 142 857 575 142 857 521 142 857 581 142 857 527 142 857 587 142 857 22 WE RE 2 2 3 2 Interim 2 MHz MHz 2 2 3 3 VHF 93 142 857 191 142 857 99 142 857 195 142 857 105 142 857 201 142 857 173 142 857 207 142 857 179 142 857 213 142 857 185 142 857 219 142 857 IM 1 2 3 4 5 6 2 17 52 2 18 2 2 3 4 UHF MHz 473 142 857 MHz 623 142 857 479 142 857 629 142 857 485 142 857 635 142 857 491 142 857 641 142 857 497 142 857 647 142 857 503 142 857 653 142 857 509 142 857 659 142 857 515 142 857 665 142 857 521 142 857 671 142 857 527 142 857 677 142 857 533 142 857 683 142 857 539 142 857 689 142 857 545 142 857 695 142 857 551
205. Brazil Station Power Critical Sub Critical Non Critical 7 LEF 1 Station Setting F3 Station Power F1 Equipment Standard A Station Power Average Power Station Setting Equipment Standard Brazil Average Power Mish Low Station Mask Power Average Power return E 2 5 1 12
206. Channel Map F4 Channel Map Frequency Channe Entry 13CH Min 13CH Max 32CH Channel Frequency 2 2 3 4 Freq Channel 2 21 P2 2 24 OffSet Frequency Channel Map General IF Band Offset Frequency 0 000000 12000 000000 MHz Modulation Analysis C N Frequency Channel Map General Channel Frequency zc 500 000 000MHz Offset Frequency 8000 000 000MHz a Spectrum Normal 2 2 4 1 ISDB T RF 3 GHz MS8901A RF MS8901A
207. MS8901A H Vol 8 3 3 23 BIE EB C N X 5 Program Msg Query Msg UEM 9 Normal ou STRG CN NRM STRG_CN m Average AAVG STRG ON AVG Storage Mode I Max Hold jer m STRG CN MAX versi STRG CN OVER m Amount of Count CNT CNAn CN n n 2 7 100 INTVAL CN _ Ever INTVAL CN EVERY ES AEVERY Refresh Interval INTVAL CN Once AONCE INTVAL CN ONCE ee TSDBTSystem UA ADJRNG TVAUTO Adjust Range n m kHz 0 001 n lt A m INTG_RNG INTG RNG n m n 0 100 999 999 Integral Range An m kHz m 0 101 10000 000 kHz On INTGAON ON mtegral Setting Off INTGAOFF INTG OFF MKP CNAp CN 9 T CIN fi MKL CN l dBc Hz dBc Hz f CN fi i
208. Of On Adjust Range Under Range MS8901A Under Range VN Carrier Unlock MS8901A 2 2 7 2 2 8 TMCC 2 2 9 2 10 Under Range Under Range
209. On Adjust Range MS8901A 3 GHz TMCC Refer to MER On Adjust Range Refer to MER Of Adjust Range Off 2 25 P2 MESE 1
210. 10 40 dBm On C N C N C N 0 99 9 dBc C N 100 Hz 10 MHz 1 Hz 1 10 l4 14 1 3 A 1 32 2990 MHz IFBand Transmission User 1 User 2 Transmission ARIB STD B31 1 5 dB 1 iii i dii i 4 22 272 00 30 45 410 2 86 2 65 42 98 3 14 4 36 2 86 0 0 2 86 4 36 10 3 00 2 79 2 79 3 00 MHz iE D Channel Map General IF Band Q Channel Map General User 1 User 2 50
211. E Set 4 21 Set Set Set Cancel Set 3 Set Set ZW Shift CE gs En E ES DAD e t 5 Pi ED DAE 7 2 1 1 3
212. Frequency Error H 0 0 Hz 0 0000 ppm Conventional i gt gt Save lt lt Seg Mod m Layer A 1 DQP8K Advanced Layer B Yes HN 11 egoa LAdvanced Layer_C dp 1 QPSK m i Segmentatio TMCC 44 07 dB AC1 43 98 dB otteet AC2 dB H Save Data Signal To Mode Mode3 Mem Card Guard Interval 1 8 Back Screen Frequency 473 142 857MHz Channel 13CH Pre Amp Off 2422 1 2 142 Frequency Counter ETOT 212 MS8901A 2000 04 01 12 34 56 Modulation lt lt Setup Common Parameter ISDB T MER gt gt Measure Continuous Analysis Storage Normal Seg Ofs 1024 Equalizer Standard Frequency Carrier Frequency 473 142 857 1 MHz Frequency Error H 0 0 Hz 0 0000 ppm MER Conventional 42 03 dB Equalizer Seg Mod Layer A S Complete 1 DQP8K Layer B ave Complete 1 640AM Advanced E Layer C File Name MODOO00 csv 1 QPSK 2 Segmentatio TMCC 44 07 dB AC1 43 98 dB 2 dB Save Data Signal o Mode Mode3 Mem Card Guard Interval 1 8 Back Screen Frequency 4
213. O MER x x e O MER _ x x x O MER x x x CN CN x x RE IF Low MS8901A 18 d d ELS x x x x MS8901A 53 73 x x x x Station Power 30dB Mask x x x x Cannel Map UHF Brazil d 5 5 Brazil Brazil x x x x x 2 x x x x zh 1 1 1 2 1 3 1 4 2 2 1 2 2 2 3 2 4 2 5 2 6 2 7 2 8 2 9 2 10 2 11 2 12 2 13 2 14 2 15 3 3 1 3 2 3 3 3 4 3 5 Gr 1 1 1 2 1 3 Ins MM 1 5 TUI mcum CE EC NE NU AUR 1 6 Ind 2 1 2 4 kk 2 14 Modulation 5 5 2 41 C N C N 2 66 Spectrum Mask 2 68
214. Reverse lt 2 8 6 1 RF IF 2 8 7 Level 2 RF IF System TV Auto Select LVV O A Shaa Range Ref Setting m Adjust Range AGC F5 AGC On RF IF RF IF System TV Adjust Range Level Cont F4 On Off
215. 18CH1 C N m Level Reference 10dBml Spectrun Mask Signal Mode Hode31 Frequency Guard Interval 1 8 1 Counter THCC Segment Mod Layer A 181 4QAH Layer B 01 64QaH Layer C 01 6404111 Frequency 413 142 857HHz Channel 13CH Ref Level l dBa Pre upl Off 2 3 1 Setup Common Parameter 2 41 P2 ELE Modulation Analysis Trace Format F1 4 DQPSK Freq Response No Trace Constellation Freq Response ONU seme mam MER lt lt Modulation Analysis 1508 7 WER gt gt eas ESE TIER Ere EXEUNT NE E Eee Rise HIST IER gt gt Mure Continue miar mee Nu eut p post wl C Step Dan Key m 2 amo smi me scel e 10 098 wa Storage E Tode E iE FT em ema 2 Pu 319 oi krov ox EE do p 57 48 37 248 90 88 Mode a E LEE Signal Adjust x vu T Ern Gward Interval 2
216. 2 5 1 2 User 1 User 2 MS8901A 2 72 25 9pec oz Mask Transmission ARIB STD B31 ABNT NBR 15601 quipment Standard 22247 A B Brazil dB i iii i i 10 422 272 00 30 45 10 MHz 2 86 2 65 293 3 14 2 5 4 3 dB S eror d EMEN ERRORS 47 4 I isses 55 4 LZ 57 4 77 4 i i ii i 15 436 2 86 00 286 4 36 15 MHz 3 00 2 79 2 79 3 00 2 5 1 4 B 2 73 52 i iliii i 15 90 45 279 279 45 90 15 3 15 2 86 2 86 3 15 MHz 3 00 0 0 3 00 2 5 1 5 Brazil Station Power Critical 15 90 45 2 79 2 79 4
217. 64QAM 0 1 Vrms 5 0 14 Hz 4 40 0 09 Hz 2 AWG420 10 MHz Output 4 15 4 16 5 ISDB T IQ Terminal TMCC Layer A Segment Layer A Mod Layer B Segment Layer B Mod Layer C Segment Layer C Mod Modulation Analysis HiH Recv Seg E MS8901A Low IF DC 50 0 500 kHz Mode3 1 8 11 64QAM PR 12 64QAM 0 64QAM 1 Seg Mode 5 MS
218. 80 00 iL MASKFIT 1 MASK 1NEW 8 15 80 4 80 3 2 58 3 27 4 3 27 4 3 2 58 4 80 15 80 2 5 2 13 B 2 92 25 9pec 7 Mask MASK 1BRA 8 15 00 124 4 9 00 124 4 3 15 77 4 2 79 27 4 2 79 27 4 3 15 77 4 9 00 124 4 15 00 124 4 lL MASKFIT 1 MASK 1BRA 8 15 124 4 9 00 124 4 3 15 77 4 2 79 27 4 2 79 2 5 2 14 Brazil 2 93 52 25 3 2 94 8 1 0 dB 0 dB
219. Carrier Frequency 473 142 857 0 MHz Freguency Error Autonatic Detection MER Convent iona l EXECUTE lt Automatic detection of Signal Auto Det fron Seg Layer Layer B Layer C Guard Interval Target RF Frequency 4718 142 Sh 7HHz Channel Ref Level 26dBa Pre Aupl 2 10 1 1 pes TMCC 3 TMCC Automatic Detection F2 Hodu Lat ion Analysis 2003 00 22 11 41 38 lt Modulation Analysis ISDB T gt gt Measure Continuous Storage Normal Seg Ofs B12 Signal Equalizer Standard Automatic Frequency Detection Carrier Frequency Frequency Error TMCC Autonatic Detection gt gt EXECUTE lt lt Automatic detection of TMCC Info Auto Det fron Seg Guard Interval Target No Measure ded Frequency 473 142 857HHz Channel Ref Level 26dBn 126 2 10 1 2 TMCC E 4 j No Trace
220. Channel IF Band 2 28 ali MER X Off Adjust Range P TORAH T MS8901A 2 2 7 2 2 9 15 25 89014 2005 08 08 lt Modulation Analysis ISDH T gt gt Measure Storage Frequency Carrier Frequency Frequency Error 11 07 18 Seg Ofs Equalizer Standard 128 478 142 873 49 Miz 16 Hz 0 0347 ppn Refer to MER
221. Every Once 1 14 l4 1 4 1 REF TE IF Channel Map General 37 15 MHz RF Channel Map IF RE RE IF IF No Measure Signal Loss BM Signal Abnormal Changed Average Moving Average
222. MG3633A 32 2700 MHz 138 dBc Hz EEIE T E AWG420 IQ MS8901A 18 25 MHz TE AWG420 IQ MS8901A 18 25 MHz K FFT 43 80 AC mh 1 32 1000 MHz 10 26 dBm Of 10 46 dBm On ISDB T
223. NE OnOff Amplitude Pre Amplifier X F5 21 On Off Amplitude Anritsu MS8901A U10001 8 DIU 010 Amplifier Ig oft 2 8 11 1 2 On Off Off 30 dBm On 10 dBm Off 20 dBm On MS8901A MS8901A E On Off Ref Level
224. OFDM 1 1 Mode3 1 8 512 Layer A C 64QAM 5 0 14 Hz X 40 0 09 Hz 2 Mode1 1 4 128 Layer A C DQPSK 5 1 6 Hz x 2 H MG8940A IML2437A MA2422A A3000 2 M 3 dB MP721A 3 43 Off 10 MHz Input 10 MHz Output ES On 10 MHz Input 10 MHz Output
225. Over Write 2 110 2 1 52 2 2 2 8 2 9 2 10 2 11 2 111 2 8 1 MJE NJA ANETE oeer 2 111 2 8 2 System Lui 2 112 2 8 3 Terminal 2 112 2 8 4 Channel Frequency 2 113 285 Offset Frequency 2 113 2 8 6 Spectrum 2 114 2 8 7 Level 2 114 2 8 8 Mode 2 116 2 8 9 Guard Interval 2 116 2 8 10 TMGCELLO 29777 2 116 2 8 11 Preamplifier 2 117 2 8 12 2 118 2 8 13 Preset i 2 118 2 8 14 Modulation Analysis C N Spectrum Mask 2 118 2 8 15 Spectrum Mask 2 119 2 8 16 ooeineieeeieeeeererirrrerrrrerereen 2 119 2 120 2 9 1 2 120 2 9 2 2 1
226. dB 30 5 T 4 1 2 85 3 95 10 3 1 MHz N R amp T EN o to e 2 5 2 1 MASK 1 8 10 00 55 00 3 95 55 00 3 10 30 50 2 85 0 00 2 85 0 00 3 10 30 50 3 95 55 00 10 00 55 00 2 5 2 2 A ovp 1 MASK 1 8 2 s e 2e 09 559 10 10 00 55 00 11 2 5 2 3 Excel A 2 87 52 dB 27 4 T Q4 Jj 58 0 ee RT 80 0 E CON E i 1 1 L 11 15 4 0 30 30 340 15 3 2 3 2 MHz 2 5 2 4 B MASK 1NEW 8 15 00 80 00 4 00 3 20 3 00 3 00 3 20 4 00 80 00 58 00 27 40 27 40 58 00 80 00 15 00 80 00 2 5 2 5 B 2 5 2 6 Excel B 2 88 25
227. 1 2 5 5 25 9pec 7 Mask Brazil Bi Spectrum Mask HH More F2 F4 On Off F2 Last Result OX F3 Uncorrection Result F4 Hilter Data EEL
228. 1 3 1 MX890110A ISDB T J0576D N 2 m J0127C BNC 0 5 m JO127A BNC 1 m J0007 GPIB 1m J0008 GPIB 2 m MP59B 50 A DC 3 GHz MN1607A Hir DC 3 GHz MP640A DC 1700 MHz MP520A M 25 500 MHz 75 MP520B M 25 1000 MHz 75 MP520C M 25 500 MHz 50 Q MP520D M 25 1000 MHz 50 Q MP721A 3 dB MP721B Wd 6 dB MP721C 10 dB MP721D MP721E C C C C 1 SIE 1 4 MS8901A 30 1 4 1 RF Channel Map Interim 1 Interim 2 13732 T Interim 1 N xv o mici 473 N 18 X6 0 142857 MH Interim 2 N
229. 99 kHz 99 kHz 99 kHz 99 kHz 99 kHz C N kHz dBc Hz dBc Hz dBc Hz dB CW MHz Hz Hz Hz Hz Hz VIIRA fERERURETRELAGE MS8901A 18 Mode3 64QAM Hz Low IF DC 1Q DC Low IF DC 1Q DC MS8901A 18 2 5 6 5 3 4 7 8 40 Hz Low IF DC Low IF DC Low IF DC Low IF DC IQ DC IQ DC IQ DC IQ DC VIIRA fERERURETRELAGE 50
230. ABNT NBR 15601 TMCC A Bai Bss 101 110 TMCC 203 bit 18 2 2 127 52 2 10 2 Modulation Analysis No Trace TMCC 2003 00 22 11 40 14 Hodu Lak ion X Modulation Analysis ISDB T MER gt gt Measure Continuous fia lie io Storage Norsal Seg Ofs B12 Signal Equa lizer Standard Automatic Frequency Detection Carrier Frequency 418 142 857 2 Mz Frequency Error 0 1 Hz 0 0002 ppn Autonatic MER Detection Conventional i led 6 Auto Det La
231. COLOR1 Pattern 2 COLORPTN COLOR2 COLORPTN COLOR2 Pattern 3 COLORPTN COLOR3 COLORPTN COLOR3 Pattern 4 COLORPTN COLOR4 COLORPTN COLOR4 User Pattern COLORPTN USERCOLOR COLORPTN USERCOLOR Pattern 1 COPYCOLOR COLOR1 Pattern 2 COPYCOLOR COLOR2 Pattern 3 COPYCOLOR COLOR3 Pattern 4 COPYCOLOR COLOR4 cw 3 32 KED E 07 15 5 0 15 0 15 COLORDEF An r gb COLORDEF An AB Response Program Msg Query Msg Msg 45 ik 45 46 45 47 ik 45 SWP SWP MSTAT E 45 MS8901A Vol 3 8 E 46 47 48 n 0
232. Call ibwrt intUd FREQ strFreq MHZ 1 Call ibwrt intUd SWP 1 Do Wait delay 1 Call ibwrt intUd SWP Call ReadData intBoardNo intAddr strTemp _ Asc strListenTerm Loop While strTemp lt gt SWP 0 C N Call ibwrt intUd MKL CN 1000 Call ReadData intBoardNo intAddr strTemp Asc strListenTerm frmCN txtCN1kHz Text strTemp Call ibwrt intUd MKL CN 10000 Call ReadData intBoardNo intAddr strTemp Asc strListenTerm frmCN txtCN10kHz Text strTemp Call ibwrt intUd MKL CN 100000 Call ReadData intBoardNo intAddr strTemp Asc strListenTerm frmCN txtCN100kHz Text strTemp frmCN btnExecute Enabled True End Sub 33 GPIB 3 3 5 3 3 5 1 1 Frame frmSpectrummask 2 TextBox txtOBW 3 TextBox txtCheckmask 4 CommandButton btnExecute dg Caption Public Sub btnExecute Click FrmSpectrummask Enabled False Call Spectrum
233. MEASAMODANAL MODANAL C N MEASACN CN Spectrum Mask MEASAMASK MASK Frequency Counter MEASAFREQCNT FREQCNT Adjust Range Signal Analysis Terminal RF C N Spectrum Mask Frequency Counter y OH A c LT LE PT OB PB BIE VE Setup Common Parameter Signal Analysis 2 System Program Msg ISDBTSYS ISDBTSYS TVAUTO Query Msg ISDBTSYS Response Msg TV TVAUTO System Auto Select TV Terminal RF Terminal RF ISDBTTERM ARF Low IF DC ISDBTTERM ALOWI
234. NOCHANGED C N XMCN Ap d 1 1 ik 29 49 XMCNF HZ f l 30 49 XMCNF Ap d f 1 31 49 d 1 d CNSV p H 1 dBc Hz f Hz d p H 1 dBc Hz f 10 Hz CNSVAn 28 1 10 29 p 0 483 Hz HH Hz n 07 999 3 25 BIE VE KR Spectrum Mask 5 Response Msg Program Msg Query Msg Status of Mask Complete MASK STS MASK STS MASK CHECK MASK CHECK Now Execute Pass Fail OBW
235. P2 ELE E387 Z DATE 2000 04 01 TIME 12 31 00 TITLE Tokyo pilot SYSTEM TV TERMINAL RF CHANNEL MAP INTERIUM 1 CHANNEL 13 FREQUENCY 478142857 FREQUENCY OFFSET 0 REVERSE SPECTRUM NRM REFERENCE LEVEL 20 PREAMP OFF MODE 3 GUARD INTERVAL 1 8 LAYER A SEG 3 LAYER A MOD 64QAM LAYER B SEG 5 LAYER B MOD 16QAM LAYER C SEG 5 LAYER C MOD QPSK LEVEL CONT REF SETTING STORAGE MODE NORMAL AMOUNT OF COUNT 10 1 CHANNEL MAP GENERAL CHANNEL 2 CHANNEL MAP INTERIM 1 INTERIM 2 UHF UHF Brazil FREQUENCY FREQUENCY OFFSET REVERSE SPECTRUM 3 LEVEL CONT ADJUST RANGE REFERENCE LEVEL 4 TAB 2 144 No Trace REFER TO MER EQUALIZER RECV SEG AUTO DET SEGMENT SEGMENTATION OFFSET CARRIER FREQUENCY FREQ ERROR Hz FREQ ERROR ppm MER CONVENTIONAL MER LAYER A MER LAYER B MER LAYER C MER ACD MER AC2 REFER TO MER EQUALIZER RECV SEG AUTO
236. Rel amb DD Level Signal TMCC AGC On Off Preamplifier XX1O1OTIXIOIOIOIXIOIX1X1O1O X X O1O1O1OIO Amplitude 2 136 211 LowIF IQ MS8901A 18 2 11 15 Modulation Analysis Terminal 23 Low IF DC Low IF AC IQ DC 1Q AC RE 12 3 Modulation Analysis 2 11 14 1 1 Seg 13 Seg 1 Seg 13 Seg 13 segment Signal Abnormal 0 2 3 5 Recv Seg 2 11 16 Terminal RE
237. Seg 9 Adjust Range RF Adjust Range Adjust Range Terminal RF 10 Equalizer Equalizer Advanced Standard 2 3 1 MER No Trace 6 Equalizer 11 Signal Automatic Detection Mode Guard Interval TMCC 2 10 2 nl 12 TMCC Automatic Detection TMCC 12 10 2 13 Automatic Detection TMCC Segment TMCC
238. f AC1 g AC2 0 01 dB 3 3 20 MODSVAn 12 RECVSEG 1SEG Layer A Mod PR 17 32 E14 t Section LAYERA Layer A LAYERB Layer B LAYERC Layer C TMCC TMCO AC1 AO1 AC2 AC2 a 0 D 1 Q b 1 d 20 Mode3 AC1 8 x 13 X4 416 1 XMC A AO1 0 1 416 Q XMC 1 1 1 416 E15 b 0 5617 d 16
239. nul 17 TMCC Automatic Detection 12 10 TMCC 2 10 18 Automatic Detection TMCC Segment TMCC 12 3 1 MER No Trace 10 Automatic Detection 19 Storage Mode E nu 12 7 Storage Mode 23 Modulation Analysis 20 Segmentation Offset 10FDM 2 3 6 Segmentation Offset 21 Save Data to Mem Card 1 2
240. 0 Hz 2 2 3 Equipment Standard Brazil 2 5 6 Marker Trace Marker
241. 1 Frequency Error 0 00 Hz Xoan 10 0000 _ _ _ Storage D gt DT IS s Mode Conventional 42 03 dB iod ENualizer eg 0 Standard Layer A 41 57 dB 1 QPSK PR I Advanced _ Layer B 41 34 dB 12 64QAM Layer C dB 0 QPSK Recv Seg A 13 Weg Mode TMCC 44 07 dB Ag 43 98 dB 1 Sag Node AC2 dB 4 EER 2 Save Da Signal d ju to Mode Mode3 Range Mem CarM Guard Interval 1 8 Bac Screel Frequenby 473 142 857MHz Channel 13CH pz Pre Ampl Off A3 2 12 5 4 11 2 3 1 2 No Trace 81 Qj 12 512 80 8 Mody at ion AMalysis Signal Automatic Detection TMCC Automatic Detection Auto Det From Seg ion set TMCC Information Auto Det Cancel 2 43 P2 ELE 2 44 1 ISDB T OFDM Carrier Frequency
242. 11 10 TMCC 2 2 9 TMCC 2 11 11 Preamplifier Terminal Low IF DC Low IF AC IQ DC 1Q AO Amplitude 2 11 12 Continuous Single 2 2 2 11 2 11 13 Preset Terminal RE 2 2 12 Preset 2 11 14 Terminal 2 11 14 1 Setup Common Parameter Low IF DC Low IF AC TV TV Auto RF Low IF DC Terminal Low IF AC IQ DC IQ AC Impedance Channel Map Channel Frequency Offset Frequency Spectrum
243. 142 857 701 142 857 557 142 857 707 142 857 563 142 857 718 142 857 569 142 857 719 142 857 575 142 857 125 142 857 581 142 857 781 142 857 587 142 857 787 142 857 593 142 857 143 142 857 599 142 857 149 142 857 605 142 857 755 142 857 611 142 857 761 142 857 617 142 857 767 142 857 22 WE RE 2 2 3 5 CATV MHz 111 142 857 MHz 315 142 857 117 142 857 321 142 857 123 142 857 327 142 857 129 142 857 333 142 857 135 142 857 339 142 857 141 142 857 345 142 857 147 142 857 351 142 857 153 142 857 357 142 857 159 142 857 363 142 857 167 142 857 369 142 857 225 142 857 375 142 857 231 142 857 381 142 857 287 142 857 387 142 857 243 142 857 393 142 857 249 142 857 399 142 857 255 142 857 405 142 857 261 142 857 411 142 857 267 142 857 417 142 857 278 142 857 428 142 857 279 142 857 429 142 857 285 142 857 435 142 857 291 142 857 441 142 857 297 142 857 447 142 857 303 142 857 458 142 857 309 142 857 459 142 857 465 142 857 2 19 52 2 2 3 6 UHF Brazi
244. 3 8 NL 97 640AW 3 41 6161 amp 2 10 2 3 Status Normal Detect bit error Detection Failed TMCC TMCC Illegal Mode Mode 8 Guard Interval Guard Interval D Layer Layer Segment Layer Modulation Layer Code Rate Layer 1 2 2 3 3 4 5 6 7 8 5 Time Interleave Layer Mode Xn Mode1 0 4 8 16 Mode2 0 2 4 8 Mode3 0 1 2 4 TMCC see Ds 2 129 52 TM
245. 4 00 57 60 3 20 27 60 3 00 0 00 3 00 0 00 3 20 27 60 4 00 57 60 15 00 57 60 Excel 2 5 4 4 2 97 P2 1 v B C 1 Filter 1 2 8 3 15 00 57 60 4 4 00 57 60 5 3 50 27 60 6 3 00 0 00 7 3 00 0 00 8 3 50 27 60 9 4 00 57 60 10 15 00 57 60 11 2 5 4 5 Excel 2 Excel Hilter1 csv Hilter2 csvy Hilter3 csv X 2 5 4 2 User 1 Filterl csv User 2 Hilter2 csv Usr 3 Filter3 csv 2 5 4 3 1 Hilter 1 User 1
246. Equalizer Advanced Standard 19 3 1 MER No Trace 6 ERqualizer 10 Signal Automatic Detection Mode Guard Interval TMCC lt 210 2 nl 11 TMCC Automatic Detection TMCC 12 10 12 Automatic Detection TMCC Segment TMCC 2 3 1 MER No Trace 10 Automatic Detection 13 OFDM 12 3 6 Segmentation Offset nul rna 2 49 P2 ELE 14 8ave Data to Mem Card
247. MS8901A 3 GHz 3 3 2 2 8 TMCC EZ FAE 2 29 52 8901 2005 08 00 11 07 18 Hodu Lat ion Modulation Analysis ISDH T MER gt gt Measure Continuous Rnalysis Storage Normal Seg Ofs 128 Equalizer Standard Trace Frequency Format Carrier Frequency 473 142 873 49 MHz Frequency Error 116 35 Hz 0 0347 ppi Storage Mode gt gt EXECUTE lt lt Adjust Range for MER Measuring Searching Ref Level 1m ld5eg Mode 1 Seg Hode 46 12 dB AC2 48 24 dB Signal Mode Model Guard Interval 1 8 Frequency 418 142 85TMHz Channel 13CH Ref Level BdBHm Pre Aupl Off 2 2 6 8 Refer to MER Level Cont Adjust Range Setup Common Parameter Modulation Analysis Modulation Analysis C MER Adjust Range
248. P C S i 2 136 2 11 15 Modulation Analysis 2 137 2 12 2 13 2 14 2 15 21 2 11 16 2 137 RM 2 138 2 12 1 kkk 2 139 2 12 2 klik 2 142 Save Recall 2 149 2 13 1 Save ui 2 149 2 13 2 Recall 2 154 2 157 2 14 1 i 2 157 2 14 2 kk 2 158 2 167 P2 2 1 2 1 1 Set It Anri 58901 y MM 3 m mio mi 1 Cancel C3 CIC mT a Lic olo o a cx i BIcecoimsgslW 4rn7 CJ
249. Ref Setting Off 26 10 dBm On 467 10 dBm Reference 10dBm 2 2 6 3 Amplitude c Ref Level F1 Uns Y Entry Min 26dBn 10dBm Wi 2 2 6 4 Amplitude Level Cont Adjust Range 1 Setup Common Parameter Reference Level T 2 Amplitude Ref Level F1 T 2 26 22 E 24oAuE E 2 Modulation Analysis C N 1 Freqency Counter
250. Refresh Interval Once Recv Seg 13 Seg Mode 1 Seg Mode Adjust Range Back return Screen 23 2 7 1 Storage Mode 2 107 P2 ELE 2 7 1 Normal 2 7 2 Average 2 108 AI Constellation 5 6 5 2 7 3 Moving Avg Amount of Count lt gt 1 Storage Mode F2 2 Amount of Count F2 Wa 3
251. T HER gt gt Measure Continuous flnatysis Under Range Storage Normal Seg Ofs 512 Equalizer Standard Frequency Carrier Frequency 3 413 142 857 0 MHz Frequency Error H 0 1 Hz 0 0002 ppu Storage Conventional Layer A Layer B Layer C THCC ACi AC2 Signal Guard Interval Frequency 473 142 857HHz Channel Sereen Ref Level l 0dBn Pre Am 16 2 14 2 4 No Trace 14 21 2003 09 22 11 43 36 lt Modulation Analysis CISDB T MER gt gt Measure Continuous Storage Normal Amp litude Ref Level I Carrier Frequency 478 142 857 1 MHz Seg OfS 12 Equalizer Standard Frequency Error 10 0 Hz 1 i 0 0000 ppi MERC Convent ional 36 19 dB 1 1 1 1 1 1 MERCLayer A 35 48 dB 20 1 Marker 1 symhol 1 1 4 9767 I 0 3 1287 aep a A Frequency 4718 142 8b TMHz Channel 13CH 1 Ref Level 12dB Pre Aupl Off I 2 14 2 5 Constellation 2 161 52 19 21 58901 2003 08 22 11 44 10 is CISDB T MER gt gt Under Range Measure C nflinuous i Start 412 928 MHz Stop 473 356 HHz i Marker 478 143 MHZ 2 66 dB ME aiiud Mei iui dE cales d
252. 00 ETHERNET 5 IMS8901A ETHERNET MS8901A 32 3 2 Spectrum Analyzer Program Msg PNLMDASPECT Query Msg PNLMD Response Msg SPECT Signal Analysis PNLMDASYSTEM PNLMD SYSTEM Configuration PNLMDACONFIG PNLMD CONFIG System System1 SYS 1 SYS 1 System2 SYS 2 SYS 2 System3 SYS 3 SYS 3 Setup Common Parameter DSPLASETCOM DSPL SETCOM Modulation Analyzer DSPLAMODANAL DSPL MODANAL C N DSPLACN DSPL CN Spectrum Mask DSPLAMASK DSPL MASK Frequency Counter DSPLAFREQCNT DSPL FREQCNT Back Screen BS Setup Common Parameter MEASASETCOM SETCOM Modulation Analyzer
253. 1 2 3 3 2 3 4 1 2
254. 1 Hz 0 01 Hz C N Normal Average Ic Lam 5 2 100 Every Once Max Hold L MER D 5 MER d Over Write Normal Moving Average L 5 C N 2 100
255. 12 2 22 Back Screen Setup Common Parameter 23 TMCC Information TMCC 2 10 24 Auto Det Cancel Signal Automatic Detection TMCC Automatic Detection 2 10 67 52 2 3 5 Recv Seg 18 18 Seg Mode 13 1 1 Seg Mode LT MER 11 9 7 5 3 1 0 2 4 6 8 10 12 hs d 1 Seg Mode 13 Seg Mode 2 3 5 1 1
256. 148 Jack Ts j mm m Frequency 473 142 857802 Channel 18 Scrcen n 7 530 T P m2 Hef Level i0dBn Pre apl Off mis 7 3 0023 warm asinis iilam gt gt sue mus psp Ew xxi Size Sint mm mo OEC TES 5 2 Mod E 7 odulation w Analysis m Stare mam mm p N Yarker Trace Corrent Marker 472 937 Mie me We T remmesey mde Mme qx onstel lation race EDEN ads mud Freq Response Format Sub carrier MER 2 3 2 2 42 23 Modulation Analysis 2 3 4 MER No Trace No Trace ISDB T MER MER Modulation Error Ratio MER C N MER 10log 2 3 1 1 MER 1 3 6 10 c Modul ation Modulatid MS8901A 9000 04 01 12 34 56 Analysis Analysis lt lt Setup C mmon Parameter ISDB T gt gt Measure Continuou Storage Normal Seg Ofs 1024 5 Equalizer Standard CFreqeny I Carrier Frequency 473 142 857 14 MHz
257. 18 147 087 40 MHz m Frequency Error 42930 26 Hz 8 9408 Storage Mode gt Frequency 473 142 857MHHz Channel Ref Level l dBa 2 14 2 11 Frequency Counter 2 164 214 22 21 23 21 25 26 24 it Frequency Frequency 23 22 2 14 2 12 Field Strength EntryL poy 1 Min Max100 Sampling Number 28 2 14 2 13 2 165 52 3 Red Green Blue Select Item 0 15 4096 2 14 2 2 n 2 14 2 2 F3 F4 F5 0 0 0 0 0 15 0 15 0 ek 0 15 15 15 0 0 15 0 15 15 15 0 E 15 15 15 2 166 215 WEVT Gz PFOALRA FA 2 15 MS8901A Signal Analysis
258. 20 2 9 3 2 120 294 eee 2 121 2 9 5 2 121 2 122 230 1 2 123 2 10 2 uuu 2 128 2 10 3 Auto Det from 5 9 2 130 2 10 4 Auto Det Cancel 2 131 Low IF IQ MS8901A 18 2 132 2 11 1 258 122 9 OD BRE ies arriere 2 133 2 11 2 System Li 2 133 2 11 3 Terminal amp Impedance 2 134 2 11 4 Channel Frequency 2 134 2 11 5 Offset Frequency 2 135 2 11 6 Spectrum 2 135 2 41 4 Level ooann aini 2 135 2 11 8 Mode i 2 135 2 11 9 Guard Interval 2 135 2 1 1 10 IMQQ rece 2 136 2 11 1127 72 Preamplifier 2 136 2 11 12 8 EEF Lies 2 136 2 11 13 Preset i 2 136 VA a
259. 27 18dB 20 005 20 30 1 40 1 1 dall llla Lt Start 472 9289 Mz Marker Trace Current IT dun s Stop 472 9317 MHz 473 218 MHz 413 353 MHz 48 36 dB 41 65 dB Marker Peak Frequency 473 142 8b7MHz Channel Ref Lewel 184 Pre Ampl 13CH Off 2 3 5 5 Sub carrier MER 2 64 Sub carrier MER 1 Seg NV Peak Search 18 Segment Hodu Lat ion Analysis Trace Format Storage Threshold Offsel Recv Seg 13Seg Mode 1 Seg Hode Ad just Range Back Screen Mos 23 9 Modulation Analysis 236 Segmentation Offset ISDB T OFDM OFDM 1OFDM MER
260. 4 12 CW 500 MHz 10 dBm 95 dBc Hz 1 kHz 108 dBc Hz 10 kHz 118 dBc Hz 100 kHz uij qm a Ni e c c Co gt 4 1 500 MHz 10 dBm 2 MS8901A General 500 MHz Ref Setting 10 dBm C N Off 100 8 MS8901A Single 1 kHz 10 KHz 100 kHz C N EN 43 dBc Hz dBc Hz dBc Hz 4 3 4 CW 1 0 1 Hz 2
261. 45 90 15 3 15 2 86 286 43 15 MHz 3 00 00 3 00 2 5 1 6 Brazil Station Power Sub Critical 2 74 25 9pec 7 Mask dB Noo A A A ABA TUNE RS 80 4 T7 f A 110 4 8 4 M n iliii i 15 9 0 4 5 2 79 2 79 4 5 9 0 15 3 45 2 86 286 3 15 MHz 3 00 00 3 00 2 5 4 7 Brazil Station Power Non Critical A 0 0 MHz 1 7 MHz B 1 7 MHz 0 0 MHz Station Power WY Average Power Brazil
262. 5 6 2 8 1 2 3 1 2 3 1 2 2 6 2 2 6 2 2 6 2 8 7 2 11 7 1 2 1 2 11 2 5 3 2 8 4 2 5 6 2 5 1 2 3 1 2 2 7 2 8 8 2 11 8 2 3 2 1 1 2 8 1 2 5 1 2 2 4 2 8 5 2 11 5 2 2 6 2 3 4 2 2 10 2 8 11 2 11 11 2 2 12 R Recall Receive of Segment Recv Seg Ref Setting Refer to MER RS232C S Save Data to Mem Card Save Section Segmentation Offset Set 2 13 2 2 3 1 2 3 5 2 2 6 2 8 7 2 2 6 2 8 3 1 2 2 12 2 2 18 1 2 3 2 2 3 1 2 3 6 2 1 1 Signal Automatic Detection2 10 1 Single Spectrum Mask Spectrum Station Power Storage Mode Sub carrier MER System T Terminal Threshold Offset TMCC 2 2 11 2 5 2 2 5 2 8 6 2 11 6 2 5 1 2 1 2 8 4 2 2 1 2 8 2 2 11 2 2 2 2 2 8 3 2 11 3 2 8 4 2 2 9 2 8 1 2 8 10 2 11 10 TMCC Automatic Detection TMCC Information U UHF UHF Brazil Under Range Uncorrection Result W Worst Envelope 2 10 1 2 10 2 2 2 3 2 2 3 2 2 6 2 5 5 2 1 1 2 1 1 2 1 1 8 3 AXI AZI 4
263. 73 142 857MHz Channel 13CH z Pre Amp Off 2 12 2 2 T AHEDO MOD CN C N MASK 000 999 3 1000 IMS8901A X ISDBT20BX MOD X MOD csv M 8901A X ISDBT20BX CN X CN csv MS8901A X ISDBT20BX MASK X MASK csv 2 143
264. 8901A Single Frequency Error Terminal IQ DC 2 1 8 4 3 5 5 Mode3 512 64QAM 5 Terminal Low IF DC IQ DC Mode3 512 64QAM 40 Terminal Low IF DC IQ DC 43 4 3 6 MS8901A 18 1 99 kHz 2 AWG420 10 MHz Output 4 17 4 18 ISDP T i FD IQ
265. 9 Display Dir X F2 2003 06 19 18 29 08 Recall lt Recall Parameter gt gt Parameter Directory MS8901A5 ISDETSBHSPARAM Previous Recall file Henory Card Information Page Recall Data ISDB TSB MER Wolme Label File Nane Unused rea 22 800 736 Bytes Total Area 82 641 024 Bytes Display Dir No Hane Date Tine Protect Next Page 00 FOO 2003 05 26 15 29 40 On 01 PO1 2008 06 06 13 16 46 Off 04 FARAMO4 PO4 2003 06 06 18 16 52 Off File No 09 PARAMOS POB 2003 06 06 18 16 56 Off Back Screen a 2 13 2 4 Recall 2 155 P2 ELE 2 156 1 Previous Page 100 1 25 4 Previous Page F1 2 Display Dir Next Page Display Dir Next Page F2 3 File No lt gt 1l File No
266. 901A 2004 06 15 19 59 55 Setup lt lt Setup Common Parameter ISDB T MER gt gt Farameter Systen Terninal RF 1 Modulation Analysis Frequency Channel Interim 1CL1 TMHz Shift 1 Channel Frequency 18CH PF Level Reference 109 Spectrua Mask E Signal Mode Mode3 Frequency Interval A 1 8 1 Counter TACC Segment Hod Layer A 131 640AM 1 Layer B 7 01 640AM1 Layer C 01 I640AN1 Frequency 413 142 8b TMHz Channel 13CH Ref Level 10dHm Pre upl Off 2 2 1 Setup Common Parameter 2 2 1 System RF 2 8 RFE TT System TV MS8901A 2000 04 01 12 34 56 lt lt Setup Common Parameter ISDB T MER gt gt System V Qum 2 2 1 1 2 14 2 2 2 Terminal MS8901A 18 Low IF IQ RE
267. CC TMCC HH TMCC Information F5 H 2 10 2 4 S5Latus No Detection GI E 1 1 1 1 1 1 2 10 2 4 2 10 3 Auto Det from Seg Modulation Analysis Auto Det from Seg F3 MS8901A 2003 10 28 18 47 37 Modulation lt lt Modulation Analysis ISDB T MER gt gt Measure Single Ji toragE Normal Seg Ofs 1024 Signal Equalizer Standard Automatic Frequency Detection Carrier Frequency z 473 142 857 4 MHz Frequency Error 0 6 Hz 0 0013 Automatic Detection HER
268. Convent iona l 1 C Layer A 44 Min 0 Max 12 Auto Det Layer B dB fron Seg Layer C 0 64QAM qeu THCC Information lo Guard Interval Auto Det Cancel Frequency 473 142 858MlIz Ref Level l4dBn Pre Aupl Off 2 10 3 1 NoTrace 2 130 210 fHE ZA 2 2 10 4 Auto Det Cancel Modulation Analysis Preset Auto Det Cancel F6 Auto Det Cancel F6 HER Conventional gt gt EXECUTE Automatic detection of Signal 640AM Layer 640AM pude 640AM 2 10 4 1 H58501A 2003 10 06 08 53 38 Hodulati lt lt Modulation Analysis amp ISDB T MER gt gt Measure Single ae Storage Normal Seg Ofs 512 Signal Equalizer Sta
269. DET SEGMENT SEGMENTATION OFFSET CARRIER FREQUENCY FREQ ERROR Hz FREQ ERROR ppm SECTION MER CONVENTIONAL MER DATA COUNT SYMBOLS 0 1 212 STD 13SEG 0 1024 473143527 12 2 32 0 031 38 21 38 21 37 81 37 23 38 21 40 32 40 57 OFF STD 13SEG 0 1024 473143527 12 2 32 0 031 LAYER A 38 21 39 21 2231 I Q 0 1546 0 2533 1 2547 3 2214 2 145 P2 ELE 2 146 REFER TO MER EQUALIZER RECV SEG AUTO DET SEGMENT SEGMENTATION OFFSET CORRECTION DATA COUNT FREQ Hz 515150000 515470000 MER REFER TO MER EQUALIZER RECV SEG AUTO DET SEGMENT SEGMENTATION OFFSET MER CONVENTIONAL THRESHOLD OFFSET MER VERTICAL SCALE WORST ENVELOPE DATA COUNT FREQ Hz 515150000 515470000 OFF STD 13SEG 0 1024 OFF 2231 AMPL dB 2 82 2 85 OFF STD 13SEG 0 1024 45 0 20 0 50 OFF 5616 MER dB 45 550000 44 990000 C N 212 CARRIER FREQUENCY 473143527 12 FREQ ERROR Hz 2 32 FREQ ERROR ppm 0 031 DATA COUNT 2231 INTEGRAL
270. ER No Trace 2 43 2 3 2 Constellation 2 47 2 3 3 Freq Response 2 51 2 3 4 MER Sub carrier MER Hm 2 56 235 Recv Seg 2 62 2 3 6 Segmentation 2 65 24 CIN C N 2 66 24 C N MSE e titi ne 2 66 25 Spectrum Mask 2 68 2 5 1 Lies 2 69 252 2 85 2 5 3 J isses eda 2 94 25 4 i 2 95 2 5 5 2 101 2 5 6 Marker Trace neue 2 104 2 6 Frequency Counter 2 105 2 6 1 2 105 2 7 Storage Mode 2 107 2 7 1 Normal 2 108 2 7 2 Averadge 2 108 27 3 Moving Avg 2 110 274 Max 2 110 2 7 5
271. Entry W Min 0 Max 99 File No File Name Write Protect Back Screen d Save Parameter Previous Page Display Dir Next Page File No File Name mation 9 648 128 Bytes 10 198 992 Bytes Entry E Min 0 Max 99 gt gt Save lt No Write Protect Back Screen 2 13 1 5 0 99 100 PARAM 4 File Name lt gt 1 2 File Name F4 f 3 Set 4
272. FDC Low IF AC ISDBTTERM ALOWIFAC IQ DC ISDBTTERM AIQDC IQ AC ISDBTTERM AIQAC ISDBTTERM RF LOWIFDC LOWIFAC IQDC IQAC Impedance 500 TERMINZ A50 1 MO TERMINZ 1M TERMINZ 50 1M Channel Map 3 10 Interim 1 CHASSIGN ANINTERIMI CHASSIGN INTERIMI 1 7 MHz 137 32 Channel 7 Interim 2 CHASSIGN ANINTERIM2 CHASSIGN INTERIM2 0 15 MHz 13 32 Channel 7 CHASSIGN AUHF CHASSIGN 1 7 MHz 13 762 Channel 7 General CHASSIGN AGENERAL CHASSIGN GENERAL 7 32 3000 MHz IF Band CHASSIGN AIFBAND CHASSIGN IFBAND 3 9738 MHz CHASSIGN AVHF CHASSIGN 1 7 MHz 17 12 Channel 7 32 Setup Common Parameter Program Msg Query Msg Response Msg 1 7 MHz CHASSIGN ACATV 137 63 Channel Ja 8 7 Channel Map CHASSIGN TRS z
273. Guard Interval Target i RF Frequency 418 142 857WHz Channel Ref Level 26dBa Pre Aupl GFF 2 10 1 Modulation Analysis 3 2 122 210 fHE ZA 2 2 10 4 Modulation Analysis 3 TMCC TMCC TMCC TMCC R amp D
274. HERNET EIZ I Q 1BM PC AT IP MS8901A MS8901A A MODE1 1 4 192 168 100 123 192 168 100 100 IH 64QAM 13 3 4 1 1 3 57 BIE VE 3 58 Frame frmConstellationSocket PictureBox picGraph Height 6000 ScaleHeight 20 ScaleLeft 10 ScaleTop 10 ScaleWidth 20 Width 6000 CommandButton btnExecute Caption Winsock WinsockConstellation Public WaitConnectFlg As Boolean Public SendFlg As Boolean Public RcvData As String Public Sub btnExecute_Click frmConstellationSocket btnExecute Ena
275. If If sngFreqError sngMinFreqError Then SngMinFreqError sngFreqError End If 3 45 BIE EB 3 46 RAE frmMer txtMaxMER Text sngMaxMER frmMer txtMinMER Text sngMinMER frmMer txtMaxFreqErr Text sngMaxFreqError frmMer txtMinFreqErr Text sngMinFreqError DoEvents If frmMer btnExecute Enabled False Then Exit Do Loop Close End Sub 33 GPIB 3 83 Q ECL Q MODE1 1 4 64QAM 13 1 2 3 3 3 3 1 l Frame frmConstellation 2 PictureBox picGraph Height 6000 ScaleHeight 20 ScaleLeft 10 ScaleTop 10 ScaleWidth 20 Width 6000 3 CommandButton btnExecute Caption 3 47 BIE VE 3 48 Public Sub btnExecute_Click frmConstellation btnExecute Enabled False Call Co
276. LE_MER A60 VSCALE_MER 32 Modulation Analysis Program Msg Query Msg Response Msg MER MER Threshold Offset MERTHRAI MERTHR 1 0 00 30 00 WSTENV NOTES Worst Envelope i 5 WSTENV Signal Automatic SIGAUTODET Detection TMCC TMCC Automatic TMCCAUTODET Detection Detection Cancel Detection Status DETCANCEL DETSTAT iE TMCCINFO TMCCINFO ZNTRNSMODE TMCC Guard u TMCCINFO TMCC Interval AGINTERV Information TMCCINFO ASEGMENT TMCCINFO Modulation SEGMOD d1 42 d3 TMCCINFO ASEGCR Mode c1 c2 Segment el e2 e3 TMCC TMCC Information TMCCINFO gt ASEGINTLEV gt f3 AUTODETSEG n 0 Auto Det from An AUTODETSEG 7 12 Seg sg 20 MOD Constellation
277. MHz Channel 3CH i Lew l 8dBn Pre Aupl Off 2 5 1 1 Spectrum Mask 1 ARIB STD B31 ABNT NBR 15601 RBW 10 kHz VBW 300 Hz Span 1 20 MHz ARIB STD B31 1 5 2 30MHz 36 MHz 42 MHz 16 11 29 ARIB STD B31 3 30 MHz ABNT NBR 15601 2 69 P2 ELE Span Equipment Standard Number of Channel a A Span 20 MHz Channel Map Interim 1 Interim 2 UHF Brazil
278. MX890120B ISDB T 6 MS8901A Vol 1 M W2312AW 6 0 A N 1
279. Normal Seg Ofs 128 Layer AC1 Seg 1 Equalizer Standard Trace Format Carrier Frequency 473 142 872 12 MHz Storage Hode HEcw Seg 135eg_Hode 1 Seg Mode Marker 984 symbol ID 1 0086 0 0 9954 Frequency 418 142 857HHz Channel 13CH Ref Level 16dBm Pre Aupl GFF 2 3 5 3 Constellation 3 Freq Response 1 Seg PNN 89014 2003 10 08 21 55 10 Wodu lat ion Modulation Analysis ISDB T MER gt gt Measure Continuous Analysis Storage Normal Seg Ofs 128 Equalizer Advanced Trace Forsuat Storage Correction Recv Seg 13Seg Mode 1 Seg Mode Start 472 9280 MHz Stop 473 356 MHz ES Marker 413 143 HHz 0 08 dB Frequency 478 142 8b TMHz Channel 18CH Ref Level 123dBu Pre Aupl Off 2 3 5 4 Freq Response 2 68 52 PN 1 2005 09 08 16 06 10 lt Modulation Analysis C ISDB T MER gt gt Measure Continuous Storage Norsal Seg Ofs 128 Equalizer Standard HER Conventional 47 18dB Threshold
280. RU 30 MHz 99 1 kHz 1 10 22 dBm Off 32 1000 MHz 10 42 dBm On 32 1000 MHz Brazil 1 32 2985 MHz IFBand Transmission User 1 User 2 CriticalSub Critical Non Critical Station Power Transmission ABNT NBR 15601 2007 dB 27 4 D 1104 D 17 4 4244 15 9 3 15 2 86 00 2 86 3 15 9 15 MHz 4 5 3 00 2 79 2 79 3 00 45 DStation Power Non Critical 110 4 dB Station Sub Critical 117 4 dB Station Power Critical 124 4 dB
281. SEC A TMCC MODSEC TMCC MODSEC AACI MODSEC AC1 MODSEC AAC2 MODSEC AC2 3 15 BIE VE KR Modulation Analysis Multipath Equalizer Advanced Program Msg EQZAADV Query Msg EQZ Response Msg Standard EQZASTD EQZ Segmentation Offset SEGOFSAn SEGOFS 2 3 5 2 3 5 1 Adjust Range ADJRNG TSDBTSystem TVAUTO ChannelMap IFBand 7 Correction BNDCORR BNDCORR BNDCORR AOFF BNDCORR Calibration BNDCAL Vertical Scale VSCALE AMP A2 VSCALE AMP VSCALE AMP A5 VSCALE_AMP VSCALE_AMP A10 VSCALE_AMP VSCALE_AMP A20 VSCALE_AMP VSCALE_AMP A50 VSCALE_AMP VSCALE MER A20 VSCALE_MER VSCALE_MER A30 VSCALE_MER MER Vertical Scale 3 16 VSCALE MER A40 VSCALE_MER VSCALE_MER A50 VSCALE_MER VSCA
282. TMCC Code Rate Time Interleave 2 124 210 GISI 2 Auto Det Cancel F6 Preset HER Conventional gt gt EXECUTE Automatic detection of Signal 640AM fasc G4QAM iniri G4QAM 2 10 1 3 MER Convention EXECUTE tod losgs utonatic detection of THCC Info 640AM Layer B BG40AM Layer C lecce dB 0 G4QAM 2 10 1 4 TMCC Auto Det Cancel F6 Preset Setup Common Parameter H
283. Ud TRFORM NON Open C XMy Documents MER txt For Output As 1 Do 1 Call ibwrt intUd SWP MER Conventional Call ibwrt intUd MER CONV Call ReadData intBoardNo intAddr strTemp _ Asc strListenTerm SngMER Val strTemp Call ibwrt intUd CARRF Call ReadData intBoardNo intAddr strTemp _ Asc strListenTerm sngFreq Val strTemp Call ibwrt intUd CARRFERR HZ Call ReadData intBoardNo intAddr strTemp _ Asc strListenTerm sngFredError Val strTemp Print 1 Date 5 Time Format sngFreq 0 _ Format sngMER 00 If sngMER gt sngMaxMER Then sngMaxMER sngMER End If If sngFreqError gt sngMaxFreqError Then sngMaxFreqError sngFreqError End If If sngMER lt sngMinMER Then sngMinMER sngMER End If If sngFreqError sngMinFreqError Then sngMinFreqError sngFregError End If 33 GPIB RAE frmMer txtMaxMER Text sngMaxMER frmMer txtMinMER Text sngMinMER frmMer txtMaxFreqErr Text sngMaxFreqError frmMer txtMinFreqErr Text sngMinFreqError DoEvents If
284. Write Protect 2 13 1 4 Save 1 Previous Page 100 1 18 6 Previous Page F1 2 Display Dir Next Page Display Dir Next Page F2 3 File No lt gt 1 File No F3 2 Set 3 Yes Set 2 151 P2 MESE 2 152 Save Parameter Previous Memory Card Information Page Volume Label Unused Area 9 648 128 Bytes Total Area 10 198 992 Bytes Display Dir Time Protect Next Page
285. _ Asc strListenTerm sngQ intN Val strTemp Print 1 intN sngl intN sngQ intN frmConstellation picGraph Circle sngl intN sngQ intN 0 01 Next intN Close frmConstellation btnExecute Enabled True End Sub 3 49 BIE VE KR 3 3 4 C N 3 3 4 1 2 kHz 0 kHz 100 kHz CN 100 n 3 1 kHz 5 10 kHz 100 kHz 6 3 3 4 1 C N 1 Frame frmCN 2 TextBox txtFreq 3 TextBox txtCN1kHz 4 TextBox txtCN10kHz 5 TextBox txtCN100kHz 6 CommandButton btnExecute Caption 3 50 33 GPIB Private Sub btnExecute_Click frmCN btnExecute Enabled Fal
286. ac 0 40 73 2 Screen Frequency 473 142 857MHz Channel 13CH Pre Ampl Off 123 183 12H tl 4 15 8 14 13 2 3 2 1 Constellation 1 6 Section Conventional 2 No Trace 3 MER nli Fr Conventional MER MER No Trace MER 2 47 P2 ELE 4 Marker Q Marker
287. ask High Query Equipment Standard Type A 10 MHz Equipment Standard Type B lt 1 15 MHz 1 6 MHz Equipment Standard Brazil 15 MHz p 0 500 d 1 Equipment Standard Type A Type B Brazil 0 Equipment Standard Brazil P d 1 f ET Type Type B Qu Query ery Of E Frequency Counter 3 5 43
288. b ConstellationMeasureSerial Dim intN As Integer Dim sngl 5000 As Single Dim sngQ 5000 As Single tkk Dim strTemp As String strListenTerm vbLf RS 232C frmConstellationSerial MSCommConstellation Settings 9600 N 8 1 frmConstellationSerial MSCommConstellation Handshaking _ comXOnXoff frmConstellationSerial MSCommConstellation RTSEnable True frmConstellationSerial MSCommConstellation PortOpen True frmConstellationSerial picGraph Cls Open C My DocumentsYConstellation txt For Output As 1 3 63 BIE VE l Q For intN 1 To 4992 DoEvents 1 SendDataSerial LAYERA O Str intN 1 Call ReadDataSerial strTemp Asc strListenTerm sngl intN Val strTemp SendDataSerial LAYERA 1 Str intN 1 Call ReadDataSerial strTemp Asc strListenTerm sngQ intN Val strTemp Print 1 intN sngl intN sngQ intN frmConstellationSerial picGraph Circle sngl intN sngQ intN 0 01 Next intN Close
289. bled False Call ConstellationMeasure End Sub Private Sub WinsockConstellation Connect WaitConnectFlg True End Sub Private Sub WinsockConstellation_DataArrival _ ByVal bytesTotal As Long WinsockConstellation GetData RcvData vbByte End Sub Private Sub WinsockConstellation SendComplete SendFlg True End Sub 44 ETHERNET Public Sub ConstellationMeasure Dim intN As Integer Dim sngl 5000 As Single Dim sngQ 5000 As Single Dim strListenTerm As String Dim strTemp As String IP frmConstellationSocket WinsockConstellation RemoteHost _ 192 168 100 100 frmConstellationSocket WinsockConstellation RemotePort 9111 strListenTerm vbCrlf frmConstellationSocket WaitConnectFlg False frmConstellationSocket WinsockConstellation Connect Call WaitConnection fr
290. d PSECPR GAQAM GAQAM TMCC MER Conventional ERROR T Layer_A Detected bit error 1 QPSECPB Layer B 12 640AM Layer C 0 G6G4QAM 2 10 1 7 MER Con NOTICE Laye Detected bit error and changed the paraueter Layerm dB 0 2 10 1 8 Fi 2 126 210 GISI gt MER Conventional Seg Mod Layer 1 5 Layer B ER 13 G4QAM Layer C pem dB 0 G4QAM 2 10 1 9
291. dBc 32 58 INTEGRAL RANGE kHz 23 05 482 11 OFFSET FREQ Hz C N dBc Hz CW dBc 100 51 3 31 3 120 51 9 31 9 MASK NAME TRANSMISSION EQUIPMENT STANDARD TYPEB STATION POWER LOW AVERAGE POWER 2 5 NUMBER OF CHANNEL 1 RESULT PASS FILTER NAME DEFAULT LAST RESULT On UNCORRECTION RESULT On FILTER DATA On TRACE MODE LAST DATA COUNT 5001 OBW 5 535 x Brazil OBW FREQ Hzl LEVEL dB MASK dB 15000000 52 38 50 00 14996000 57 82 50 00 Brazil OBW FREQ Hz LAST dB MASK dB UNCORRECTION dB FILTER dB 15000000 52 38 50 00 52 32 30 48 14996000 57 82 50 00 57 82 28 58 2 147 P2 ELE 2 148 ES 1 5 MX890120A EQUALIZER RECV SEG AUTO DET SEGMENT REFER TO MER THRESHOLD OFFSET MER VERTICAL SCALE WORST ENVELOPE EQUIPMENT STANDARD STATION POWER AVERAGE POWER NUMBER OF CHANNEL FILTER NAME LAST RESULT CORRECTION RESULT FILTER DATA TRACE MODE Type A
292. e Power Program Msg STTNPOW w Query Msg STTNPOW Response Msg w 0 25 2 50 30dB Mask w 0 025 0 249 33 35 Number of Channel NUMCHAn NUMCH n 1 38 it 33 36 MKP MASK MKP MASK p 07 5000 MKL MASK dB J 045208 MASK Af dB f Hz 36 MKMRGN MA SK dB Adjust Range ADJRNG TSDBTSystem TVAUTO IF System TV RF Target Status TGETSTAT NOMEAS NORM SIGLOSS ABNORM System TV NOMEAS Target Change TGETCHANGE NOCHANGED CHANGED System TV NOCHANGED 3 27 BIE VE Spectrum Mask
293. face gt gt Interface Connect To Controller GPIB My Address Data Bits Stop Bi t XON XOFF Flow Control ETHERNET My IP Address Net Mask Address Gateway Address Host Address Port Address 3 1 3 4 Interface T C Qr ETHERNET lt Configuralion Interface gt gt Interface Connect To Controller ETHERNET 1 GPIB My Address E01 1 HS232C Baud Rate 9600 bps 1 Parity E OF 1 Data Bits 8 bits 1 Stop Bit ibit 1 XON XOFF Flow Control on 1 ETHERNET IP Address WEEE 168 1 1 100 1 1 100 1 Net Mask Address E255 1 255 1 1 255 1 10 1 Gateway Address 0 110 1 10 110 1 Host Address E0 110 110 110 1 Port Address T9111 1 Back Screen 3 1 3 5 ETHERNET T 89014 Interface BIE VE 3 1 3 1 ETHERNET My IP Address 0 0 0 0 255 255 255 255 Net Mask Address 0 0 0 0 255 255 255 255 Gateway Address 0 0 0 0 255 255 255 255 0 0 0 0 Host Address 0 0 0 0 255 255 255 255 0 0 0 0 Port Address 30007 800
294. frmMer btnExecute Enabled False Then Exit Do Loop Close End Sub 3 41 BIE VE 2 Terminal IQ DC MS8901A 18 Terminal 1Q DC 1mpedance 50 Q Frequency 500 kHz MODE MODES3 Guard Interval 1 4 A Layer_A 64QAM PR 1 Layer B 64QAM 12 C Layer_C 64QAM 0 4 5 6 3 3 2 2 MER 1 Frame frmMER 2 TextBox txtMinMER 3 TextBox txtMaxMER 4 TextBox txtMinFreqErr 5 TextBox txtMaxFreqErr 6 CommandButton btnExecute Caption 3 42 33 GPIB Private Sub btnExecute_Click If frmMER btnExecute Caption Then frmMER btnExecute Caption Call MerMeasure Else frmMER btnExecute Enabled False frmMER btnExecute Caption End If End Sub x ReadData 3 3 6 Public Sub MerMea
295. gt Measure Storage No Seg Ofs 1 Signal Equalizer St gdard Trace Vertical ind N Format Scale SM 1 TMCC Storage Automatic N Hode Detection A 20 T 9 7T 5 9 1 0 2 4 6 8 10 I2 Equalizer 20 Correction Auto Det N Advanced fron Seg t Recv Seg 0 IBS ors Segnentatioy 1 Seg Offset Y t Save Data TMCC to nforation 20 Mem Carp Start 472 2357 Stop 479 785 MHz m A 18 Marker Jig hi5 MHZ 0 02 dB Back E ERN Screen Frequeficy Vi3 142 957102 Channel 18 dhn Pre Ampl Off Mss JJ ES is V 5 9 17 16 4 3 15 19 2 3 3 1 Freq Response 5 6 MHz 0 dB
296. l 1 8 1 THCC Segment Hod Layer_ 181 640AM 1 Layer B 01 640AM1 Layer C H 01 640AM1 b 2 1 2 4 Cancel 21 2 4 3 Calibration MS8901A 30 T Calibration 1 2 Spectrum Signal Analysis JN 0 N Anritsu 4MS8901A x CJ CJ i Ln em CJ Shift e ola ad 228 S 22000 hh 00 CJ Ee m e
297. l 13CH Ref Level lOdBa Pre Aupl Off Setup Common Setup Parameter EN Modulation Analysis C N Spectrum Mask 3 Frequency Counter U 2 1 2 1 Setup Common Parameter lt gt 1 Ed 2 1 2 2 0 a b a Level Reference b Signal Mode Level Reference a Signa 1 Mode Guard Interval b 2 1 2 2 Set Ed o 21 10 dBm
298. mConstellationSocket picGraph Cls Open C XMy DocumentsYConstellation txt For Output As 1 l Q For intN 1 To 4992 DoEvents 1 SendDataSocket LAYERA O0 Str intN 1 Call ReadDataSocket strTemp Asc strListenTerm sngl intN Val strTemp SendDataSocket LAYERA 1 Str intN 1 Call ReadDataSocket strTemp Asc strListenTerm sngQ intN Val strTemp Print 1 intN sngl intN sngQ intN 3 59 BIE VE frmConstellationSocket picGraph Circle sngl intN _ sngQ intN 0 01 Next intN Close frmConstellationSocket btnExecute Enabled True End Sub Sub WaitConnection Do DoEvents Loop Until frmConstellationSocket WaitConnectFlg True End Sub Sub SendDataSocket buf As String frmConstellationSocket RcvData frmConstellationSocket SendFlg False
299. maskMeasure End Sub X ReadData Wait_delay 3 3 6 3 53 BIE EB Public Sub SpectrummaskMeasure Dim intMASK STS As Integer Dim intBoardNo As Integer Dim intAddr As Integer Dim intSubAddr As Integer Dim intUd As Integer Dim strListenTerm As String Dim strTemp As String intBoardNo 0 intAddr 1 intSubAddr 0 strListenTerm vbCrLf GPIB Call ibrsc intBoardNo 1 Call ibsre intBoardNo 1 Call SendIFC intBoardNo Call ibdev intBoardNo intAddr intSubAddr T30s DABend _ Asc strListenTerm intUd MS8901A Call ibwrt intUd PRE Spectrum Mask Call ibwrt intUd DSPL MASK MASK Call ibwrt intUd SPMASK TRANS 1 Call ibwrt intUd SNGLS 1 Do Wait delay 1 Call ibwrt intUd SWP Call ReadData intBoardNo intAddr strTemp _ Asc strListenTerm 3 54 33 GPIB Loop While strTemp lt gt SWP 0 4 5 Do Wait delay 1 Call ibwrt intUd MASK STS Call ReadData intBoardNo intAddr strTemp _ Asc s
300. ndard Autosatic Frequency Detection Carrier Frequency 473 142 857 2 MHz Frequency Error 30 1 Hz TMCC 70 0002 autoaatio MER Detection Conventional 46 23 dB T Seg Mod _ 45 51 dB 1 QPSECPR Auto Det Layer B 45 49 dB 12 640AM froa Seg Layer C dB 0 640AM a ACI 47 51 dB ACA dB THCC Signal Inforsation Modes Guard Interval 1 8 Frequency 473 142 8b7MHz Channel 13CH Ref Level 16dBn Pre Ampl 2 10 4 2 2 131 P2 2 11 Low IF IQ MS8901A 18 2 132 Low IF IQ MS8901A 18 MS8901A 18 MX890120B Low IF 250 kHz 5 MHz 16Q IQ
301. nstellationMeasure End Sub x ReadData 3 3 6 Public Sub ConstellationMeasure Dim intN As Integer Dim sngl 5000 As Single Dim sngQ 5000 As Single Dim intBoardNo As Integer Dim intAddr As Integer Dim intSubAddr As Integer Dim intUd As Integer Dim strListenTerm As String Dim strTemp As String intBoardNo 0 intAddr 1 intSubAddr 0 strListenTerm vbCrLf GPIB Call ibrsc intBoardNo 1 Call ibsre intBoardNo 1 Call SendIFC intBoardNo Call ibdev intBoardNo intAddr intSubAddr T30s DABend _ Asc strListenTerm intUd frmConstellation picGraph Cls Open C XMy DocumentsYConstellation txt For Output As 1 33 GPIB Q For intN 1 To 4992 DoEvents Q Call ibwrt intUd LAYERA 0 Str intN 1 Call ReadData intBoardNo intAddr strTemp _ Asc strListenTerm sngl intN Val strTemp Call ibwrt intUd LAYERA 1 Str intN 1 Call ReadData intBoardNo intAddr strTemp
302. ntroller PSP E GPIB Data Bits Stop Bit XON XOFF Flow Contro 3 1 1 2 4 Interface RS 232C T E Qd HS8901A lt Configuration Interface gt gt Interface t onnect To Controller ETHERKET 1 GPIB My Address RS232C Baud Rate Parity Data Bits Stop Bit XON XOFF Flow Control On 1 E011 T GFF 1 8 bits 1 ibit 1 Back Screen 3 1 2 5 RS 232C 3 1 2 1 Baud Rate RS 232C 1200 2400 4800 9600 19200 38400 57600 115200 bps Lx Parity Even Odd Off 2L Data Bit 7 bits 8 bits Stop Bit 1 bit 2 bits XON XOFF Flow Control On BIE VE KR 3 1 3 ETHERNET ETHERNET ETHERNET MS8901A 09 ETHERNET lt gt 1 MS8901A ETHERNET RJ 45 ETHERNET ETHERNET ETHERNET
303. p Common Parameter j MER ET THrequency Counter 1 MS8901A 2000 04 01 12 34 56 lt lt Frequency Counter ISDB T MER gt gt Measure Continuous Strage Normal Frequency i 8 126 984 13 MHz Frequency Error 0 13 Hz Frequency 8 126984MHz Ref Level 10dBm Pre Ampl Off 2 6 1 1 Frequency Counter Frequency Counter Strage Mode 2 105 P2 ELE 2 106 1 CW Frequency Error 1 Hz FET 512763 MHz 8 126984127 MHz
304. ral TV Frequency Channel Map Interim 1 1 7MHz Shift General lt Channel Frequency 130H 37 15 MHz Offset Frequency 0 00MHz Spectrum Reverse 2 8 4 1 Channel Map RF IF Frequency Channel RF System TV IF 37 15 MHz Frequency j Channel Map Interim 1 1 7MHz Shift General Channel Frequency 130H 37 15 MHz Offset Frequency 0 00MHz Spectrum Reverse snc 2 8 4 2 RF IF 2 8 5 OffSet Frequency Channel Map General IF Band Offset Frequency RF System IF 0 00 MHz
305. razil Pass Fail Last esult Pass Fail Off lt gt 10 0 0 0 10 0 MHz 2 5 1 9 gt oni 9 15 0 0 0 150 MHz 2 5 1 10 B 1 8 77 52 150 MHz 2 5 1 11 Brazil STD B31 ABNT NBR 15601
306. requency 4735 142 85 THHz Channel 186 Ref Level gdHm Pre mpl Off 16 32 2 14 2 8 C N 2008 02 18 16 02 08 T Spectrum PEctrum Mask CISDB T MER gt gt 47 Measure Continuous Under Range 2 Equiptent Standard Frequency Ref Level 2dHm 2 14 2 9 Spectrum Mask Type A Type B 2 163 52 SBUTA 2008 02 18 18 01 88 Spectr 21 lt Spectrum Mask CISDB T MER gt gt 47 Measure Continuous nde Range m um um mm 1 1 20 ansauissio 0 1 Fail OBW 10 85 5 527 E Equipuent 12 2 1 50 5 1 65 1 80 Station Setti 9 1 95 1 1 0 8 1 3 125 StationPomw 1140 Critical DX Adjust ribh Range 1155 0 7 7777777 7 Qu SD 7 7 00807 Tier 4 ras 1 lL Marker 0 006 MHz 2 27 94 dB Margin 2 20 06 dB Back inci dcc cr Screen Frequency 413 142 Channel ICH Ref Level 2dBm Pre Ampl Off M2 16 32 2 14 2 10 Spectrum Mask Brazil 14 17 7 32 f 2003 10 08 15 10 17 Frequency lt Frequency Counter C ISDB T MER gt gt Measure Under Range Storage Frequency 4
307. se Call CNMeasure End Sub ReadData Wait_delay 3 3 6 Public Sub CNMeasure Dim intCount As Integer Dim sngData 100 As Single Dim intFlag As Integer Dim strFreq As String Dim sngCN1kHz As Single Dim sngCN10kHz As Single Dim sngCN100kHz As Single Dim intBoardNo As Integer Dim intAddr As Integer Dim intSubAddr As Integer Dim intUd As Integer Dim strListenTerm As String Dim strTemp As String intBoardNo 0 intAddr 1 intSubAddr 0 strListenTerm vbCrLf GPIB Call ibrsc intBoardNo 1 Call ibsre intBoardNo 1 Call SendIFC intBoardNo Call ibdev intBoardNo intAddr intSubAddr TNONE DABend _ Asc strListenTerm intUd MS8901A Call ibwrt intUd PRE 3 51 BIE EB 3 52 Channnel Call ibwrt intUd CHASSIGN GENERAL C N Call iDwrt intUd DSPL CN 20dBm Call ibwrt intUd RFLVL 20 Storage Mode Call ibwrt intUd STRG_CN AVG 100 Call ibwrt intUd CNT_CN 100 strFred frmCN txtFreq Text MS8901A
308. sure Dim intCount As Integer Dim intFlag As Integer Dim sngData 100 As Single Dim sngMER As Single Dim sngMaxMER As Single Dim sngMinMER As Single Dim sngFreqError As Single Dim sngMaxFreqError As Single Dim sngMinFreqError As Single Dim sngFreq As Double Dim intBoardNo As Integer Dim intAddr As Integer Dim intSubAddr As Integer Dim intUd As Integer Dim strListenTerm As String Dim strTemp As String intBoardNo 0 intAddr 1 intSubAddr 0 strListenTerm vbCrLf 3 43 BIE VE GPIB Call ibrsc intBoardNo 1 Call ibsre intBoardNo 1 Call SendIFC intBoardNo Call ibdev intBoardNo intAddr intSubAddr T30s DABend _ Asc strListenTerm intUd sngMaxMER 0 SngMinMER 100 sngMaxFreqError 10000 sngMinFreqError 10000 Call ibwrt intUd PNLMD SYSTEM Call ibwrt intUd PRE 1IQ DC Call ibwrt intUd ISDBTTERM IQDC 50 Call ibwrt intUd TERMINZ 50 500kHz Call ibwrt intUd FREQ 500KHz MODE3 Call ibwrt intUd TRNSMODE 3 1 4 Call ibwrt intUd GINTERV 1PER4 64QAM
309. tSubAddr 0 strListenTerm vbCrLf 3 38 33 GPIB GPIB Call ibrsc intBoardNo 1 Call ibsre intBoardNo 1 Call SendIFC intBoardNo Call ibdev intBoardNo intAddr intSubAddr T30s DABend _ Asc strListenTerm intUd sngMaxMER 0 sngMinMER 100 sngMaxFreqError 10000 sngMinFreqError 10000 Call ibwrt intUd PNLMD SYSTEM Call ibwrt intUd PRE RF Call ibwrt intUd ISDBTTERM RF Interim1 Call ibwrt intUd CHASSIGN INTERIM1 15 Call ibwrt intUd CHAN 13 Ref_Setting Call iDwrt intUd LVLCTRL REF 20dBm Call ibwrt intUd RFLVL 20 MODE3 Call ibwrt intUd TRNSMODE 3 1 4 Call ibwrt intUd GINTERV 1PER4 64QAM 13 Call ibwrt intUd SEGMENT 13 0 0 Call ibwrt intUd SEGMOD 64QAM 64QAM 64QAM Vodulation Analysis Call ibwrt intUd DSPL MODANAL 3 39 BIE VE 3 40 Modulation Analysis No Trace Call ibwrt int
310. tic Detection TMCC Automatic Detection 2 10 2 55 52 2 84 MER Sub carrier MER 5 6 MHz MER Te 1 dodu Lat ion Hodu Lat ion d fina lys is Analysis Storage Seg Ofs MER Equalizef 3 Vertica 46 89dB Threshold Scale 4 Vorst THCC 8 EAE ibid TERRE EE ru bt Storage Envelope Autosatic J Wem Off Detection 1 Equalizer us RR Offset Advanced from Seg 3 4 Becv Seg BegEntation 301 1 Mode Offset 6 407 Save Data 50 lal tu lul ull lul Ill nid m Information Start 472 929 MHz Stop 473 358 i Marker Trace Cumren Marker 412 987 49 97 dB Peak 411 851 MHz 36 29 dB 7 Frequency 478 142 85THEZ Channel 13CH DENE Ref Level 18dBm Pre Aupl Off 1pi3 2 3 4 1 Sub carrier MER 1 MER 5 6 MHz MER
311. trListenTerm intMASK_STS Val strTemp Loop While intMASK_STS lt gt 0 Call ibwrt intUd OBW Call ReadData intBoardNo intAddr strTemp _ Asc strListenTerm frmSpectrummask txtOBW Text strTemp Call ibwrt intUd MASK CHECK Call ReadData intBoardNo intAddr strTemp _ Asc strListenTerm frmSpectrummask txtCheckmask Text strTemp End Sub 3 55 BIE VE 3 36 3 3 1 38 3 5 ibdev Receive NT 488 2 National Instruments ReadD ata Sub ReadData ByVal ud As Integer ByVal addr As Integer _ buf As String ByVal term As Integer Dim intJc As Integer Dim intlc As Integer buf Space 255 Call Receive ud intJc InStr buf intlc InStr buf addr buf term vbLf vbCrLf CR LF If intlc lt gt 0 Then CR LF
312. tup Setup lt lt Setup Common Parameter ISDB T MER gt gt Parameter Farauevek Systen Terminal RF 1 Frequency Channel Map LInteria 1C 1 7HHz Shift 1 Channel Frequency Level Reference dOdBal Signal 7 i Hode Frequency Guard Interval 1 8 1 Comter THCC Segment Hod Layer A 13 L640AM 1 Layer B 01 640411 Layer C 01 640411 Frequency 478 142 8h 7MHz Channel 18CH Ref Level 10qHm Pre Ampl GFF 2 2 6 1 Level Cont 2 Refer to MER E3 On Off Hn M5389014 2005 08 08 10 52 59 Setup Setup lt lt Setup Connon Parameter ISDB T gt gt Parswe ker Farsi Systen RF Terainal Frequency Channel DInteria 1CI 7HHz Shift 1 Channel Frequency 13CH1 Level Reference 4 Hode3 R Frequency Guard Interval 1 1 8 1 Counter THCC Segnent Hod Layer A 1131 640 Layer B 01 64QAH Layer C 5 01 L640A11 Frequency 473 142 8bT7HHz Channel 13CH Ref Level 10dBn Pre Ampl Off 2 2 6 2 Refer to MER 2 24 22 WE OE
313. xyz File Name Sampleg 18 5801234567898 0 D File Name IBBCDEFGH JKLMNOPQRSTUVWXYZ gt gt Save lt Yes No abcdefghijklnmopqrstuvwXyz Write Protect Back Screen 1 2 13 1 6 8 5 Write Protect Write Protect F5 Protect Off On No Date Tine Protect DO POO 2003 05 26 15 29 30 n 01 1 2005 06 06 18 16 46 Off 02 09 04 PARAMO4 PO04 2003 06 06 18 16 52 Off 05 06 2 13 1 7 Write Protect P5 2 153 52 2 13 2 Recall Memory card Recall
314. yer_B db Layer C Guard Interval Target RF Frequency 473 142 8h57HHz Channel Ref Level 26dBu 2 10 2 1 Qd EZ No Trace Constellation Freq Response 8 TMCC Information F5 8901A 2003 11 18 10 98 42 Hodu Lat ion lt Modulation Analysis ISDB T MER gt gt Measure Continuous Storage Norsal Seg Ofs 128 Signal Equalizer Standard Automatic Frequency Detection Carrier Frequency E 478 142 860 3 Mz Frequency Error 43 3 Hz 0 0068 ppi Automatic MER Detection tional Status Nornal Model GI 1 8 omn 11 QPSECPR 1 E1 21 T 41 dud 81 160AM 2 31 81 Layer 7 5 Layer B C D 91 840AM1 3 41 161 leani Layer C amp 640AM Guard Interval Auto Det Cancel Frequency 473 142 85 TMHz Channel 1 Hef Level 10dHm Pre Ampl Off 1260 2 10 2 2 Constellation 2 128 210 5275 59 D Status Normal Model GI 1 8 11 L PSKCPRAT V1 23 V 43 3L X u6040 2
315. ystem TV Auto Select 2 8 1 M585014A 2004 06 15 20 40 99 Setu lt lt Setup Common Parameter ISDB T MER gt gt Parameter Systen 1 1 RF 1 Hodulation Analysis Frequency RF Channel Map DInterim 1C1 7MHz Shift Vero Channel Frequency 13CHl offset Frequency E Spectrum E t Reverse Level Reference i 109 Spectrum Mask Modes Guard Interval 148 1 TMCE Seguent Mod Layer A 181 L640AM Layer B s 01 L640AM1 01 L640AM1 Target i xxx No Measure k Frequency 473 142 857MHE Channel Hef Level 10dHm Pre Aupl 2 8 1 1 Setup Common Parameter RF IF 2 8 2 System ns o nu n 2 111 P2 SEDE 2 82 System RF MS8901A 2000 04 01 12 34 56 lt lt Setup Common Parameter ISDB T MER gt gt System TV Auto Select C 2 82 1 TV TV Auto Select TV

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