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"取扱説明書"

Contents

1. 5 1 5 1 P 5 8 P 5 21
2. MS9710B
3. IFC T TE L LT SR RL PP DC DT Oo NS Ro ll IFC True IFC IEFC Low 2 3 4 1 IFC
4. GPIB DCL GPIB DCL Device Clear GPIB SDC Selected Device Clear 1 2 3 4 1
5. a 3 b a b c amp 4
6. 2 256
7. I O MAV DCL GPIB DCL GPIB DCL SDC ATN LOW ATN HIGH DCL UNL DCL DCL UNL LISTEN 2 SDC RST 4 3 RST RST WRITE 103 RST 3 3 RST
8. MS9710B MS9710B GPIB RS 232C SNS i 1 2 MS9710B uuu 1 3 a 1 4 GPIB RS 232C 2 pe 2 1 GPIB 2 2 RS 232C 3 3 1 GPIB kk 3 2 RS 232C kk 3 3 kk aa 4 4 1 IFC
9. bit 2 MLA bit 2
10. 9 2 ANA Analysis 9 2 ANA Analysis ANA ENV Spectrum Analysis Envelope Envelope ESR2 bit 0 1 55 ANA ENVr r r dB 0 1 r 20 0 r r 3 dB ANA RMS Spectrum Analysis RMS RMS ESR2 bit 0 1 1 r r dB
11. WAI 7 16 8 IEEE488 2 IEEE488 2 IEEE488 1
12. 6 2 6 _ RESPONSE HEADER SEPARATOR gt RESPONSE HEADER SEBPARATOR gt lt RESPONSE HEADER SEPARATOR gt lt RESPONSE HEADER gt 1 lt RESPONSE HEADER gt RESPONSE DATA gt SP ASCITI 20 10 32 1 6 6 2 7 RESPONSE DATA SEPARATOR gt lt RESPONSE DATA SEPARATOR gt lt RESPONSE DATA SEPARATOR gt
13. QUERY PROGRAM HEADER gt lt COMMAND PROGRAM HEADER gt 5 2 8 10 WRITE 108 CNT 1000 20 WRITE 108 CNT 0 CNT 30 READ 108 A 40 PRINT A nm CNT 1 1000 nm 1000 nam CNT JCNT MS9710B
14. ATN HEEE488 2 IEEE488 2 7 1 MS9710B kk 7 2 7 2 7 2 7 7 1 MS9710B MS9710B IEEE 488 2 P 7 3 7 2 MS9710B
15. IFC 1 4 4 2 DCL SDC 4 6 DCL DCL 1 DCL DCL 103 3 SDC GPIB GPIB
16. 3 CLS CLS ClearStatus Command CLS WRITE 108 CLS WRITE 108 CNT 1305 8 SPN 1000 CLS CLS MAV MAV 30 WRITE 108 CNT 1305 8 SPN 1000 40 WRITE 108 CLS CNT lt PROGRAM MESSAGE TERMINATOR gt Query MESSAGE UNIT gt CLS
17. IEEE488 2 TRUE 1 FALSE 0 TRUE 1 MAV FALSE 0 a b DCL c pon True d UNTERMINATED INTERRUPTED
18. MS9710B Windows LabVIEW Windows LabVIEW 4 0 LabVIEW LabVIEW LabVIEW kkk 11 2 11 1 kk 11 2 11 2 i 11 3 11 3 i 11 5 11 4 i 11 9 11 4 1 11 9 11 4 2 kk 11 1 gt MM IA PT LabVIEW Windows 11 LabVIEW LabVIEW LabVIEW
19. MAV 30 WRITE ADR CNT 1305 8 SPN 1000 40 WRITE ADR CLS CNT lt PROGRAM MESSAGE TERMINATOR gt Query MESSAGE UNIT gt CLS MAV FALSE STB MSS FALSE CLS
20. 1997 9 5 7 2007 19 6 29 5 Copyright 1997 2007 ANRITSU CORPORATITON Printed in Japan 1
21. ESR2 bit 3 1 SPC 5 nm 632 8 830 0 1300 0 1550 0 0 A 1550 0 9 66 PWRR Power Monitor Result PWRR PWRR7 p p p dBm 2 9 55 9 67 RCAL Resolution Calibration RCAL RCAL n RCAL n nn 0 1
22. 8 9 8 8 3 SRQ SRO STB SRE 1 RQS 1 bit4
23. white space 0 1 white space gt
24. lt digit gt ASCI 30 39 10 48 57 0 9 ASCII ASCII SF 10 95 ASCIIL simple command program header gt program mnemonic gt MS9710B SSI CNT 5 15 5
25. 2 2 10 lt NR1 gt ESS bit 0 8 1 2 4 8 16 32 64 128 lt 10 gt 1 0 ESE 2 ON ON PSC ON 1 IEEE488 1 2 RST 3 CLS 8 14 8 5 8 5
26. 15 20 m 4m lt 15 2 1 1 Others RS 232C Prmrr Interface GPIB RS232C Parameter interface 1 RS232C Speed bps 4800 2400 1200 600 Parity None Odd Character Length 7Bit Stop Bit evanrdrht3hte 2Bit 2 1 2 MS9710B GPIB 08 08
27. 1 1 TRUE E TRUE MS9710B bit7 bit 1 bit0 bit 2 bit3 2 4 2
28. 8 2 STB 8 2 3 STB STB STB IEEE488 1 STB bit 6 STB CLS 1 2 GPIB IEEE488 1 7 IEEE488 1 RQOS IEEE488 1 RQS SRQO TRUE ryv
29. 999 99 11 16 11 4 MS9710A Appli FP LD Test FP LD Mode Cut Level dB no change 1 50 dB Result cluster kik 1 FWHM 2 35 6 nm eee RMS 1 2 Mean Wavelength nm RMS 1 3Peak Wavelength nm eee 1 4 Peak Level dBm ecc 999 99 SMode ee ndB Loss 1 6 Mode Spacing nm 1 7 Total Power dBm
30. CLS VD 7 MSS 6 RQS ESB 0 7 3 ESE ESE Standard Event Status Enable Command ESE HEADER SEPARATOR gt lt DECIMAL NUMERIC PRO GRAM DATA gt DECIMAL NUMERIC PROGRAM DATA gt 0 255 2 WRITE 108
31. 8 15 8 8 5 1 END END amp amp 6 END END Event Status Register disabled 0 enabled 128 disabled 0 enabled 64 disabled 0 enabled 32 disabled 0 enabled 16 23 disabled 0 enabled 8 disabled 0 enabled 4 disabled 0 enabled 2 disabled 0 enabled 1 29 END END Event Status Enable Register ESE2 lt NRf gt ESR2 Se ESE2 ESB 2 RST
32. OCIS Operation Complete Command Idle State bit 8 12 OQIS Operation Complete Query Idle State bit1 MAVbit RST 1 2 3 4 5 6 7 8 IEEE488 1 Power on status clear RS 232C SRE SRE Service Request Enable Comman bit SRE HEADER SEPARATOR gt lt DECIMAL NUMERI
33. 999 99 1 MS9710 MS9710A Res BW Avg Actual Resolution Act Res On Off MO On Off Actual Resolution value nm eee 11 29 11 LabVIEW MS9710 MS9710A Res BW Avg Average Avg Average Times Off0 Point Sweep PointF Smooth Points OfEO
34. 400 READ ERR READ SRQ 330 DDE EXE 10 9 10 10 10 11 LabVIEW LabVIEW MS9710B MX971002G S LabVIEW LabVIEW
35. bit 0 3 7 bit 7 bit 7 8 FIFO FIFO IEEE488 2
36. MS9710B Others GPIB Ad dress GPIB 2 2 2 2 RS 232C 22 RS 232C RS 232C D sub 9 RS 232C RS 232C MS9710B RS 232B RS 232C RS 232C RS 232C 9 25 2 RS 232C RS 232C 2 RS 232C S 232C PC98 MS9710B
37. ESR 2 2 10 lt NR1 gt ESS bit 0 8 1 2 4 8 16 32 64 128 10 gt 0 ESE ON ON PSC ON IEEE488 1 RST CLS
38. 753 123 X 753 123 05 05 05 12 1 5 24 5 3 3 NR3 10 NR3 10 lt white space character gt lt digit gt lt white space lt digit gt character gt FE 10 Exponent part E 1 234E 12 1 234 e 12 E e 1 234 AE 12
39. white space character gt white space character gt white space character gt white space character gt 1 5 2 11 PROGRAM DATA SEPARATOR gt PROGRAM DATA SBEPARATOR gt lt white space gt lt white SDaCe gt 5 2 3 1 5 2 3 6 lt PROGRAM DATA SEPARATOR gt COMMAND PROGRAM HEADER gt QUERY PRO GRAM HEADER gt whit space character gt
40. Wavelength Offset nm no change Level Offset dB no change MS9710 MS9710A Cal WI Calibration Cal VI Mode Select nitial 0 uci use IntLisht use ExtLisht minal timeout ms 600000 MS9710A Condition Save Recall
41. lt gt lt gt 6 1 6 1
42. RIGHT m m DIP NEXT LAST LEFT RIGHT ERR s DIP 9 36 9 30 DQB Memory Data B 9 29 DQA Memory Data A A A DQA d d d x LOG LL d xxx xx 6 dBm 120 dBmS d 30 dBm d X XXXXE xx mW 0 1000 1 0000 8 3 3
43. a b CLS c 8 20 9 1 9 2 9 3 9 4 9 5 9 6 9 7 9 8 9 9 9 10 9 11 9 12 9 13 9 14 9 15 9 16 9 17 9 18 9 19 9 20 9 21 9 22 9 23 9 24 9 25 9 26 9 27 9 28 9 29 9 30 9 31 9 32 9 33 9 34 9 35 9 36 9 37 9 38 9 39 9 40 9 41 9 42 9 43 9 44 9 45 9 46 ALIN Auto Alignment pp 9 2 ANA Analysis 9 3 ANAR Spectrum Analysis Result 9 6 AP Application APR Application Result ARED Acutual Resolution Data 9 24 ARES Actual Resolution ATT Optical Attenuater AUT Auto Measure AVS Sweep Average AVT Point Average BKL Back Light BUZ Buzzer ON OFF CNT Center Wavelength CPY Copy CRCL Condition Recall CSAV Condition Save DATE Date Set DBA Memory Data A DBB Memory Data B DCA Data Condition Memory A DCB Data Condition Memory B DEL FD File Delete DMA Memory Data A DMB Memory Data B DMD Display Mode
44. LabVIEW C LabVIEW GUI 11 1 MX971002GS MS9710AG EXE GPIB MS9710AS EXE RS 232C 1 X LABVIEW X LabVIEW
45. A 1 A 1 4 000 099 Optical Error RAM RAM Optical Error Slit 1 1 Optical Error SIit 2 2 4 Optical Error Wl Align Optical Error Opt Att ATT Optical Error Light Source Optical Error Grating Optical Error Offset A 2 Optical Error Over Power Auto Measure Incomplete 100 199 ESE DDE Cant Find Peak Cant Find Dip ESE DDE ESE DDE TMkr Not Display ESE DDE WI Cal Error Optical Level ESE DDE Wl Cal Error Align Error Optical Level ESE DDE
46. Hh C c 6 lt lt digit gt H h 16 10 Habc1230 11 256 099D hAbC123 H2DC3 11 715D h2dc3 H8301 33 537D h8301 Q q 8 Q37 31D q37 Q26703 11 715D q26703 B 2 B101010111100000100100011 11 256 099D b0010110111000011 11 715D 5 29 5 5 3 5 lt STRING PROGRAM DATA gt lt STRING PROGRAM DATA gt ASCII 7 1 2
47. LLO WBYTE amp H3F amp H11 LOCAL LOCKOUT RCT WBYTE amp HO09 PASS CONTROL SRQ ISET SRQ REQUEST STATUS SPOLL TERM IS CMD DELIM C 2 CMD TIMEOUT D PC9801 PC9801 10 5 PACKETV 100 130 10 GPIB initialize 20 ISET IFC 30 ISET REN 40 CMD DELIM 2 50 CMD TIMEOUT 5 60 70 DIM D 500 80 90 DATA READ TEST 100 PRINT 8 DMA 110 FOR 1 0 TO 500 120 INPUT 8 D 1 130 PRINT 1 D 1 140 NEXT 150 160 END
48. Wave length Cal W Offset WOFS n WOFS nm WLOFFSET A WLOFFSET Auto Align ALINn n 0 ALIN INITIAL I ALIGN 2 ALIN m m 0 2 A 3 D D ALIGNPRST 7 AUTOALIGN Error Extended Event Status Register F 3 F 4
49. Level Suff 11 25 11 LabVIEW MS9710 MS9710A Marker Marker Erase OffMkr MS9710 MS9710A Marker Trace Marke TMkr Wavelength nm THz Wavelength nm THz Level Suff es 10 MS9710 MS9710A Marker WI Marker AMkr MarkerA B A False
50. 5 2 1 TERMINATED PROGRAM MESSAGE gt TERMINATED PROGRAM MESSAGE gt lt PROGRAM MESSAGE gt 5 2 4 lt PROGRAM MESSAGE TERMINATOR gt 5 2 2 TERMINATED PROGRAM MESSAGE gt lt PROGRAM MESSAGE gt lt PROGRAM MESSAGE gt PRO GRAM MESSAGE TERMINATOR gt gt WRITE 2 3 TERMINATED PROGRAM MESSAGE gt lt TERMINATED PROGRAM MESSAGE gt lt PROGRAM MESSAGE gt lt PROGRAM MESSAGE TERMINATOR gt 2 AN WRITE 1 8 CNT 13 5 8 SPN 1 _ lt NL gt 5 2 5 2 2 PROGRAM MESSAGE TERMINATOR gt PROGRAM MESSAGE TERMINATOR gt lt whi
51. 5 13 5 5 2 8 COMMAND PROGRAM HEADER gt COMMAND PROGRAM HEADER gt white space lt Simple command lt white space gt cd program header gt 5 2 3 1 He lt compound command program header gt 2 lt common command programheader gt 3 1 simple command program header gt lt program mnemonic gt 4 2 compound command program header gt lt program mnemonic gt 3 lt common command program header gt lt program mnemonic gt 4 4 lt program mnemonic lt upper lower case alpha gt 1 lt upper lower Le case alpha gt 1 lt digit gt 5 14 5 2
52. MS9710B RS 232C 2 600 1200 2400 2800 9600 bps 7 bit 8 bit ODD EVEN NON 1 bit 1 bit 2 bit 3 2 D sub 9 3 3 3 3 ASCII command Query
53. NL END 5 5 6 2 1 TERMINATED RESPONSE MESSAGE gt lt TERMINATED RESPONSE MESSAGB gt lt RESPONSE MESSAGE gt 6 2 3 TERMINATED RESPONSE MESSAGE gt lt RESPONSE MESSAGE TERMINATOR gt 6 2 2 lt RESPONSE MESSAGE gt lt RESPONSE MESSAGBE gt RE
54. 1 0 IEEE488 2 2 1 1 2 3 Standard Event Status Register 8 1 2 3 4 5 6 7 8 OR Event Status
55. Ag X S AAA 3 1234 567 X 5 23 5 2 NR2 10 NR2 lt digit gt lt digit gt character gt lt digit gt lt digit gt FI
56. Wavelength mm 1 Level Suffix ii 999 99 1 MS9710A Peak Dip Peak DipSearch 2 Peak DipSearch 1 Search Mode Peak DipSearch PeakSearch VI Search Mode Next O Next Last Left Right Wavelength mm 1
57. 5 n 1 3 OFF 2 lt n 1000 OFF n n OFF 9 12 BKL Back Light n n min 0 n 20 0 Xe n 10 min 9 27 9 13 BUZ Buzzer ON OFF ON OFF SS s ON ON OFF OFF s s ON 9 14 CNT Center Wavelength TY CNT 4 nm 2 600 00 4 1750 00 2
58. Trace Set Memory Trace A B A B A amp B A B B_A Save Recall FD Graph Graph Clear Graph Set Display Mode amp 3 Appli DFB LD Test DFB LD Appli FP LD Test FP LD Appli LED Test LED Appli PMD Test PMD Appli Multi Peak Multi Peak WDM Appli Opt Amp Mode Appli Opt Amp Result Appli Opt Amp Parameter Appli Opt Amp Pin Pout Pin Pout
59. QYE Query Error ROC Request Control MS9710B 0 OPC Operation Complete 8 12 OPC 8 4 2 8 4 MTA
60. 1 234E 4 1 234E4 1E2 E2 X E2 X 5 25 5 5 3 3 SUFFIX PROGRAM DATA gt lt SUPFIX PROGRAM DATA gt DECIMAL NUMERIC PROGRAM DATA gt NR1 NR2 NR3 NR1 lt SUFFIX NR2 PROGRAM DATA gt NR3 NR 10 suffix unit lt Suffix mult gt lt Suffix suffix multipliers lt white
61. 10 5 22 5 3 DECIMAL NUMERIC PROGRAM DATA gt 4 5 DECIMAL NUMERIC PROGRAM DATA gt 1 NR1 10 NR1 lt white lt digit gt space gt 0 005 000045
62. 9 58 9 76 SSI Single Sweep 9 74 SPN Span Wavelength gt Rt ul wl ox nm 1 0 0 2 1200 0 4 1 500 nm 9 75 SRT Repeat Sweep 25 9 76 SSI Single Sweep ESR2 bit 1 1 9 59 9 77 SST Sweep Stop a 9 78 STA Start Wavelength 5 STA nm 1 600 0 1 1750 0 1 Im A 1100 nm 9 79 STO Stop Wavelength
63. NR1 NR1 NR1 bit 6 RQSbit NR1 0 63 or 128 191 7 13 STB STB Read Status Byte Command MSSbit STB 30 WRITE 108 STB 40 READ 108 STBV 50 PRINT STBV STB MSS lt NR1 NUMERIC RE SPONSE DATA gt NR1 NUMERIC RESPONSE DATA gt 0 255 bi bit 0 5 7 1 2 4 8 16 32 128 MSS Master Summary Status bit 64 MSS MS9710B
64. LCL IRESET REN WBYTE amp H3F 2 amp H01 GTL CALL IBSRE CALL IBLOC LOCAL LOCAL 1 COMMAND CALL IBCMD CALL IBCMDA SEND C 1 PACKET V TRG PC9801 WBYTE amp H3F 2 amp H08 HP9000 TRIGGER DCL DCL WBYTE amp HS3F amp H14 WBYTE amp H3F 2 H04 CLEAR CLEAR 1
65. Result cluster i 1 1 Diff Group Delay fs 2 lst Peak Wavelength nm 3 Last Peak Wavelength nm 4 Peak il 11 20 11 4 MS9710 MS9710A Application WDM WDM Display Mode 0 No Chanse Display Mode 0 No Change 1 Multi Peak Multi Peak 2 SNR ecc SNR 3 Relative Relative 4 Table ee Table 10 Level dB No Change Input Parameter No Change SNR Dip Direction No Chanee SNR Display Di
66. MS9710A Auto Measurement Start VI timeout ms 600000 11 11 11 LabVIEW MS9710A Light Output Off On On Off OfOn OfEE LE On Off MS9710A Peak to Center MS9710 Center MS9710A Peak to REF Level MS9710 NN Ref LV MS9710A Printer Copy Feed Number of Line Feed Copy O 1 11 12
67. 0 1 LSB 2 7 0 1 1 2 115 14 8 7 0 1 2 3 4 1 1 131 24123 16115 817 0 1 1 1 2 3 4 5 6 7 8 1 1 1 63 5655 4847 4039 3231 2423 1615 8 7 0 5 33 5 4 lt AR BITRAR
68. 7 2 even condinon registermodel Event Status Register Event Status Enable Register AND 0 1 0 OR 1 1 OR 0 0 queuemode1
69. A B B A 200DB 1 120 DB LOG OPW S11 2W A B AB OPCT lt 1 2240 PCT A B B A 9 48 9 54 MKC Level Marker C DBM LOG AB AB DB LOG A BB A LOG W AB AB MW AB AB UW A B AB NW A B AB PW
70. Side Mode no change 2nd Peak Left Right Result cluster 1 SMSR dB es 999 99 2 ndB Width nm ndB 1 3 Peak Wavelength nm eee 1 4 Peak Level dBm 999 99 5 Side Mode Peak Wavelength nm 1 6 Side Mode Peak Level dBm 999 99 7 Mode Offset nm 1 8 Stop Band mm 1 9 Center Offset nm
71. 10 MS9710B Save Recall Format MS9710B 4 13 FMT 3 3 File Delete DEL n n n File Option FOPT a b c a NONE BMP TXT BMP amp TXT b NUMBER NAME c 1 44 M 1 2 M a b c a NONE BMP TXT BMP amp TXT b NUMBER NAME 1 44 M 1 2 M a b c FDD c Save SAV n n n Recall RCLn n n Normal DMD NRM NRM 3D DMD 3 m n m n 3 m n m 1 2 3 n 30 45 60 90 m n Normalize DMD NRMZ NRMZ Overlap DMD OVL OVL Max Hold DMD MHL MHL Graph Clear GCL 3 Applica tion MS9710B AP DFB s n s 2NDPEAK LEFT RIGHT n 1 350 DFB s n s
72. 3 1 2 GPIB 1 2 3 1 2 3 IFC 4 1 IFC IFC IFC 1 4 4 GPIB GPIB IEC 100 zs Low TFC GPIB
73. Span 0 10 100 00 nm Masked Span Pin Loss Pout Loss NF Cal 0 10 100 00 nm 10 00 10 00 dB 10 00 10 00 dB 0 100 10 000 1 O BPF Level CaL 0 00 30 00 dB O BPF BW Pol Loss 0 01 999 99 nm 10 00 10 00 dB Pout gt Pase APAMP ASE Off AP OFF OFF WDM AP WDM WDMJm m MPK SNR REL TBL 3 Display Mode MPK SNR REL SNR WDM S Level AP WDM SLV s S AP 1 350 WDM SLV WDM SLV ss 1 50 S WDM Multi Peak AP WDM MPK AP WDM MPK WDM MPK AP WDM SNR AP WDM SNR d A As d A 0 01 20 00 0FF S AP WDM SNR HIGHER LEFT RIGHT AVERAGE ON OFF WDM SNR d AX d HIGHER LEFT RIGHT AVERAGE A 0 01 20 00 0FF s ON OFF d Dip AX 0 01 nm OFF 0 Dip s ON OFF WDM Relative AP WDMI REL r r 1 350 AP WDM REL T
74. Measure Mode Off vi WI Range nm no change 632 8 8S0 0 1300 071550 0 nm Power dBm MS9710 MS9710A Others Buzzer Off On Buzzer On Off OfOn OfE FE LLL On Off MS9710A Others Back Light BackLight Time min 10 0 11 28 11 4 MS9710A Peak Dip Peak DipSearch 1 VI Peak DipSearch Peak F
75. GPIB 8 GPIB VI MS9710AG LLB RS 232C VI MS9710AS LLB RS 232C VI MS9710A Initialize MS9710A Close MS9710A Sweep Start MS9710A Peak Dip Peak DipSearch 1 MS9710A Error Message 1 MS9710A Initialize MS9710A Close VI MS9710A Initialize MS9710A Close VI MS9710B VI MS9710A Sweep Start uuu MS9710A PealyDip Peak DipSearch 1 MS9710A Error Message w 7 oj
76. SREB 8 4 8 4 1 IEEE488 2 IEEE488 2 disabled 0 enabled 128 27 PON disabled 0 enabled 64 25 6 URQ disabled 0 enabled 32 25 CME disabled 0 enabled 16 23 EXE disabled 0 enabled 8 23 DDE disabled 0 enabled 4 22 QYE disabled 0 enabled 2 21
77. VI RS 232C Parity Bven Stop Bit 1 bit Character Length 8 bit MS9710B 2 2 3 RS 232C GPIB gt GPIB address 8 GPIB ID query Yes T ID reset No F ki RS 232C gt Port No COM1 0 RS 232C Speed bps 9600 4 600 1200 2400 4800 9600 bps D query Yes T ID reset No F es MS9710 MS9710A Reset dk VI timeout ms 600000
78. 8 18 8 6 ka 8 19 8 STB Status Byte IEEE488 1 GPIB RS 232C 8 2 8 1 IEEE488 2
79. 2 1 2 4 8 MSB 0 1 8 2 16 7 8 Bit Binary With Sign No Sign 16 Bit Binary With Sign No Sign 10000000 128 128 1000000000000000 32768 32768 10000001 172 129 1000000000000001 32767 32769 10000010 126 130 1000000000000010 32766 32770 11111101 253 1111111111111101 65533 11111110 254 1111111111111110 65534 11111111 1111111111111111 65535 00000000 0000000000000000 00000001 0000000000000001 00000010 0000000000000010 00000011 0000000000000011 01111101 0111111111111101 32765 01111110 0111111111111110 32766 01111111 0111111111111111 32767 1 2 3 4 8
80. lt inserted gt lt non single quote char gt lt non double quote char gt ee It s a nice day It s a nice day ts a nice day 2 shouted Shame shouted Shame 2 shouted Shame shouted Shame lt inserted ASCIIL 27 10 39 0 DASCII lt inserted gt ASCIL 22 10 34 ASCTII non single quote char
81. LOCAL LLO READ READ MLA READ
82. MS9710B IEEE 488 2 IEEE 488 2 MS9710B GPIB IEEE 488 2 ASCTL 5 Query 5
83. s s OFF 9 8 ATT Optical Attenuater ON OFF s s ON ON OFF OFF 9 25 9 9 AUT Auto Measure ESR2 bit 0 1 5 n n 0 1 23 9 10 AVS Sweep Averagej FE n 1 3 OFE 2 n 1000 OFF n n OFF 9 26 9 12 BKL Back Light 9 11 AVT Point Average
84. MS9710A LIB 2 MS9710A EXE MS9710AS EXE 3 X LABVIEW MS9710A LIBYMS9710AG EXE GPIB X LABVIEW MS9710A LIBYMS9710AS EXE RS 232C OK MS9710A LIB VI MS9710AG LLB GPIB MS9710AS LLB RS 232C 4 MS9710AG EXE MS9710AS EXE 11 2 11 2 10 2 1 GPIB MS9710B 2
85. AB AB PCT A B B A 9 49 9 55 MKD Level Marker D D MKD 1 1 1 LOG 3 7 190 DBM 50 DBM LOG A B AB 160DB 1 160DB LOG A B B A 200DB 120 DB LOG 0PW 1 12W A B AB OPCT lt 1 2240 PCT
86. LevelScale Log Linear LevelScale REF Level LevelScale Opt Att Off On On Off Res BW Avg Res BW SmplPt Res BW Avg Actual Resolution Res BW Avg Average Point Sweep Average Smooth Peak Dip Peak DipSearch 1 Peak7Dip Peak7DipSearch 2 I lt AM 11 LabVIEW _ Analysis Threshold Analysis in dB Loss ndB Analysis SMSR Analysis Envelope Analysis RMS RMS Analysis Spectrum Power Analysis Analysis Off
87. 90 WRITE 108 SSI 100 DO 110 WRITE 108 ESR2 120 READ 108 ESR2 130 EXIT IF BIT 1 ESR2 1 sweep end 140 LOOP 150 WRITE 108 PKS 160 DO 170 WRITE 108 ESR2 180 READ 108 ESR2 190 EXIT IF BIT 0 ESR2 1 Peak search end 200 LOOP 210 WRITE 108 TMK 220 READ 108 WAVE LEVEL 230 PRINT Peak wave length WAVE nm 240 PRINT Peak level LEVEL 90 100 140 150 160 120 210 220 230 240 GPIB SRQ
88. DAB MS9710B 256 3 3 3 3 1 IEEE 488 2 IEEE488 2 39 MS9710B IEEE488 2 IEEE488 2 MS9710B Accept Address Command Calhibration Query Clear Status Command Define Device Trigger Command Define Device Trigger Query Disable Listener Function Command Define Macro Command Enable Macro Command Enable Macro Query Standard Event Status Enable Command Standard Event Status Enable Query Standard Event Status Register Query Get Macro contents Query Identification Query Imdividual Status Query Learn Macro Query Learn Device Setup Query Operation Complete Command Operation Complete Query Option Identification Query Pass Control Back Command CO
89. lt TERMINATED PROGRAM MESSAGE gt _ lt PROGRAM MESSAGE gt lt PROGRAM MESSAGE TERMINATOR gt 3 Nv 3 WRITE 1 1 RLV 2 NL 1 8 OG _1 lt NL gt RLV 2 G se lt white Space gt lt white space gt lt COMMAND PROGRAM HEADER gt lt PROGRAM DATA gt lt COMMAND PROGRAM HEADER gt lt PROGRAM DATA gt lt PROGRAM MESSAGE UNIT gt lt PROGRAM MESSAGE UNIT SEPARATOR gt lt PROGRAM MESSAGE UNIT gt SD 2 RLV lt PROGRAM HEADER SEPARATOR gt lt PROGRAM HEADER SEPARATOR gt sp lt program mnemonic gt lt white space gt lt decimal numeric program data gt lt Suffix program data gt lt white space gt LOG 1 LOG lt gt lt gt
90. 4 OCIS Operation Complete Command Idle State 5 OQIS Operation Complete Query Idle State 6 MS9710B PSC 2 5 ponVdcas ponVdcas pon pon V V deas Operation Os Operation v oals Complate v Complate CLS Query CLS Command V Idle State V Idle State RST J RST J 4 13 4 1 2 3 IDN P7 6 OPT P 7 10 PSC MS9710B
91. Center Span Center nm Erase Span nm Erase MS9710 MS9710A ZoneMarker Zone to Span cena Span MS9710 MS9710A ZoneMarker Zoom OutIn ZoneMkr Zoom Zoom In Zoom Out Zoom Out In OutF cai Zoom In Zoom Out gt 11 32 A bit 5 bit 3 bit 5 bit 2 3 4 bit 3 RS Ti Peak Dip Bi Bit6 Bit5 Bit4 Bit3 Bit2 Bit1 Bit0 DIO8 DIO7 DIO6 DIO5 Dlo4 DIO3 Dlo2 DIO1 ESB ESB ESB ESB 2
92. SL ON O TT m 1 co ho 9 68 RCL FD File Recall FD ESR2 bit 2 1 FL Rn n DOS 8 XXXXXXXX dat dat 9 56 9 70 RLV Reference Level Scale 9 69 RES Resolution TY n nm 1 0 0 5 0 2 0 1 0 07 n n 1 0 nm 9 70 RLV Reference Level Scale LOG 5 RLV 1 1
93. 12 gt ATT2 AUTO lt response mnemonic gt ATT2 MANUAL 6 2 8 4 2 NR1 NUMERIC 10 RESPONSE DATA gt Eee 123 lt digit gt 123 5 2 8 4 1234 3 NR2 NUMERIC 10 RESPONSE DATA gt 12 3 5 2 8 5 2 8 lt digit gt lt digit gt 12 34 4 4 12 345 NR3 NUMERIC 10 RESPONSE DATA gt fd lt digit gt lt digit gt 1 23E 4 5 2 8 5 2 8 12 34E 5 4 12 345E 6 E E lt digit gt 5 2 8 4 6 11 6 5 HEXADECIMAL 16
94. GPIB IEEE488 2 10 2 RS 232C RS 232C 256 RS 232C OPC 10 2 10 2 1
95. MS9710AL vi MS9710A vi GPIB RS 232C S Wavelength Center Start Stop Wavelength Set Span Wavelength Air Vacuum Wavelength Mkr Value Wl Freq 10
96. 3 Analysis Envelope MS9710B ANAENVr r 0 1 20 0 ENV r r 0 1 20 0 3 13 r dB RMS ANA RMS r k r 0 1 30 0 k 1 2 2 35 3 RMS r k r 0 1 30 0 k 1 2 2 35 3 r dB k ko 0 ndB Loss ANA ndB r r 0 1 350 0 NDB r T 0 1 30 0 r dB Threshold ANA THR r r 0 1 350 0 THR r r 0 1 350 0 r dB SMSR ANA SMSR s s 2NDPEAK LEFT RIGHT SMSR s s 2NDPEAK LEFT RIGHT Spectrum Power ANA PWR PWR Analysis Off ANA OFF OFF Analysis Envelope Threshold RMS Result c A C XXXX XXX A XXX XXX c nm THz A nm THz ndB Loss c AAn C XXXX XXX A XXX XXX n c nm THz A nm THz n AA1 A XXX XXX Al xx xx dB A nm THz Al dB Spectrum Power P Ac D XX XX C XXXX XXX P dBm c nm THz Memory Select Trace Select 3 10 2
97. TE STo nm 1 600 0 4 1800 0 1600 nm 9 60 9 81 TDSP Time amp Date Display ON OFF 9 80 TDL EXT trigger Delay Time EXT n s 1 7 0 n 5000000 n 9 81 TDSP Time amp Date Display ON OFF ON OFF 5 TDSP TDSP s TDSP s s ON OFF s ON ON OFF OFF 9 61 9 82 TER Title Erase 5 9 83 TIME Time Setl TIME TIME hhmi TIME hh 2 00 23
98. 30 45 60 90 3 45 s NRM m n x NRM m 1 n 45 9 34 9 27 DMK Marker 9 27 DMK Marker 10 DMK DMK DMK AX A1 Af A1 4 nm THz 4 5 nm 4 f f Mkr Value Freq
99. 999 99 11 17 11 LabVIEW MS9710A Appli Multi Peak WDM WDM R SLevel dB no change 1 50dB Peak Count Wavelength nm Level dBm MS9710A Appli Opt Amp Mode Optical AMP MS9710A Appli Opt Amp Result Optical AMP Result cluster
100. Smooth Points 3 5 7 9 11 2 MS9710A Res BW Avg Res BW SmplPt Sampling Points no change Resolution nm no change eee Video Band Width no change Sampling Points Resolution nm Video Band Width Hz MS9710 FD MS9710A Save Recall FD VI Mode
101. PUD MS9710B RDT MS9710B POWER ON STATUS CLEAR PSC PSC False P8 10 P 8 12 PSC True PSC PSC MS9710B8 1 SAV RCL MS9710B8 CO O DDT MS9710B 5 DMC MS9710B 6 EMC MS9710B
102. lt RESPONSE DATA gt 12 lt re SDOnSe mnemonic gt lt Simple response header gt 1 lt compound response header gt 2 lt common response header gt 3 1 lt simple response header gt lt response mnemonic gt 4 2 lt compound response header gt 8 lt response lt response mnemonic gt mnemonic gt 4 4 3 lt common response header gt lt response mnemonic gt 4 4 lt response mnemonic gt lt upper case alpha gt 1 lt Upper case alpha gt 1 a lt digit gt 5 2 8 4 1 lt upper case alpha gt ASCII 41 5A 10 6 S 90 Z 6 9 6 6 2 9
103. oe Optical AMP 5 AP AP AMP PRM AP AMP PRM AMP PRM a b c d e f g h 1j k a b c d e f g h i j k a NF S ASE NF Total a NF S ASE NF TOTAL NF a 0 NE S ASE 1 NF Total b Method b NF b 0 c Gauss Mean NF NF NF NF WDM c ASB P ASE c 0 1 M d Fitting Span ean d ASE P ASE nm 2
104. whit space character gt white space character gt gt lt PROGRAM DATA gt XXX 1 lt COMMAND PROGRAM HEADER gt lt PROGRAM HEADER SEPARATOR gt lt PROGRAM DATA SEPARATOR gt 5 19 5 5 3 P 5 13 PROGRAM DATA gt PROGRAM DATA gt MS9710B MS9710B lt CHARACT
105. 4 2 DCL SDC 4 3 RST 4 4 kk 5 5 1 5 2 5 3 6 6 1 6 2 7 7 1 MS9710B 7 2 1 1 2 1 2 1 2 1 3 2 2 2 3 8 1 3 2 3 2 3 3 4 1 4 4 4 6 4 8 4 13 5 1 5 3 5 8 5 20 6 1 6 3 6 4 7 1 7 2 7 2 8 8 1 IEEE488 2 i 8 2 STB
106. VI MS9710B MS9710B8 3000 MS9710B A 101 Cant Find Peak 102 Cant Find Djp MS9710A Error Message Japaness type of dialog OK msg 1 11 10 5 ee 11 4 MS9710 MS9710A Initialize initial instr handle OFF VI
107. IEEE488 2 IEEE488 2 bit 7 DIO 8 bit 3 DIO 4 bit 0 DIO 1 MS9710B bit 7 bit 1 bit0 bit 3 bit 2 2 END ERROR MAV ERROR ERROR END END END ERROR
108. disabled 0 enabled 128 27 T disabled 0 enabled 32 25 2 disabled 0 enabled 16 24 disabled 0 enabled 8 23 disabled 0 enabled 4 22 6 disabled 0 enabled 2 2 disabled 0 enabled 1 29 0 0 1 ESB 0 1 MAV 0 1 ESB ERROR 0 1 ESB END 0 1 0 0 MM ol leoleol re ll alalc 7 14 1ST TST Self est Query TST 30 WRITE 108 TST 40 READ 108 TEST 50 PRINT TEST
109. Command Error ESE CME PCB TLS Interface Error TLS Not Respond A 5 A 6 B DBA DBB LO0G 16 0 01 dBm 1 16 X0 01 dBm dBm 2 10 233 162 16 E9A2 10 3726 5726X0 01 dBm 37 26 dBm 32 16 16 0 1000 1 0000 10000 3 8 16
110. Single Repeat Single F timeout ms 600000 cc MS9710 MS9710A Sweep Stop Stop MS9710A Trace Marker to Center Center 11 13 11 LabVIEW MS9710 MS9710A Analysis Analysis Off Of MS9710A Analysis Envelope Envelope Cut Level dB no change 1 20 dB Ac mm TH 1 nm THZ 1 10 MS9710
111. ESB TRUE TRUE BSB FALSE MAV MAV Messase Available IEEE488 2 STB bit 4 bit MAV 1 TRUE 0 FALSE
112. IEEE 488 1 2 IFEC GPIB DCL GPIB GPIB SDC IEEE 488 2 1 2 3 2
113. MAV 1 1 Generation 5 1 2 disabled 0 enabled 128 27 XX rdMss6eRQsh 7 disabled 0 enabled 32 25 2 disabled 0 enabled 16 2 disabled 0 enabled 8 2 ESB ERROR disabled 0 enabled 4 22 ESB END 3 disabled 0 enabled 2 2 ESB lt disabled 0 enabled 1 2o 0 0 SRE STB 1 2 3 8 3 SRQ SRE SRE SRE NR1 NUMERIC RESPONSE DATA gt 0 255 bit0 5 7 1 2 4 8 16 32 128 bit 6 0
114. 8 1 IEEE488 2 IEEE488 2 amp PON 6 amp URQ CME EXE DDE QYE RQC 0 0 OPC ESR ESE lt NRf gt ESE 1 3 STB SRE lt NRf gt 6 SRE 8 1 8 3 8 IEEE488 1
115. _ _ 1 lt RESPONSE MESSAGE gt lt RESPONSE MESSAGE TERMINATOR gt lt 3 CNF _123 SPF_1 lt NL gt lt RESPONSE MESSAGE UNIT gt lt RESPONSE MESSAGE UNIT SEPARATOR gt lt RESPONSE MESSAGE UNIT gt lt NL gt CNF 123 H SPF 1 NL lt RESPONSE HEADER gt lt RESPONSE DATA gt lt RESPONSE HEADER gt lt RESPONSE DATA gt CNF 123 SPF lt RESPONSE HEADER SEPARATOR gt lt RESPONSE HEADER SEPARATOR gt sp sp lt response mnemonic gt lt character response data gt lt character response data gt CNF 123 1 100 WRITE 103 CNF SPF 110 READ 103 A NL CNF 123000000 SPF 1000000 A
116. SP xxxx xxx nm 3 SPf SPf SPf xxxx xx GHz 2 m 1 SPf 0 RA RA R xxxx xxx nm 3 HL RL RLk xxxx xx dB 2 999 99 999 99 4 1 L 9 6 ARED Acutual Resolution Data n nm 3 9 24 9 5 APR Application Result 9 7 ARES Actual Resolution a PP ml s
117. Ac nm THz kk 10 11 15 11 LabVIEW MS9710 MS9710A Analysis Threshold Thrshld Cut Level dB no change 1 50 dB Ac m TH 1 nm THz 1 10 MS9710A Appli Application Off MS9710A Appli DFB LD Test DFB LD ndB Width dB no change ndB Width 1 50 dB
118. COMMAND PROGRAM HEADER gt ASCIL program mnemonic gt 1 2 3 program mnemonic gt A Z a z 0 9 12 3 4 upper lower case alpha gt ASCIIL 41 5A 61 7A 10 65 90 97 122 A Z az ASCI
119. s 2NDPEAK n 20 dB 9 AP FP Application FP LD FP LD ESR2 bit 0 1 TY APfPm AP7 mpmmn n n dB 1 n 0 n n 20 dB AP LED Application LED LED ESR2 bit 0 1 n n n dB Width n dB n dB 1 n 30 p p dB 2
120. NZI H69IU NG90 NN Ne9M 85at Reamh J 3IA dB 11 LabVIEW 2 MS9710A mmitalize vi GPIB MS9710A Peak Dip Peak Dip Search_vi Hi EF EIC3KeIY WII 3 w E O 4 11 3 11 3
121. OPC WRITE 108 OPC bit0 bit MSS 6 RQS enabled 29 0 7 8 OPC 2 Operation Complete 1 MAV Query OPC WRITE 108 OPC
122. i 3 6 3 3 3 MS9710B 3 8 3 3 1 GPIB MS9710B GPIB IEEE488 2 T6 L4 3 2 RS 232C SHI AHI MLA MTA
123. 1 2 IFC A GPIB DCL GPIB GPIB SDC 2 3 k 3 1 2 RST GPIB MS9710B RS 232C
124. A B Wavelength nm THz Wavelength THz 10 MS9710A MeasurMode D Range Norm High Norm Hi Normal High Normal F Normal High 11 26 MS9710A Measure Mode TLS Tracking 11 4 TLS On Off TLS Tracking On Off 0 OfD TLS On Off 0 Off 1 On MS9710A Measure Mode Adjust to TLS TLS Adjust to TLS Adjust to TLS 0 Cancel ii TLS Adjust to TLS
125. 1 4 B 53501 S 1 7 0 0 7 1 2 80 85 20 09 23 32 5 GPIB MS9710B Status Byte Status Byte SRQ SRQ 70 450 500 820
126. 10 lt RESPONSE MESSAGE gt CNF 123 SPF 1 lt RESPONSE MESSAGE UNIT gt lt RESPONSE MESSAGE UNIT SEPARATOR gt lt RESPONSE MESSAGE UNIT gt 6 2 4 RESPONSE MESSAGE UNIT SEPARATOR gt lt RESPONSE MESSAGE UNIT SEBPARATOR gt RESPONSE MESSAGE UNIT SEPARATOR gt RESPONSE MESSAGE UNIT gt RESPONSE MESSAGE gt RESPONSE MESSAGE UNIT gt UNIT SEPARATOR gt 6 2 6 2 5 RESPONSE MESSAGE UNIT gt RESPONSE MESSAGE UNIT gt lt RESPONSE DATA SEPARATOR gt 6 2 7 lt RESPONSE HEADER gt 6 2 8 lt RESPONSE HEADER SEPARATOR gt 6 2 6 lt RESPONSE DATA gt 6 2 9 lt RESPONSE DATA SEPARATOR gt 6 2 7 lt RESPONSE DATA gt 6 2 9 RESPONSE MESSAGE UNIT gt
127. SRE SRE SRE SRE DECIMAL NUMERIC PROGRAM DATA gt DECIMAL NUMERIC PROGRAM DATA gt 2 SRE 1 enabled 0 disabled bit 6 SRE SRE SRE SRE DECIMAL NUMERIC PROGRAM DATA gt 0 SRE rsvy ON TRUE PSC
128. SRQ 70 PROCESS EVENT SRQ 01 02 80 START GPIB 90 CONNECT EVENT SRGQ 100 ENABLE HANDLER READERR 110 120 WRITE 108 CLS 130 _ WRITE 108 SRE 40 Set ESB ERROR bit to STB 140 WRITE 108 ESE 60 SetQERR DDE EXE CERR bit to SESER 150 WRITE 108 ESE3 1 160 170 ENABLE TIMEOUT 3 180 190 200 400 HANDLER _ READERR 410 PRINT Query read error 420 CONTINUE 430 END HANDLER 440 450 END 10 7 10 510 PARACT GPIB URGENCY 80 520 GPINT WAIT EVENT SRQ 530 WRITE 108 STB 540 READ 108 STB 550 IF BIT 3 STB 1 THEN 560 PRINT RES Uncal 570 END IF 580 IF BIT 5 STB 1 THEN 590 WRITE 108 ESR 600 READ 108 ESR 610 IF BIT 2 ESR 1 THEN 620 PRINT Query error 630 END IF 640 IF BIT 3 ESR 1 THEN 650 PRINT DDE error 660 WRITE 108 ERR 670 READ 108 ERR 680 PRINT Error code ERR 700 IF BIT 4 ESR 1 THEN 710 PRINT EXE error 720 WRITE 108 ERR 730 READ 108 ERR 740 PRINT Error code ERR 750 END IF 760 IF BIT 5 ESR 1 THEN 770 PRINT Command error
129. ZoneMarker Set Erase ZoneMarker Zone to Span ZoneMarker Zoom Out In Read Memory Data Initialize Close GPIB Error Message Error Message Japanese Reset MS9710B 11 4 1 4 VI at MarkerE D E False
130. XXXXXXXX dat dat 9 32 9 25 DMB Memory Data B 9 24 DMA Memory Data Al A A d d d x LOG d xxx xx dBm 120 dBm d 30 dBm d x xxxxE xx mW 0 1000 1 0000 8 3 3 9 25 DMB Memory Data B B B
131. 90 WRITE 108 PWR 632 8 100 DO 110 WRITE 108 ESR2 120 READ 108 ESR2 130 EXIT IF BIT 3 ESR2 1 power monitor READY 140 LOOP 150 WRITE 108 PWRR 160 READ 108 POWER 170 PRINT power POWER dBm 90 100 140 150 160 170 100 140 10 5 10 4 A B DMA DBA 70 DIM DT 500 D 0 500 D 1 1001 D 500 80 DIM L 10 90 100 WRITE 108 DMA 110 FOR 1 0 TO 500 120 READ 108 DT 1I 130 NEXT Il 140 150
132. 5 3 2 _ DECIMAL NUMERIC PROGRAM DATA gt DECIMAL NUMERIC PROGRAM DATA gt 10 10 3 3 NRf flexible numeric representation S8 mantissa gt lt optional digits gt lt digit gt lt Optional lt digit gt digits gt mantissa gt lt white E e lt digit gt space gt white space gt lt optional digits gt lt white space lt digit gt character gt lt white space gt 5 2 3 lt digit gt 5 3 1
133. 7 8 1 IEEE488 2 8 3 8 2 STB 8 5 8 2 1 ESB MAV 8 5 8 2 2 8 6 8 2 3 STB 8 7 8 3 SRQ kk 8 10 8 4 8 12 8 4 1 8 12 8 4 2 i 8 13 8 4 3 8 14 8 4 4 8 5 8 15 8 5 1 END 8 16 8 5 2 ERROR 8 17 8 5 3 8 5 4
134. 7 PCB MS9710B 5 5 1 EE 5 3 5 1 1 5 3 5 1 2 ik 5 5 5 1 3 5 7 5 2 5 8 5 2 1 TERMINATED PROGRAM MESSAGE gt 5 8 5 2 2 lt PROGRAM MESSAGE TERMINATOR gt 5 9 5 2 3 white space ee 5 11 5 2 4 PROGRAM MESSAGE gt 5 11 5 2 5 PROGRAM MESSAGE UNIT SEPARATOR ee 5 12 5 2 6 PROGRAM MESSAGE UNIT gt 5 12 5 2 7 COMMAND MESSAGE UNIT gt QUERY MESSAGE UNIT gt LL 5 13 5 2 8 CO
135. 8 6 8 6 7 TACS MSS 6 RQS MAV Message Available MAV bit 4 MAV bit 0 3 7
136. ESE ESE 20 ESE 20 NR 1 NR1 0 255 7 5 YAD EN ESR ESR Standard Event Status Register Query ESR 30 WRITE 108 ESR 40 READ 108 STEVET 32 50 PRINT STEVET NR1 NR1 0 255 NR1 bit 0 1 2 3 4 5 6 7 20 1 21 2 22 4 23 8 24 16 25 32 26 64 27 128 enabled bit bit NR1 40 ESB Event Summ
137. S 5 1 1 1 PROGRAM MESSAGE UNIT SEPARATOR 0 1 gt lt PROGRAM MESSAGE UNIT gt lt PROGRAM MESSAGE UNIT gt lt white space gt 2 gt 1 LOG 10 RLV 20 10dB div 20 dBm 2 PROGRAM DATA SEPARATOR 0 0 1 gt lt PROGRAM DATA gt lt white SDaCe gt lt white SDaCe gt lt PROGRAM DATA gt lt 2 gt lt 3 gt 1 TIME 10 15 TIME 10 15 10 13 5 3 PROGRAM HEADER S
138. IFC 1 3 4 5 100 gs TIDS LIDS SACS System control ACtive State 100zs CIDS Controller IDle State IFC GPIB RESET IFC SRQO SRO LOW
139. LOG 2 3 1 1 LOG DB 9 35 9 28 DPS Dip Search ESR2 bit 0 1 DIP NEXT LAST LEFT RIGHT TMK s s DIP NEXT LAST LEFT
140. 10 00 n 10 00 n p n 3 dB p 0 dB 9 8 9 4 AP Application AP PMD Application PMD PMD Polalization Mode Dispertion Auto ESR2 bit 0 1 5 AP PMD n n n 2 0 01 n 1 00 m m m 0 Auto 1 Manual n P n 1 m 0 Auto AP AMP Application Optical AMP Optical AMP AP AMP CALn AP AMP CAL AMP CALm 9 9 AP AMP MSL Application Optical AMP Memory Select Optical AMPE Optical AMP a AP AMP MSLs A
141. digit gt 4 0 3004 DAB gt DAB gt DAB gt DAB gt lt digit gt 4 3 non zero digit gt 3 2 0 NL AEND 0 DAB gt DAB gt DAB gt DAB gt DAB gt NL AEND NLAEND LE END EOI 3 2 2 NL TERM IS CHR 10 END EOI ON 5 32 5 3 3 ARBI TRARY BLOCK gt
142. Ac m TH 1 kz mm THz 1 10 MS9710A Analysis SMSR SMSR Side Mode no change 2ndPeak Left Right A nm THz 1 NB SCR 999 99 10 MS9710A Analysis Spectrum Power Power dBm
143. SLV n 1 50 dB d SNR d LEFT RIGHT HIGHER AVERAGE AA SNR s SNR 0 nm OFF Dip 0 20 nm 0 01 step 9 13 r REL r r 1 128 s s ON OFE m m MPK SNR SNR REL TBL n Ss 4 r AP OFF Application OFF
144. Am Am RMS k 2 35 nm 3 1 Ap Ap nm 3 1 Lp Lp dBm 2 999 99 MODE MODE ndB Loss 1 MSPC MSPC nm 3 1 POW POW dBm 2 999 99 9 18 3 LED A fwhm Andb
145. s NORMAL 9 32 EMK Marker OFF 5 9 33 ERR Error ug H Ni dh Rt F GPIB 4 EE Cs CG EE n n 3 STB ESB bit 5 ON ESR Command Error bit 5 Execution Error bit 4 Device Dependent Error bit 3 ON 9 38 9 34 ESE1 Extended Event Status Enable Register1 9 34 ESE1 Extended Event Status Enable Register1 1 ESEI ESEL n ESE1 n n 0 255 n 0 9 35 ESE2 Extended Event Status Enable Register2 2
146. FALSE ROS FALSE STB STB STB MSS Master Summary Statuns NR1 NUMERIC RESPONSE DATA gt STB MSS STB bit 0 5 7 1 2 4 5 16 32 128 MSS 64 RQOS MSS bit 6 STB 8 8 8 3 MSS Master Summary Status
147. NUMERIC RESPONSE DATA gt HABC123 H2DC3 H8301 lt digit gt 6 OCTAL NUMERIC 8 RESPONSE DATA gt Q37 Q26703 Q30562 7 BINARY NUMERIC 2 RESPONSE DATA G G YL ao G G G GO G gt B011101 B1011 B1011 6 12 6 2 8 STRING RESPONSE ASCII7 DATA 1 2 2 CR LF CRT gt lt inserted gt This is a text Say Hello lt non double quote char gt i DEFINITE LENGTH 8 ARBITRARY BLOCK 8 ASCII
148. Trace Select A B A amp B dBm 90 0 1 30 0 Trace Select A B B A dB 100 0 1 100 0 1 1 20 dBm 9 57 9 71 SAV FD File Save FD ESR2 bit 2 1 n DOS 8 XXXXXXXX dat dat 9 72 SMT Smooth n OFF 3 5 7 9 11 OFF n n OFF 9 73 SPC Spectrum
149. 5 2 5 2 9 QUERY PROGRAM HEADER gt QUERY PROGRAM HEADER gt white space lt Simple query lt white space gt a 0 program header gt 5 2 3 1 He lt COmpound query program header gt 2 lt common query program header gt 3 1 lt simple query program header gt _ lt program mnemonic gt 2 5 8 4 2 lt compound cquery program header gt lt program mnemonic gt lt program mnemonic gt 5 2 8 4 5 2 8 4 ee 3 lt common query program header gt lt program mnemonic gt 5 2 8 4 5 17 5 lt QUERY PROGRAM HEADER gt lt 1 gt 10 20 30 40 lt QUERY PROGRAM HEADER gt
150. END amp Fr 8 amp 4 Fr 8 8 amp 0 RES_UNCAL END END 9 3 3 3 3 Center MS9710B MS9710B MS9710B 1 13 CNT XA XXXX XX A nm Span SPN XXXX X A nm Start STAX XXXX X A nm Stop STO XXXX X A nm Marker Value Wl Freq MKVs FREQ WL FREQ Value in Vacuum Air WDPs s VACUUM AIR S s VACUUM AIR s Level Scale LOG Log div dB div 0 1 10 0 Ref Level A B A amp B dBm 1 30 90 A B B A
151. KK 8 1 8 3 8 5 8 10 8 12 8 15 8 19 9 1 10 1 10 2 10 3 11 2 11 3 11 5 11 9 NN 1 MS9710B 1 1 1 2 1 2 MS9710B 1 2 1 3 1 2 1 4 GPIB RS 232C 1 3 1 1 2 1 3 1 2 MS9710B MS9710B GPIB TEEE Std 488 2 1987 RS 232C MS9710B 1 LOCAL 2 3 GPIB 4
152. Wavelength Level Scale 4 1 MS9710B 1 8 Center 1350 nm Span 500 nm Start Stop 1100 nm Mkr Value Value in Log div 10 dB div Reference Level 20 dBm Linear Level 100 mW Att On Off Off Res VBW Avg Res 1 0 nm VBW 1 kHz Point Avg Off Sweep Avg Off Smooth Off Sampling Points 501 Act Res Off Peak Dip Search Status Off Analysis Status Off Threshold Cut Lvl 3 dB ndB Lossnd ndB 3 dB SMSR Side Mode 2nd Peak Envelope Cut Lvl 3 dB RMS k 2 35 S Level 20 dB Save Recall File Option File Option None File ID Number FDD Mode 1 44 M Graph Status Normal 3D Type 1 Angle 45 deg Application Status Off 4 10 DEFB LD ndB Width 20 dB Side Mode 2nd Peak OOIOIOIOIO O OIOIOIOIOIOIOIOIOIOIOIOIOIOIOIOIOIOIOIOIOIOIOIOIOIOR 4 3 RST 4 1 MS9710B 273 Application Mode Cut Lvl 3 dB ndB Width 3 dB Power Cal 0 dB Auto Manual Auto Mode Cpl Factor 1 Peak Count 2 NF Select S ASE Spect Div On ASE Fitting Gauss Fit Fitting Span 5 nm Masked Span 2 nm Pin Loss 0 dB Pout
153. bit 2 8 8 4 3 ESR 2 10 lt NR 1 gt 1 CLS 2 ON ON ON PON 3 ESR 8 4 4 ESR
154. gt lt OPTO4 gt lt OPT05 lt OPT0e gt lt OPTO07 lt OPTO08 gt lt OPT09 lt OPT10 gt lt OPT11 lt OPT12 gt lt OPT13 lt OPT14 lt OPT15 gt lt OPT16 gt 7 10 RST RST Reset Command 3 RST WRITE _ 108 RST 3 RST Rese 3 P4 3 3 1 2 3 4 5 DDT
155. 0 1 r 30 0 8 k k k gz 1 2 235 8 r k r 20 dB k 2 35 9 3 9 ANA n dB Spectrum Analysis n dB Loss ndB Loss ESR2 bit 0 1 TT ANA NDB r r dB 0 1 r 30 0 r r 20 dB ANA THR Spectrum Analysis Threshold Threshold ESR2 bit 0 1 TY ANA THR r r dB 0 1 r 30 0 r r 20 dB 9 2 ANA Analysis ANA SMSR Spectrum Analysis SMSR
156. 9 59 MSL Memory Select AB s s A A B B ZH H s A 9 52 9 61 PHD Peak hold Gate Time 9 60 OPT Light Output ON OFF BPS n s ON ON OFF OFF 9 61 PHD Peak hold Gate Time n ms 1 5 1 n 50000 n 9 53 9 62 PKC Peak Center 9 63 PKL Peak Levell
157. RESPONSE DATA 5 3 6 lt ARBITRARY BLOCK PROGRAM DATA gt gt aa 11256099D a lt digit gt lt 8 bit 4 J 5 3 6 data byte gt 5 3 6 5 3 6 1400ABC123 INDEFINITE 8 0 LENGTH NLAEND ARBITRARY BLOCK RESPONSE DATA gt 250 50 lt 8 bit 120 data byte gt 5 3 6 0FF06FFCE0078 ARBITRARY ASCII NL ASCIT RESPONSE DATA NLAEND 1 gt lt ASCII Byte gt lt ASCII Byte gt NL END 2 gt NL END lt ASCII data byte gt 6 13 6 6 14 7 IEEE488 2
158. 3D Type 3 4 MS9710 MS9710A LevelScale Log Linear Log Lin Log Linear Log F Scale Value no change Scale Value Suffix Luu MS9710 MS9710A LevelScale Opt Att Off On Opt Att On Off OOn OfEF On Off 11 24 11 4 MS9710 MS9710A LevelScale Ref Level Ref Lvl Ref Level dBm dB no change Reference Level
159. A B B A C 9 50 9 57 MOD Measure Mode 9 56 MKV Marker Value Wavelength Frequency Selectl 10 Ct s s WL Wavelength FREQ Frequency s S WL 9 57 MOD Measure Mode 5 n n 0 3 0 1 2 3 9 51 9 58 MPT Sampling Measuring Points a a n 51 101 251 501 1001 2001 5001 n n 501
160. NR3 E 0 E e 0 E NR3 lt white Space gt a b a b 0 0 1 1 201 0 0 NL 0 EOI NL EOI 7 NL EOI ASCITI 20 10 32 ASCTI SP A 6 6 2
161. 1 L sm dBm 2 999 99 MOFS nm 3 999 99 STBW nm 3 1 CNTOFS nm 3 999 99 IN 9 17 2 FP LD FWHM FWHM RMS k 2 35 nm 3 1
162. GPIB Printer 7 NN GPIB RS 232C GPIB MS9710B MG9637A MG9638A MS9710B RS 232C 1 1 4 2 GPIB RS 232C 2 1 GPIB 2 2 2 1 1 2 2 2 1 2 2 2 2 2 RS 232C 2 3 2 2 1 RS 232C ML 2 4 2 2 2 2 5 2 2 3 RS 232C 2 5 2 1 2 2 1 GPIB GPIB GPIB
163. OQIS Operation Complete Query Idle State 1 MAV P 7 8 Co tt 4 3 RST RST IEEB488 1 Service Request Enable Standard Event Status Enable Power on status clear RS 232C 4 Di MS9710B 4 1 RST
164. 1 FD 9 7 8 16 8 5 8 5 2 ERROR BRROR disabled 0 enabled 128 amp disabled 0 enabled 64 amp disabled 0 enabled 32 amp disabled 0 enabled 16 amp disabled 0 enabled 8 8 disabled 0 enabled 4 disabled 0 enabled 2 Peak Dip disabled 0 enabled 1 0 RES Uncal ERROR ERROR ERROR Event Status Register OR ESE3 lt NRf gt ESE3 ESR3 ESB
165. r g b 0 7 9 44 9 48 LOFS Level OFFset 9 47 LLV Linear Scale LLV 1 Trace Select A B A amp amp B 1 1 4 mW es W MW UW NW PW 1PW 1 1W Trace Select A B B A 1 3 ll PCT 1 PCT 1 200 PCT 1 100 mW 9 48 LOFS Level OFFset TS n n dB 2 30 00 dB
166. 0 No Change 1 Higher 2 Left 3 Right Delta Lambda nm No Change SNR Display A Reference Peak No No Change Relative Display Ref Peak No 11 21 11 LabVIEW MS9710A Application WDM R WDM Sort WI Lvl WD es Peak Count Gain Tilt dB NR Display Gain Tilt 999 99 Result 1 Wavelength nm 1 Level dBm 999 99 SNR dB SNR Display SNR 999 99
167. 1 MAV1 1 NR1 NUMERIC RESPONSE DATA gt 7 9 OPT OPT Option Identification Query OPT 30 WRITE 103 OPT 40 READ 103 OPTI 0 1 1 0 1 SLD 0 1 SLD 0 1 0 1 0 0 0 0 3 lt ARBITRARY ASCII RESPONSE DATA gt lt OPTO1 gt OPT02 gt OPT03
168. 20 TERM IS CHR 10 LEP New Line 30 EOI ON EOI TRUE EQOT 40 WRITE ADR CNT 1 50 READ ADR A EOI 60 PRINT A 70 END 6 6 2 3 RESPONSE MESSAGE gt lt RESPONSE MESSAGE gt lt RESPONSE MESSAGE UNIT SEPARATOR gt 6 2 4 lt RESPONSE MESSAGE UNIT gt 6 2 5 RESPONSE MESSAGE gt 1 RESPONSE MESSAGE UNIT gt lt RESPONSE MESSAGE UNIT gt lt RESPONSE MESSAGE UNIT gt lt RESPONSE MESSAGE UNIT SEPARATOR gt RESPONSE MESSAGE UNIT gt gt CNF SPF
169. A B PCT A B A 9 64 9 89 TSL Trace Select 9 88 TRM Terminater a n n 0 LE EOI 1 CR LF EOI 9 89 TSL Trace Select A B A amp B A B B A TY s s A A B AB A amp B A_B A BB B_A B A s A A 9 65 9 90 TTL Tite s s 30 9 91 VBW Video Band Width Video Band Width
170. Invalid In Application Mode ESE DDE Invalid Im Opt Amp ESE DDE Opt Amp Invalid In Zone Marker ESE DDE A A 3 Invalid In Zero Span ESE DDE 0 nm Invalid In Auto PMD ESE DDE Auto PMD Invalid In Analysis Invalid In Swp Avg Set A Trace or B Trace ESE DDE ESE DDE ESE DDE A B Invalid In A B B A Trace Invalid In A B Trace ESE DDE ESE DDE A B BA A B Invalid In B A Trace Invalid In A amp B Trace ESE DDE ESE DDE BA AB Invalid In Multi Peak ESE DDE Invalid In Opt Amp Test ESE DDE Opt Amp Invalid In Smplg 5001 pnt ES
171. Save Recall Recall F Memory No 1 Memory No 0 5 0 1 5 MS9710A Graph Graph Clear 11 23 11 LabVIEW MS9710A Graph Set Display Mode Display Mode Normal 0 0 Normal 1 OverLap 2 Max Hold 3 Normalize 4 3D 3 3D Type Typel 1 3 1 2 3 Display Mode 3D 3D Angle degree 45degree 1 ec 3 30 43 60 90 Display Mode 3D
172. a 2 0 9 12 ASCII 41 5A 61 7A 10 65 90 97 122 A Z a z ASCIL ASCI 30 39 10 48 57 0 9 ASCIL ASCII SF 10 95 ASCITI CHARACTER PROGRAM DATA gt 5 21 5
173. ASCIT ASCII ASCII 5 2 4 PROGRAM MESSAGE gt PROGRAM MESSAGE gt lt PROGRAM MESSAGE UNIT SEPARATOR gt 5 2 5 lt PROGRAM MESSAGE UNIT gt Be 5 2 6 PROGRAM MESSAGE gt 1 PROGRAM MESSAGE UNIT gt PROGRAM MESSAGE UNIT gt PROGRAM MESSAGE UNIT gt PROGRAM MESSAGE UNIT SEPARATOR gt PROGRAM MESSAGE UNIT gt 1 gt 1 3058 ux m CNT 1305 8
174. Nok R Ak xxxx xxx nm 3 RLk RL1 RL2 RL3 RLk No k RLk xxxx xx dB 2 A 1 1 XXXX XX nm 2 f f xxx xxxx THz 4 L L L xxxx xx dBm 2 S S SNR S xxx xx dB 2 9 23 t t t xx xx dB 2 SP SP
175. RQS ESB MAV ERRoR ENp EXE DDE 7 i CAL 2 MS9710B EXE bit 4 DDE bit 3 GPIB ERR
176. Wave length Center CNT A CNT A 4 mm ICENTERWL CENTERWL XXXX XX A XXXX XX A 600 1750 Span SPN AISPN A 4 nm SP SP XXXX X A XXXX X A 0 0 2 1200 Start STA AISTA 2 4 nm ISTARTWL 4 STARTWL XXXXX A XXXX X A 600 1750 Stop STO AISTO 2 4 mm ISTOPWL AX STOPWL XXXX X A XXXX X A 600 1750 TMkr Center TMC MKCWL Level Log div LOG 1 dB div ILG n xx X 0 1 10 0 In 0 1 10 Ref Level RLVL 7 AB A amp B IRL 1 3 30 90 AB A amp B 30 90 ABBA 7 A B B A E 100 100 100 100 Liner LLV 1 IMGW IMIILN 1 1 200 Peak Level PKL MKRL Resolution RES n n n mm IRB n n m0070 1 n 0 08 0 1 0 2 0 5 1 VBW VBW s s VBW VB s s s IMHz 300 KHz 30 KHz Hz 3KHz300 Hz30 Hz Average Sweep Avg AVS n n IVAVG n n 2 1000 n 2 1000 0N OFF OFF Smooth SMT n n SMOOTH n mm3579110FE Sweep Single SSI SINGLE TS Repeat SRT SWEEP s s ON OFF TS Stop SST SWEEP s s ON OFF TS Auto Measure AUT AUTOMEAS n n 0 Modulation Mode TM s s NORMAL s FREE EXT HOLD FREE NOR
177. ik 8 3 SRQ kk 8 4 8 5 8 6 kk 9 10 kk 10 1 kk 10 2 11 LabVIEW uuu De 1 12 En 11 3 ccccnasssuanananmreesnanstetnsinatmeet 11 4 uuu kk A 1 000 099 A 2 100 199 A 3 200 299 A 4 300 499 B i C GPIB D PC9801 E MV02 MS9703A ii F HP HP71450A 71451A
178. RESPONSE DATA gt 6 2 8 RESPONSE HEADER gt RESPONSE HEADER gt 3 5 2 8 lt COMMAND PROGRAM HEADER gt 1 lt response mnemonic gt program mnemonic gt 2 3 1 response mnemonic response mnemonic 2 8 program mnemonic 6 8 RESPONSE HEADER 6 2
179. ee a lt inserted gt 27 ASCIH non single quote char 27 ASCII inserted gt 22 ASCT non single quote char 22 ASCII gt TTLA ABC ABC 5 1 5 1 3 PROGRAM HEADER PROGRAM HEADER 1 O lt HR gt gt CNT 2 gt LCD 1 dh 3 0 5 7 5 5 2
180. n n 0 1 Measure Mode n m 0 nc m 3 Spectrum _ E 1 MS9710B MV02 Trace Marker TMK A A XXXK XXXX TMK A 1 A XXKK XKKKX xx xx dBm xx dBi 6W 1 dBm W TMK A A X XXXXXX uM x 4 Wavelength Marker IMKA 4 IMKB A A XXXX XXXX 4 nm MKA A MKB AX A X XXXXXX m x Level Marker MKC 1 MKD 1 1 A A A XXXX XXXX 1 1 l xx xxx dBm W 1 dBm W MKC1 MKD1 Marker Off IEMK IEMK Peak Search IPKS s S PEAK NEXTLAST LEFT RIGHT m m PAEK NEXT LAST LEFT RIGHT ERROR ERR PKS Analysis Envelope ANA ENVr r 1 20 ENVr I 1 20 r dB IANA ENVH 1 2 IANA ENVQ 1 4 RMS ANA RMS rk r 1 3
181. 0 Cancel 1 Execute MS9710A MeasurMode Ext Trigger EXT EXT Measure Mode Off vi Delay Time us no change Delay Time 0 5000000 us MS9710A MeasurMode Measure Mode Off EXT 11 27 11 LabVIEW MS9710 MS9710A MeasurMode Peak Hold PkHold Measure Mode Offvi Gate Time ms no change Gate Time 1 50000 ms MS9710 MS9710A MeasurMode Power Monitor Pow M VI
182. A 1350 nm 9 28 9 17 CSAV Condition Save 9 15 CPY Copy BSR2 bit 2 1 CPY It ES 9 16 CRCL Condition Recall RAM CRCL CRCL n n n 0 5 9 17 CSAV Condition Save RAM PS CSAV CSAV n n n 1 5 9 29 9 18 DATE Date Set a Py TT lt DATE DATE yy mm dd DATE yy mm dd yy by nN E 2 00 99 mm 2 01 12 dd 2 01 3
183. No k Lk xxxx xx dBm 2 9 22 9 5 APR Application Result Sk S1 S2 S3 Sk No k SNR Sk xxx xx dB 2 1 Spacing S1 0 dk RL1 RL2 RL3 dk No k dk LEFT RIGHT ERR Dip Rn Rn No Rn 1 128 SPk SP1 SP2 SP3 SPk No k SPk xxxx xxx nm 3 SP1I SP1 0 SPfk SPf1 SPf2 SPf3 SPfk No k SPfk xxxx xx GHz 2 SPfli SPfl 0 R Ak RA1 R 42 R A3 R Ak
184. SMSR ESR2 bit 0 1 ANA SMSR s SMSR s s s 2NDPEAK 2 LEFT RIGHT s s 2NDPEAK ANA PWR Spectrum Analysis Spectrum Power ESR2 bit 0 1 ANA OFF Spectrum Analysis OFF WS ANA OFF 9 5 9 3 ANAR Spectrum Analysis Result ANA ANA 4 1
185. STB STB ROQOS MSS IEEE488 1 STB RQS reporting STB IEEE488 2 STB STB bit 6 Master Summary Status MSS 8 2 1 ESB MAV ESB MAV 1 2 ESB ESB Event Summary Bit IEEE488 2 STB bit 5 bit IEEE488 2
186. nm IN 1 SMSR dB 2 999 99 p p Spectrum Power dBm 2 9 6 9 4 AP Application 9 4 AP Application AP DFB Application DFB LD DFB LD ESR2 bit 0 1 AP DFB sn s s 2NDPEAK 2 LEFT RIGHT n n n dB Width n dB n dB 1 n 50 s n
187. lt HR gt rod HR COMMAND PROGRAM HEADER gt AUT SSI 2 OO lt HR gt s NR1 1 I NR1 lt gt AVT 500 500 tk 3 OO lt HR gt ss NR2 K NR2 gt CNT 1305 8 1305 8 nm 4 12 gt DMD NRM MSL A A 5 5 5 5 NR1 lt HR gt 1 NR1 NR2 NR1 NR2 gt DATE 96 10 10 1996 10 10 6 ASCII7 mg lt inserted gt non single quote char lt inserted gt non single Quote char
188. MS9710 MS9710A Marker Delta Marker AMkr Wavelength nm THz Delta Wavelensth nm THz Delta Level i 1 10 MS9710 MS9710A Marker Lv Marker LMkr MarkerC D C False CD Level no change Suffix dBm O
189. SNR Direction SNR Display SNR ERR Spacing nm Relative Display 999 99 Relative WI nm Relative Display 999 99 Relative Lvl dB Relative Display 999 99 Frequency THz Spacing F GHZ MS9710A Cal Auto Alignment VI Mode Select nitial 0 il Initial Excute timeout ms 600000 sssssss 11 22 MS9710 MS9710A Cal Offset Offset 11 4
190. dB 1 100 100 Linear 3 8 1 1 1 pW 1W 1 200 mW 10 MS9710B Resolu tion 3 3 MS9710B8 2 13 RES n n n n 0 07 0 1 0 2 0 5 1 Actual Res Off On ARES s s ON OFF S s ON OFF Actual Res Value AX A X XXX A nm VBWs s S s 1 MHz 100 kHz 10 kHz 1 kHz 100 Hz 10 Hz s VBW Hz Average Point Average AVTn n 2 1000 OFF n n 2 1000 OFF Sweep Average AVSn n 2 1000 OFF n n 2 1000 OFF Smooth SMTn n n n 3 5 7 9 11 OFF n Sampling Points MPTn n n n 51 101 251 501 1001 2001 5001 n Peak Serch PKS s s PEAK NEXT LAST LEFT RIGHT m m PEAK NEXT LAST LEFT RIGHT ERR ERR Dip Search DPS s s DIP NEXT LAST LEFT RIGHT m m DIP NEXT LAST LEFT RIGHT ERR ERR
191. n n 0 255 n 0 9 39 9 36 ESE3 Extended Event Status Enable Register3 3 ESE3 ESE3 n ESE3 9 n n 0 255 n 0 9 37 ESR1 Extended Event Status Register1 GPIB 1 n n 0 9 38 ESR2 Extended Event Status Register2 GPIB 2 n n 0 25 5 9 40 9 41 FMT FD Format 9 39 ESR3 Extended Event Status Register3 GPIB 3 ESR3 ESR3 n n 0
192. Appli Opt Amp Pout to ase Pout Pase Appli Opt Amp Res Cal Appli WDM WDM Appli WDM Result WDM Appli Application Off 11 3 MeasurMode D Range Norm High MeasurMode Peak Hold MeasurMode Ext Trigger MeasurMode TLS Tracking MeasurMode Adjust to TLS MeasurMode Power Monitor MeasurMode Measure Mode Off Title Cal Offset Cal WI Calibration Cal Auto Alipnment Condition Save Reca
193. GPIB 5 RS 232C 6 7 8 MS9710B GPIB RS 232C GPIB RS 232C GPIB 1 4 GPIB RS 232C 1 4 GPIB RS 232C 1 MS9710B MS9710B 2
194. NF A sig L ase RES G dBm 2 999 99 NF Noise Figure dB 2 999 99 Asig nm 3 1 Lase ASEB dBm 2 999 99 RES NF nm 3 9 5 APR Application Result APR MPKC Application Result Multi Peak Counter i 5 APR MPKC MPKC d d 0
195. SRE ESE 2 2 10 3 10 2 90 WRITE 108 ANA SMSR LEFT 100 DO 110 WRITE 108 ESR2 120 READ 108 ESR2 130 EXIT IF BIT 0 ESR2 1 140 LOOP 150 WRITE 108 ANAR 160 READ 108 WAVE LEVEL 170 IF WAVE lt 0 THEN 180 PRINT Can t analysis 190 ELSE 200 PRINT wave diff WAVE nm 210 PRINT level diff LEVEL dB 220 END IF 90 100 140 150 160 170 210 10 4 analysis end 10 2 3
196. d d d x LOG LL d xxx xx dBm 120 dBm d 30 dBm d x xxxxE xx mW 0 1000 1 0000 8 3 3 9 33 9 26 DMD Display Mode DMD s DMD DMD 3 m n 3 m n s s NRM NRMZ OVL MHL 3 m n m 3 1 2 3 1 1 2 2 3 3 n 3
197. 3 16 WDM Table 10 MS9710B WDM TBL L S d SP SPf f XXX XXXX SPf XXX X No x f SPf SNR f THz SPf GHz Measure Mode D range Normal High MS9710B 3 3 10 13 DRG s s NORMAL HIGH S s NORMAL HIGH Interval Time TITMs s 0 99MIN 0 99SEC S s 0 99MIN 0 99SEC s sec Moduration Mode MDM s s NORMAL HOLD TRIGGER S s NORMAL HOLD TRIGGER EXT Peak Hold Gate Time PHD n n 1 50000 n n 1 50000 n ms External Trigger Delay Time TLS Tracking TDL n n 0 5000000 TLSTs s On Off n n 0 5000000 S s On Off n us Adjust to TLS TLSAn n 0 1 Power Monitor Power 632 8 850 0 1300 0
198. 3 7 8 1 11 1023 1022 52 5 3 5 3 7 EXPRESSION PROGRAM DATA gt lt EXPRESSION PROGRAM DATA gt lt expression gt lt expression gt expression ASCIIL 20 7E 10 32 126 ASCII 6 lt expression gt a b Cc a b c lt ARBITARARY BLOCK P
199. 48 57 0 9 ASCIL non zero digit gt ASCI 31 39 10 49 57 1 9 ASCI lt 8 bit data byte gt 00 FF 10 0 255 8 5 31 5 1 lt 8 bit data byte gt digit gt digit gt non zero digit gt 4 DAB 4 lt digit gt 4 14 DAB gt DAB gt DAB gt DAB gt 1 lt digit gt 4 1 non zero digit gt 1 4
200. X0 0001 E mW mW 4 10 255 247 39 16 9 10000 10000X0 0001 E 9 mW 1E 9 mW B 1 B 2 C GPIB PACKET V WRITE PC9801 PRINT HP9000 OUTPUT BIN WRITE WBYTE READ INPUT LINE INPUT ENTER BIN READ RBYTE REN ON IFC REN CALL IBSRE REMOTE REN OFF LCL
201. FWHM BWndb Ap Lp PKdens POW 9 5 APR Application Result Afwhm RMS k 2 35 nm 3 1 Andb Threshold n dB nm 3 1 FWHM RMS k 2 35 nm 3 1 BWndb Threshold n dB nm 3 1 Ap nm 3 1 Lp dBm 2 999 99 PKdens
202. mi 2 00 59 9 84 TLSA Measure Mode Adjust to TLS TLS Trackings TLS Tracking EZ TLSA TLSA n TLSA n m n n 0 TLS 1 TLS TLS m m 0 TLS 1 TLS 1 2 TLS 3 9 62 9 86 TMC TMKR Center 9 85 TLST Measure Mode TLS Tracking TLS Tracking TLST TLST s TLST s S s ON TLSTracking TLS Tracking ON OFF TLS Tracking OFF 9 86 TMC TMKR Center TY 9 63 9
203. 3 Terminater TRM 0 TRM 1 0 LE EOI 1 CR LE EOI Header Error HEAD ON HEAD OFF Extended Event Status Register Extended Event Status Enable Register 3 20 4 GPIB 3 1 2 3 1 2 3 4 1 IFC 4 4 4 2 DCL SDC i 4 6 4 3 RST 4 8 4 4 4 13 gt 4 1 GPIB
204. Pout Loss g dB 2 10 00 dB g 10 00 dB h NF Cal h NF NF 3 0 100 h 10 000 i O BPF L Cal i dB 2 0 00 dB i 30 00 dB j O BPF BW j NEF Total ASE nm 2 0 01 nm j 999 99 nm k Pol Loss k
205. THz 4 5 wf 1 600 000 nm 9 47 9 53 MKB Wavelength Marker B B 10 5 MKB mm THz 4 5 Vl 1800 000 nm 9 54 MKC Level Marker C C MKC 1 1 1 LOG 3 7 190 DBM 1 50 DBM LOG A B AB 160DB 1 160DB LOG
206. in Arr in Vacuum MS9710 MS9710A Wavelength CenteryStarVStop Center strt stp Center Wl nm no change eee Start Wl nm no change Stop WIl nm no change Center Wl mm NVA Reel Stop Wl nm 11 31 11 LabVIEW MS9710 MS9710A Wavelength Set Span Span Span nm no change pp ul H Rt Span mm MS9710 MS9710A ZoneMarker Set Erase ZoneMkr
207. 1 IDN 1 ANRITSU 2 3 0 4 No 3 4 No ASCTI 0 ARBITRARY ASCII RESPONSE DATA gt lt 1 gt lt 2 gt 3 gt 4 gt 72 OPC OPC Operation Complete Command bit0
208. 5 2 Ampere Atmosphere Coulomb Candela Decibel Decibel milliwatt Farad Gram Henry Hertz Inches of mercury Joule gt Degree Kelvin Degree Celsius Degree Fahrenheit Liter Lumen Lux Meter Feet Inch 1E3 Hz Megahertz Megaohm Newton Ohm Pascal Percent Radian Degree Minute of arc Second Siemens Tesla Torr Volt Watt Weber 5 28 Lumen 5 3 5 3 4_ NON DECIMAL NUMERIC PROGRAM DATA gt NON DECIMAL NUMERIC PROGRAM DATA gt 10 16 8 2 10 8
209. 999 99 MS9710A Appli LED Test LED ndB Width dB no change ndB Width 1 50 dB Power Cal dB no chage Power Cal 10 00 10 00 dB Result cluster kk 1 Mean Wavelength FWHM nm RMS 1 2 Mean Wavelength n dB nm Threshold 1 3 FWHM 2 35 Z mm ri RMS 1 4 ndB Width nm ck Threshold 1 5 Peak Wavelength nm uu 1 6 Peak Level dBm ee 999 99 7 Pk Dens 71nm dBm ee 1nm 999 99 8 Total Power dBm
210. CNT 1000 CRT 1000 nm HEAD HEAD ON CNT 1000 lt 2 gt A 501 100 120 100 WRITE 108 DMA 110 FOR K 0 TO 500 120 READ 108 DT K 130 PRINT DT K dBm 140 NEXT 150 END 501 0 DMA 100 0 500 DT K 5 2 5 2 10 PROGRAM HEADER SEPARATOR gt PROGRAM HEADER SEPARATOR gt lt white SDace gt a 5 2 3 PROGRAM HEADER SEPARATOR gt COMMAND PROGRAM HEADER gt QUERY PRO GRAM HEDADER gt PROGRAM DATA gt
211. ESB ERROR N Te ESB MAV Message Available MAV 1 bit 0 5 7 0 3 6 3 3 END amp amp 4 RST amp 1 amp FD amp 8 END END
212. FD Write Protected File Incomplete ESE DDE ESE DDE FD FD Date File Full ESE DDE FD No paper ESE DDE Printer Cover Release ESE DDE Printer Error ESE DDE Printer Error ESE DDE Printer Error ESE DDE GPIB RS 232C Command Error ESE CME Command Error ESE CME Command Error ESE CME Command Error ESE CME Command Error ESE CME Command Error ESE CME
213. PC98 D sub 1 m D sub 9 25 RS 232C DOS V MS9710B DOS V D sub 1 m D sub 9 9 L 2 2 2 1 RS 232C MS9710B RS 232C PCo98 MS9710B PC98 GND GND CD NC 1 1 GND RD 2 2 SD TD 3 3 RD DTR NC 4 4 RS GND 5 5 CS DSR NC 6 6 DR RTS 7 7 GND CTS 8 8 CD RI NC 9 9 NC 10 NC D sub 9P 11 GND 12 NC 13 GND 14 GND 15 ST2 16 NC 17 RT 18 NC 19 NC 20 ER 21 NC 22 NC 23 NC 24 ST1
214. 0 10 nm d 100 00 nm e Masked Span e ASE PASE HU A d e nm 2 0 10 nm d 100 00 nm d e 9 11 9 12 f Pin Loss f dB 2 10 00 dB f 10 00 dB g
215. 11 4 MS9710 MS9710A Read Memory Data Data Data Suffix Condition Data Memory A B Memory A E Condition Datalcluster 1 Start Wavelength nm 2 Stop Wavelength nm 3 Sampling Points Data Sampling Points Suffix dBm mW ecccccceerreeieeiann dBm mW MS9710A Sweep Start VI on off VI
216. 780 END IF 790 END IF 800 WRITE 108 CLS 810 GO TO GPINT 820 END PARACT 70 90 SROQ GPIB 100 RBADERR 120 150 7 BSB ERROR EXE DDE Query RES Uncal EXE DDE Query RES Uncal SROQ 10 8 170 180 200 400 430 300 820 10 2 READ 3 Query Query AS Query READ READ
217. 9 30 DQB Memory Data B B B DQB d d d x LOG LL d xxx xx dBm 120 dBmSS d 30 dBm d x xxxxE xx mW 0 1000 1 0000 8 3 3 Oo 9 37 9 31 DRG Dynamicrange Mode High Normal a s s High HIGH Normal NORMAL s
218. 2 3 4 4 2 DCL SDC RST OPC OCIS Operation Complete Command Idle State P7 7 OPC OQIS Operation Complete Query Idle State 1 MAV P77 ADD DLF MS9710B8
219. 25 5 9 40 FED Feed n n 0 25 9 41 FMT FD Formatl FD ESR2 bit 2 1 BS 9 41 9 42 FOPT FD File Option FD 5 FOPT FOPT a b c FoPT a a a NONE NONe BMP bimp TXT txt BMP amp TXT bimp amp text b b ID b NUMBER NAME c c FDD c 1 44 M PC 1 2 M PC98 NEC EPSON c OFF 9 43 GC
220. 9 64 PKS Peak Search ESR2 bit 0 1 PEAK NEXT LAST LEFT RIGHT TMK s s PBAK NEXT LAST LEFT RIGHT 9 54 9 66 PWRR Power Monitor Result m m PEAK NEXT LAST LEFT RIGHT ERR s PEAK 9 65 PWR Power Monitor
221. MSL s s A B MSL s A B CLRW TRA CLRW TRB Trace Select TSL s s A B AB A B BA TSL S s A B AB A B B_A VIEW TRA G A VIEW TRB B Memory Data DMA DMB DQA DQB LOG xxx xX X XXXE X LOG dBm mW DBA DBB L0G27 NM TH M 2 LOG X001 dBm 7X000MmW Data Condition DCA DCB AL A2 n A 1 XXXX XX 4 2 XXXX XX n 251 5001 41 42 am AH 2 4 77 Application DFB LD Test APDFB sn s 2NDPEAK LEFT RIGHT n 1 50 DFB s n s 2NDPEAK LEFT RIGHT n 1 50 n ndB Widh n FP LD Test AP FP n n 1 50 FP n n n 1 50 LED Test APLEDnp n 1 50 p 10 0 10 0 LED n p IndB Widh n n 1 50 p 10 0 10 0 7 0 CAL dB Application Result DFB LD Test RVk SMSRndB BW Aplp ASMLSM Mode OFF Stop BW Center OFF m Bm FP LD Test FWHM A Mean Ap Lp Mode Mode SpacePowel AFWHM 43dB FWHM3BBW APlp PK Dens Power MS9710B F HP HP71450A 71451A
222. TST MS9710B NR1 NUMERIC RESPONSE DATA gt 32767 32767 NR1 kk NR1 1 7 15 WAI WAI Wait to Continue Command WAI WRITE 108 WAI WAI
223. dB 2 10 00 dB k 10 00 dB a k a 0 NF S ASE b 0 Spect Div ON c 0 Gauss d 5 0 nm e 2 0 nm f 0 00 dB g 0 00 dB h 1 000 i 0 00 dB j 3 00 nm k 0 dB 9 4 AP Application AP AMP ASE Application Pout Pase PlznNulD Pout ASE Pase Optical AMP 5 APAMPASE Wo AP WDM Application WDM WDM Application AP WDM AP WDM WDM m AP WDM SLV n AP WDM SLV WEM SLV n AP WDM MPK AP WDM MPK WDM MPK AP WDM SNR d A A s AP WEM SNR WDM SNE d A s AP WDM REL r AP WDM REL WDM REL r AP WDM TBL d As AP WDM TBLI WDM TBL d A A s 7 AP WDM TBL 10 n
224. non double quote char ASCT 5 30 5 3 5 3 6 ARBITRARY BLOCK PROGRAM DATA gt lt ARBITRARY BLOCK PROGRAM DATA gt 10 1 8 5 3 4 10 NON DECIMAL NUMERIC PROGRAM DATA gt 10 lt non Zero digit gt 1 lt digit gt lt 8 bit data byte gt 0 ER lt digit gt ASCI 30 39 10
225. 1nm dBm 2 999 99 POW dBm 2 999 99 9 20 4 PMD A 1st A last PKcount At fs 2 1 Alst nm 4 1 last nm 4 1 PKcount 1 5 Optical AMP G
226. Cn s s VACUUM in Vacuum AIR in Air s s AIR 9 67 9 94 WOFS Wavelength OFFset WoEs WoFS n WoES n n nm 2 1 00 nm n 1 00 nm 9 95 WSS Setting Wavelength Start and Stop WSS Al 22 M1 2 1 nm 1 600 0 dB 41 2 42 nm 1 41 2 1750 0 9 68 9 96 ZMK Zone Marker 9 96 ZMK Zone Marker ZMK WL ZONe Marker Wavelength Vl A i l
227. DMK Marker DPS Dip Search DQA Memory Data A DQB Memory Data B DRG Dynamicrange Mode EMK Marker Off ERR Error ESE1 Extended Event Status Enable Register1 ESE2 Extended Event Status Enable Register2 ESE3 Extended Event Status Enable Register3 ESR1 Extended Event Status Register1 ESR2 Extended Event Status Register2 ESR3 Extended Event Status Register3 FED Feed FMT FD Formatl FOPT FD File Option GCL Graph Clear HEAD Header ITM Interval Time LCD Display Color 9 47 9 48 9 49 9 50 9 51 9 52 9 53 9 54 9 55 9 56 9 57 9 58 9 59 9 60 9 61 9 62 9 63 9 64 9 65 9 66 9 67 9 68 9 69 9 70 9 71 9 72 9 73 9 74 9 75 9 76 9 77 9 78 9 79 9 80 9 81 9 82 9 83 9 84 9 85 9 86 9 87 9 88 9 89 9 90 9 91 9 92 9 93 9 94 9 95 9 96 LLV Linear Scale LOFS Level Offset LOG Log Scale LVS Level Scale MDM Modulation Mode MKA Wavelength Marker A MKB Wavelength Marker B MKC Level Marker C MKD Level Marker D MKV Marker Value Wavelength Frequency Select MOD Measure Mode MPT Sampling Measuring Points MSL Memory Select OPT Light Output PHD Peak hold Gate Time PKC Peak Center PKL Peak Level ps PKS Peak Search PW
228. IS 5 AP WDM PKT t Application WDM Peak Type SS AP WDM PKT t AP WDM PKT WDM PKT t WDM MAX a THRESHOLD Threshold t t MAXX 9 14 9 4 AP Application AP WDM TCL u Application WDM Threshold Cut Level WDM Threshold EZ EE AP WDM TCL u AP WDM TCL WDM TCL u WDM Threshold 0 1 u 50 0 0 1 Step u u 3 0 dB 9 15 9 5 APR Application Result AP AP SMSR BWndb p Lp 1 sm Lsm MOFS STBW CNTOFS FWHM m p Lp MODE MSPC POW fwh
229. MS9710A Appli Opt Amp Pin Pout Pin Pout Memory Pin Pout Pin F Pin Pout 11 19 11 LabVIEW MS9710A Appli Opt Amp Pout to ase PlznNull Pout ASE Pases MS9710A Appli Opt Amp Res Cal Optical AMP VI Mode Select nitial 0 Lu minal BExecute Timeout ms 600000 MS9710 MS9710A Appli PMD Test PMD PMD Auto AX Mode Cpl Factor no change Mode Cpl Factor 0 01 1 00
230. MSS STB bit 6 IEEE488 1 MSS STB SRO SRE OR MSS STB Register bit 0 AND SRE Register bit 0 OR STB Register bit 1 AND SRE Register bit 1 OR STB Register bit 5 AND SRE Register bit 5 OR STB Register bit 7 AND SRE Register bit 7 MSS STB SRO bit 6 MSS bit 6 0 8 RST CLS STB CLS MAV
231. No 0 10 RGB 0 7 Auto Backlight BKLn n 1 20 0 n n 1 20 0 n LIGHT mmn Buzzer BUZ s s ON OFF S s ON OFF Marker Trace Marker MS9710B TMK XA XXXX XXXX 1 XXXX XXXX xx xx dBm dB 4 W 3 3 12 13 nm THz 1 dBm dB W DMK XXXX XXXX AA Al AA xxxX XXXX Al xx xx dB XXX XXX AX nm THz Al dB WI Marker MKAA MKB XXXX XXXX nm THz 9 Lvl Marker Marker Off MKC1 MKD1 1 EMK XXXX XXXX 1 1 1 XX XXX dBm dB 7 W 1 dBm dB W Zone Zone Marker Marker ZMK WL c s Nc XXXX XXX AS XXXX XXX WL Ac As Nc XXXX XXX AS XXXX XXX Ac As nm Ac ZONE As ZONE Zone Span ZMK SPN Zoom In Out ZMK Z00M s s TN OUT ZOOM s IN OUT Zone Marker
232. RQC disabled 0 enabled 1 29 OPC Standard Event Status Enable Register ESE lt NRf gt ESE PON Power on Standard Event Status Register ESR ESB bit 5 OFF ON URO User Request rt MS9710B 0 CME Command Error GET EXE Execution Error DDE Device dependent Error CME EXE QYE
233. XXXX XX CNT A A XXXX XX CNT A A x xxxx m X Span SPN A A XXXX X SPN A XXXX X SPN 0 2 1000 12 5 1200 QO STA A A XXXX X A XXXX X STA A A x xxxx m STO A A A XXXX X A XXXX X STO 0 2 1000 12 5 1200 x Peak Center PKC Level Scale LOG Q QO Log div db div 0 1 10 0 LOG n n 0 2 10 1 2 5 10F 10F Ref Level IA B A amp B 30 90 100 100 RLV 1 A B A amp B 20 90 A B B A 40 40 Q Linear LLV 1 1 lpW 1W 1 200 LLV 1 QO Peak Level PKL PKL Resolution 5 In 0 07 0 1 RES n m 0 2 0 5 1 n nm RESn n 0 1 0 2 0 5 1 2 5 Q n 2 5 Point Avg AVTn n 2 1000 OFF n n 2 1000 OFF n AVTn n 1 1000 QO m 2 1000 Smooth n n 3 5 7 9 11 SMTn n OF n SMTn 3 11 Sweep Single SSI Repeat SRT Stop SST Auto Measure AUT 0 n 0 1
234. bit 3 Peak Pit Error RES Uncal RES Uncal 8 17 8 8 5 3 ESR 2 10 lt NR1l gt 1 CLS 2 ON ON ON PON 3 BSR 8 5 4
235. instr handle 4 Wi9710 instr handle nut Leveltnot set 999 99 Level ix 0 TFN sfiy error in no error error out 59710A Marker Lvl Marker vi 11 4 1 instr handle in instr handle out instr handle Initialize vi1 GPIB RS 232C instr handle out VI instr handle in error In error out error m VI error in VI error mn error ort a error in VI error out VI error in error out MS9710A
236. 20 50 GPIB 70 100 140 PACKETV PC9801 MS9710B GPIB GPIB DBA DBB DQA DOB DMA DMB D 2 E MVO02 MS9703A MS9710B MV02 MS9703A MS9710B MV02 Wave length Center CNT A
237. CRT P R G B P 0 10 RGB 0 7 CRT PIR G B CPY CPY FED n n 0 25 n FED n n 0 25 TRM 0 TRM 1 0 LF EOI 1 CR LF EOI TRM0 TRM 1 HEAD ON HEADOFF HEAD ON HEAD OFF ERR n Extended Event Status Register ESRI ESR2 ESR3 n 0 255 Extended Event Status Enable Register ESE1n ESE2 n ESE3 n ESE17 ESE2 ESE3 n 0 255 ESE1n ESE2 n ESE3 n Buzzer On Off BUZ s s ON OFF BUZ js BUZ s s ON OFF E 3 E 4 F HP HP71450M71451A MS9710B HP71450A HP71451A MS9710B HP
238. MSXXXX WXYZ MSXXXX WXYZ FOREST WHITE GROVE WHITE WHITE FOREST WHITE FOREST WHITE GROVE WHITE GROVE WHITE common command program header gt lt gt common command program header gt program mnemonic gt IEEE 488 2 common 1 GPIB 8 WRITE 108 RST LLL IEEE 488 2 RST
239. Purge Macro Command 1 Parallel Poll Register Enable Command FE Parallel Poll Register Enable Query Power On Status Clear Command LT Mm Power On Status Clear Query Protected User Data Command ry rh Protected User Data Query Recall Command Resource Description Transfer Command li Rr Resource Description Transfer Query Reset Command Ty Save Command OH Service Request Enable Command Service Request Enable Query Read Status Byte Query ey NN SN Trigger Command Self Test Query Wait to Continue Command IEEE488 2 7 3 5 3 3 3 2 MS9710B DIO6 DIO5 DIO4 DIO3 Dlo2 plo1 ESB END oe _
240. RESPONSE DATA gt 11 H 6 10 NA RESPONSE DATA gt g MS9710B HH lt CHARACTER RESPONSE DATA gt Sg 6 2 9 1 se 29 i 6 2 9 3 a 9 629 6 2 9 5 ee 6 2 9 6 ass 6 2 9 7 6 2 9 8 lt DEFINITE LENGTH i ARBITRARY BLOCK RESPONSE DATA gt i CE 6 29 10 lt ARBITRARY ASCII a RESPONSE DATA gt 7 lt INDEFINITE LENGTH ARBITRARY BLOCK RESPONSE DATA gt lt ARBITRARY ASCII RESPONSE DATA gt NL END 6 2 1 CHARACTER lt response mnemonic gt RESPONSE DATA
241. SP2 SPf2 n Ax x fx x Lx x Sx x SNR dx x Dp Spx x Spacing Spfx x Spacing 3 15 3 WDM Peak Count Applica tion MS9710B 9713 MPKC n n 0 50 n WDM Multi Peak Result WDM MPK L XXXX XXX LL XXXXX XX No x No x 1 999 99 WDM SNR L S d XXXX XXX LL XXXXX XX S XXX XX d LEFT RIGHT ERR No x L S SNR d Dip ERR No x 1 999 99 WDM Gain Varia tion dB Peak 999 00 WDM Relative WDM REL A SP R L RL No x SP spacing RX L RL No x L 999 99
242. compound command program header gt lt 1 gt lt 2 gt 0 lt 3 gt lt compound command program header gt progsram mnemonic gt lt com pound command program header 1 MS9710B MS9710B MSXXXX MSXXXX MS9710B MNSXXXX WXYZ
243. r 1 50 T No WDM Table 10 MS9710B 3 13 3 Applica tion WDM Table 4 MS9710B AP WDMI TBL d AX s d HIGHER LEFT RIGHT AVERAGE AX 0 01 20 00 OFF s ON OFF WDM TBL d AX s d HIGHER LEFT RIGHT AVERAGE AX 0 01 20 00 OFF s ON OFF 7 13 d Dip AX 0 01 nm AX OFF 0 Dip s ON OFF WDM Peak Type AP WDM PKTt t PEAK THRESHOLD WDML PKT t t PEAK THRESHOLD WDM Threshold Cut Level AP WDM TCL u u 0 1 50 0 WDM TCL u u 0 1 50 0 u dB Applica tion Result 3 14 DFB LD SMSR BW ndb p LD sm L sm MOFS STBW CNTOFS 4 WDM Table 10 MS9710B FWHM m p Lp MODO MSPC POW fwhm ndb FWHM BW ndb Ap Lp PK dens POW XXXX XXX NM
244. 1 Gain dB 999 99 2 NF dB es NE 999 99 3 Signal Wevelength nm 1 4 ASE Level Res dBm ASE 999 99 5 Res nm NF 11 18 11 4 MS9710A Appli Opt Amp Parameter Optical AMP Parameter cluster 1 NF Select no change NE S ASE NF Total NF 2 Method no change NE NF bp NF e NF d NF e WDM 3 ASE
245. 1550 0 nm Monitor Result Pl Pl XX XX P1 dBm Spectrum Mode Set 3 17 3 Title Erase MS9710B 11 13 TTL TER WI Offset WOFSn n X XX nm WI Calibration WCALn n 0 W CAL INITIAL 1 W CAL1 2 W CAL2 3 Im m 0 CAL 1 CAL 2 3 W CALI EXT LIGHT W CAL2 REELIGHT Auto Alignment ALINn n 0 ALIGN INITIAL 1 ALIGN 2 0 1 2 3 a Lvl Offset LOFSn n Xx xx XX X X n dB 30 30 Res cal R CALn n 0 INTTIAL 1 0 1 Save CSAV n n 1 3 n No Recall CRCLn 9 n No 0 mmit Date DATE yy mm dd Time TIME hh mi Time amp Date On Off TDSP s s ON OFF yy 00 99 01 12 dd 01 31 hh 00 23 mi 00 59 Display Color LCD PE R G B P
246. 2 gt 1000 nm lt PROGRAM MESSAGE gt CNT 13 5 8 SPN 1 lt PROGRAM MESSAGE UNIT gt lt PROGRAM MESSAGE UNIT SEPARATOR gt lt PROGRAM MESSAGE UNIT gt 5 5 2 5 PROGRAM MESSAGE UNIT SEPARATOR gt PROGRAM MESSAGE UNIT SEPARATOR gt 1 lt White space gt 2 i white space gt lt white space character gt 5 2 3 PROGRAM MESSAGE UNIT SEPARATOR gt PROGRAM MESSAGE UNIT gt PROGRAM MESSAGE gt PROGRAM MESSAGE UNIT gt white space character gt white space character gt white space gt oe space gt 5 2 4 2 g
247. 25 NC D sub 25P DOS V MS9710B DOS V GND GND CD NC 1 1 CD RD 2 2 RD TD 3 3 TD DTR NC 4 4 TDR GND 5 5 GND DSR NC 6 6 DSR RTS 7 7 RTS CTS 8 8 CTS RI NC 9 9 RI D sub 9P D sub 9P 2 4 2 2 RS 232C 2 2 2 Others RS 232C Prmtr Interface RS 232C 2 2 3 RS 232C RS 232C Others RS 232CPrmr RS232C Parameter Inte
248. 2NDPEAK LEFT RIGHT n 1 350 5 13 n ndB Width n APFP n n 1 350 AP LED n p n 1 350 p 10 00 10 00 FP n n 1 350 LED n p n 1 350 p 10 00 10 00 n n ndB Width n p CAL dB AP PMD n n 0 01 1 00 PMD n m n 0 01 1 00 m 0 AUTO 1 MANUAL n AUTO MANUAL Opt Amp APAMP AMP O AMP Opt Amp Memory Select APAMP MSL s s PIN POUT AMP MSL s s PIN POUT PN Pin POUT Pout O Amp Res Cal 3 12 APAMP CAL n n 0 RES CAL INITIAL l RES CAL AMP CAL m m 0 RES CAL H Applca tion O Amp Parameter 3 3 MS9710B 6 13 APAMP PRM a b C a b C d AP AMP de t gh jk PRM 0 S ASE 1 Total 0 SpectDiv Off 1 On 2 PlznNull Method 3 Pulse Method 4 WDM Measure 0 Gauss 1 Mean Fit Span Mask Span Pin Loss Pout Loss NF Cal 1 O BPF LCal j O BPF BW k Pol Loss AMP PRM a b c d e t g h i j k a NE b NE
249. 7 IEEE488 2 8 6 3 DAB FIFO First in First out MS9710B 256 FIFO
250. 87 TMK Trace Marker 10 TMK 4 mm THz 4 5 1 1 DBM LOG AB DB LOG AA B B A LOG W AB MW A B UW AB NW AB PW
251. ESE DDE Align Error ESE DDE Res Cal Error ESE DDE A 2 TLS Calibration Error ESE DDE A 3 200 299 Input Value Error ESE EXE Invalid Im Smooth EXE DDE Invalid In Peak Hold EXE DDE Invalid In Ext Trig EXE DDE Valid Only In Spectrum Mode ESE DDE Invalid In Auto Measure ESE DDE Invalid In Condition ESE DDE Condition Invalid In Memory Select ESE DDE Invalid In Ti
252. Erase ZMK ERS Single SsSI Repeat SRT Stop SST Auto Measurement AUT Light Output 6 s ON OFF 10 MS9710B 3 Peak Center MS9710B 13 13 TMkr gt Center Peak Level Internal Copy Printer Feed n Memory Data Data DMA A DMB B DQA A DQB B LOG xXXX XX X XXXXP X LOG dBm mW DBA A DBB B LOG2 Y M LOG x0 01 dBm x0 0001 mW Data Condition DCA A DCB B 1 2 n Ml XXXX XX 2 XXXX XX 1n 251 3001 1 2 mn 1 2 n Measurement Status 1 0 n 1 n 2
253. Error Message VI status True code source timeout ms timeout 11 LabVIEW 11 4 2 RS 232C MS9710AS MS9710A Close MS9710 close RS 232C MS9710A Error Message MS9710 ErrMsg MS9710A Error Message Japanese Lr
254. Fitting no change ASE a b Mean 4 Fitting Span nm no change ASE 5 Masked Span nm no change ASE 6 Pin Loss dB no change 7 Pout Loss dB no change 8 NF Cal no change NF 9 O BPF Lvl Cal dB no change 10 0 BPF BW nm no change NF Total 11 Pol Loss dB no change
255. Loss 0 dB NF Cal 1 O BPF Lvl Cal 0 dB O BPE BW 3 nm Pol Loss 0 dB Display Mode Multi Peak Peak S Level 30 dB Dip Prmtr Higher Al Off Ref No 1 Page Top No 1 Measure Mode D range Normal Peak Hold Off Gate Time 1 msec Ext Trigger Off Delay Time 0 usec OOOOIOOOOOOOOOOOOOOIOOIONi Interval Time Osec TLS Tracking Off Power Monitor Off Wavelength 1550 nm OIOIO OO DID Title CaL Wl Offset 0nm Level Offset 0 dB Others Printer Prmtr Device Type Int Device Address 17 Back Light On Time 10 min OOIO OO O OIO 4 4 1 MS9710B 3 3 Status Register 0 0 0 4 4 4 4 1 OFF 2 3
256. MAV TRUE MAV 8 8 2 2 qi MSS 6 RQS ESB IEEE488 2 bit 7 DIO8 bit 3 DIO4 bit 0 DIO1
257. MS9710A Analysis n dB Loss ndB Loss Cut Level dB no change 1 50 dB Ac m TH 1 nm Hz 1 IN 1 10 11 14 11 4 MS9710 MS9710A Analysis RMS RMS RMS Sigma Factor A nochanee A 4 gc 2g 2 35 3c SLevel dB no change 1 30 dB
258. Save 0 Data Addition no change Nest CM File Name PE timeout ms 600000 11 30 11 4 MS9710 MS9710A Title Title PNG 30 MS9710 MS9710A Trace Set Memory Trace Trace Memory A B no change Trace Mode no change A B A amp B A B B A MS9710 MS9710A Wavelength Air Vacuum AirVac mAir in Vacuum Air Vacuum AirF
259. WRITE 108 LVS 160 READ 108 L 170 PRINT LEVEL SCALE L 180 IF L LOG THEN 190 WRITE 108 DBA 200 MAT READ 108 USING WH DO 210 220 FOR 0 TO 500 230 LET D I DO0 1 100 240 NEXT 250 260 ELSE 270 WRITE 108 DBA 280 MAT READ 108 USING WH D1 290 300 FOR 0 TO 500 310 LET D I D1 2 1 1 10000 10 D1 2 1 320 NEXT 330 340 END IF 70 80 100 130 DMA ASCN 130 180 190 200 LOG 220 240 LOG 270 280 300 320 10 6 10 2 ASCN DT D LOG 1 2
260. n 30 00 dB 9 45 9 49 LOG Log Scale LOG dB div a a LOG 1 dB div 1 0 1 1 10 0 1 1 10 dB div 9 50 LVS Level Scale LOG s s LOG LOG LIN 9 46 9 52 MKA Wavelength Marker A 9 51 MDM Modulation Mode TY s s NORMAL HOLD TRIGGER EXT s s NORMAL 9 52 MKA Wavelength Marker Al A 10 YS5 MKA num
261. s s VBW Hz 1 MHz 100 kHz 10 kHz 1kHz 100 Hz 10 Hz s s 1 kHz 9 66 9 93 WDP Vacuum Air Set 9 92 WCAL Wavelength Calibration ESR2 bit 4 1 weaL n n 0 1 2 3 m cib 9 93 WDP Vacuum Air Set in Vacuum in Air
262. s A B s s A B MSL s s A B Trace Select TSL s Is A B AB A_B B_A s s A B AB A_B B_A TSL s s A B AB A_B B_A Memory Data E 2 d d LOG xxx x lx xxxxE x LOG dBm mW LOG2 74 MI LOG X00IGBm X00001 mW MS9710B E MVO02 MS9703A MV02 5 Power Monitor PWR A PWR A 632 8 850 0 1300 0 1550 0 PWR 4 R M A 0 6328 0 85 1 3 1 55 R RON ROFF M MON MOFF PWR A R M Power Monitor Pl Pl xx xx P1 dBm P1 P2 P1 dBm P2 Max Title Title TTL TTL Title Erase TER TER Time amp Date Set Date DATE yy mm dd DATE DATE yyJmm dd DATE yy mm dd Time TIME hh mi TIME hh 00 23 mi 00 59 TIME hh mi TIME hh mi Display Color LCD PR G B ILCD P No0 10 RGB 0 7
263. 0 ANAR ANAR c hw 1 c hw n 2 A XA A 1 3 P c 4 1 Emvelope Threshold RMS 2 ndB Loss 3 SMSR 4 Spectrum Power Ac Ac num THz 4 1 hw hw nm THz 4 1 n n ndB Loss 1 AA 2 SMSR THz 4 1
264. 0 k 1 2 2 35 3 RMS rk r 1 30 k 1 2 2 35 3 dB k ko ANA RMS rk 3 6 10 15 20 25 30 k 1 2 2 35 3 ndB Loss ANANDBr r 1 50 INDB r r 1 50 re dB ANA NDBr r 1 30 Threshold ANATHRr r 1 50 THRr I 1 50 r dB ANA THRH 1 2 ANA THRQ 1 4 SMSR ANA SMSRs s 2NDPEAK LEFT RIGHT SMSR s s 2NDPEAK LEFT RIGHT IANA SMSRL Left IANA SMSRR Right Analysis Off ANA OFF IOFF ANA OFF OFF Analysis Result Envelope Threshold RMS 914c 4 Ac XXXX XXX 4 xxX XXX Ac A Ac X XXXX um A xx xx nm x Ac Ac un Ac XXXX XXX A XXX XXX n A c nm 2 nm n Ac Am Ac X XXXX Am A 4 xx xx nm ni Xx Ac 14 Al 4 XXX XXX 1 xx xx dB nm dB Ac 1 Ac X XXXX m 1 xx xx x Display Mode Normal DMD NRM NRM DMD NRM 3D DMD 3 m n mn 3 m n m 1 2 3 n 30 45 60 90 m n DMD 3 m n Normalize DMD NRMZ NRMZ DMD NRMZ Memory Select MSL s
265. 1 9 19 DBA Memory Data A A A DBA d d B 3 9 30 9 21 DCA Data Condition Memory A 9 20 DBB Memory Data B B B ee d d B 3 9 21 DCA Data Cond
266. A SEPARATOR gt 5 2 11 lt PROGRAM HEADER SEPARATOR gt 5 2 10 lt QUERY PROGRAM HEADER gt 5 2 9 lt PROGRAM DATA gt gt lt PROGRAM DATA gt XXX 5 1 lt QUERY PROGRAM HEADER gt lt PROGRAM HEADER SEPARATOR gt lt PROGRAM DATA SEPARATOR gt COMMAND MESSAGE UNIT gt QUERY MESSAGE UNIT gt 1 COMMAND PROGRAM HEADER gt lt QUERY PROGRAM HEADER gt
267. Bit ESB bit 5 DI06 Status Byte Register Output Queue 8 4 RQS 7 OR 0 SRO ON bit 6 DI07 RSO SRQ IEEE488 1 Message Available MAV bit 4 DI0S 8 2 STB 8 2 STB
268. C PRO GRAM DATA gt DECIMAL NUMERIC PROGRAM DATA gt 0 255 2 WRITE _ 108 SRE 16 bit4 bit 1 2 3 4 5 6 7 29 1 2 2 22 4 23 8 29 16 25 32 27 128 enabled bit bit disabled bit 0 disabled 0 enabled 128 27 disabled 0 enabled 32 25 2 disabled 0 enabled 16 24 disabled 0 enabled 8 23 disabled 0 enabled 4 22 disabled 0 enabled 2 2 disabled 0 enabled 1 2o 7 12 SRE SRE Service Request Enable Query SRE SRE16 SRE 16
269. E DDE 5001 Invalid In Plzn Null Pulse WDM ESE DDE PIzn Null Pulse WDM Invalid In This State ESE DDE Set Same W1 For A B ESE DDE A B Set Same Resolution For A B ESE DDE A B Set Same Points For A B ESE DDE A B Set Same Air Vac For A B ESE DDE A B Air Vac Option Error ESE DDE Invalid In TLS Tracking ESE DDE TLS Tracking A 4 Invalid in Frequency Marker ESE DDE A 4 300 499 FD FD Does Not Exist ESE DDE FD FD Format Brror ESE DDE FD Cant Find File ESE DDE FD FD Memory Full ESE DDE FD
270. EPARATOR 1 0 1 gt lt PROGRAM HEADER gt lt white space gt ld lt PROGRAM DATA gt lt 2 gt 1 LLV 10mW 4 PROGRAM MESSAGE TERMINATOR NL 0 1 9 ov NL EOI gt lt PROGRAM MESSAGE gt lt white SDaCe gt 5 0 lt gt lt PROGRAM HEADER gt lt PROGRAMHEADER SEPARATOR gt gt 2 RLV 1 LOG 10 RLV 20 10dB div 20 dBm 5 1 5 1 2 1
271. ER PROGRAM DATA gt lt DICIMAL NUMERIC PROGRAM DATA gt 5 3 2 lt SUFFIX PROGRAM DATA gt 5 3 3 lt NON DECIMAL NUMERIC PROGRAM DATA gt lt STRING PROGRAM DATA gt lt ARBITRARY BLOCK PROGRAM DATA gt lt EXPRESSION PROGRAM DATA gt 5 20 5 3 5 3 1 CHARACTER PROGRAM DATA gt CHARACTER PROGRAM DATA gt lt program mnemonic gt lt UDDer lower case alpha gt lt upper lower case alpha gt lt digit gt lt upper lower case alpha gt lt digit gt AZ
272. ESE 20 bit2 4 bit 1 2 3 4 5 6 7 29 1 2 1 22 4 23 8 24 16 25 32 25 64 27 128 enabled bit bit disabled bit 0 ESB Event Summary Bit ZN 22200085 disabled 0 enabled 128 27 disabled 0 enabled 64 2 Fr 8 disabled 0 enabled 32 25 amp disabled 0 enabled 16 2 Fr 8 disabled 0 enabled 8 23 amp disabled 0 enabled 4 2 Fr 8 disabled 0 enabled 2 21 Fr 8 disabled 0 enabled 1 2 amp 0 ESE ESE Standard Event Status Enable Quer
273. Erase TY ZMK ERS 9 70 10 10 1 10 2 102 KK 10 3 10 1 EMI 10 10 1 1 TFC 2 DCL 3 RST RS 232C 3 RWLS Remote With Lockout State
274. L Graph Clear 9 42 9 45 ITM Interval Time 9 44 HEAD Header BS HEAD HEAD s s s ON OFF s OFF 9 45 ITM Interval Time WS55 s s s 0 99 99 MIN SEC 0 s 99 s s 0 SEC 9 43 9 46 LCD Display Color a a LCD prrgb p p 0 Grid 1 Graph B 2 Graph A 3 LMkr 4 AMkr 5 Card 6 Card Shadow 7 ZONe 8 ZONe Chara 9 Window 1 0 Character r 9 b
275. MAL TRIGGER IEXT EXT TRIGGER Spectrum INSTMODE OSA Trace Marker A 1 MKWL A xx zoo Ed6mm dBm W A ODDO BIAUM 1 am IMKD 4 AAcxaxxww om Al xx xx B AI1 xxxxX 70B 7 F 1 F 2 MS9710B Wave length Marker MKA MKB A A XXXX XXXX MKA MKB A 4 m A A XXXX XXXX MKDREFF A MKDREFF A Level Marker MKC 1 MKD 1 1 MKC MKD 1 1 1 dbm W xx xxX dBm WA MKDREFA 1 MKDREFA Marker Off EMK MKOEF Peak Search PKS s s PEAK PKS NEXT LAST LEFT RIGHT m m PEAK ERR NEXT LAST LEFTRIGHT ERR MKPK HIP MKPK NL MKPK NR Dip Pit Search DPS s s DIP DPS NEXT LAST LEFT RIGHT m m DIP ERR NEXT LAST LEFTRIGHT ERR MKPK s Graph Clear GCL CLRDSP Memory Select
276. MMAND PROGRAM HEADER gt 5 14 5 2 9 QUERY PROGRAM HEADER gt 5 17 5 2 10 PROGRAM HEADER SEPARATOR gt 5 19 5 2 11 PROGRAM DATA SEPARATOR gt 5 19 5 3 5 20 5 3 1 CHARACTER PROGRAM DATA gt 5 21 5 3 2 DECIMAL NUMERIC PROGRAM DATA gt 5 22 2 5 3 3 SUFFIX PROGRAM DATA gt 5 26 5 3 4 NON DECIMAL NUMERIC PROGRAM DATA 5 29 5 3 5 STRING PROGRAM DATA gt 5 30 5 3 6 ARBITHARY BLOCK PROGRAM DATA gt 5 31 5 3 7 EXPRESSION PROGRAM DATA gt 5 35 5 10 dB div 20 dBm LOG 10 RLV 20
277. MS97 10B 5 MS97 10B M W1284AW 5 0 A N xy
278. OFF EOI EOI ON WRITE LTEF EOT LE END lt PROGRAM MESSAGE gt DIO byte1 byten CR LF EOI EOI CR CR LF CR LF 5 2 5 2 3 white space gt white space lt white space character gt white space character gt ASCI 00 09 OB 20 10 0 9 11 32
279. P AMP MSL AMP MSL s s s s PIN Pin POUT Pout s PIN AP AMP CAL Application Optical AMP Resolution Calibration Optical AME ESR2 bit 4 1 Optical AMP AP AMP CAL n AP AMP CAL AMP CALm n n n 0 1 m m 0 1 2 9 10 AP AMP PRM Application Op 9 4 AP Application tical AMP Parameter Optical AMP
280. R Power Monitor PWRR Power Monitor Result RCAL Resolution Calibration RCL FD File Recall RES Resolution RLV Reference Level Scale SAV FD File Save SMT Smooth SPC Spectrum SPN Span Wavelength SRT Repeat Sweep SSI Single Sweep SST Sweep Stop STA Start Wavelength STO Stop Wavelength TDL EXT trigger Delay Time TDSP Time amp Date Display On Of TER Title Erase TIME Time Set TLSA Measure Mode Adjust to TLS TLST Measure Mode TLS Tracking TMC TMKR Center TMK Trace Marker TRM Terminater TSL Trace Select IM Il VBW Video Band Width WCAL Wavelength Calibration WDP Vacuum Air Set WOFS Wavelength Offsetl WSS Setting Wavelength Start and Stop ZMK Zone Marker 9 1 9 ALIN Auto Alignment ESR2 bit 4 1 5 9 2 n m n m 0 1 3
281. RMINATED RESPONSE MESSAGE gt 6 4 6 2 2 lt RESPONSE MESSAGE TERMINATOR gt 6 5 6 2 3 RESPONSE MESSAGE gt LL 6 6 6 2 4 RESPONSE MESSAGE UNIT SEPARATOR 6 6 6 2 5 RESPONSE MESSAGE UNIT gt 6 7 6 2 6 RESPONSE HEADER SEPARATOR gt 6 7 6 2 7 RESPONSE DATA SEPARATOR gt 6 8 6 2 8 RESPONSE HEADER Ll 6 8 6 2 9 RESPONSE DATA gt ee 6 10 6 CNF SPF MS9710B CNE SPF ASCII lt TERMINATED RESPONSE MESSAGE gt
282. RO GRAM DATA gt p 5 20 34 expresion gt MS9710B expression gt 5 35 5 5 36 6 6 1 kk 6 3 6 2 6 4 6 2 1 TE
283. Reset IEEE488 2 3 5 RST 2 WRITE 3 1 4 8 OPC OCIS Operation Complete Command Idle State P 7 7 OPC
284. S qd 300 9 21 APR WDM Application Result WDM WDM Application APR n AL LL X2 L2 n 1 L1 S1 dl 12 L2 S2 d2 n Rn 1 SP1 RA 1 L1 RL1 2 SP2 R 2 L2 RL2 n 1 fl L1 S1 d1 SP1 SPf1 2 2 L2 S2 d2 SP2 SPf2 APR MPKC MPKC n APR WDM MPK m WDM MPK A L APR WDM SNR m WDM SNR A L S d APR WDM SNR GAV t APR WDM REL m WDM REL SP RX L RL APR WDM TBL mt1 WDM TBL f L S d SP SPf 7 APR WDM TBL m 10 m m No m 1 300 n n n 0 300 Ak A1 22 A3 Ak No k A xxxx xx nm 2 fk P1 f2 f3 fk No k f xxx xxxx THz 4 Lk L1 L2 L3 Lk
285. SPONSE MBSSAGE TERMINATOR gt gt 2 TERMINATED RESPONSE MESSAGE gt lt TERMINATED PROGRAM MESSAGE gt lt RESPONSE EE lt PROGRAM SE TERMINATOR gt NN _ CNF 123 SPF 1 lt NL gt 1 3 6 2 6 2 2 _ RESPONSE MESSAGE TERMINATOR gt RESPONSE MBSSAGE TERMINATOR gt lt RESPONSE MESSAGE TERMINATOR gt RESPONSE MESSAGE UNIT gt lt RESPONSE MESSAGE UNIT gt NLAEND LF END EOI 2 2 2 NL TERM IS CHRS 10 END EOI ON gt 10 LET ADR 101
286. Y BLOCK gt a b c S EM EL FM FL 1 2 3 4 1 8 127 126 23 5 34 1 2
287. ary Bit bt 5 disabled 0 enabled 128 27 disabled 0 enabled 64 2 disabled 0 enabled 32 25 disabled 0 enabled 16 2 disabled 0 enabled 8 23 amp disabled 0 enabled 4 22 Fr 8 disabled 0 enabled 2 2 Fr 8 disabled 0 enabled 1 20 0 7 6 IDN 2 Identification Query IDN 30 WRITE 108 IDN 40 READ 108 IDEN 0 MS9710B gt ANRITSU MS9710B 0 No
288. ition Memory Al A bY DCA 1 1 nm 2 A2 42 nm 2 n n 251 501 1001 2001 3001 9 31 9 22 DCB Data Condition Memory B B Ro 12 n 1 41 nm 2 A2 2 nm 2 n n 251 501 1001 2001 5001 9 23 DEL FD File Delete FD BESR2 bit 2 1 n DOS 8
289. ll Others Back Light Others Buzzer On Off 11 LabVIEW Light Output Off On On Off Peak to Center Peak to REF Level Trace Marker to Center Sweep Start Single Repeat SweepStop Anuto Measurement Start Printer Copy Feed Marker Wl Marker Marker Lvl Marker Marker Trace Marker Marker Delta Marker Marker Marker Erase
290. m ndb FWHM BWndb p Lp PKdens POW At 1st last PKcount G NF A sig Lase RES 1 DFB LD SMSR SMSR dB 2 999 99 BWndb BWndb ndB nm 3 1 Ap Ap nm 3 1 Lp Lp dBm 2 999 99 9 16 Asm L sm MOFS STBW CNTOFS 9 5 APR Application Result Asm nm 3
291. rface GPIB RS232C Speed bps 4800 2400 1200 600 Parity SOIT LE RR tk Gi None Odd Character Length 7Bit Stop Bt 2Bit 1 Speed 600 1200 2400 4800 9600 bps Parity None Even Odd Stop Bit 1 1 2 2 CharacterLeneth 7 7 8 8 2 2 6 3 MS9710B GPIB RS 232C 3 1 GPIB iki 3 2 3 2 RS 232C i 3 2 3 3 3 3 3 3 1 IEEE 488 2 3 5 3 3 2
292. space gt lt Suffix lt digit gt unit gt 1E3 Hz 1E3 k 1 kHz 5 26 SUEFFIX PROGRAM DATA gt E E 5 3 1 2 dB 5 1 EX PE T G MA NOTE K M NOTE U N P F A Hz 106 MHz megahertz OHM 106 MOHM megohm 5 2 1 V DBUV 1 W DBUW ImW DBMW 5 27 5 3
293. t 3 2 8 5 2 6 _ PROGRAM MESSAGE UNIT gt lt PROGRAM MESSAGE UNIT gt lt COMMAND MESSAGE UNIT gt 5 2 7 lt QUERY MESSAGE UNIT gt 5 2 7 PROGRAM MESSAGE UNIT gt COM MAND MESSAGE UNIT gt QUBERY MESSAGBE UNIT gt COMMAND MESSAGE UNIT gt QUERY MESSAGE UNIT gt 5 12 5 2 5 2 7 _ COMMAND MESSAGE UNIT gt lt QUERY MESSAGE UNIT gt 1 lt COMMAND MESSAGE UNIT gt lt PROGRAM DATA SEPARATOR gt 5 2 11 lt PROGRAM HEADER SEPARATOR gt 5 2 10 lt COMMAND PROGRAM HEADER gt 5 2 8 lt PROGRAM DATA gt gt lt PROGRAM DATA gt XXX 1 lt COMMAND PROGRAM HEADER gt lt PROGRAM HEADER SEPARATOR gt lt PROGRAM DATA SEPARATOR gt 2 lt QUERY MESSAGE UNIT gt lt PROGRAM DAT
294. t Xe ZMK WL Xc s ZMK WL WL Xe Xs Ac Ac nm 3 4c As As nm 3 A c s ZMK SPN Zone Marker Span ZMK SPN 9 69 ZMK ZOOM Zone Marker Zoom In Out ZMK ZOOM s ZMK ZOOM ZOOM s s s IN OUT s OUT ZMK ERS Zone Marker
295. te space gt 5 2 3 lt PROGRAM MESSAGE TERMINATOR gt lt PROGRAM MES SAGE UNIT gt NL ASCII 0A 10 10 8 ASCTII LE Line Feed NL New Line WRITE PROGRAM MESSAGE gt WRITE CR LF CR LF LF TERM IS CHR 10 END GPIB EOI TRUE LOW BOT 5 EOI EOI ON OFF EOI
296. tle Input ESE DDE Invalid In Others Input ESE DDE Others Invalid In Measurement ESE DDE Valid Only Im Power Monitor ESE DDE Valid Only Im Analysis ESE DDE Valid Only Im Normal Disp ESE DDE Valid Only Im 3D Disp ESE DDE 3D Imvalid In Normalize Disp ESE DDE Invalid Im 3D Disp ESE DDE 3D Invalid Im 3D Disp Type3 ESE DDE 3D 3 Invalid In Peak Dip Searching ESE DDE Imvalid In Overlap Disp ESE DDE Invalid In Max Hold Disp ESE DDE Invalid In Power Monitor ESE DDE Valid Only Im Log Scale ESE DDE Log Valid Only In Linear Scale ESE DDE Level Unit Error ESE EXE
297. xx xx dBm dB Applca tion Result Peak Count 3 3 MS9710B8 8 13 APR MPKC MPKC d d 0 50 d PMD APR At 1st Alast PK count At fs 2 O AMP APR G NF sig Lase RES NF xx xx dB WDM APR n 1 1 2 2 n x x Lx x n 0 n 1 L1 S1 dl 2 L2 S2 d2 dx LEFT RIGHT n x x Lx x Sx x SNR dx x Dip Left Right n 0 n Rn 1 SP1 R 1 L1 RL1 2 SP2 R 2 L2 RL2 n Rn No x x SPx x Spacing RA x x Lx x RLx x n 0 n 1 fl 1 S1 d1 SP1 SPf1 2 2 L2 S2 d2

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