取扱説明書
Contents
1. AT 2 7549 SWEEP VARIABLE 5DIY 100 RATIO LLE 807606 1 4T 2 SWEEP VARIABLE 5DIY 860 PHASE _2. TIME DIY COM7202A 10 1DIY 100 1 ms DIV 10us 100kHz 1DIVYV TIME DIV 1 2 5 100kHz 100kHz 2 5 40kHz
3. 81 8 X15 0 X40 0 cm 10kg 50 1 2 1 2 50Q 50 CRT 20kY COM7202A 90V 250 V AC 4 T
4. 24 RC02 COM 100 PS01 COM CH1 CH2 8CH 16 082206 E WH 1 mV DIV 5YV DIY 1 2 5 12 E 5mV DIV 5Y DIVY 2 15 35 C 1mVDIV 2mV DIY 4 1kHz 4 5D1V 1 2 5 DC 200MHz 3dB DC 50MHz
5. 3 3 3 4 A JJ 3 CH2 CH4 400V peak DC AC peak CH2 509 5 Vrms 7 AXIS 50Vpeak 2662096 4 4 1 4 1 4 2 POWER TRACE ROTATION tersect oee POCTA nieis B INT SCAL READ
6. 1 REPEAT INTERPORATION IPL YIBW TIME 2nd IPL AUTO NORM IPL TRIG POINT TIME DIY 10ns DIY 1DIV 20ns DIY 0 5DIY 50ns DIV 0 2DIY 99 606
7. Pro gt s 6 3 6 3 1 1 EK USUI DIGITAL OSCKLOSCOPE 7 2 0 2 A I tq va SP inf EO 4OOVpsek 4QOVaeok j OJVZDIV e OJVZDIV CAL Vp p10 5V 000 0 LOCAL SW 0 2nd FUNCTION KEY GP IB _ LLO
8. 8 VIEW TIME PAUSE YIBW TIME TIME 1 3 10 YIEY TIME 1 10 OF gt 1P gt 2 D KU E C 1 09 NORM VIEW TIME VIEW TIME MODE AUTO
9. 1DIV 4V HORIZ MODE A ALT Y CH3 CH4 4Y 4V RATIO 2 DYM CH 1 DM SW LED CH1 SW 20Hz 100kHz TRUE RMS COUPLING AC DC DC AC
10. COMMAND CURSOR DATA J CUR DAT J 12 34 B 3 J ENTER 154 le 04 7068606 6 DVM 2 4 DYN X GP IB DVM ON OFF Z DYM MODE COMMAND DVM MODE ACJ DVM MOD DVM COMMAND DVM DATA J DVM DAT J 12 34 E 3 ON OEE COMMAND COUNTER COU ON COMMAND COUNTER DATA J COU DAT J 12 84 E 6
11. RAM ERR CHR ERR SEQ RAM ERR LED RAM ERR ROM CHECK SUM ERR 168 I 06 V689606 8 1 DC POSITION HP GL O
12. ETa PAUSE O SAVE O 7 Cg CU6 GP IB VERT 1 4 1 4 1 2 3 4 OFE 2
13. ypeEgel06 159 2 8 10 ABORT 7 20 REMOTE 7 30 ASSIGN Com TO 702 40 INPUT STEP No Stepno 50 IF Stepno lt 0 OR Stepno gt 99 THEN 40 60 Command amp YAL Stepno 70 OUTPUT Com Command 80 GOTGO 40 00 END 10 20 REN true 30 40 50 60 70 80 40 9 5809 I SRQ
14. A A B B B HORIZ MODBE ALT B B TRIG Y MODE VERT Y MODE LED VERT QT CHOP AUTO LEVEL YERT LED CH 1 CH1 CH2 CH2 CH3 CH3 CH4 CH4 LINE A A TRIG LED
15. RESPONSE 5 10 2 5 6 PAUSE TIME DIV SW
16. O TRIG AUTO PAUSE TRIG NORM VIEW TIME ON SINGLE 5 0 1s DIY ALT AFG 06 O MODE ROLL MODE AUTO VIEW TIME VIEY TIME TRIG POINT ON VIEW TIME SINGL
17. VARIABLE FOCUS TRACE ROTATION ASCII ASCII c65e06 o Gss INTEN POCUS TRACE ROTATIONW RC02 COM i Phi a PS01 COM RC02 COM wakaq COPY WR START END PROB No CONT RC02 COM VR RESET START DEC 1 1 CH1 CH2 CH3 CH4 REEF DLY
18. SAVE 100 PAUSE PAUSE 5 1 9 PAUSE 4 H GP IB RMT LED _ 2 FUNCTION KEY HORIZ MODE Y Y COUPLING O O O GND 10 1 DYVM SW 027206 SUB CURSOR SW
19. 1 us DIV 0 1us DIY 10 1 us DIV 0 1us DIV 10 ALT VERT MODE ALT 1 1 2 VERT MODE CH1 ADD CH2 CH3 CH4 HORIZ MODE ALT B TIME DIY
20. SO EO 927500 6 4 COM7202A 1 COM7202A oCH 1 AC CH1 ON u OFF CH1 AC DC GND mg SPACE a COUPLING SPACE 2 CHANNELI COUPLING AC T GLES CHI COU AC oCH2 ON INY CH2 oy CH2 INV OF 917696 2 COM7202A oCH 1 CH1 ON OFF 500 4 1MQ
21. 40 SRQO 60 SRQ 2 3 10 20 30 40 90 60 70 Vq69606 ABORT 7 REMOTE 7 ASSIGN Com TO 702 ON INTR 7 GOTO Srq_rou ENABLE INTR 7 2 INPUT COMMAND Command OUTPUT Command 150 I 0 9 9 06 80 WAIT 5 90 ENTER Con Dat 100 PRINT Dat 110 GOTO 60 120 180 Srq_rou 140 DISABLE INTR 7 150 gt Stb SPOLL 160 WAIT 5 170 CLEAR Com 180 PRINT SRQ GP IB ERROR 190 ENABLE INTR 7 2 200 GOTO 60 210 END _ 10 2 2 90 i 30 10 SRA VRELA Z OTe 50 SRQ 60 2 2 70 80 SRQ SRQ 90 2 2 4 100 110 120 130 SRQ 140 580
22. 4 IC IC
23. CH1 C CH1 CH1 ON 17 ON OFF 1Y DIY AC POSITION COUPLING DVM DYM ESAR CUR 69F606 ET EL 4T ON TIME o 1 12 34 E 6 ON OFF MODE REF DELTA 12
24. ADD ADD PAUSE REF SAVE REF CH1 CH2 0 PAUSE 12 MULT MULT ADD CH1 CH2 MULT X MULT ADD PIG
25. WAVE IN WAVE OUT 4 1 3 1 4 10 SRQ OFF 20 ISET IFC ISET REN 30 CMD DELIM 0 40 ON SRQ GOSUB SRQSUB 50 ON 60 INPUT COMMAND COMMAND 10 PRINT 2 COMMAND 188 I y M VFISG0O6 80 I 0 TO 300 90 IF RIGHT COMMAND 1 lt gt THEN 60 100 INPUT 2 DAT 110 PRINT TAB 9 DAT 120 GOTO 60 130 140 SRQSUB 150 SRQ OFF 160 POLL 2 STB 170 FOR I 0 TO 300 NEXT I 180 WBYTE amp Hl4 190 PRINT SRQ GP IB ERROR 200 SRQ ON 210 RETURN 60 10 1 8 90 40 40 z 50 60 10 80 90 60 100 7 120 4 180 140 SRQ 150 1 3 160 170 180 19
26. ENY O YIEW TIME 0 5us DIY 10ns DIY IPL RPT ADD O MULT HORIZ A HP GL Z ALT O HP GL 2 RC02 COM STEP 100 1 COM72024 14 COM72024 B 7202 GP IB STEP COPY X
27. ASCII COM7202A GP IB 4 y e e2 K wm TT 225 A Wa G O L N CHANNELI 1 ON 15 20 MA
28. CH 1 X Y X CH2 Y Y CH3 X Y Y EDAH CH4 Y D BNC 866606 AC DC GND 500 CHI amp CH2 so COUPLING j gt lpel 99 DC AC j DC aC sys O GND 50Q
29. 1 85 e9 606 1 8 3 5 16 0101 108 NDAC NRFD DAY 3 ATN EOI IPC SRQ REN 5 DI08 D101 ATA EO IFC SRQ REN ji Ji __ G SS NRFD A B C Ne 88 SRELA 6 2 GP IB 6 2 1 ANSI IEEE 488 1978 6 2 2 SH AH
30. SWEEP VARIABLE 5 DIVY 360 PHASE SUB CURSOR SW ALT DLY 4T 1 4T H T LED A 1 B LED ALT A B DLY 4T 1 4T ALT SUB CURSOR SW CURSOR SW D 19 79 n 2 19 7 n 2 3 _ MECLED RUREADOUT DL Y O 1 AV ALL OFF A B A 1 TV LN
31. COMMAND 9 RETURN 1 1 10 ISET IFC ISET REN 20 CMD DELIM 0 30 INPUT COMMAND COMMAND 40 PRINT 2 COMMAND 50 FOR 1 0 TO 300 NEXT I 60 WBYTE amp Hl4 70 GOTO 30 10 REN true 20 CR LF 30 40 50 134 IE O 018 606 60 70 GPIB ERR SRQ RUN
32. OFF ON o IEEE 488 1978 89F606 8 DYM GP IB CH1 AC CH1 COU AC CH1 AC STEP 1 1 KEE L ORT CH1 COU AC
33. S N n n 1 ENV SINGLE IPL AVG 2 2 256 AD 8 8 1 2 297206 lt
34. 2 5 10 10 200MHz 3dB 897696 TIME DIY SAMPLING ACQUISITION ENYELOP AYERAGH VIEX TIME TRIG MODE SYEEP RANGE ROLL NORY ENYoo ENV 1 TRIG NORM AUTO SINGL D AIE b AS V GA A SETE GAS AS GAAN TT Cu KASN Yu aJ
35. 187504 PAUSE PAUSB 5 8 6 0785606 165 amp 0 YTPSZO06 8 7 REFE 1
36. F F U Ea gt F TV DVM 1 69 69 81 83 88 88 88 8 4 TY LE 0 V9 6606 T 6 5 6 6 6 1 gt SR 1 At PA NEC PC 9801 HP 9826 7 VE _ TE as 182 184 184 148 16 2 162 162 164 164 164 164 165 165 165 166 6606 Lek 1 2 1 2 8 4 COM70004 Communicate
37. 50Hz TV NORM MODE 1 READY LED READY LED Y A B X Y ALT CH Xh CH2 CH3 CH4 Y Y Y VERT MODE Y CH2 4 CH1 CH2 Y A B A B
38. COM7202A SIRT E LIe COM72024 DC 200MHz 1 ns DI Y 100MS S 2 GP IB 4 4 200WHz 1 gt 4
39. TRIG POINT 5 1 2k 20DIY TRIG LED O TRIG POINT NORM YIEW TIME YIEW TIME 5 1
40. 21 4 4 22 GP IB GP IB CRT HP GL GIB GP IB 202 23 100
41. U 1 8 10 NN 5 Y LILJLJm S S HH 4095 6 0000 4095 7 avc 000 000 66Y 06 8 ENY 1 co 9 PPD PAUSE 10 RPT IPL 4 5 30 5 1 1 POWER ON LED
42. V V SW DC CH1 DC COUPLING DC AC DC V SW p p CH1 20Hz 100MHz V P CH1 VERT MODE CH1 Y DVM SW CH1 MODE D DV
43. DEG 1 4T CH1 CH1 POSITION 1 5DIY SWEEP VARIABLE CH2 CH 1 CH2 YOLTS DIY VARIABLE POSITION 2 1 CH 1 1 CH2 2 IZE TRIG SOURCE V MODE CH1 CH2 4 19
44. PEN TTL SYNC PEN OUT A 0 1VY PEN 0 1 V X PEN 0 5V AC IEEE 488 1978 GP IB MTA TALK ONLY TON KAKAS REMOTE PROBE POWER 6 7 oo eer RC02
45. A TIME DIY 67606 O 1DIV 4T HORIZ MODE A ALT B k Z AT WEL D ET 4 16 2 4T To 4T
46. SIN LED 1 2 5 SIN LED PULSE PULSE 1 10 ENY ENV1 ENVoo 2 1 2
47. 12 ROLL IPL X Y ENY 1 3 10 OFEF 4 VIRY TIME 1 1 3 10 AUTO 4 PAUSE SAVE O MODE
48. 2 6 100 OUTPUT Com MOD STO 110 OUTPUT Com REFi ON 120 OUTPUT Com PAU ON 130 OUTPUT Com WAV COD BIN 140 OUTPUT Com WAV IN 150 OUTPUT Com USING B Wavdat END 160 END 100 110 1 ON 120 ON 130 140 1 150 Wavdat WAVE START WAVE BEND 8 0 99 100 D
49. 5 1 TRIG LED O SINGLE READYLED 5 PAUSE WINDOW TIME DIV 1 100
50. 1 10 Px10 4 8 INTBN 1 GND 2nd 6 4 9 2 4 5 3 CH1 MODE 6 CH 2 CH1 CH2 LED 2 2 A _ YERT MODE ALT CHOP LED
51. n gt WH XNH Ne E vu agr 5 gt S 33 7 4 x 3 S 39365 o O mO WHE Nu Su CN INNM I2NE YERT NODE CHOP CHL CH2 ROLL NODE CHOP Y MODE X CH2 Y X Y AVG ENY 697606 5 3 4T 1 4T 4V HORIZ MODE A 4T 1 4T 4V ALT B CRAT10 CRATIO PHASE JM 5 4 DVM DYM
52. 1 4 1 6jiL606 PAUSE PAUSE LOCAL SW 2 nd FUNCTION KEY 2 1 2 8 4 2 VERT MODE ADD MULT 1 5 3 VERT 8 4 ON YERT MODE VERT HODE
53. 2 2 SeTe06 2 A TIME DIY 1DIY 1 4T HORIZ MODE A ALT B
54. 0 5s DIV 1L0ns DIY B B TRIG 5 5 CHOP A TIME DIV 0 1s DIY A X A TIME DIY 1s DIY A 9 06 8 COM72024 100Msample see 0 5nus DIY
55. 18 5 O 2 9 10 ABORT7 20 REMOTE 7 30 ASSINGN Com TO 702 40 ON INTR 7 GOTO 50 OUTPUT Com MOD STO 60 OUTPUT Com PAU OFF 70 OUTPUT Com ATR MOD SIN Waese06 160 I8 Oh 9868606 80 90 100 110 120 180 140 150 160 170 10 20 80 40 50 60 10 80 90 100 110 120 180 140 150 160 ENABLE INTR 7 2 GOTO 90 DISABLE INTR 7 Stb SPOLL Conm PRINT ACQUISITION END 1 WAIT 1 GOTO 70 END REN true SR9 SRQ 580 580 SRQ 70 0 68606 7
56. A 1 ms DIV B 10us 4 T 7 999ms DISPLAY A ALT GND 8DIY A4 RV29 _ 8 5 COMP START 170 979606 16 SWEEP LENGTH 1 ms DIY 11 2 A 4 RY27 A SWBEP RY28 SWEEP SWEEP SWEEP 2 ms DIV 17 X10 MAG GAIN 1 ms DIYV X10 MAG 0 1ms 1 9 A 4 RV84 18 5ns 2ns 1 ns COMPEN 50ns 20ns 10ns DIY X10 MAG 5ns 2ns 1ns DIY 50MHz 100MHz 200MHz A5 RY8 CY5 18 COMPBN 1 mV COMPEN 10kHz
57. T V 2 0 2 0 20 20 20 21 2 1 3 6 45 4 7 47 4 8 5 4 5 5 5 6 5 6 5 7 5 7 5 7 5 8 5 8 6 0 6 0 6 1 6 1 6 3 68 65 67 5 gt zr 1 4T 4V DYM DIGITAL 1 0 OFFSET ADJ 6 GP IB 6 1 W 6 2 GP IB 6 2 2 6 3 EHE Gega f 1 2 3 6 3 2 1 2 3 4 5 6 3 3 04 Le m s bs ee 6 4 G gt O gt G gt P P P P P gt gt P gt 1 OH N 8 8606
58. 0 99 100 144 7 10 ISET IPC 20 CMD DELIM 0 30 STEPNO 0 40 IRESET RBN 50 PRINT STEP No STEPNO 60 INPUT PANEL SET amp HIT RETURN A CO TRENO ART 80 ISET REN 90 PRINT 2 COMMANDS 100 IF STEPNO lt 99 THEN STEPNO STEPNO 1 110 FOR I 0 0 1000 NEXT I 120 GOTO40 GE 10 REN true 20 CR LF 30 40 50 60 RETURN 70 80 REN true 90 100 1 110 120 40
59. 297606 5 CR CRE Carriage Return CR LF LF Line Feed CR LF EOI EOI End or Identify BOI 8 i EOI GP IB EO CR LF B01 CRELF E s EOL ONLY EOI lt gt o CR LF OLF o EOI GP IB o ON 1
60. F DIGITAL 1 0 1 6 06 4 3 4 CHI QUT BD Z AXIS INPUT 6 B GATE SYNC OUT SWEEP PEN X OUT PEN Y FUSE 3218 CH 1 50mV DIY 50 25mV DIY 3Yp p B TTL A TTL
61. PEN OUT PEN OUT GP IB LOCAL 2nd PAUSE DIGITAL 1 0 OFFSET ADJ COM7202A 1 0 GP IB GP IB GP IB HP GL 2nd SW O O
62. WINDOW WINDOW TLIL Ims TRIG POINT ROLL 1 4095 4k CRT CURSOR SW HORIZ NODE A ALT B SUB CURSOR SW DVM SW DYM CURSOR SW HORIZ MODE A AT 1 4T 4V OFF 4 6
63. B A B TIME DIV A 3 B TRIG A B ALT B HORIZ MODE TRIG B B B B A B AUTO LEVEL TRIG SLOPE TRIG LEYEL HORIZ MODE
64. 1 SYEEP VARIABLE 5DIY 100 VARIABLE 2 BDY 4 17 CRT 1 4T 3 1 1 4T ALT BR HORIZ MODE A CURSOR SW D 1 4T LED 2
65. AEZ amp Le e O yv 7 ALT B 2 TRIG 1 ALT B HORIZ MODE A ALT A 1 B 53068 ij BiN EN TIME DIV A B A CURSOR SW DLY O ALME
66. T V TV NTSC PAL TV TV CPLG TV H TV T YY A CPLG TV Y TV CH 1 CH2 CPLG TV H TY Y 2nd SY TV LN SW CH1 CH2 TV ON Z S OFF
67. 1 DIY 2 1 4T 2 BATIO PHASE 4V 2 UNCAL
68. AV 2 VERT CH2 CH2 CH1 X VARIABLE UNCAL 5DIV 100 CRATIO SUB CURSOR SY A 4T 1 4T 4V HO LED HO TVY LED 4T 1 4T 4V CURSOR OFF RI RRT ARECLED RUREADOUT k aybu wkik 075 1 TV LN TV LN TV LN
69. 7 2 2nd 2 R OM 8 1 0 Vee9606 SYS DATA INTEN 2 7 1 5 CPU L TH II LTH TETTH
70. 2 HORIZ MODE ALT B TRIG 3 CURSOR SW AT 2 A 2 B 4 7 A 4 2 2 5 A B B B HORIZ MODE B B B 10 MAG 6 2 4 7 B
71. 580 50 40 50 1 1 CH1 COMMAND CHANNEL1 COUPLING COU COMMAND MODE STORAGEJ MOD STOJ PAUSE COMMAND PAUSE PAU ONJ SAVE COMMAND SAYE CHANNBLI REFERENCELJ SAV REF1J WAVE IN WAVE OUT 185 IE 06 YTISZO0G6 3
72. COOPLING7 c00 AC DC GROUND AC FIFTY DC FIFTY r Car meg C COU COM72024 PC 9801 INPUT 02 A As HP 9826 ENTER 102 A PC 9801 10 PRINT 2 COU 20 INPUT 2 A HP 9826 10 OUTPUT 702 CH1 COU 20 ENTER 702 A 30 DC a 227606 oCH 1 POSITION 128 127 POS ON OFF VOLT CPOSITION COUPLING ON 5 0 ON OFF VOLT COUPLING POSITION 101 SL606 6 4 1 ETD C INTEN _ s 102 6278206 INITIAL
73. 1 WAVDAT 8 04 VI89G06 156 18 04 Veege06 2 5 2 10 INTEGER WAYDAT 4095 20 QUTPUT Con MOD STO 30 OUTPUT Com PAU ON 40 OUTPUT Com WAV STA DIS 50 OUTPUT Com WAV END DIS 60 OUTPUT Com WAV COD 70 OUTPUT Com AV OUT CH1 80 ENTER Com USING W WAVDAT 90 END 10 20 30 ON 40 50 60 70 CH1 80 1 WAVDAT L 675 04 7668606 9826 2 5 Wavdat
74. 4 8 1 166 IE 06 Ve 98606 D I 12 139 1437 38 42Y 11 90 12 10Y 48 5 0 11 90 12 10 2050 2150Y 2100Y A 6 gt HC4094 7 HC158 8 2 g l US4 81 TC4994 Hc4g94 9 U51 gO G HC158 0194 0103 RILE HC4g94 B g ge 8 2 A4 167 I y 0 Ver9206 8 Vref 8017 A4
75. AT 1 AT AV 907306 2 HORIZ MODE ALT CURSOR SW READ OUT Fomo ate 1 DLY 7 SVT GD DLY 4T 1 4T 4T 1 4T _ 2 hy Ayre B A DLY B SWEEP VARIABLE DIY
76. X TRIG MODE AUTO NORM TV LN AUTO 2 NTSC 525 PAL 625 NTSC 4 1 8 2 4 PAL 8 1 8 5 7 2 4 6 8 TY Y CPLG TY V TV SpreiUb 5 5 1 COM7202A STORAGE MODE 6
77. XZ SL JZ S AZ SL 12 SL L66606 gt P P P P P P E P P P S P E E F 2 To 4 lt oo N 1 12 18 14 15 16 117 18 19 20 21 022909 COM7202A 58755 2 ADD Y 3 4
78. 7 2 BACK UP DATA BROKEN TRE RE 8 2 2nd O md 8 3 2nd DVMSW 1 2 CH1 CH2 DC DVM DC SWEEP B SWEEP
79. LOCK OUT LED INTEN GP 1B TRACE ROTATION FOCUS SCAL READ OUT GP IB ON OFF READ OUT GP IB 1 eee H INTEN POSITION A B LEVEL A B SEPARATION EOL SRO WAVE CODE START BID BINARY DISPLAY DISPLAY 662 99F6096 HORIZ MODE 2nd PLT 1 PLT 2 PLOT OU
80. TV LN TV LN 697506 3 HORIZ MODE BB CURSOR SW k 2 1 4T 4T 1 4T O BE3DPEATA READ OUT B a bh B a DLY E SWEEP VARIABLE DIY 4T 2
81. 10 1 1 AI POSITION CH3 POSITION POS 127 1 POS ON OFF VOLT COUPLING 1 POSITION PROBE CPRO CHANNEL3 CH3 106 e 8 06 CHANNBL4 CH4 OFF COUPLING VOLT PROBE POSITION CHANNEL4 CH4 BAND BAN CH3 ADD ON OFF ON MULT ON w 2 OFF ON OFF BYWL OFF BWL FULL LIMIT CHOP ON 2 OFF ALT ON OFF ADD MULT ON 82808 HOTIZONTAL gt SP 6 4 3 Tn 8 P O SP Fy gt REFBRENCE j gt 128 7 ea 0 DA 108 8 e06 f HORIZONTAL A ALTERNATE ALT ALT B B XY Z XY MODE A
82. 2 READ OUT READ OUT FOCUS 3 057296 INTEN SCALE VERT MODE POSITION YOLTS DIY VAR COUPLING TIME DIY VAR SWEEP MODE TRIG SOURCE TRIG CPLG A B TRIG LEVEL AUTO SLOPE TRIG LEVEL CURSOR SW SUB CURSOR SW DYM SY POSITION STORAGE MODE B D D 9 CHI OFF 10mV DIV CRT CAL D GND AC or DC 0 5 ms DIY CAL D AUTO V NODE CH1 AC A AUTO HO QPP OFF REAL 167606 4 SW ON 1
83. 5 2 CH1 CH2 2 CH2 OFF L CH1 2 697606 REF MEMORY 2 VERT 1 MODE 1 l 2 3 4 WEW 1 2 3 4 5 2 REF MEMORY VERT MODE 11 ADD CH1 CH2 CH1 CH2 LAm rus oi ADD 1div 1 Odiv 1 X CH2 INV ON CH2 lt ADD
84. X Y Y A D _WINDOW PAUSE WINDOW TRIG POINT 4k 4k 512 X Y REF SME X Y cd 606 14 WINDOW TRIG POINT 2k A 4k A BB ALT
85. 0 30 ADRS 16 4 1 16 8 4 2 1 ADRS ON OFF 0 19 19 16 2 1 16 2 1 ON lt gt 2 ADRS ON 3 T L ON lt gt GP IB U Z 7 ZU ADRS ON 8 T L OFF lt gt
86. CAL 4 6 CH2 66 606 X10 4 7 R 44 6 4 7 4V 10 1 4V INTEN O EEAS BEAM FIND O O 9 GND
87. 9 SR SRQ 1 9 10 SRO OFF 20 ISET IFC ISET REN 30 CMD DELIM 0 40 ON SRQ GOSUB ACQEND 50 PRINT 2 MOD STO 60 PRINT 2 PAU OPP 70 PRINT 2 MOD SIN 80 SRQ ON 90 GOTO 90 100 146 Je Ol Vee 9606 110 120 180 140 _ 150 20 80 40 50 60 10 80 90 100 110 120 130 140 150 ACQEND SRQ OFF POLL 2 STB PRINT ACQUISITION END RETURN 70 SRQ SRQ CR LF SRQ
88. CRT 2 2 8 6696 5 6 7 8 9 10 11 12 18 14 15 16 CH1 DC AC P PREE 3 1 2
89. TALAL DLY X DLY LED SUB CURSOR SW DLY HO LED HO LED LED A B A 4DIV SUB CURSOR SW LBED DLY 2 B HORIZ MODE ALT B B
90. 110 REN true 120 CR LF 130 140 ON 150 160 170 180 CH1 190 200 210 1 WAVDAT 220 142 LE 004 VeT9d606 1 5 2 100 DIM WAVDAT 4095 110 ISET IFC ISET REN 120 CMD DELIN 0 130 PRINT 2 MOD STO 140 PRINT 2 PAU ON 150 PRINT 2 WAY STA DIS 160 PRINT 2 WAY END DIS 170 PRINT 2 WAY COD 180 PRINT 2 WAY OUT CHI 190 WBYTE 64 92 32 0 200 FOR LOOP 0
91. lt j gt 6 606 6 3 3 1 1 SRQ ON SRQ SRO 606 2 I a a UU 1 1
92. 1 COM7202A GP IB 2 COM7202A GP IB 1 gt GP IB 0 80 GP IB 2 gt 2nd READOUT DISPLAY 1 0 OFFSET ADJ 84 DIGITAL 1 0 OFFSET ADJ a LES Ohe 7809606 3
93. COM7202A PEN Y OUT PEN X OUT W SYNC OUT Y Y INPUT X INPUT PEN UP DOWN X Y OUT DIY 100nV SYNC OUT TTL 097606 PAUSE 2nd FUNCTION KEY HORIZ MODE Y SYNC OUT DOWN Y Y X X Y SYNC OUT UP PBN OUT PAUSE
94. 07206 CPLG A TY A A B B B HORIZ MODEG8 ALT B B TRIG FH B Pa LED AC LF REJ 50kHz HF REJ 50kHz DC TV H TV T V A TV V TV H A TV TV LN TV
95. 8 CPL TV LN SW CAL Vp p see D CAL Vp p O 5V Oe CPLG TLN 2nd O ON OPF D 1 kHz 0 1 0 5Yp p 2 2 kG 0 c IL606 4 2 BINT SCAL O READOUT SCAL G O OUT CH3 INPUT CHA INPUT POSITION 69676900 VERT MODE 99 VERT MODE sm mp ic Ga cr READ OUT B INT
96. PAL NTSC TV 1 1 4 AVG ENY Y 286206 10ns DIV 0 5s DIY 4 0 50 10 00 o A REF 4 Wa B 88 BH 4 6DIY 3 0 05DIY X10MAG CH2 CH2 CH3 CH2 CH1 w AT SWEEP VARIABLE UNCAL BERRE O E4 WAE ____ 3 0 05010 5DIY 360DEG 4 REF 4 1 4T
97. 9 PAUSE PAUSE PAUSE PAUSE PAUSE PAUSE TIMB DIY 6 100 ISF696 PAUSE RESPONSE D REF MEMORY SAYE CURSOR SW A Y POSITION 609090 H POSITION A TIME DIY VERT MODE ADD MULT DOT YECTO CH2 INY D PEN OUT PLOT OUT LOCAL SW REAL STRG SW Z 5 gt gt BB 10 MEMORY SAVE COM7202A 4
98. SRQ SRQ SRQ SRQ 70 141 Oh VeGede06 6 6 2 9826 1 9826 GP IB NC 3E2EE2 prno aa 9826 CR LF 58 2 om cR 6 4 1 Li u I ADRS 2 Fo COMMAND ENTER 7 2 1 10 ABORT 7 20 REMOTE 7 30 ASSIGN Con TO 702 40 INPUT COMMAND Command 50 OUTPUT Com
99. 1 4TT SW TRIG SOURCE SW TRIG SOURCE 2 V MODE TRIG LED D DVM DVM 6 6 606 4 18 2
100. COMMAND CHANNEL1 COUPLING COU COMMAND MODE STORAGE J MOD STOJ PAUSE COMMAND PAUSB ONAJ PAU ONS COMMAND SAVE CHANNEL1 RBFBRBNCE1 J CH1 RBF1J WAVE IN WAVE OUT 149 3 A 2 8 10 20 80 40 50 60 70 80 ABORT 7 REMOTE 7 ASSIGN Com TO 702 INPUT COMMAND Command OUTPUT Com Command ENTER ComiDat PRINT Dat GOTO 40 90 END 10 20 30 40 60 70 280 I 06 50 REN true
101. 1 6 210 220 280 240 250 260 270 280 290 300 0210 220 230 240 250 260 PRINT 2 MOD STO PRINT 2 RBF1 ON PRINT 2 PAU ON PRINT 2 WAV COD BIN PRINT 2 WAV IN REFI WBYTE 64 0 32 2 FOR LOOP 0 TO 1022 WAYDAT LOOP NEXT LOOP WAVDAT 1023 1 ON ON 1 1 WAVDAT 1 9280 EOI WAVE STAR BND 8 270 gt 280 290 300 co C D 2 gt
102. 1 121 0 99 JE SE 0 Ve9806 6 4 9 PROBE PRO PROBE PRO 5 BB A J BS 30995 1 rp RESPONSE 15 3S 105 REFERENCE1 sp 2 VIEN REFERENCE2 REFERENCES REFERENCE4 PAUSE sp OFF _ aa WINDOW AVERAGE REPEAT DOT 966706 187905 667 06 MODE MOD MODE 0D RESPONSE RES RESPONSE RES REFERENCE1 REF1 REFERENCE1 REF1 REFERENCE2 REF2 REFERENCE2 REF2 REFERENCB3 REF3 REFERENCES REF3 _ REFERENCE4 REF4 REFERENCE4 REF4 PAU PAUSE REAL REA STORAGE 70 REAL STORAGE
103. ADD MLT CH1 CH2 POSITION O 4 11 XY HORIZ MODE Y Y LED CH1 X Y TRIGGER LED TRIG NORM SINGL DYM SOURCE CPLG LEYEL AUTO SLOPE LEVEL D LED CH1 CH2 CH1 CH2 2 VSSTG0OG Y CH1 X CH2 Y Y YERT CH2 CH3 CH4 Y 3 Y CHOP
104. 1 9 A5 RY7 7 X Y GMN POSITION 4V 8 DIV A 4 RV21 POSITION A 4 RV22 4T 10DIY A 4 RV83 POSITION A4 RV82 8 ADD BAL CH 1 CH2 ADD RV22 9 TRIG LEYEL CENTER 50kHz TRIG AUTO A4 RV25 TRIG RV26 B TRIG 8 4 TRIG LEVEL CENTER 10 TRIG DC OFFSET k 50kHz TBIG LEVEL TRIG COUPLING DC TRIG DC OPPSBT CH o A4 RY6 CH2 N8 Z RY10 CH4 oo 18 169 LE
105. 6 0 lt gt vo0ese06 145 I S O Te9 06 1 8 10 ISET IFC ISET REN 20 CMD DELIM 0 30 INPUT STEP No STEPNO 40 IF STEPNO 0 OR STEPNO gt 99 TEHN 30 50 COMMAND 5 STR STEPNO 60 PRINT 2 COMMAND 70 GOTO 30 10 REN true 20 CR LF 80 40 50 60 70 30
106. SWEEP VARIABLE A 5DIV 360 PHASB SUB CURSOR SW B DLY 4T 1 4T DLY B pLY 4T 1 4T B j SUB CURSOR SW CURSOR SW 6D 19 F79 2y n 2 2 9 79 2y np 2 69 RUREADOUT 3 amp AT ZEE Bb ZEEE Bb ALL OFF A B AB
107. ee VERT MODE E 55 E3ES IE TIME DIYV TIMEZDIV PULLB 2000 er et CH 1 POSITION Y Fo CH2 POSITION INV CH2 CH1 ADD MULT CH2 CH3 CH4 LED LED ADD CH2 9 ALT CHOP 2 ALT 1 MHz CHOP 20MHz BW 20MHz
108. 200 1 106 sample sec 4 WINDOW WINDON
109. 7 1 CPU 2nd SUB CURSOR SW COUPLING AC VERT MODE CH2 ALT BW ON CH2 YOLT DIY 0 5V DIY TIME DIY 10S DIY _ HORIZ MODE A SWEEP MODE AUTO TRIG SOURCE Y MODE TRIG LEVEL AUTO TRIG CPLG AC TRIG SLOPE CURSOR AT 5005 MODE REAL
110. A B A B HORIZ MODE 692 A A A B A A TIME DIY 2 5 PEEL CSR A TIME DIV 0076068 MODE MODE lr r E i ERE READ 2 m O 4 HORIZ MODE AUTO NORM SINGL _ 50Hz
111. VERT O Y LED Y HORIZ MODE A ALT B 4 12 3 4 4 8 2 VERT CH1 CH 2 CH3 CH4 LED 4 4 ADD CH1 CH2 ADD 4 5 VERT MODE 4 5 YERT MODE ALT LEVEL AUTO OFF SOURCE V WODE 4 13 CRT
112. saf ANA HO N 2 7 509 BYL ADD Nd 2 CH3 10 1 2 CH4 10 1 1 CHI 2 CH2 10 1 1 CH4 1 CH2 1 CH3 CH2 509 4 3 727272 _ CH 1 gt P h CH1 4 BEZE UNCAL gt CHL 2 lt lt 10 1 PX10 saa tme 867606 hse p lt pas p 20 v 8 CH4 LLILI IMHz CH 1 4 4 TRIG SOURCE NO TRIG 4 DVM CH 1 LL In V CH 1 pp P AC RMS DC DC AC RMS AC s V 5 A B A gt ms A A UNCAL gt B CAL ALT B 6 BERK gt CAL s ns UNCAL
113. 509 1 MO LED 1MQ AC DC GND 5 OO CH8 CH4 COUPHNG AC DC DC 5 GND 65 0 1V DIYV 0 5V DIV LED 0 1V DIY VOLTS DIV CH1 CH2 1mY DIVY 5V DIYV 12 CRT VOETS7DIV 2 DY DD VARIABLE ee ODO CL CH2 x YOLTS DIY 1 2 5 YOLTS DIY 6666606 POSITION VERT
114. C 606 5 SRQ SRQ R2 SRU 580 1 SRO ON SRQ OPP 580 o 1 o 1 NG ER ON 0
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116. ON TV TY LN TVY TOLD SW CPLG TYH READOUT HO NO TYV LN SW NTSC gt PAL gt HO NTSC NTSC gt PAL NTSC NTSC PAL O NTSC 1 525 PAL 1 625 NTSC 525 NTSC 525 4k
117. CH3 CH4 5 DIV 4 15 ALT B 2 CURSOR SW 6 4T 2 HORIZ MODE A CURSOR SW D 4T LED 2 A 2 2 9 0 2
118. MODE 6 REAL 5 5 l 5 6 COM72024 B HORIZ MODE 692 ALT B A ALT WINDOW LED PAUSE WINDOW A TRIG POINT T D I HORIZ MODE 5 amp k Z J SE JE 25388 T ALT B 5s 1s DIY CHOP 5s lt 0 1s DIY B B TRIG ALT B TRIG
119. RPT SINGLE IPL RPT RPT IPL 16 DOT VECTOR ENY 2nd DOT VECTOR DOT 1 1 VECTOR DOT ENV ENYoo VECTOR DOT VECTOR 17
120. 5mY DIY 5Y DIV 8396 0 05017 1mY DIV 2mV DIV 3 0 1DIY 20Hz 100MHz 20Hz 20MHz 5mY DIY 5V DIY 4 0 05DIY 1mY DIV 2mV DIYV 4 0 1DIYV 20082100082 TRIG SOUERCE 4 x10MAG Tealt 5 C K CRER 20 30 Teal 5 C Teal 20 30 TRIG SOURCE 1 0Hz 200MHz 686606 A D 8 oO HERTA MEHE 12 400 D1IYV 10 100 DIY 20 sec 100M sec 0 02 CH1 CH2 5mY DIV 5V DIV 2 115 1 ny DIV 2mY DIY 49 1158 CH OCHA C5 94 1 LSB 40MHz 1ns DIY
121. 1 2 3 4 2 1 2 VERT 2 3 4 0 1 2 3 YERT MODE 1 U 23 1 2 3 OFF 4 ON 1 2 3 4 OFF YERT VERT MODE OFF
122. PAUSE TIME DIV PAUSE 09F6096 EE ET 1 2 1 2
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125. 20ms 100 10ns DIY 4096 X 4 4 1024 X4 4096 14 ENY 1 O 5 s DIY 0 1s DIY 2 CHOP 15 35 C 4DIY PAUSE 1024 PAUSE REF SAVB 2048 010920487 F 0 10 4 1666906 o GPIB 1SH1I AH 1 1 488 1978 5 IEC625 L3 SR 1 RL 1 PPO DC 1 DTO
126. 4V CH 1 DVM 3 1 4V HORIZ MODE ALT B Y HORIZ MODE A CURSOR SW 4V LED 2 _ 2 2 2 CH2 CH2 CH3 5867806 CH4 CH2 CH 1 VOLTS DIY
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128. 2 ERE 4T TIM PERTIME PER MODE DELAY TIME MOD DELAY POSITION REFERENCE 128 DBLAYCREE POSITION 127 REFERENCE DELTA DEL DELTA CDEL DATA DELAY 4T 1 4T DAT 1 C HODE CREF CDELTA C DATA 1 SWEEP VARIABLE 0 4095 DELAYCDBLTADPOSITION 0 4095 DELAY DEL L 997506 6 4 4 F 23 a z F C gt P CR 0 a SINGLE COUPLING 12 D BTRIGGER 118 CHANNEL2 i CHANNELS CHANNEL4 gt LFREJECT e 128127 128 127 067286 ATRIGGER CATR MODE AUTO A AUTO AUT NORMAL NORMAL NOR SINGLE SINGLE SIN SOURCE VERTICAL A YERT 500 VER CHANNELI CH1 CHANNBL2 CH2 CH2 CHANNEL3
129. B LED SLOPE LEVEL LEVEL AUTO A B ALT B B TRIG A B A B ALT B B TRIG B LED B B TRIG A LED B LED B A LED A F076 96 CRT CURSOR SW D SUB CURSOR SW HORIZ A B ALT 1 4T
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131. lt SRQ ON OFF ON OFF INTEN INT INTEN INT EOI EOI ON OFF ON OFF ONLY INTEN 3 4 ee COM7202A 103 08720 6 4 2 VHODE CHANNEL4 ADD 104 87606 AE CHANNEL1 CH1 COUPLING COU AC DC GROUND GEO COUPLING GROUND FIF OFF Ra IMG r ARN FIF ON OFF CH1 5Y DIY CH1 AC DC GND 2Y DIV 4 1V DIY 5YV DIV
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133. Ji ENTER 155 7 2 1 2 4 9826 2 5 1 10 INTEGER WAVDAT 4095 20 OUTPUT Com MOD STO 30 OUTPUT Com PAU 40 OUTPUT Com WAY STA DIS 50 OUTPUT Com WAV END DIS 60 OUTPUT Com WAV COD BIN 0 OUTPUT Com OUT CH1 80 ENTER Com USING WAVDAT 90 END 10 20 30 0N 40 60 70 CH1 80
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136. 94 ILYOS 2 WAVE CODE ASC1I ASCII WE BHB MARL 8 00000000 11111111 EOI o SER WEB ipit BHH GH e BOE Ta RO 8 00000000 00001111 EN 8 00000000 11111111 EOI 3 CR LF BO CRC EOD EOI 1 918E 4 4 83 ATRIGGER gt ATR COUPLING cou CHANNELI gt CHI
137. ATT COMPEN 1 mY COMPEN CH1 CH2 8 6 COMPEN M CONPEN CH1 CH2 1 10 ATT 0 1V 019 1 100 ATT 1 VIY CH3 CH4 1 5 ATT O 5V DIV MT 1 1 ATT 20 DYM COMPEN CH 1 10mV DIY 50mYp p 1MHz U21 PIN No 16 A 4 RV19 pf 1 18 0 V FSG06 21 DYM GAIN 10mV DIY DYM P P 50mYp p 1 MHz P50 00mY A 4 _RV24 32 CAL 0 5V p p 2 2 A8 RY1 8 7 TP2 GND OsTP4 12V gt v CO OO no a x lt Ar 7 yosung 440 909900 o x TETN ESE
138. 1 VERT MODE VERT MODE 2nd ADD MULT TRIG SOURCE V MODE ALT CHOP ALT VERT MODE CHOP CH1 CH2 CHOP 8 4 CH4 2 ALT 2 HORIZ MODE HORIZ MODE 99 A ALT B A 5s DIY 10ns DIY 5s DIY 0 1s DIY CHOP 0 5us D1Y RPT IPL
139. 2 7 10 ABORT7 20 ASSIGN Com TO 702 30 Stepno 0 158 40 50 60 70 80 90 100 110 180 130 10 20 30 40 90 60 70 80 90 100 110 120 18 06 lt gt LOCAL 7 PRINT STEP No Stepno INPUT PANNEL SET amp HIT ENTER A Command STE amp VAL Stepnog amp WRI REMOTE 7 OUTPUT Com Command IF Stepno 99 THEN Stepno Stepno 1 WAIT 1 GOTO 40 BND ENTER REN true 1 _ 40
140. AT A 2 2 2 VERT MODE ALT TRIG SOURCE ATV MODE CH1 CH2 CH 3 CH4 ADD 2 CH 1 CH2 CHS3 CH4 ADD 5 CH1 CH2 CH38 CH4 ADD 207606 x SWEEP VARIABLE 5DIV 100 RATIO 1 4T A 2
141. CH3 CHANNEL4 CH4 CH4 LINE 4 LINE LIN SOURCE S0U COUPLING COU VERT CH1 CH2 CH3 CH4 LINE AC LFREJECT LFR HFREJECT HFR A AC LF REJ Z HF REJ DC DC TYH COUPLING COU AC LFR HFR DC TVH 128 127 A AUTO Z AUTO 28 127 AUTO 114 SLOPE A 51 0 SLOPE PLUS MINUS SL0 ATRIGGER MODE SOURCE COUPLING CATR LEVEL SLOPE BTRIGGER _B ON BTR OFF VERTICAL B VERT VER CHANNEL1 CH1 CH1 CHANNEL2 CH2 CH2 CHANNEL3 CH3 CH3 CHANNEL4 CH4 CH4 SOURCE VERT CH1 CH2 CH3 CH4 S0U COUPLING AC B 4C COU LFREJBCT LFR LFR HFREJECT HFR DC DC COUPLING AC LFR DC COU 12
142. TRIG SOURCE CHOP CH1 CH2 8 6 6 T 606 A B TIME DIY VARBIABLB 6 0 olz 5 MEJI G 52 4 20 m m 20MHz BW 20MHz A BB v A B HORIZ MODE D A A A B 1S DIY 5S DIYV A 18 DIY 58 DIY B 4A TIM
143. 1 2 SCAL OPP 2 READ OUT O OFF 9 2nd HORIZ MODE 0 PLT 1 2 3 211 HORIZ OLT 2 HREF 4 2nrd 1833 LE 0h V609606 6 6 6 6 1 NEC PC 980 1 PC 9801 GP IB o few SOUE j ADR 2
144. 1 TV LN TV LN TV LN OIPEOE 4 DVM DVM SW CH1 AC DC P P DYVM FCF X TRIG SOURCE QTR cI DC gt P P OFF DYM DYM AC CH1 20Hz 100kHz TRUE RMS CH 1 COUPLING AC AC DC DC AC DC CEL A
145. 2Y DIV 1V DIV 50mV DIV 20mV DIV 10mY DIV 5mV DIV 2mY DIY 1mY DIV CH1 CH1 10 1 xl X10 POSITION 127 01 POS CHANNEL1 ON OFF YOLT X10 UNCAL CH1 COUPLING POSITION 1 POSITION 1 1 PROBE PRO POSITION POS 105 8 6908 CHANNEL CH2 ON OFF COUPLING FIFTY VOLT PROBE CH1 POSITION INVERT r e _ CINY OFF 2 CINY i CH3 ON CHANNEL2 CH2 CHANNEL3 CH3 COUPLING CH3 AC COU DC DC GROUND GND AC DC GROUND CH3 5YV DIV 2 1Y DIV GRO COUPLING 00 1 1 CH3
146. CH3 CH4 PAUSE CH1 CH 2 CH8 CH4 ALT LED CHOP CH1 CH2 2 LED 2nd ADD MULT CH1 CH2 MULT CH1 CH2 MULT 7 7 EO MULT ALT CHOP 2 ALT
147. ROLL AUTO NORM YIEW TIME OFF AUTO VIEW TIME ON TRIG POINT TIME FLET SINGL TRIG POINT HORIZ MODE 5 Y A B Y CH1 X CH2 Y Y CH1 CH2 X Y TIME DIV A A ALT A A D TRIG POINT 0 DIY WINDOW b Bl
148. 3 OJSIED L 5 INTEN FOCUS 6 TRACE ROTATION 7 L SW 4 6 CAL CAL Vp p GND REF GND CPLG GND GND CH INPUT VOLTS DIV FT 0 1Y
149. 164 DELAY TIME DC 8 4 SELF CAL BRROR POWER ON 15 25 _ 15 8 5 ENY 1 RU POWER ON
150. 200 an n gt n Oxs1S04 1 188 Tv8 07 IX E 1 lt lt m ENTER 1 Ocht gdl LEVEL H 4402 850 ee sss OC M Pt 8TdL SX 21190 U mC I 40 3 902548A 7 Vo VO CUD5 _5ns 2ns 01 5 RV11 RV12 CV5 RV3 RV2 RV1 CVI GAIN HF LF COMP RV10 HORI _RV8 5 VERT amp FOR FINAL RV4 RV6 7 GEOMET HALATION RV2 INTEN RV1 HF COMP A6 imi 2 AXTS AMP AND HV C5 HF COMP 8 9 A6 174 CONP CENTER 2020 x CV4 HF COMP S SE RV3 FOCU9 LE 06 088606 CH1 CH3 CH4 aan O pasm 1V CV2 CV102 2 S 0 5V C conp conp 101 0 1V x 0 1V COMP CV5 CV5 CV4 Q LF COMP LF COMP RV2 RV2 O RV1 LF COMP 1mV COMP RVI LF COMP RV1 RV101 tF LF O _ 1mV CONP 8 10
151. 4k 1k WINDOW PAUSE ALT TRIG POINT WINDOW WINDOW DLY POINT 2 X IPL PAUSE SIN PULSE 4k WINDOW TIME DIY REF REF1 RBF4 1k 1k WINDOW 15 IPL 0 5us 10ns DIY TRIG POINT
152. CH1 CH2 CH3 CH4 V MODE V MODE VERT MODE ADD MULT CH1 X CHOP AUTO LEVBL VERT MODE 5 10MHz 0 4DIY 200MHz 1 5DIY AC 10Hz 50kHz REJ 80kHz 0 5DIY V MODE ALT AUTO LEYEL AUTO LEVEL FSSG 96 s 10ns DIV 0 58 1 1 2 5 10ns DIY 5s DIV 2 15 35 8 DIVO 2 5 Susah 10ns DIY 0 10ns DIV 0 5s DIM 2 ALT 2 15
153. DIGITAL 1 0 OFFSET ADJ TO CENTER THE CURSOR WITH THE READOUT KNOB PRESS THE 2nd KEY 2nd 6 GP IB 1 GP IB IEEE 488 1978 COM7202A 1 2
154. TRIG Z B TRIG SOURCE TRIG CPLG LED A A B TRIG SOURCES TRIG CPLG B A TRIG B TRIG B TRIG LED A IFF606 4 20 HORIZ MODE A FERNE Sui mji 2 1 YOLTS DIY A TIME DIV POSITION
155. 50ms DIY 10us DIY ENYee 5s DIY 10us DIY ENY LED 5s DIV 0 1s DIVY CHOP 1 PAUSE ST 06 AVG 6666 AVG VIEW TIME VIEW TIME 1 MEMORVY t SAVEB REF MEMORY ma 1 2nd 2 4 8 256 OFF AVG AD 8
156. INY CH 1 50mY DIY 509 25mV DIY DC 100MHz 6dB ec88e06 CH1 CH2 CH3 CH4 LINE ROV MODE V MODEI VERT MODE 4ADDCHLT CH 1 X CHOP AUTO LEVEL VERT MODE LF BEJ HE REJ DC TY Y DC 10MHz 0 4DIY DC 200MHz 1 5DIY TVY H 1 0DIY AC 10Hz LF REJ 50kHz REJ 50kHz AUTO NORM SINGL RESET READY V MODE ALT AUTO LEYBL TY Y TY H 1750 eqez 08
157. R 3 30 01 29 99mY A4 RV1 96 4 CRT GBOMBTRY 5 CRT A6 RY4 EMELES 4 88 3 gt ASTIG HALATION CX Y FOCUS ASTIG A6 RVY5 FOCUS HALATION A 6 RY6 i SUB FOCUS FOCUS 2 A6 SUB INTEN 10 A 6 V2 5 Y GAIN CRT Y CH1 10mV DIY 50mY A5 RY3 5DIY 168 3 0 VFFS2G06 6 X GAIN CRT 1 ms DIV 1ms
158. SINGLE IPL 200082 8dB Y 16ns 1ins DIV SINGLE IPL 1 75ns CH1 CH2 CH3 CH4 ADD MULT ALT CH1 4 ADD ADD MULT CHOP CH1 CH2 CH1 CH2 CHOP SINGLE SE 5s DIY 0 1s DIY 2 CHOP 2 2 56E 2 ROLL IPL 1kHz 4 lt 5DIY U 0 5us DIV 10ns DIYV 066606 BNVeo 50ms DIY 10us DIY ENY1 5s DIV 10ns DIV 5ns 70 10ns 90
159. SRQ SRQ 1 2 SRQ SRQ 1 2 SRO SRQ 90 100 110 120 180 140 150 160 170 180 190 1 2 SRQ SRQ SRQ 60 181 S 04 619606 1 3 ORFA CH1 COMMAND CHANNBL1 COUPLING J CHI COU JJ pc MODE COMMAND MODE J MOD J REAL A COMMAND ATIME J ATI J 10US
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163. B B TIME DIV DELAY TIME POSITION B 24 107606 TRIG ALT B DELAY TIME POSITION Oo 5 TRES NEE B B ZOB TRIG AUTO LEVEL TRIG SLOPE VON TRIG LEVEL B TRIG TRIG SOURCE TRIG CPLG LED B A POSITION POSITION lt E gt XIO MAG ZSTORAGE WINDOW o TRIGGER IO EO i SOURCE y Enq x TB E 10 ALT B X10 MAG 20DIY
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166. MULT MULT 5 12 1 MULT 5 12 CH1 10mV DIV CH2 20mV DIYV MULT 10mYX20mWX 5 12 200X10 YX5 12 1 024mY 1 02mV DIY 4YV MULT ON CH1 OFF MULT MULT 4 MULT MULT P AUSE REF SAVE REF PAUSE 13 X Y Y CH 1 X CH2 Y REAL X
167. 1 2 10 ISET IFC ISET REN 20 CMD DELIM O 30 INPUT COMMAND COMMAND 40 PRINT 2 COMMAND 50 INPUT 2 DAT 60 PRINT TAB 9 DAT 70 GOTO 30 10 REN true 20 CR LF 30 40 50 60 70 30 SRO 50 SRQ 10 SRQ OFF 20 ISET IFC ISET REN 30 CMD DELIM O 40 ON SRQ GOSUB SRQSUB 50 SRQ ON 60 INPUT COMMAND COMMAND 70 PRINT 2 COMMAND 80 FOR 1 0 TO 300 NEXT I 90 INPUT 2 DAT 100 PRINT TAB 9 DAT 186 LE 02 19 06 110 120 180 140 150 160 170 180 190 10 20 40 40 50 60 70 80 GOTO 60 SRQSUB SRQ OFF POLL 2 STB WBYTE amp H14 PRINT SRQ GP IB ERROR SRQ ON RETURN 60
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169. DEG SWEEP VARIABLE UNCAL 4 6DIY WISES NSS 3 0 05DIY 5DIV 1000 4 REF 4 4V GAIN VARIABLE UNCAL 8 6DIY 0 05D17 4 REF 4 BH 8 6DIY BE gt 3 0 05DIV 5DIV 100 4 REF 4 x SSee06 4 REF 4 B ALTE512 4T 1 4T 2 0 05DIY 0 5DIY CH 1 7 DIV AC DC P P 3 1 2 20Hz 100kHz Teal 5 C Teal GRIER 20 30 5mY DIY 5Y DIY 8 0 05010 1mV DIY 2mY DIYV 3 0 1DIV
170. OFF ON PEN PEN LE 0 VF09606 4 C wom WORD ADD REFERENCES REFERENCE4 REFERENCE1 REFERENCE2 REFERENCES REFERENCE4 120 8 7 706 808606 WAVE WAYV ASCII ASC BINARY BIN YORD WOR ASCII BINARY WORD ASCII F START 0 4095 STA DISPLAY 518 _ START STA Z 04095 DISPLAY DIS CHANNEL1 CH1 CHANNEL2 CH2 CH2 CHANNBL8 CH3 CB8 CHANNBL4 CH4 CH4 ADD MULTI ADD MULT MUL REFBRENCB1 REF1 REF1 REFERENCE REF R
171. 150 160 170 180 190 SRQ 200 60 1 E 0 68606 2 3 CH1 COMMAND CHANNEL1 COUPLING J COU J DC COMMAND J MOD REAL 4 COMMAND J ATI J 1005 WAVE 10 007 4 2 8 j 2 43 10 ABORT 7 20 REMOTE 7 80 ASSIGN Com to 702 _40 ON INTR 7 GOTO Srq_rou 50 ENABLE INTR 7
172. CH1 CH2 1 CH3 2 4 8 4 4 1 ADD 5 ADD 2 4 8 B m CH 3 CH4 3 u B 4 4 8 CH 1 CH2 CHS CH4 ADD 2 2 _ VERT MODE 9 CHOP TRIG SOURCE V MODE LED 2 2 66 6 606 4 21 TV
173. kz I 04 Ve 6606 COM 7202A 1 IN KIKUSUI PART NO Z1 513 410 M 90121 ENEN KN AZ SI J SL AZ SL JZ Z SL I S 1 _ A es 1 2 3
174. 100 STEP 3 DVM 4 _ 5 GP IB GP IB HP GL 6 1 GENERAL PURPOSE INTERFACE BUS 8 X
175. 34uS CUR 12 34 6 1CH 4096 1024 ASCII ASCII 1024 93 047206 6 3 1 2
176. 7 AT ALT B B 4 7 65 crrcib 2 2 2 A 1 2 3 HORIZ MODE A 3 VERT 9 2 1 gt 1 2
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178. BE CHOP 2 2 VERT MODE ALT TRIG SOURCE MODE B CH1 CH2 CH3 CH4 ADD B 2 CH1 CH2 CH3 CH4 ADD 5 CH1 CH2 2 607696 F SWEEP VARIABLE A 5DIY 100 CRATIO 1 4T B
179. 1 525 PAL 1 625 986606 CRT CH1 CH2 CH3 CH4 CH2 UNCAL 10 1 10 1 100 1 A B A UNCAL 4 RER 4 4T 1 4T 4V AC DC P P PAL NTSC TV CH2 CH3 CH4 CH1 CH2 UNCAL 10 1 10 1 100 1 A B A REF 4 1 4T
180. 85 8 DIV TEE 389026 ii gt 1 10 000 je 10 ALT B 1ns DIY 5ns DIY 0 5s DIY 4 15 85 1 ns DIY 2ns DIY 8 8 DIV 10 88606 fE Y T V CH1 CH2 CH4 3 Y QH L CEZ CES X 8 5mV DIY 5YV DIV 5 1mV DIV 2 mV DIV Yh 2 CH2 5 CH3 CH4 DC 4082 3dB DC 200MHz 3dB 200kHz 3 DC 15MWHz 3 CHOP Y CH2 o 15 35 C 1kHz 4 5DI V ME CH1 Y CH2 CH3 CH4 2 8 DIV TV 0 1 DIY NTSC
181. 0 200 210 139 LE F 06 yg19 06 1 4 CURSOR MODE COMMAND CURSOR MODE VOLT CUR MOD YOLJ CURSOR DELTA COMMAND CURSOR DELTA 50 DEL 50 J COMMAND CURSORDATA J CORDAT J 12 34 B 8 Ji RETURN 140 SR 0 918606 6 DWM 1 4 DVM X 6 1 DYM ON OPR x DVM MODE COMMAND DYM MODE
182. 2 60 INPUT COMMAND Command 70 OUTPUT Com Command 80 WAIT 5 152 04 Ve de06 90 IF Command LEN Command gt THEN 70 100 ENTER Com Dat 110 PRINT Dat 190 GOTO 60 130 140 Sra 150 DISABLE INTR 7 160 Stb POLL Con 170 WAIT 5 180 CLEAR Com 190 PRINT SRQ GP IB ERROR 200 ENABLE INTR 7 2 210 GOTO 60 220 BND 10 2 3 20 30 40 50 60 70 Z 80 90 60 100 2 3 110 120 130 140 SRQ 150 2 8 160 Z 170 4 180 190 200 210 4 153 I 04 V66d6e06 5 2 4 CURSOR COMMAND CURSOR MODE VOLTg CUR MOD VOLAJ CURSOR DELTA COMMAND CURSOR DELTA 504 CUR DEL 504 lt gt
183. 8 1271B AUTO AUTO 128 127 AUTO B B SLOPB PLUS MINUS SL0 BTRIGGER ON OFF SOURCE COUPLING LEVEL SLOPE 115 66 6066 6 4 5 TV 116 E6PZO ATRIGGER CATR A TVH TY PAL OFF NTSC PAL OFP TV NTSC 1 lt 525 Ee 09 ON OFF CLAMP ON OFF CLA TY ON OFF MODE CLINE CLAMP TV MODE A TV CLAMP A CLAMP CLA L Lp 6 6 6 4 6 i REFERENCE DELTA 118 128 127 967206 ON ON LET OFP OFF YOLT 4V
184. B B B TIWE DIY DELAY TIME POSITION B WINDOW B TIME DIY D 917606 DELAY TIME POSITION 2k TRIG B DELAY TIME POSITION B B AUTO LEVEL TRIG SLOPE TRIG LEVEL B LED TRIG SOURCE TRIG CPLG LED B POSITIONCWINDOW WINDOW 4k 1k
185. B DIY 0 1s DIV CHOP ROLL AUTO 50Hz TY AUTO TV NORM SINGL RESET 1 0 6 2k 20DIY READY LED YIEW TIME
186. Command 60 WAIT 1 70 CLEAR Com 80 GOTO 40 90 END 10 20 REN true 30 40 50 60 148 I 0 8 06 10 80 40 CRT GPIB ERR SRQ RUN SRQ 70 50 60 2 1 CH1
187. EF2 REFERENCES REF3 REFBRENCE4 RBF4 REF4 180 LE 0 V909d606 WAV o REFERENCE1 REFI REF1 REFERENCE2 REF2 REFERENCES REFS RBF3 REFERENCE4 REF _ CODE CSTARD END WAVE IN WAVE IN ASCII 1024 START END 191 Oh 2 09 06 6 5 GP IB COM7202A GP IB HP GL VIEW TIME PAUSE CRT HP GL
188. H TV LN TREIG MODE NORM AUTO CE A B LBD e 60 606 AUTO A IrRe LEVEL 1 69 s r lt O A B 4 A B B A TRIG LED AUTO LEVEL A
189. M 927206 4 14 HORIZ MODE B Y 4 13 1 0 100 CH1 YVARIAPLE 5DIV RATIO 100 0 2 CH1 ADD CH1 VARIABLE CH2 CH2 ADD 2 CH1 VARIABLE UNCAL
190. OUT 7 4 L 2 u aa als CHI amp X4 ZZ CH2 CH3 CH4 eo ee eee LED 1 B B INT SCAL CRT READ OUT A SCAL READ OUT O COU 1 E C g
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192. TO 1023 210 RBYTE WAVH 220 WAVL 280 WAVDAT LO0P WAVH 256 WAVL 240 NEXT LOOP 100 110 REN true 120 CR LF 180 140 OW 150 160 170 180 190 200 210 280 WAVDAT 148 PC 9801 WAVDAT L00P
193. VY Y TY H TV TY 626096 17 8 Y 18 100MS sec 100 S sec 8 40MHz 19 200MHz 200MHz 10GS see 20 Bns 5ns 1 2
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