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1. X COM3000 Setup U 100 Wave 20 1 2 3 4 5 GP IB _ 100 Setup STEP DM
2. 6 0988 ON 15 NB 90 X 9 2 gt Da s 8 0 ILLL EOI 1K 1024 Fa y YNO 128 511 WAVB 1 3 3 CR LF BOD CR BOD 1
3. 1 o 1 IRG FUNC ERR o SYNTAX ERR 7 6 5 4 3 2 1 0 ON 0 lt i gt 5 5 960988 5 9 X REMOTE GP IB LOCAL Y6 RED LLO
4. GP IB SETUP PRGM CP EXT EXECUTE 100 SETUP MENU EXT MENU REMOTB gt CRT F 2 yy UG voo ATIME CO ATRIGGER AUTO AVERAGE BTIME BSTART a s t es qq st aste oas CE CRE CALCULAT CHANNEL CHANNEL l CHOP COUNTER CURSOR EOL HOLDOFF E A EE a e o ao 0 beet o 0 q qo CO CO CE CUE 4 lt s e vs a sq HORIZONTAL INITIAL INTEN EE CE 5 15 5 18 5 11 5 25 5 15 5 18 5 25 5 12 5 12 5 12 5 22 5 21 5 15 5 22 5 24 5 9 5 25 5 15 5 15 5 9 5 9 READ TRIGGER 5 28 5 24 5 9 5 9 5 24 5 25 5 28 5 9 5 9
5. GP IB HP GL kal CGU SS GP IB GENERAL PURPOSE INTERFACE BUS 8 1 1 8 8 5
6. SETUP m GE KEY SETUP SETUP GPIB KEY 1 1 G i Q 7 2 COPY SETUP PRGM KEY ST ED CP EXECUTE KEY 100 SETUP SET UP CP SETUP 100 101 COPY Setup SETUP 1 SETUP 2 SETUP ST SBTUP SETUP 661988 7 2 EXT COPY 2 COM8000 SBTUOP
7. 5 13 01988 CHANNEL2 CH2 COUPLING VOLT PROBE POSITION CH1 ON CH2 INY ON OFF ON YOLT UNCAL PROBE COPLING POSITION INVBRT ON CHOP ON OFF ALT CHANNEL 2 CHO CHOP HMR INI AUTO STEP 0 127 64 127 CRT 64 0 128Y 64 27 198 12 5 1DIV 5 14 ULISS 5 4 3 HORIZONTAL 9 Q 5 15 SS Q gt 901 HORIZONTAL HOR HORIZONTAL HOR HOLDOFF CHOL HOLDOFF HOL ATIME CATI ATIME CATI BTIME BTI BTIME BTI DELAY CDEL DELAY CDEL
8. 01988 VMODE VMODE VMO CH2 ADD DUAL DUA COUPLING AC CH1 AC COU DC DC GROUND GND GRO YMODE CHANNEL 1 COUPLING DC GROUND 000 CH1 5V DIV 3 2Y D1Y 1Y DIY 5YV DIY 2Y DIY 1Y DIVY 50mY DIY 20mY DIY 10mY DIY 5mY DIY YOL PROBE x1 X10 POSITION POSITION POS 127 2 POS VOLT CUNCAL PROBE COUPLING POSITION CHANNEL 1 ADD 2 INITIAL AUTO 0 3 0 YOLT DIY X1
9. NOTRI 9 22 LQ OO 5 4 7 1 1 1 1 1 1 100 1 STEP ON 1 STEP STE 5 23 LILI SSS 5 4 8 1 CD 5 OPF 2 911988 EQU 5 6 5 a 4 e 128 noe 2 REFERENCE 20 5 25 1 SSG REAL STORAGE f 570 REAL STORAGE R
10. 660566 PC 9801 BASIC INPUT 2 A A8 PRINT CHi COU INPUT 2 A DO POSITION 128 127 POS YOLT UNCAL PROBE COUPLING POSITION 0 YOLT ONCAL PROBE COUPLING POSITION 660988 Al sp ON L OFF ep 9 x C 5 INITIAL 0 INI SRQ ON OFF 5802 SRQ ON 01 OFF oN OFF INTEN 0 16 INT INTEN INT i READ 09 18 REA READ CREA OFF OFF ONLY INTEN 16 0 16
11. COM3100 COM3101 READ OUT INTBN 0 16 0 181 SCALE ILLUMINATION 16 09 161 SCA SCALE CSCA CHL CH2 LOCAL 5 10 1 U19SS AUTO 1 FULL FUL HALF HAL AUTO V FULL HALF HORIZONTAL AUTO H HOR HORIZONTAL HOR TRIGGER TRI 5 4 10 CENTERCCEN AUTO T TRIGGER TRI VERTICAL HORIZONTAL TRIGGBR 1 AUTO CH2 0 CENTER UP 109 AUTO CAUT 5 11 5 4 2 CHANNELI CHANNEL2 3 lt F C INVERT 9 12
12. 980988 2 4 RESET 2 DEC gt 4 INC 6 INC STEP No 1 DEC STEP No 1 EL RESET START SETUP JE 174W X T4H X 30D mm 180W X 84H X 450 mm EE B 340 g COM8XXX 1 03 5 35 8096 0 40C 85 180988 3 1 3 2
13. 16 D101 D108 NRFD 8 ATN IPC 580 REN 5 0101 s S CE ME 2 rr mI mF 7 A B C l US 2 1 PR ANSI IBBE 488 1978 o SH1 SH AH1 AH 1 3 SR1 DTO C0 BO
14. GP IB z COM3XX1 HP GL CR LF yVelsoo 6 3 1 2 MIN 3 MENU STRG 3 PLOT KEY N S1 8S4 EXECUTE COPY N 564 1 4 1 4 S3 S4 4 lt PLOT gt ABORT 6 4 PLOT 6 4 EPSON HI 80 GP IB PLOT Sl S4 1 NON suz69 0 LF FAS 5570 89 Y ISOE ROD 5 ASO TSOE 03 IH SH3I ISOE
15. CRT LOCK LLO GTL IFC 260988 4 COM8000 1 COM3000 CH1 AC CH1 AC DC GROUND GND CHANNEL 1 COUPLING CHL COU 2 COM3000 CH1 AC DC GROUND COU COM3000 CH1
16. tt 5 1 5 4 9609988 4 azy FoR 3X ATR COUPLING gt cou CHANNEL 1 5 SRQ SRQ 589 1 589 oSRQ 1 oo
17. CR CR EOI CR Carriage Return CR LPF LF Line Feed CR LF EO BOI End or ldentify GP IB BOI FRAM BOI BOI omy u Rro CM OW CRTLF OP O CR LF E0 CR LF ON EOI ONLY BOI lt gt CR LF BOI OW o LF EOI ON 1 Z
18. A AINTB B XY XY amp 2 MAGNIFY X10MAG ON MAG 0 OFF MAGNIFY ORF MAG POSITION POSITION POS 4 POSITION 128 127 POS 128 122 0 4000 1 TIME DIY STORAGE 55 50ns 20ns UNCAL REAL 0 1s 50ns 20ns UNCAL 1 TIME DIY 1 DELAY POSITION 1 A TIMB DIV 2 MOD 8 HOLDOFF 0 128 0 51 100 DELAY 0 20 5 12 10 20 A s _O 0 122 123 0 127 2048 4000 80 2048 4080 4 LOCAL 0 19 1DIY 5 16 5 17 SS
19. 5 29 CHANNEL1 RBPERBNCB2 20 REFBRENCE20 UG START STA START STA CHANNEL 1 CH1 CHANNEL 2 CH2 REFERENCE 1 REF1 REFERENCE 2 REF2 REFERENCE20 REF20 REFERENCE 1 REF1 REFERBNCE2 REFERENCE20 REF20 5 80 1 10 7 0 7 CH1 1 CH2 REF2 RERI 1 REF START CEND LG 1956 5 5 NEC PC9801 IF 2 100 110 COMMAND CHECK PROGRAM 120 130 140 CONSOLE 0 25 0 1 COLOR 7 CLS 3 150 ISET IFC 1SET 160 CMDDELIM 0 170 180 190 LINE INPUT Command iCOMMANDS 200 PRINT 2 COMMAND S IF08 CO0M 210 IF 1 9 THEN MAIN 220 INPUT IF08 COH
20. END 260 IN 270 TRIGGER INPUT TRIGGER INPUT ROA 280 PRINT 2 ATR MOD SIN 290 889 ON RETURN SR TRIGGER INPUT 5 32 GG 6 1 6 GP 1B COM3XX1 CRT GP IB HP GL TIME d PAUSE WENU X REF 1 REF 2 CH2 6 2 COM8XX1 1803 DIP SW ON 6 T L ON
21. 290 64 IBEE 1 84 IF08 COM 230 LOOP 1 1028 240 DAT 53 LOOP MOD 150 250 WBYTB iDATW 1 260 NEXT LOOP 270 DAT 53 L00P MOD 150 280 WBYTE 1 EOI 290 PRINT 02 LOAD REF1 ON 300 STOP REPL REFL CH1 100 110 SRQ CHECK PROGRAM 190 kkkkkkkkkkkkkkkkikkkkkkkkkkkkkkkk 180 140 ON SRQ GOSUB SRQ SUB 150 ISET IFC ISET REN 160 CMD DELIM 0 170 PRINT 2 MOD STO ATR MOD SIN 000 180 SRQ ON 190 LOOP f 200 GOTO LOOP 910 290 SRQ SUB 230 2 STB 240 IF STB amp H50 THEN IN 250
22. OFF ON IBEBE 488 1978 9 2 660988 COM3000 GP IB 1 ASCII Ny CHANNBEL1 U DVM 1
23. 1803 AOD GP IB 408j 1P5 IEEE 488 50cm 89 04 1000 408J 101 lnm 89 04 1010 408 102 2 89 04 1020 16 0989 5 pea S tE DIP SW 5 6 0 80 ADRS ON Hanit EZAR OPF 0 19 19 16 2 1 waaka lt gt 2 ADRS ON 6 T OF 260988 5
24. 230 PRINT DATS 240 GOTO MAIN KEY COM3000 I HAVE OUT WAVE IN 100 110 WAVE OUT PROGRAM 120 kkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkk 130 140 CONSOLE 0 25 0 1 COLOR 7 CLS 8 150 WINDOW 0 0 1023 255 180 ISET IFC 170 ISET REN 180 CMDDELIM 0 190 200 XWAVE QUT 210 PRINT 2 MOD STO 220 PRINT 2 WAV STA OiEND 1 0 7 230 2 WAV OUT 240 WBYTE 66 32 IBEE 1 250 BBYTBiDATW 260 PSBT 0 255 DAT 7 GPIB 270 LOOP 1 1023 1 280 RBYTE DATW 290 LINE LOOP 255 DAT 7 300 NEXT LOOP 310 STOP CRT 5 31 9 100 khkkkkkkkkkkkkkkkkkkkkkkkkkkkkkk 110 WAVE IN PROGRAM 120 150 140 ISET IFC 150 REN 160 CMD DELIM 0 170 gt 180 XWAVE IN 190 PRINT 2 INI MOD STO 200 PRINT 2 WAY STA O END T 210 PRINT 02 WAY IN
25. 0 40 8809565 GP IB IEEE 488 BUS 511 24P I F I P IF03 COM DIP SW REMOTE STEP 650959 4 2 IF03 COM off GP IB IF03 COM ERELT IF08 COM GP IB 1 3 4 2 060988 4 3
26. o D B INTEN VAR COM3XXX 2 D G 4 S GE 0 3051 COM3101 80988 9 HPG6L NN PEN 2 PEN 4 100 SETUP COM3XXX 3 GP IB SETUP 96 WAVP 16 COM3051 COM8101 BACK UP 25C 1 8 2 ER REMOTE REMOTE RESET y INC
27. a 1 2 1 2 3 DIP SW 1 KEMARI Y F DVM S A P A A A gt 4 oi oi oi oi oi oi oi ei Q GO O 9 1 4 1 8 1 4 1 4 1 4 2 4 3 5 1 5 1 5 3 5 8 5 7 5 9 5 19 5 15 5 18 5 21 5 89 5 23 5 24 5 31 802899 i H 1 H mul IF08 COM GP IB IEEE 488 1978 COM3000
28. 20 A PLUS MINUS MODE SOURCE COUPLING LEVEL SLOPE BSTART RUN RUN TRIGGER 5 4 5 OFF TIME 1 POSITION CURSOR CUR VOLT WOL TIME TIM 7128 122 126 7122 0 4000 1 DATA DAT CURSOR VOLT TIME C1 CUR c2 DATA 1 CRT 0 40001 1 2 POSITION C2 128 3 122 0 2000 4000 5 21 LC OO 5 4 6 DVM OPF DVM DYM DC VM OFF DC DATA COUNTER ON OFF GE COUNTER CON OFF DATA 00 E
29. OFF ADD SUB MULT EQU ON ON OFF ON OFF ON ON OFF OFF OFF OFF REFERENCE REFERENCE 1 CHANNEL 1 REFERENCE REF1 CHL CH2 REFERENCE 2 CREF 5 REFERENCE 20 REF20 CHANNEL 2 CH2 5 27 811968 2 PAUSE ON MAGNIFY MAG MAGNIFY MAG 1 8 6 4 CHANNEL 1 CH1 CHANNEL 2 CH2 CHANNEL1 CHANNEL2 REFERENCE1 E REFERENCE2 REFERENCE20 I 3 8 51 MAG POINT 7 7 9 0 DIY 0 1 3 3 8 5 1 6 4 1 1 9 0 REFERENCR REF1 REFBRBNCE2 ON REF2 REFERENCE 20 REF20 611988 3
30. 78 21 640938 3 J KIKUSUI PART NO Z1 946 210 1 1 2 3 180988 N a oa
31. 5 23
32. INSNNIN 5 98 PLOT N GD NON SOE 5 888196 7 7 1 KEY KEY END SETUP PRGM ST BD COM3000 IF03 COM SETUP PRGM ST BD lt ST ED CP START END COPY OIC KEY INC DEC KEY 2 3 1 1 SETUP RESET KEY START SETUP INC DEC RESET
33. 801 5 4 4 noa 5 uo Da aa 5 18 ATRIGGER AUTO A AUT NORMAL NORMAL NOR SINGLE SINGLE SIN RESET AUTO NORMAL SINGLE SOURCE NORMAL A NORMAL 500 NOR CHANNEL 1 CH1 CH1 l CHANNEL 2 CH2 CH2 EXTERNAL EXTERNAL EXT SOURCE CH1 NORMAL EXTERNAL 8002 COUPLING AC A AC COU HPREJECT HF RE HFR DC DC TV TY COUPLING HPR DC 4 i 125 125 A AUTO 1 48 4048 AUTO 2 1 LEY AUTO 2 CRT ATR LEVEL 100 0 100 125 0 125 48 2048 4048 5 19 UL OO ATRIGGER ATR BSTART BST BSTART BST SLOPE 510 TRIGGER TRI RUN 5
34. ESPONSE SIN RES PULSE PUL VECTOR RESPONSE SIN PULSE VECTOR RES TRIGGER 0 0 1 8 51 8 8 TRI DIY 5 TRIGGER TRI VIEW OPF 15 2 VIEW TIME VIEW OFF 15 25 118 PAUSE ON PAUSE ON PAU OFF OFF OFF 0 0 1 3 5 1 8 01 PAUSE ON OFF PAU ENVELOPE OFF CENY SINGLE SIN ENYS CONTINUE CON ENYC ENVELOPE ENV SINGLE CONTINUE 1 RESPONSE INTRPL 2 PAUSE ON 5 26 988 ON BJ OPF 32 64 128 256 H OFF OFF AVERAGE AVE AVERAGE AVE CALCULAT CAL ADD 1 SUB 1 2 MULT MUL 1X2 CALCULAT CAL

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