3750 ポータブルハイブリッドレコーダ用通信機能 /GP-IB, /RS-232C
Contents
1. X ON X OFF HR1300 RS 232C 1 ON X OFFE e X OFF HR1300 e2. RAM BUFFER BUFFER LIST ww xr Juss HR1300 HR1300 A ze ir lt Pm l gt IM 3750 50 ASCII SRO1 VOLT 20mV 0 10000 2 9 d e 20 120 230 e
3. SCAN e C01 C30 HO e C01 C30 IM 3750 50 63 1 MATH 31 60 2 31 60 BA e aux AUX NEXT OMSG HEADER ZONE PART n INTVL CHART INTRPL MOVAVE O31 60 CONST Ra ul e 31 60 PMSG HEADER ZONE PART WINTVL CHART INTRPL MOVAVE 31 60 CONST NEXT soR ABS TLOG CLOG AvE SUM C01 C
4. 2 2 8 5 3 IM 3750 50 IC e e ERROR ON DATA MEMORY 2 NO SANPLE IM 3750 50 5 2 7 IC rs Gpr esc T amp S MF2 CH ASCII EOD EOI 1 00001 32000 15000 01 30CH 00600sec CsLr DA TEYYMMDD TIMETTMMSS 2 EO
5. C01 C30 SET OK 31 ON C01 CO1 A01 C01 01 K01 C01 TLOG IM 3750 50 64 1 6 3 2 PRINT FORMAT 6 10 3 ON OFF E ON OFE No 3 s a Da 25 am AUX MODE PRINT FORM MSG HEADER ZONE PART WINTVL CHART INTRPL MOVAVE e
6. P SP02 ON 30 3000 02 30 ae 300 0 C SET UP ON IM 3750 50 4 2 12 INTERVAL 6 10 9 Z EN YY AS ren Bases REET ee eee gt i S L2 i gt Lu Po Ps P Ps P Py Sasa amas au INTERVAL 1 SINGLE MULTIPLE SINGLE DP INTERVAL 2 MULTIPLE RR INTERVAL 3 MULTIPLE PS START TIME ON OFF MULTIPLE 0 START TIME YY MM DD MULTIPLE SP START TIME HH MM MULTIPLE DA SINGLE MULTIPLE SET UP 6 11 2 1 24 00
7. SET UP SET UP IM 3750 50 44 RS 232C 1 e TS MATH TS1 TS2 e TS3 IC IC FM LE ME x
8. Q B PC9801 HR1300 CTS DTR HR1300 DTR PC9801 CTS IM 3750 50 C PC9801 HR1300 CTS RTS HR1300 RTS PC9801 CTS HR1300 PC9801 CS PC9801 XON XOFE BIOS BIOS PC9801 nPD71051 RTS L PC9801 RTS HR1300 CTS CS RS 2 PC9801 HR1300 PC9801 DEL BS 08 NUL 00
9. TAG 7 4 16 4 2 20 IC 7 EE EEEE 4 17 4 2 21 IC SAVE 7 4 17 4 2 22 ICO LOAD 7 4 17 es aimee TT TOO NR eT aa uay anaq 4 18 4 3 Be Ay ee I speci pen ore Poste ood ea a ecb Bik baler tes pusha uta 4 18 4 3 2 Ce 4 19 43 3 ON OFF 4 19 4534 MA RE OONO gresar RC GGG 4 19 435 NI ZEE ONTOPP hiss esi ii au Ga 4 19 OM LE FO EC ed dd 4 19 407 Eo 4 19 AMMO cian i al ee PE ee Ae a 4 20 so ere e eset alte cde pakapi kus heel ean Be een 4 20 IO 4 20 ASAL Wie 7 AP PEIN So SN 4 20 4 3 12 4 21 43 13 1C 4 21 4 3 14
10. 5 2 4 x GET BSC LF LE No OOOOUOOO OCrLrp HET U P DETT D C 2 U 6 P 0 4 0 00000 1 0000 0 2 000 00 3 00 000 4 0 0000 IM 3750 50 5 2 5 IC 153 GET ESC Tes IC __ HRFILECpLp SMPL1 89 03 04 10 20 32000 60 HR CrLp 12345678 89 04 01 09 50 01000 01 OTHERCsLr NDCnsLr lt EOI gt 6 8
11. IM 3750 50
12. ve 4 21 ASN VAAL AGO fee eoir eehehe esadeclewidded ond kaq a Que huu 4 22 4 3 16 FAAET AS OJEE oes added ete dod vecnanawkews 4 24 RA TI a ci NA 4 24 ASA DOI EG EE tated Geta sete i 4 24 40 19 22 a ee oA TI aL a Ce ee pusa aqu ee eee cee q up aqha 4 25 4320 ee OY APE ON POR seams eo uz a te ie duke tah usu waka 4 25 LA AT Fae ARS 2320 i Si li 4 26 5 ee IS ae E dota nares dcneremr A 5 1 SC CC OR EN NE hias qosun Saa qasi 5 1 D2 a ST ee 5 1 IM 3750 50 10 11 5 2 1 ASCI 5 2 2 JJ Oo eee ee Gi 5 2 4 525 JO 52 6 IC ASCI 5522 0 ICR i Fi FS SSES SP ON ann n 5 2 8 IC ON OFF Do AT eS RNA NT EE DD E GPIB SNNNA 0 DA ATEZ AA PI ASERI ARS 2320 weree n irae 4 PAT IUNI NE Nd N Cie Fe OI ee E TEE EEEE E EEE E det 00 ae ei 63
13. 5 CM 3 Device Clear C01 C30 IM 3750 50 6 6 RS 232C Op CMC01 1 000 CO01 1 000 CMC02 1111E 3 C02 1 111 1 ON C01 C30 1 2 MATH CM IM 3750 50 YY T T UP UP PP PV UTF p ur UP a VII i ar 7 7 1 GP IB 1 SCAN 2 ww em CI CI T GET 3 41 2sec 60sec S
14. Vv xo IM 3750 50 6 5 kz mm A a fi 0 WN LJ V V L Ww U S NI A W VT ADER CMC01 1 000 CO01 1 000 CMC02 1111E 3 C02 1 111 PC9800 HR1300 31 C01 SPAN 1000 1000 2 400mm h A D END IM1 SCAN ON PRINT ON Ra 100 HR 1300 DIGITAL INPUT 110 TEST PROGRAM GP IB 120 130 ISET IFC 140 CMD DELIM 0 150 POLL 1 S 160 ON SRQ GOSUB DOUT 170 SRQ ON 180 X1 0 PIT 3 14159 190 200 LOOP 210 GOTO LOOP 220 230 DOUT 240 POLL 1 S 250 X X1 PI 180 260 Y 500 SIN X 270 PRINT 1 CMCO1 STRS Y 280 X1 X1 1 IF X1 gt 360 THEN X1 0 290 SRQ ON 300 RETURN 1 ON C01 C30 1 2 MATH
15. CRT HR 00 010 HR 1300 RS232 SAMPLE PROGRAM 1020 PROG 2 1030 OPTION BASE 1 1040 DIM ZZ 100 1050 1060 D TC1Z SETDATA 1070 OPEN 1 D B 1080 RSS1 84 ER 1 1090 HALT RS81 1100 1110 ZZ 1120 WHILE HID ZZ 1 2 O EN 1130 INPUTH 1 USING 100A ZZ 1140 OUTPUT RS81 ER ZZ 1150 END WHILE 1160 1170 END DISP ZZ 11 11 IM 3750 50 11 12 12 1000 4010 HR 1300 RS232 SAMPLE PROGRAN IM 3750 50 1020 PROG 3 1030 OPTION BASE 1 1040 DIM ZZ 20 1050 1060 DS TC1Z DPDATA 1070 DEFFILE D S 1080 OPEN 1 D E 1090 RS81 84 ER 1 1100 HALT RS81 1110 1120 OUTPUT RS81 ER TS2 1130 OUTPUT RS81 ER CHRS 27 T 1140 OUTPUT RS81 ER LFO1 20 1150 ZZ 1160 WHILE HID Z7 Z 1 O E 1170 ENTER RSS1 ER DISP ZZ 1180 PRINT 1 USING 2Z0A ZZ 1190 END WHILE 1200 1 1210 END 11 13 13 ASCII ASCII CRT 1000 1010 HR 1300 RS232 SAMPLE PROGRAM 1020 PROG 4 1030 OPTION BASE 1 1040 DIM DT 60 1050 DIM ZZ 32 1060 1070 RS81 84 ER 1 1080 HALT RS81 1090 1100 OUTPU
16. ESC S e HR1300 Mit RS 232C ESC S 922 HR1300 ESC S gt OE iwi A ESC S IM 3750 50 e PC9801 RS 232C 1 PC9801 HR1300 XON XOFE HR1300 PC9801 HR1300 HR130
17. 01 60 m VC mV VOOOUOO V OCOOOO C HO LO d H z PR Se R dL R H R L OIC oA saat HR E S cDxSNSOoI 0 99999 Cunas TSO lt GET ESCT gt GP IB RS 232C 2 5 2 1 D dH dL RH RL IM 3750 50 5 2 2 so GET ESC TRS IFM1 a lt
18. 1 1 2 VPRER DISPLAY BARR NEXT f F3 i ENTRY SET UP MODE COMM SET CNTRL KEY COMM BURN GROUP LOGIC RJC COLOR GP IB MODE TALK ONLY T ONLY ADDRES AO ENTRY Z3ZC MODE SET amp OUT IM 3750 50 PA SET UP MODE NEXT Fl COMM COMMUNICATION RS 232C GP IB GP IB gsy gt 2 RS 232C RS 232C SET amp OUT SF OUT
19. ON RESET 1 DCL Device Clear 2 SDC Select Device Clear GP IB 1 1 1 1 ASCII 2 ADDRESSABLE lt gt TALK ONLY SET UP 3 4 3 17 RAM RAM FUNC KEY 6 12 BB 4 3 18 IM 3750 50 4 3 19
20. FFH 7FH 00H PC9801 PC9801 3 BASIC RS 232C ASCII LINE INPUT LINE INPUT INPUT INPUT 255 10 OPEN COM N81N AS 1 20 PRINT 1 TSO 30 PRINT 1 CHRS 27 T 40 PRINT 1 FM1 01 20 50 DS INPUT 2 1 60 CNT CVI DS TO DS INPUT4 CNT 1 e 70 D 40 60 CNT 255 e 2
21. ON Zo ER00 HR1300 ESC S FM LF HR1300 ESC S ESC S 1B H 1 S 1 PC9801 G ESC S PRINT 1 CHR amp H1B S LINE INPUT 1 D PRINT D RS 232C
22. ME 1IC IC ESC TT IM 3750 50 9 2 1 RS 232C HHR1300 1 coe oco ESC S 1B H 53 H 2 ESC S HR1300 E R O O CR LF OO i 00 31 3 25 e RSC S e TSO TSI TS2 HR1300
23. VOLT TC RTD 5 5 5 5 0 4 PET eS UNIT 6 BI SRO1 SCALE VOLT 20mV 0 10000 1000 1000 1 L H 01 0 10mV mV 100 0 100 0L H GER Pe P7 Ps 3 e o o o o o 10000 10000 ERROR a etd sale rarer ahi wo ayaa Casa aan ae ats OK Pusa ee ee ee ee 10000 10000 2 OK 4 2 2 ALARM 6 8 IE P Po O
24. 8181H REPT vases 8080H 5 2 8 IC ON OFF rss Gpr esc ree ura HRFILE CsLg 01 ON CrLr _02 OFF CrLr 03 ON CsLr _59 OFF CrLlr _60 ON CsLr ENDCsLr lt EOI gt 8 2 ON OFF e 01 60 IM 3750 50 5 3 GP IB ieee A D END 10 920 1 4 1 3 1 IC 1 2 1
25. 1 5 Vr a wu 51 8 1 ASCII TSO lt GET ESC T gt FM0 2 TSO lt GET ESC T gt FM1 3 TS1 lt GET ESC T gt LF 4 TS2 lt GET ESC T gt LP 5 IC TS3 lt GET ESC T gt MF0 6 IC ASCII TS3 lt GET ESC T gt MF1 7 IC TS3 lt GET ESC T gt MF2 g IC ON OFEE TS3 lt GET ECS T gt MF3 GP IB GET RS 232C ESC T 52 1 TSO
26. ALARM SEARCH DATA AUTO DATA MAN ALARM SEARCH BAR GRAPH CLOCK RELAY IMAGE 31 60 ALARM IMAGE CC CH 31 60 IM 3750 50 4 3 2 4 3 4 ON OFF 43 5 ON OFF 4 3 6
27. CRT 1000 t 1010 1 R 1300 GP IB SAMPLE PROGRAM 1020 tPR0G 1 1030 OPTION BASE 1 1040 DIM ZZ 100 1050 1060 D TC1Z SETDATA 1070 DEFFILE D S 1080 OPEN 1 D3 E 1090 GB81 85 ER 1 1100 HALT GB81 1110 1120 OUTPUT GB81 ER TS1 1130 TRIGGER GB81 ER 1140 OUTPUT GB81 ER LFO1 20 1150 ZZ 1160 WHILE MID ZZ 1 2 O EN 1170 ENTER GB81 ER ZZ DISP ZZ 1180 PRINTH 1 USING 100A ZZ 1190 END WHILE 1200 1210 LOCAL GB81 ER CLOSE 1 1220 END IM 3750 50 11 1000 1010 HR 1300 GP IB SAMPLE PROGRAM 1020 PROG 2 1030 OPTION BASE 1 1040 DIM ZZ 100 1050 1060 D TC1Z SETDATA 1070 OPEN 1 D B 1080 GBS1 85 ER 1 1090 HALT GB81 1100 1110 ZZ 1120 WHILE MID ZZ 1 2 lt EN 1130 INPUTH 1 USING 100A ZZ DISP ZZ 1140 OUTPUT GB81 ER ZZ 1150 END WHILE 1160 1170 LOCAL GB81 ER CLOSE 1 1180 END CRT HR 10 11 IM 3750 50 10 12 12 1000 i HR 1300 GP IB SAMPLE PROGRAM 1020 PROG 3 1030 OPTION BASE 1 1040 DIM ZZ 20 1050 1060 D TC1Z DPDATA 1070 DEFFILE D S 1080 OPEN 1
28. IM 3750 50 4 2 16 31 60CH JE MATH SO P Po Ps P Ps Pe P os CC G E Doz bie es ON OFF Eo ee a 36 OPI 5 OPE 5 30000 30000 WP 0 4 4 3 2 1 0 MATH SYSTEM 0 PD ee 6 SO 32 ON TLOG SUM 01 10000 30000 1 L H 01 1000 0 3000 0 8 L H 4 2 17 Z sj E Fe s Py Po Pi NANDOSSSeS No 01 30 PI ohegdeaece 11 KK 9 9999B 29 1 0000E 30 t 1 0000E 30 9 9999E 30 e 5 ee ea
29. IC CRT 10 TS3 lt GET gt MFO 20 OPEN TEST DAT FOR OUTPUT AS 1 30 ISET IFC 40 CMD DELIM 0 50 PRINT 1 TS3 60 WBYTE amp H3F amp H21 amp H8 amp H3F 70 PRINT 1 MFO 80 LINE INPUT 1 D PRINT D PRINT 1 D 90 LINE INPUT D PRINT D PRINT 1 D 100 IF LEFT D 3 lt gt END THEN 90 110 CLOSE STOP 120 END IM 3750 50 10 7 7 IC ASCH IC ASCII CRT 10 TS3 lt GET gt MF1 20 OPEN TEST DAT FOR OUTPUT AS 1 30 ISET IFC 40 CMD DELIM 0 50 PRINT 1 TS3 60 WBYTE amp H3F amp H21 amp H8 amp H3F TO PRINT 1 MF1 ICSMPL 01 03 1 2 80 LINE INPUT 1 DS PRINT D PRINT 1 D 90 LINE INPUT D PRINT D PRINT 1 D 100 IF MID D 2 1 lt gt E THEN 90 110 CLOSE STOP 120 END IM 3750 50 10 8 8 IC IC
30. To e ASCII e F SR01 2V e Bl SRO1 VOLT 1 YY MM DD 8 HH MM SS 8 2 CC 2 3 GX 2 1ch 01 ee e 1 CR LF LF EOI True EOI FK EOI True IM 3750 50 4 2 1
31. FM LF MF TSO GET FM GET TS1 TS2 GEPT LF TS3 GET IC IC GMRT 9 1 1 GP IB GP IB ERROR HR1300
32. OFF 1 60 01 3C 16 1 5 6 BO MSB LSB 2 7E7EH 8181H 8080H IM 3750 50 5 2 3 GET 7 iz ESC TRS LF IM 3750 50 31 60CH SYSTEM OTe Pi CHART MATH
33. PC9801 FM LSB IM 3750 50 10 1 PV VI W Mr AY F AV T T EE NE ONE N A AY oY a 10 GP IB JW AY W AW UT TV UP UT AY af AY aY AY of AY oY PU T UP UP AT AW AA PC 9801 1 CRT 10 TS1 lt GET gt 20 OPEN TESTHR DAT FOR OUTPUT AS 1 30 ISET IFC 40 CMD DELIM 0 50 PRINT 1 TS1 60 WBYTE amp H3F amp H21 amp H8 amp H3F 70 PRINT 1 LF01 20 80 LINE INPUT 1 D PRINT D PRINT 1 D 90 LINE INPUT D PRINT D PRINT 1 D 100 IF LEFTS D 2 lt gt EN THEN 90 110 CLOSE STOP 120 END IM 3750 50 2 CRT HR1300 IM 3750 50 SETTEI ISET IFC ON SRQ GOSUB SSS POLL 1 B SRQ ON OPEN TESTHR DAT FOR INPUT AS 1 ISET IFC CMD DELIM 0 PRINT 1 IM2 LINE INPUT 1 D PRINT D IF LEFTS D 2 EN THEN 140 PRINT 1 D GOTO 100 CLOSE STOP END SSS POLL 1 B IF B AND amp H42 amp H42 THEN PRINT SYNTAX ERROR RETURN
34. TS1 lt GET ESC T gt LFX x XX LFX x XX TSO TS1 TS2 TS3 1 FM LF MF TSO LF MF TS1 FM ME 2 TS lt GET ESC T gt TS TS lt lt GET ESCT gt 3 lt GET ESC T gt FM LF MF lt GET ESCT gt lt GET ESC T gt FM LM MF IM 3750 50 5 2 1 ASCIl F 750 GET ESC THS ASCE KCHEEL REE DATEYYMMDDCnsLr OI AAAAAAAAAAAAUUUUUUCC DDDDDE EpCnLg 112233445566123456 T
35. CC 01 60 PZ tage CC 01 60 IM 3750 50 4 3 12 TS1 TS2 Pl CC 01 60 P2 CC 01 60 4 3 13 IC IC IC ASCII JLT IC TS3 MP PE sams 8 P2 CC 01 60 P3 eee CC 01 60 PA iaer 1 32000 P5 agence 1 32000 IC
36. YY MM DD HH MM HR1300 JC ERROR ON DATA MEMORY IM 3750 50 5 2 6 IC ASCII F rss GEgr ESC reza MFI IC ASCII A 00001 32000 15000 01 30CH 00600secCsLg DATEYYMMDDCsLg TIMEHHMMSSCsLg NNNNNCsLr 1 2 3 45 00001 32000 T UUCC DDDDDE EpCsLr S 6 1 2 1 2 3 4 CL Ss eC EGCG Ny Ep 0 49 01 60 1HCHHUH C O 99999 S O 5 5
37. CONT 5 ALM 1 ALM 2 16 ALM 5 DS MESSAGE P1 SG PANEL ALM 01 PANEL ALM 01 4 2 9 y HEADER 6 10 6 UE SH CO C j L C C P P Rx BA P 1 5 0 Po SN 80 SH1 YOKOGAWA ELECTRIC CORPORATION HYBRID RECORDER 1 YOKOGAWA ELECTRIC CORPORATION iia RECORDER IM 3750 50 4 2 10 ZONE 6 10 7 Z xX BB Py CC GX Ps 0 145 mm SP kN 5 150 mm SZ05 100 150 05 100 150mm 4 2 11 PARTIAL 6 10 8 s a HBH Dp uamata suu usu CCO GX RP E ON OFF 6Ps go ayga gasta 0 99 Pg
38. IERRA 7 8 4 1 RE Pj Gis eet L b L Ll ll a tte gt pss f Ee 1 2 2 4 1 4 2 5 1 2 5 1 IM 3750 50 a RSB 232C 2 5 CR LF F421 2 1 1 1 2 HR1300 LEF CR LF 2 6
39. ON OFF E e E E E ON OFF Py i ee No SET UP INTERVAL SINGLE Pa MULTIPLE 1 2 3 3 SINGLE MULTIPLE SET UP 1 Sy 24 00 01 24 00 1 SFO1 ON ON 1 01 No 1 4 2 7 TAG 6 10 4 ST l 1 2 Pi CC GX OLS EN 7 STO1 TIR 001 1 TIR 001 IM 3750 50 4 2 8 MESSAGE 6 10 5 SS P P2 P MESSAGE TITLE 32 PANEL 16 FUNCTION CONT 1 CONT 2 16
40. XX ON HR1300 X ON X OFF XX ON X OFF a IM 3750 50 PU p p a pupa WA W W puru V W AW WV JW WT W UTA F F UP oY ov I oY a 3 GP IB RS 232C HR1300 lt gt REMOTE LOCAL WL RAMGE TYPE T L REMOTE B B EDADDAD DD DD CHART i a a a EJ 22 3 23 E Gs G2JG3 3 G RFR 18C27C HYBRID RECORDER 3 1 HR1300 3750 LOCAL GP IB LOCAL LOCKOUT REMOTE 2 X gt Z GP IB IM 3750 50 RS 232C GP IB 250V 1 25A 3 2 HR1300 3750
41. lt GET ESC T gt FM lt GET ESC T gt FM FM FM FM FM RT FM 300msec FM LEF GES FM LF TSO
42. 1 3 GPIB 1 4 POWER KEY LOCK CHART FEED MEMORY SET UP IM 3750 50 1 5 1 GP IB F F Z vx TALK ONLY ADDRESSABLE 2 AZO GP IB SET UP 3 DIP SET UP No 1 ON 6 11 1 1 2 AY BA MO BS SET UP MODE
43. 10 TS2 lt GET gt 20 OPEN TEST DAT FOR OUTPUT AS 1 30 ISET IFC 40 CMD DELIM 0 S0 PRINT 1 TS2 60 WBYTE amp HS3F amp H21 amp H8 amp H3F TO PRINT 1 LEO1 20 80 LINE INPUT 1 D PRINT D PRINT 1 D 90 GOTO 110 100 LINE INPUT D PRINT D PRINT 1 D 110 IF MID D 2 1 lt gt E THEN 100 120 CLOSE STOP 130 END IM 3750 50 4 ASCII 10 TSO FMO lt GET gt 20 OPEN TEST DAT FOR OUTPUT AS 1 30 ISET IFC 40 CMD DELIM 0 50 PRINT 1 TSO 60 WBYTE amp H3F amp H21 H8 amp H3F 70 PRINT 1 FMO 01 20 80 LINE INPUT 1 D PRINT D PRINT 1 D 90 LINE INPUT D PRINT D PRINT 1 D 100 IF MID D 2 1 lt gt E THEN 90 110 CLOSE STOP 120 END IM 3750 50 5 BINARY TSO FM1 BO1 lt GET gt OPEN TEST DAT FOR OUTPUT AS 1 ISET IFC CMD DELIM 0 PRINT 1 TSO PRINT 1 BO1 WBYTE amp H3F amp H21 amp H8 amp H3F PRINT 1 FM1 01 20 CMD DELIM 3 LINE INPUT 1 D PRINT 1 D A CVI MIDS D 1 2 PRINT A L 0 PRINT ASC MIDS DS 3 1 PRINT ASC MIDS D 4 1 PRINT ASC MTD DS 5 1 PRINT ASC MID S DS 6 1 PRINT ASC MIDS DS 7 1 PRINT ASC MIDS D 8 1 L 0 FOR I 6 TO A 1 PRINT RIGHTS 0 HEX ASC MID D 1I 3 1 2 L L 1 IF L 4 THEN L 0 PRINT NEXT CLOSE STOP END PRINT PRINT PRINT PRINT PRINT 10 5 IM 3750 50 10 6 6 IC
44. CR LF CR PRINT CR LEF 4 5 256byte BASIC 2 2 8 O IM 3750 50 256 2 7 6 HR1300 256 x
45. ESC S 2 2 14 2 IM 3750 50 VIE EMW VI T TV TA UM PP 6 PP UT V UP PU PU UMS UPP Wr EE a 61 GP IB RS 232C HR1300 6 2 1 HR1300 MATH GP IB RS 232C 2 C01 C30 30 3 ASCII 4 9 9EF 29 1 0E 30 0 1 0E 30 9 9E 29 15 1 CM C01 3 333E 03 15 MAX 2 CM C01 999 999 15 MAX 1 2 5
46. wi 41 POWER ON SRQ oe CHART FEED 2 enna 3 e e e PRINT ON 4 A D END 1 1 ENABLE 0 DISABLE IM 3750 50 vi ama UI 54 RS 232C ESC S ERLILCsLr 1IC AID END 7 be eR 81 Cate O ENABLE
47. GP IB GP IB GP IB GP IB RS 232C RS 232C RS 232C RS 232C IM 3750 50 PU Ar aY av oY AY oar or MF oY VF r F ar a 4 PU oY uru 41 ATN F 1ISO ASI RL 1 ISO DIO 8 gt 2
48. RANGE 6 7 e C L L J P Ps P Ps aera ig al l 7 _ Ps P Ps Po x 1 OFF oe ei CC GX e SKIP SRP SKIP 2 OP CC GX o VOLT TC RTD DELTA a cise ss VOLT TC RTD DELTA 20 000 20 000 V 50 00 50 00 V IM 3750 50 2 as ean o R rYPg R 0 0 1760 0 C Co EEEE S TES 0 0 1760 0 C od B rypg g 400 0 1820 0 C G O E TYPEE 2000 8000 CRC 9 TYPE J 2000 11000C EIC T TYPE T 200 0 4000C cc TYPE L 200 0 900 0 C DIN43710 U TYPE U 2000 4000C DIN43710 W KpAuFe Kp Au7Fe 0 0 3000K j 1mA lt uc t G 0 C C C 0 C 0 C 0
49. AL 31 TREND PRINT ON ON OFF e ON OFF No is A JF oser Z 31 To 31 60 OFF ENTRY 31 DIGITAL PRINT ON e oS ON OFF IM 3750 50 2 ENTRY O1 INTVL NO 2 X SET UP EF rP O INTERVAL 6 11 2 SINGLE No 1 MULTIPLE 1 2 3 3 SET OK 31 TREND ON DGTL ON No 2 abt BA No MULTIPLE 1 3 LOGGING INTERVAL 6 10 9 Laie wm AUX
50. 1 1 1 1 Fae C a mm zs SH1 L4 sw EE mm ye He i mr 2e mm CO Wawas waar oryymm o s S 1 21 e Addroessable ll ASCH ASCII IC i wa ASCII 7 IM 3750 50 Talk Only ASCI e POWER KEY LOCK CHART FEED MEMORY SET UP H sl GP IB
51. BAUD RATE 1200 O75 150 300 600 Dil ok e 1200 bps G1i200 2400 4800 9600 DATA 7bit 8 7b1t 8b1t PARITY ODD o EVEN NONE s ODD EVEN NONE ALS sm STOP BIT 1 e 2 N ft HANDSHAKE OFF OFF WOFF X E X R C E OC R OFP NEXT IM 3750 50 OFF XON XOFF ER XON XOFF RS ER RS OFF ER RS CS XON XOFF XON XOFF XON XOFE CS ee CS RS ise RS ON OFF ER a ER
52. CRTLF CR LF EOI T True eo e IM 3750 50 42 SYSTEM CHART ax fil 31 60CH ORE MATH IC IC IC IC SAVE IC LOAD ON OFP ON OFF EH
53. ON OFF e gay AS SET UP MODE END P ADJ RECORD INTVL END COMM SET DIP SET UP NO 1 OFF SET UP IM 3750 50 ER RS CS t TRUE EK UMAR LT X ON X OFF AA l Ke RS 232C 7 SET UP END gw 24 dh 2 4 1 ae 0 EN KS mwape 22 mm 2 memana ear mlm a en ae e as 2 ceras lmmw S e u o 2 nasa gt 2ezrzz oe sess mmm s lm
54. ON OFF PI chess 4 3 14 MSB LSB IM 3750 50 4 3 15 IM n x n 0 31 A D IC BE IC RS 232C ESCS IM 3750 50 Soa IC pee ante BA ET M j M IM10 IM11 IM12 IM13 IM14 IM15 IM16 IM17 IM18 IM1
55. TS1 TS2 TS3 IM 3750 50 e TSO lt GET ESC T gt FMX XX XX FMX XX x x SC 1B H tH 2 TS1 TS2 TS3 lt GET ESC T gt LE ME lt GET ESC T gt LF ME LF MF LF MF LF ME TSO FM LF MF FM MF e
56. ERROR No 010 GRIB 160 IM 3750 50 9 2 RS 232C 1 FM LF MF LF FM MF 2 TS0 LF TS1 TS2 FM FM a lt X E LF ME 3 TS0 ESC 7 FM ESC T 4 TS1 TS2 ESC T LF TS3 BSC
57. T s C _ EE ME sut Data Carrier Detect 9 19 21 25 HTE IM 3750 50 2 4 2 HR1300 RS 232C 1 HR1300 RS 232C 2 2 ER HR1300 OK HR1300 RS OK RS 232C No 2 1 2 2 2 RS 232C 2 3 RS 232C 2 1 No No No No No O No 4 2 3 IM 3750 50 1 1 s Transmitted Data Received Data BBBE 105 105 Request to Send Clear to Send Equipm
58. 5 2 ESC T 1B H 1 1 PC9801 ESC T PRINT 1 CHR amp H1B T RS 232C 1 2 ER00 ER31 IM 3750 50 N N IC AD BID BR 8 Cate ER 30 CsLr CO ER 31 CsLr O O BNABLE ER 10 CnLr IC IM 3750 50 IM 3750 50 ER02
59. EE G 20 ar CC SS PSS see 6 5 GP IB 6 6 RS 232C ds Ges aha cael a ee OES eC nT enn en eee i MeN GPAD tbs i eeepc ioe a eS es Gao S we eee T ands AD RSI et A SO ees MN ec oo 91 GP IB St GP Jb ET SA GN Oi naka ilaku ON RS2826N2UHNO ON NPC ee A 2 ITOIONNOOONVOOOONOQOOORRM AM 922 aLa EEEa aaa GD Br 2 CT i Eo eo RSAC A J pl Zx a tar OET a 6 1 IM 3750 50 1 GP IB VAI AY aY ar A AY AY AY af Av AY UP 1 1 Abe GP IB T IEEE Standard 488 1975 1 2 HR1300
60. RS 232C PC 9801 8 NON 1 HR OFF OFF 1 ax AE CRT TSl lt ESC T gt OPEN COM1 N81N AS 1 OPEN TEST DAT FOR OUTPUT AS 2 PRINT 1 TS1 PRINT 1 CHRS amp H1B T PRINT 1 LFO1 20 LINE INPUT 1 DS PRINT DS PRTNT 2 D IF LEFTS D 2 lt gt EN THEN 70 CLOSE 100 END IM 3750 50 IM 3750 50 CRT SETTEI OPEN COM1 N81N AS 1 OPEN TEST DAT FOR INPUT AS 2 PRINT 1 1IM2 PRINT 1 CHRS amp H1B S LINE INPUT 1 D PRINT D PRINT 1 CHRS amp H1B S LINE INPUT 1 D PRINT D LINE INPUT 2 D PRINT D IF LEFTS D 2 EN THEN 150 PRINT 1 D PRINT 1 CHRS amp H1B S LINE INPUT 1 D PRINT D GOTO 90 CLOSE END 3 10 TS2 lt ESC T gt 20 OPEN COM1 N81N AS 1 30 OPEN TEST DAT FOR OUTPUT AS 2 40 PRINT 1 TS2 50 PRINT 1 CHR amp H1B T 60 PRINT 1 LF01 20 70 LINE INPUT 1 D PRINT D PRINT 2 D 80 IF MID D 2 1 lt gt E THEN 70 90 CLOSE 100 END 11 3 IM 3750 50 11 4 4 ASCI 10 TSO FMO lt ESC T g
61. 30 IM2 jenn ENABLE 1 DISABLE 0 BOO e SM0 DISABLE 0 GP IB RS 232C IM 3750 50 8 VA ASCI Lu nt iE WUSEDDBSESEEDEE GUCNOGCGOCUOCNES ULU sis e ss s sis el I 1 el TT TTT ETT fst tte so E l r L r HK C OF 1 TSO TS2 IC TS3 20H TS1 2 E1H 3 E1H IM 3750 50 W W AJ ATU W J U AW W AW UP UP UP AY PP UP PP a 9 9 1 GP IB e FM LF ME FM LF MF TSO LF TS1 TS2 FM
62. 1 1 CLOCK IM 3750 50 4 2 5 SYSTEM 6 10 2 aX PA P TREND LOGGING PR NONE PRINT ON CHANGE ON Py RS AUTO PIN 5 Siete adhe SS TREND PRINT AUTO p IM 3750 50 4 2 6 PRINT FORMAT 6 10 3 Z CP CC GX 2 usakuy aaa
63. 7 IC ASCII IC ASCH CRT 10 TS3 lt ESC T gt MF1 20 OPEN COM1 N81N AS 1 30 OPEN TEST DAT FOR OUTPUT AS 2 40 PRINT 1 TS3 50 PRINT 1 CHRS amp H1B T 60 PRINT 1 MF1 ICSMPL 01 03 1 2 70 LINE INPUT 1 D PRINT DS PRINT 2 DS 80 IF MID D 2 1 lt gt E THEN 70 90 CLOSE 100 END IM 3750 50 11 8 8 IC IC CRT 10 TS3 BO1 lt ESC T gt MF 20 OPEN COM1 N81N AS 1 30 OPEN TEST DAT FOR OUTPUT AS 2 40 PRINT 1 TS3 50 PRINT 1 BO1 60 PRINT 1 CHR amp H1B T 70 PRINT 1 MF2 ICSMPL 01 03 1 2 80 LINE INPUT 1 D PRINT 2 D PRINT D 90 IF MID D 2 1 lt gt E THEN GOTO 80 100 DS INPUTS 4 1 PRINT 2 D 110 A CVI MID D 1 2 PRINT A 120 DS INPUTS A 1 PRINT 2 D 130 L 0 140 FOR I 1 TO A 150 PRINT RIGHTS 0 HEX ASC MID D 1I 1 2 oe 160 L L 1 170 IF L 2 THEN L 0 PRINT 180 NEXT 190 CLOS
64. 2 CH CL CL IS C U lt i N NORMAL S ANSA E ees C 2 U 6 P 0 4 0 00000 1 0000 0 2 000 00 3 00 000 4 0 0000 8 5 3 IM 3750 50 3 IC 1 1 FIRST CH 1 LAST CH 2 FIRST CH n FIRST CH n LAST CH lt EOI gt 2 LAST CH IM 3750 50 41 e nxX2 n e BODO MSB LSB 2 TETEH
65. CRT 10 TS3 BOL lt GET gt MF2 20 OPEN TEST DAT FOR OUTPUT AS 1 30 ISET IFC 40 CMD DELIM 0 50 PRINT 1 TS3 60 PRINT 1 BO1 TO WBYTE amp H3F amp H21 8 amp H8 amp H3F 80 PRINT 1 MF2 ICSMPL 01 03 1 2 90 LINE INPUT 1 D PRINT 1 D PRINT D 100 LINE INPUT D PRINT 1 D PRINT D 110 IF MID D 2 1 lt gt E THEN GOTO 100 120 CMD DELIM 3 130 LINE INPUT 1 D PRINT 1 D 140 A CVI MID D 1 2 PRINT A 150 L 0 160 FOR I 1 TO A 170 PRINT RIGHTS 0 HEXS ASC MID D 1I 4 1 7A OS 180 L L 1 190 IF L 2 THEN L 0 PRINT 200 NEXT 210 CLOSE STOP 220 END IM 3750 50 10 9 9 IC IC CRT 10 TS3 lt GET gt ME3 20 OPEN TEST DAT FOR OUTPUT AS 1 30 ISET IFC 40 CMD DELIM 0 50 PRINT 1 TS3 60 WBYTE amp H3F amp H21 amp H8 amp H3F 70 PRINT 1 MF3 ICSMPL 80 LINE INPUT 1 D PRINT D PRINT 1 D 90 LINE INPUT D PRINT D PRINT 1 D 100 IF LEFT D 3 lt gt END THEN 90 110 CLOSE STOP 120 END IM 3750 50 10 10 YEWMAC 300 Super 10
66. 1 1 2 3 4 5 6 1 FIRST n LAST 2 6 n 6 BO MSB LSB 2 3 SEO a Lee ee eee eee 1 2 3 4 5 6 ale wie e 0 99 00H 63H 1 12 01H 0CH H 1 31 01H 1FH 0 23 00H 17H 0 59 OOH 3BH 0 59 00H 3BH gt H N gt 16 IM 3750 50 4 1 9 3 4 5 6 lala 1 A1 1 A6 6 An 1 H An L 3 dH ERBRO B 4 dL F RBRO BA An 5 RH An 6 RL An 0
67. 4 5 6 Py MODE TRIGGER DIRECT Po ci FILE 8 OP No OPE ceon ON OFF TRIGGER Ds cessed untae e 10 O 01 102 e SO D S01 S10 WE OFF RA A ON OFF 4 2 21 IC SAVE 7 Z i P 1 a BB NR ss FILE 8 LI YOKOGAWA 4 2 22 IC LOAD 7 Z st Pn aaa FILE 8 IC SAVE LOAD LOAD 1 40 n SAVES SH J 445 10 IM 3750 50 43 4 3 1 1 DATA AUTO DATA MAN
68. C 00 C C 00 C C C Pt 100 2 _ 200 0 250 0 JPt 100 1 H 140 00 150 00 JPt 100 2 H 70 00 70 00 2mA N N P PT PT PT P P P PT P J263 J263 B 0 0 300 0 K We ee ell SAMA NI 1 Ni 100 1 S 200 0 250 0 1 mA DIN NI 2 Ni 100 1 D 60 0 180 0 C NI3 Ni 120 1 1 mA eae GE Re eee Kine 200 0 300 0 C EA cus GuiO wggp 2000230007 T1 2 3 4 T5 T6 T7 8 T9 70 0 200 0 C Cu10 CU1 Cul0 GE 84 4 170 0 C CU2 Cul0 L amp N 75 0 150 0 C CU3 Cu10 WEED 20 0 250 0 C CU4 Cul0 BAILEY 20 0 250 0 C ER 5 tr kl A ePi A HATA IM 3750 50 IM 3750 50 3 Po e o e o o o e o o 0 0 0 o o e 0 0 o o o o o o o o 0 0 oo cc GX SCALE
69. COMM SET e SET UP MODE W CNTRL KEY COMM BURN GROUP LOGIC RJC COLOR ni e COMM COMMUNICATION GP IB BF tI eee ENTRY GP IB MODE ADDRESS ADDRESSABLE 7 e GP IB TALK ONLY A TA GE ADDRESS 1 4 5 6 7 e GP IB 10 A 11 gt B 8 9 10 11 12 C 13 14 15 13 D 14 gt E EA 15 PF 1 IM 3750 50 abt BA e GP IB GP IB e SET UP END gw gt D
70. D E 1030 GB81 85 ER 1 1100 HALT GB81 1110 1120 OUTPUT GB81 ER TS2 1130 TRIGGER GB81 ER 1140 OUTPUT GB81 ER LFO1 20 1150 ZZ 1160 WHILE MIDS 723 2 1 E 1170 ENTER GB81 ER ZZ DISP ZZ 1180 PRINT 1 USING 20A ZZ 1190 END WHILE 1200 1210 LOCAL GBS1 ER CLOSE 1 1220 END IM 3750 50 10 13 13 ASCII ASCII CRT 1000 1010 HR 1300 GP IB SAMPLE PROGRAN 1020 PROG 4 1030 OPTION BASE 1 1040 DIN DT 60 1050 DIM ZZ 32 1060 1070 GB81 85 ER 1 1080 HALT GB81 1090 1100 OUTPUT GB81 ER TSO 1110 TRIGGER GBS81 ER 1120 OUTPUT GB81 ER FMO 01 20 1130 ENTER GB81 ER ZZ 2 DISP ZZ 1140 ENTER GB81 ER ZZS DISP ZZ 1150 ZZ 1160 WHILE MID ZZ 2 1 O E 1170 ENTER GB81 ER ZZ DISP ZZ 1180 1190 END WHILE 1200 1210 LOCAL GB81 ER 1220 END IM 3750 50 10 14 14 ASCII ASCII A D END CRT 1000 1010 HR 1300 GP IB SAMPLE PROGRAN _ 1020 PROG 6 1030 OPTION BASE 1 1040 DIM ZZ 32 1050 1060 GB81 85 ER 1 1070 ON KEY 8 END GOTO END 1080 KEY LABEL 1030 1100 ON INT GB81 GOSUB HRREAD 1110 ENABLE INTR GB81 1 1120 OUTPUT GB81 ER 1M1 1130 LOOPe 1140 WAI
71. 0 a ESC S HR1300 ESC S PC9801 ESC S PC9801 HR1300 PC9801 PC9801 HR1300 10 OPEN COM N81N AS 1 20 PRINT 1 SRO1 VOLT 20mV 20000 20000 30 GOSUB HANDSHAKE 40 PRINT 1 PSO 50 GOSUB HANDSHAKE 60 PRINT 1 UDO TO CLOSE 80 END 100 HANDSHAKE_ 110 PRINT 1 CHRS 27 S 120 LINE INPUT 1 STS 130 RETURN BZ HR1300 256 b B C Q B XON ER C XON RS HR1300 PC9801
72. 01 24 00 1 SI 00 05 01 00 06 30 ON 89 01 01 12 00 SET UP MULTIPLE 5 1 6 30 3 89 1 1 12 4 2 13 CHART 6 10 10 OE je a ed Py Po HB OPi ene ae eee CHART SPEED 1 1500 mm H INTERVAL 00 01 24 00 1 SE 100 00 10 REM 10 100mm H IM 3750 50 4 2 14 INTERPOLATION 6 10 11 Z SB C O 1 gt J ae P CCO GX SS _ ON OFE SB 01 ON 01 4 2 15 MOVEAVE 6 10 12 Z Eh P P P i CC GX Pos x aera ON OFF SV01 ON 01
73. 1 2 3 4 5 6 7 1 2 3 i 5 E 6 SK01 150 K01 150 IM 3750 50 4 2 18 IC 7 WR Ps Pg OR MODE TRIGGER DIRECT EPa orrida FILE 8 Ps NTVL 1min 2min 5min 10min aE A E E 0 5K 1K 2K 4K 8K 16K 32K Re EE Z bY AALT TRIGGER FF 0 10 20 30 40 50 60 70 80 90 100 0 Pg ON OFF P el OOD d01 102 eS S01 S10 GE OPT PS ek ON OFF ee ON OFF 42 19 IC 7 Z WG Eo 2 j OR O E EASE T CO P3 ON OFF IM 3750 50 4 2 20 IC 7 3
74. 10 3 4 10 4 2 7 TAG 6 10 4 _ 4 10 428 MESSAGE 6 10 5 4 1 4 2 9 HEADER 6 10 6 4 11 4 2 10 ZONE 6 10 7 ee 4 12 4 2 11 aD MBI KO ax PARTIAL 6 10 8 4 12 4 212 INTERVAL 6 10 9 2288 4 13 4 2 13 CHART 6 10 10 ZBE 4 13 FD No 00041 N Copyright Aug 1989 YK 2nd Edition Feb 1994 YG IM 3750 50 4 2 14 INTERPOLATION 6 10 11 4 14 4 2 15 MOVEAVE 6 10 12 4 14 4 2 16 31 60CH HBF RIL MATI 4 15 4 2 17 4 15 4 2 18 IC 7 4 16 4 2 19 IC
75. 30 30 IM 3750 50 31 ON NEXT NEXT NEXT NEXT F4 o ENTRY C CU CI CHAD n 2 z 31 re or RB C GT LT Sac iar KOR 01 30 a o ACs E BA 31 SPAN L 2 0000 pScale Span 30000 30000 ET 31 SPAN R 2 0000 e Scale Span 30000 30000 30000 30000 31 UNIT less pUp To 6 Characters 6
76. 3750 HH 1 GP IB RS 232C IM 3750 50 IM 3750 50 2 GR a 1 1 1 1 Dn 1 1 a ae ee a Oe i una 1 1 LZE EE Gi ec 1 1 J 9 2 2 455 RE Cc aA i 1 2 A Ao Pe MO sities ee 1 2 OE TUAE rner Darga Gi 1 3 2 SSP 20 9 RA 2 1 21 pasak pupu A TE T SEE EOR ss EEE ana ukasa au us na aires 2 1 22 AZDI AAE uyaucuo hu LN ss EEE D s ma 2 1 23 NO 22 2 2 5 24 1 2 5 2 4 2 HR1300 RS 232C 2 6 3 GP IB RS 232C Bat 4 WAF ECTCOEME GS jd 4 1 COR i ate kaaa mh bese ease oe 4 1 42 ZEF TO RE OE S Tao bebe Mice pO 4 2 4 21 RANGE 6 7 ee 4 4 4 2 2 ALARM 6 8 owe 4 7 42 3 CHART 6 9 4 8 4 2 4 CLOCK 6 10 1 4 8 4 2 5 SYSTEM 6 10 2 4 9 426 PRINT FORMAT 6
77. 9 IM20 IM21 IM22 IM23 IM24 IM25 GOCE EU Eaa aee e IM27 IM29 IM30 IM31 0 1 OFF 1 OD SCHAAR ON IM No 1 IM7 1 0 DISABLE 1 ENABLE A D END IM 3750 50 4 3 16 e SM n _ AN on 0 15 lolololel 5 _ 1 2 3 X 0 DISABLE 1 ENABLE CT 2
78. E 200 END IM 3750 50 11 9 9 IC IC CRT 10 TS3 lt ESC T gt MF3 20 OPEN COM1 N81N AS 1 30 OPEN TEST DAT FOR OUTPUT AS 2 40 PRINT 1 TS3 50 PRINT 1 CHR amp H1B T 60 PRINT 1 MF3 ICSMPL 70 LINE INPUT 1 D PRINT D PRINT 2 D 80 IF LEFTS D 3 lt gt END THEN 70 90 CLOSE 100 END IM 3750 50 11 10 YEWMAC 300 Super 8 NON 1 HR OFF OFF 10 CRT 1000 1010 HR 1300 RS232 SAMPLE PROGRAN 1020 PROG 1 1030 OPTION BASE 1 1040 DIM ZZ 100 1050 1060 Ds TC12 SETDATA 1070 DEFFILE D S 1080 OPEN 1 D E 1090 RS81 84 ER 1 1100 HALT RS81 1110 1120 OUTPUT RS81 ER TS1 1130 OUTPUT RS81 ER CHR 27 T 1140 OUTPUT RS81 ER LFO1 20 1150 ZZ 1160 WHILE MIDS ZZ 1 2 O EN 1170 ENTER RS81 ER ZZ DISP ZZ 1180 PRINTH 1 USING 100A Z23 1190 END WHILE 1200 1Z10 END IM 3750 50 11
79. ET UP 2 MATH 3 A D END IM 4 GET IM 3750 50 7 2 RS 232C 1 SCAN lt A MATH i es JD JL ESC 3 we AS AS 41 2sec 60sec SRET UP 2 MATH 9 ESC IM 3750 50 va T w w m O 8 DEBVICE CLEAR e TSO FMO 01 30 ASCII Re 01 30 e LF 01 30 01
80. IP SET UP NO 1 OFF SET UP IM 3750 50 2 RS 232C A MF UP UT F UT AT F M VEU UPP p r UP UP 21 H RS 232C EIA e e MATH POWER KEY LOCK CHART FEED MEMORY SET UP EIA Electoronic Industries Association 22 75 150 300 600 1200 2400 4800 9600 bit 1 1 2 gt 7 guy F EIA RS 232C DBSP JB25S JAE DB 25P IM 3750 50 2 3 RS 232C ea NN EEE DIP SET UP No 1 ON 6 11
81. N OFF P3 P Ps Pe PA PR CC GX Po No 1 6 e ON OFF ON OFE P3 H REH L RH 3 EER R RL 3 FER3 R dH dL P rr AT J PE i ON OFF Pe ck e I 01 I02 e SOO S01 S10 51 SA03 1 ON H 1000 ON 102 03 1000 C ERRRLAIL 1 I 02 IM 3750 50 4 2 3 CHART 6 9 Z sJ De mm h 1 1500 4 2 4 CLOCK 6 10 1 Z s P ar a abi BB PN YY MM DD YY 00 99 MM 01 12 DD 01 31 Po HH MM SS HH 00 23 MM 00 59 SS 00 59 SD87 01 01 01 01 01 87 1 1
82. T 1150 IF FK 8 THEN END 1160 GOTO LOOP 1170 1180 HALT GB81 1190 STATUS GB81 ER GBSTS 4200 1210 HRREAD 1220 STATUS GB81 ER GBSIS 1230 OUTPUT GB81 ER TS0 1240 TRIGGER GB81 ER 1250 OUTPUT GB81 ER FNO 01 20 1260 ENTER GB81 ER ZZ DISP ZZ 1270 ENTER GB81 ER ZZ DISP ZZ 1280 8 ZZ 1290 WHILE MID ZZ 2 1 O E 1300 ENTER GB81 ER ZZ DISP ZZ 1310 1320 END WHILE 1330 ENABLE INTR GB81 1 1340 RETURN 1350 1360 END 1370 LOCAL GB81 ER 1380 END IM 3750 50 10 15 15 CRT 1000 1010 HR 1300 GP IB SAMPLE PROGRAN 1020 PROG 5 1030 OPTION BASE 1 1040 DEFINT I 1050 DIN DT 60 1060 DIM IDA 94 1070 1080 GB81 85 ER 1 1090 HALT GB81 1100 1110 OUTPUT GBS1 ER TSO 1120 OUTPUT GB81 ER BOO 1130 TRIGGER GB81 ER 1140 OUTPUT GBS81 ER FM1 01 20 1150 EOL GB81 188 1160 ENTER GB81 ER NOFORNAT IDA 1170 NEN DIV IDA 2 256 TUKI NOD IDA 2 256 HI DIV IDA 3 256 1180 JI MOD IDA 3 256 FUN DIV IDA 4 256 BYO MOD IDA 4 256 1190 PR PR NEN TUKI HI JI FUN BYO 1200 1210 FOR I 1 TO 30 1220 DT I IDA I 3 4 PU N6DZ DT I 1230 NEXT I 1240 END IM 3750 50 11 lt 11 1 AW p W r FF HR1300
83. T RS81 ER TSO 1110 OUTPUT RS81 ER CHR 27 T 1120 OUTPUT RS81 ER FHO 01 20 1130 ENTER RS81 ER ZZ DISP ZZ 1140 ENTER RS81 ER ZZ DISP ZZ 1150 ZZ 1160 WHILE HIDS ZZ 2 1 E 1170 ENTER RS81 ER ZZ DISP ZZ 1180 1190 END WHILE 1200 1210 END IM 3750 50 11 14 14 CRT 1000 1010 HR 1300 RS232 SAMPLE PROGRAM 1020 PROG 5 RG 1030 0PTION BASE 1 1040 DEFINT I 1050 DIM DT 60 1060 DIM IDA 94 1070 1080 RS81 84 ER 1 1090 HALT RS81 1100 1110 OUTPUT RS81 ER TSO 1120 OUTPUT RS81 ER BOO 1130 OUTPUT RS81 ER CHRS 27 T 1140 OUTPUT RS81 ER FM1 01 20 1150 EOL RS81 ER 188 1160 ENTER RS81 ER NOFORMAT IDA 1170 NEN DIV IDA 2 256 TUKI HOD IDA 2 256 HI DIV IDA 3 256 1180 JI HOD IDA 3 256 FUN DIV IDA 4 256 BYO MOD IDA 4 256 1190 PR PR NEN TUKI HI JI FUN BYO 1200 1210 FOR I 1 TO 30 1220 DT 1 IDA 1 3 4 PU H6DZ DT I 1230 NEXT I 1240 END IM 3750 50 1 1 2 3
84. eMS _ Pi TITLB Pl 0 PANEL 1 CONT 1 2 CONT 2 3 CONT 3 4 CONT 4 5 CONT 5 43 7 IM 3750 50 etc e SINGLE MULTIPLE SET UP 4 3 10 IC 4 3 11 e FM0 CJ L ASCI P P e FMI D Cd Py P2 x TSO FM Pl tages
85. ent Ready iR1300 RS 232C ON ON IM 3750 50 3 a RS 232C 1 1 7 8 2 4 SET UP 1 area Y t R T7V aY
86. t 20 OPEN COM1 N81N AS 1 30 OPEN TEST DAT FOR OUTPUT AS 2 40 PRINT 1 TSO 50 PRINT 1 CHRS amp H1B T 60 PRINT 1 FM0O 01 20 TO LINE INPUT 1 D PRINT D PRINT 2 D 80 IF MID D 2 1 lt gt E THEN 70 90 CLOSE 100 END IM 3750 50 5 BINARY TSO FM1 BO1 lt ESC T gt OPEN COM1 N81N AS 1 OPEN TEST DAT FOR OUTPUT AS 2 PRINT 1 TSO PRINT 1 B01 PRINT 1 CHRS amp H1B T PRINT 1 FM1 01 20 D INPUT 2 1 PRINT 2 D A CVI MID D 1 2 PRINT A D INPUT A 1 PRINT 2 D L 0 PRINT ASC MID D 1 1 PRINT PRINT ASC MID D 2 1 PRINT PRINT ASC MID D 3 1 PRINT PRINT ASC MID D 4 1 PRINT PRINT ASC MID D 5 1 PRINT PRINT ASC MIDS D 6 1 L 0 FOR I 4 TO A 3 PRINT RIGHTS 0 HEX ASC MIDS D I 3 1 2 L L 1 IF L 4 THEN L 0 PRINT NEXT CLOSE END IM 3750 50 6 IC IC CRT 10 TS3 lt ESC T gt MFO 20 OPEN COM1 N81N AS 1 30 OPEN TEST DAT FOR OUTPUT AS 2 40 PRINT 1 TS3 50 PRINT 1 CHRS amp H1B T 60 PRINT 1 MFO 70 LINE INPUT 1 D PRINT D PRINT 2 D 80 IF LEFTS D 3 lt gt END THEN 70 90 CLOSE 100 END IM 3750 50 11 7
Download Pdf Manuals
Related Search