プログラミングマニュアル(PDF 373kb)
Contents
1. 1 CHANnel1 VOLTage_1 23 CHAN1 VOLT_1 23 12 GWINSTEK 2 GP IB2. 42 GWINSTEK 2 GP IB FIF0 SYSTem ERRor 350 222 2 SCPI 8 8
3. SBR QUES STATus QUEStionable ENABle STATus QUEStionable ENABle SRER SRER SBR SRER SRE SRER SRE aa IEEE 488 2
4. CLS 16 4 4 15 14 13 12 11 10 9 8 OVP OCP 38 GWINSTEK 2 GP IB 7 6 5 4 3 2 1 0 OTP CC CV STATus QUEStionable CONDtion2 STATus QUEStionable EVEN
5. RS232 GP IB GP IB SHIFT LOCAL ENTER GP IB ENTER save ENTER GWINSTEK PSH PST PSS 2 GP IB GP IB GP SH1 AH1 T6 L4 SR
6. OUTPot PROTection CLEar OUTPut STATe GWINSTEK PSH PST PSS OUTPut STATe_ lt Boolean gt OUTPut STATe Boolean gt 0 1 0 1 OUTPut STATe_1 OUTPut STATe 0 STATus 0PERation CONDition STATus 0PERation CONDition lt NR1 gt STATus 0PERation CONDition 0 nd RN STATus 0PERation ENABle
7. OUTPUT OFF 20 GWINSTEK 2 GP IB CURRENT SET 0 VOLTS SET 0 OCP SET OFF DELAY 1 sec AUTO SET OFF RECALL memory location 00 OVP SET OVP OUTPUT MODE INDEP INDEP SERIES PARALLEL STEP SET RECALL RANGE START 00 END 05 CYCLE 1 RST SAV PSS PSH SAV_ lt NR1 gt lt NR1 gt 0 99 SAV 01 1 GWINSTEK PSH PST PSS SRE SRER SRER SRER 6
8. 1 1 1 28 GWINSTEK 2 GP IB 16 15 0 14 15 0 STATus 0PERation ENABle_ lt NR1 gt STATus 0PERation ENABle lt NR1 gt 0 32767 lt NR1 gt STATus 0PERation ENABle_32767 15 1 STATus 0PERation ENABle 0 15 STATus 0PERation EVENt STATus 0PERation EVENt lt NR1 gt STATus OPERation EVENt2 0 STATus PRESet
9. CHAN1 VOLT_2 CURR_ CHAN1 VOLT_1 23 OUTP COUP TRAC_1 CHAN1 VOLT_12 34 CHAN1 CURR_1 55 CHAN1 VOLT_12 34 CURR_1 55 1 CHAN1 VOLT_12 34 VOLT_ 3
10. 1 GWINSTEK PSH PST PSS RS 232 RS 232 LF LF LF 1
11. CHANne lt x gt PROTection CURRent_ lt Boolean gt CHANne lt x gt PROTection CURRent Nas lt x gt 1 2 3 GWINSTEK PSH PST PSS N _ lt PSS PSH 1 0 1 CHANne1 PROTection CURRent_0 CHANnel1 PROTection CURRent2 1 CHANnel lt x gt PROTection VOLTage CHANne lt x gt PROTection VOLTage_ lt NR2 gt CHANne lt x gt PROTection VOLTage Ass x gt 1 2 3 NR2 gt N _ gt PSS PSH 1 lt NR2 gt CHANnel1 PROTection VOLTage_12 0 1
12. SCPI 7 1 SRQ SRQ GP IB
13. ESER SRER 1 1 1 AND 1 GWINSTEK PSH PST PSS ESER ESER SBR ESB ESER SESR ESER ESE ESER ESE
14. 1 2 GP IB 2 3 GP IB GP IB GP IB 1 GP IB 2 GP IB GP IB GWINSTEK PSH PST PSS 3 4 GP IB GP IB GP IB
15. IEEE 488 2 C 2 N _ _ CHANnel lt x gt VOLTage_ idn D SCPI SCPI 3
16. GWINSTEK PSH PST PSS 4 1 SYSTem ERROor AUTO lt WE STATe STARE cycre 4 4 5 SYSlem AUTO STATe a nV 5 lt g
17. OUTPut COUPle TRACking_ 2 2 OUTPut PROTection CLEar OUTPut STATe_ lt Boolean gt OUTPut STATe_ 14 GWINSTEK 2 GP IB N 1 PSS PSH lt gt 1 A 2 PSS PSH 5 3 3 CLS ESE_ lt NR1 gt ESER ESE
18. GP IB 7 OPER 0ESR SBR STB SBR SESR SESR 7 7 SESR SESR 7 7 6 5 4 3 2 1 0 40 GWINSTEK 2 GP IB PON URQ CME EXE DDE QYE OPC 0 OPC OPC
19. NRI STATus QUEStionable ENABle NR1 gt STATus QUEStionable ENABle_ STATus QUEStionable EVENt_ 4 4 IDN OPC SESR OPC2 OPC 1 SESR RCL RST
20. PST PSS 0UTPUT OUTPUT PSM 0UTPUT OUTPUT GWINSTEK 2 GP IB PPO DC1 DTO CO GP IB GP IB 1 GP IB 15 20m 2m 1
21. ESE ESER ESER SESR SBR 5 ESB ESE_ lt NR1 gt ESE lt NR1 gt 0 lt 255 lt NR1 gt 0 255 ESER 2 10 18 GWINSTEK 2 GP IB ESE 65 ESER 2 01000001 ESER 2 100000010 ESE 7 130 ESR SESR ESR lt NR1 gt 0 255 ESER 10 ESER 2 11000110 ESR 198 IDN
22. GW INC PST 3202 A000000 FW1 00 RS 232 GWINSTEK PSH PST PSS 4 128 128 20 5 GP IB IEEE 488 2 SCPI SCP1 SCPI IEEE 488 2 SCP
23. ESER ESR SESR SRE_ lt NR1 gt SRER SRE SRER STB SBR STATus 0PERation CONDition_ NRI STATus 0PERation ENABle_ lt NR1 gt STATus 0PERation ENABle_ NRI GWINSTEK PSH PST PSS STATus 0PERation EVENt_ STATus PRESet STATus QUEStionable CONDition
24. 2 3 16 3 8 36 GWINSTEK HF HF EE Te EE 7 y EE
25. 00 SAV 16 GWINSTEK 2 GP IB TST WAI IEEE 488 1 1987 SYSTem AUTO CYCLe_ lt NR1 gt SYSTem AUT0 CYCLe_7 SYSTem AUTO DELay_ lt NR1 gt SYSTem AUT0 DELay_ SYSTem AUT0 END_ lt NR1 gt SYSTem AUTO END_ SYSTem AUTO STARt_ lt NR1 gt SYSTem AUT0 S
26. 9 D RS 232 DTE 9 2 RS 232 DTE DTE 1 HI 15m GWINSTEK PSH PST PSS
27. RxD TXD GND 1 DB 9 D RS232 DB9 DTE DB9 DB9 GWINSTEK 2 GP IB RS 232 COM 1 RS 232 2 RS 232 3 4 RS 232 RS 232 idn
28. SRER SBR SRE lt NR1 gt SRE lt NR1 gt 0 lt 255 SRE_7 SRER 00000011 SRE 3 SRER 0000 0011 STB SBR STB2 SBR 1 10 STB lt NR1 gt 0 lt 255 STB SBR 2 0101 0001 81 TST RAM ROM 22 GWINSTEK 2 GP IB TST 0 300 TST1 0 TST2 300 WAI WAI
29. STATus PRESet GWINSTEK PSH PST PSS STATus QUEStionable CONDition STATus QUEStionable CONDition lt NR1 gt STATus QUEStionable CONDition 0 STATus QUEStionable ENABle 1 1 1 16 15 0 14 15 0 STATus QUEStionable ENABle_ lt NR1 gt STATus QUEStionable ENABle lt NR1 gt 0 32767 lt NR1 gt STATus QUEStionable ENABle_32767
30. SBR 7 6 5 4 3 2 1 0 OPER IRQS MSS IESB MAV QUES E E 0 0 1 0 2 3 QUES QESR 1 QUES 4 MAV 5 ESB SESR 1 SESR 6 RQS
31. 330 330 CPU 330 RAM 330 ROM 330 DAC ADC 350 410 420 MD MN TM OR TR TR TR TR RTR Tw 430 GWINSTEK 2 GP IB TEL 03 5823 5656 FAX 03 5823 5655 E Mail info instekcojp HomePage http wwwinstekcojp 101 0032 133
32. SCPI SESR 0 100 200 221 221 221 221 221 221 221 222 222 222 222 222 GWINSTEK PSH PST PSS 240 300 300 300 300 310 313
33. GWINSTEK PSH PST PSS 2 2 CHANnel lt x gt CURRent_ lt NR2 gt CHANnel lt x gt CURRent_ CHANnel lt x gt VOLTage_ lt NR2 gt CHANnel lt x gt VOLTage_ 1 CHANne lt x gt MEASure CURRent_ 1 CHANnel lt x gt MEASure VOLTage_ CHANnel lt x gt PROTection CURRent 1 0CP lt Boolean gt CHANnel lt x gt PROTection CURRent_ 1 0CP CHANnel lt x gt PROTection VOLTage_ 1 0VP NR2 gt CHANnel lt x gt PROTection VOLTage_ 1 0VP OUTPut COUPle TRACking_ lt NR1 gt 2
34. 12 0 V CHANnel1 PROTection VOLTage 1 2 34 V 2 34 OUTPut COUPle TRACking 26 GWINSTEK 2 GP IB 1 2 PSS OUTPut COUPle TRACking_ lt NR1 gt OUTPut COUPle TRACking lt NR1 gt 0 1 2 01112 OUTPut COUPle TRACking_2 1 2 0UTPut COUPle TRACking 1 Ass PSS PSH OUTPut PROTection CLEar OTP OVP 0CP OUTPut PROTection CLEar
35. idn WK TMPRO PST 3202 A000000 FW1 00 GP IB GWINSTEK 2 GP IB 3 RS 232C RS 232C RS 232 2 RS232 1200 2400 4800 9600 8 1 RS 232
36. CHANnel1 VOLTage 1 2 34 V 2 34 CHANne lt x gt MEASure CURRent CHANne lt x gt MEASure CURRent A lt x gt 1 2 3 x gt PSS PSH 1 24 GWINSTEK 2 GP IB lt NR2 gt CHANne 11 MEASure CURRent 1 234A 1 234 CHANnel lt x gt MEASure VOLTage2 CHANne lt x gt MEASure VOLTage A s x gt 1 2 3 N _ lt lt gt PSS PSH 1 i lt NR2 gt CHANne 11 MEASure VOLTage 1 11 55 V 11 55 CHANnel lt x gt PROTection CURRent
37. 2 GP IB a la Ta ie s 0 1 2 QUES 3 MAV 4 ESB 5 RQS MSS 6 OPER 7 IEEE 488 2 7 GWINSTEK PSH PST PSS SBR AN 8 1 0
38. SYsTem AUTO DELay Ass PSS PSH SYSTem AUTO DELay_ lt NR1 gt SYSTem AUTO DELay lt NR1 gt 1 lt 59999 100ms lt NR1 gt SYSTem AUTO DELay 1 100ms SYSTem AUTO DELay_1000 100 SYSTem AUTO DELay 5 LCD 500ns SYSTem AUTO END PSS PSH SYSTem AUTO END_ lt NR1 gt SYSTem AUTO END lt NR1 gt 1 lt 99 START 32
39. 1 0 2 QYE 3 DDE 4 EXE 5 CME 6 USR LOCAL 7 PON SESR ESR SESR SRQ
40. 15 1 STATus QUEStionable ENABle 0 15 0 30 GWINSTEK 2 GP IB STATus QUEStionable EVENt 2 10 STATus QUEStionable EVENt NR1 gt STATus QUEStionable EVENt2 0 SYSlem AUTO CYCLe PSS PSH SYSTem AUTO CYCLe_ lt NR1 gt SYSTem AUT0 CYCLe lt NR1 gt 0 99999 NR1 gt SYSTem AUTO CYCLe_8 8 SYSTem AUTO0 CYCLe_0 If the command SYSTem AUT0 CYCLe 0 GWINSTEK PSH PST PSS
41. IDN lt string gt IDN2 GW PST 3202 0 FW1 00 GWINSTEK PSH PST PSS OPC SESR 0 xk0OPC ASCI I 1 OPC OPC 1 RCL Ass PSS PSH RCL_ lt NR1 gt lt NR1 gt 0 lt 99 RCL_12 12 RST
42. CHANne lt x gt CURRent CHANne lt x gt CURRent lt NR2 gt CHANne lt x gt CURRent N 1 2 3 lt NR2 gt Ass x gt PSS PSH 1 lt NR2 gt CHANne 11 CURRent_2 0 1 2 0 GWINSTEK PSH PST PSS CHANne11 CURRent 1 0 012 A 0 012 CHANnel x gt VOLTage CHANnel lt x gt VOLTage_ lt NR2 gt CHANnel lt x gt VOLTage A A __ x gt 1 2 3 lt NR2 gt A _ lt x gt PSS PSH 1 lt NR2 gt CHANnel1 VOLTage_12 0 1 12 0 V
43. GWINSTEK 2 GP IB lt NR1 gt SYSTem AUTO0 END 8 8 SYSTem AUT0 END 99 99 SYSTem AUT0 STARt Cr AN PSS PSH SYSTem AUT0 STARt_ lt NR1 gt SYSTem AUT0 STARt lt NR1 gt 0 lt 99 END lt NR1 gt SYSTem AUT0 STARt_0 0 SYSTem ATUO STARt 2 2 SYSTem AUTO STATe PSS PSH GWINSTEK PS
44. 1 RL1 IB IEEE 488 1 1987 IEEE 488 2 1992 SCPI 1994 GP IB GP IB GP IB MLA ATN SRQ GTL LLO0
45. DC PSH PSS PST GW INSTEK PART NO 4 IS0 9001 CERTIFIED MANUFACTURER GUINSTEK Good Will Instrument Co Ltd No 7 1 Jhongsing Rd Tucheng City Taipei County 236 Taiwan GWINSTEK 2 GP IB 1 a4 1 2 GP IB 1 eeee 2 3 RS 232C lI 5 4 8 5 LL Lz 8 6 lt 18 ec 36 GWINSTEK 2 GP IB 1
46. H PST PSS SYSTem AUT0 STATe_ lt Boolean gt SYSTem AUTO STATe Boolean gt 0 1 0 1 SYSTem AUT0 STATe_1 SYSTem ERRor SYSTem ERRor string gt SYSTem ERRor 0 34 GWINSTEK 2 GP IB SYSTem MEMory Aiss PSS PSH SYSTem MEMory lt NR1 gt SYSTem VERSion SCPI SYSTem VERSion 1994 0 GWINSTEK PSH PST PSS 7
47. I SCPI Gr rT ri SCPI IEEE 488 1 SCPI IEEE 488 2 IEEE 488 2 3 IEEE 488 1 IEEE 488 2 SCPI 8 GWINSTEK 2 GP IB 3 IEEE 488 1 A A GP IB SH AH 10 B IEEE 488 2 gt gt 2 lt gt gt 2
48. TARt_ SYSTem AUTO STATe_ lt Boolean gt SYSTem AUT0 STATe_ SYSTem ERRor_ SYSTem MEMory SYSTem VERSion SCPI PSS PSH GWINSTEK PSH PST PSS 6 CLS CLS CLS
49. t 6 A gt 10 GWINSTEK 2 GP IB SYSTem AUTO STATe_ lt Boolean gt 6 1 Boolean gt 0 1 NR1 0 1 18 NR2 1 5 3 141 8 4 NR3 4 5E 1 8 25E 1 No error 1 GP IB IEEE 488 2 LF END 16 0A END LF lt dab gt END END
50. t2 16 5 5 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 IEEE 488 2 2 GWINSTEK PSH PST PSS SBR SESR 5 SBR 6 6
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