取扱説明書
Contents
1.2. 2 7 3 CLS 2 7 4
3. N N B Ca B
4. 1 IEEE488 2 SCPI 1 1 PU GP IB GP IB GP IB GP IB IEEE488 2 SCPI SH1 AH1
5. B
6. P21 3 1 GP IB 488 2 2 7 2 GP IB SRQ SRQ GP IB 2 10
7. SRQ SRQ GP IB SRQ SRA SRQ 2 1 10 0 1 BSY 1 0 1 2 0 2 4 SYS 3 QUE 4 16 MAV 5 32 ESB d e dus MIC IRE SYS QUE MAV ESB OPR 7 128 OPR
8. B H X ERTE a ae O E S E LAY ay O e D I I 1 GP B 88 28CPl 1 1 1 1 2 lt 1 1 3 kk 1 1 3 1 GP IB 488 2 ausasucspaientiorice hine ente rta Free vgl n a ru Fou 1 1 4 GP IB kk 2 1 4 1 GP IB kk 2 1 4 2 GP IB kk 2 arcae uS 2 1 5 Ge 3 1 6 i 3 1 6 1 IBIC kkk 3 1 6 2 Visual Basic kk 4 1 6 3 LabVIEW ii 4 2 5 c5 Eel 30 Ct e NNNM TURPE 5 2 2 AMEM
9. 3 GP IB SCPI lt ErrorNumber gt 100 Queue Overflow Command error SYSTERR SYST ERR 10 lt ErrorDescription gt 11 350 Queue Overflow 10 SYST ERR A 0 No error SYST ERR B CLS SYST ERR No erro
10. GP IB Initialization Wl g g g SEND Wait ms SEND Receive Output Voltage SEND SEND ECEIVI ana E BRE mm Controller Address za Simple Error Handler vi 1 Bp vorrzsr 38 CURR40F H MEAS VOLT 1 Error String Maintains x Sequence Open GP IB Port 92 id A Y Wait 0 5 Sec Ask Voltage Read Voltage Display voltage 2 2 1 gt gt SP ASCII AMPLITUDE AMPL CONDITION COND CURRENT CURR ENABLE ENAB ERROR ERR EVENT EVEN IMMEDIATE IMM LEVEL LEV LIMIT LIM MEASURE MEAS MODE MOD OPERATION OPER OUTPUT OUTP PRESET PRES PROTECTION PROT QUESTION
11. SOURce VOLTage PROTection LEVel VOLTAGE PROTECTION LEVEL SOURCE VOLTAGE PROTECTION LEVEL 2 3 1 3 SOURce VOLTage PROTection TRIPped VOLTAGE OROTECTION TRIPPED il SOURCE VOLTAGE PROTECTION TRIPPED 0 1 2 3 1 4 SOURce VOLTage LIMIt LOW lt SP gt lt value gt VOLTAGE LIMIT LOW lt SP gt lt value gt Bil SOURCE VOLTAGE LIMIT LOW 25 00 2 3 1 5 SOURce VOLTage LIMit LOW VOLTAGE LIMIT LOW Bil SOURCE VOLTAGE LIMIT LOW 2 3 2 2 3 2 1
12. SOURce CURRent PROTection STATe lt SP gt 1 CURRENT PROTECTION STATE lt SP gt 1 SOURCE CURRENT PROTECTION STATE 1 2 3 2 2 SOURce CURRent PROTection STATe lt SP gt lt 0 gt CURRENT PROTECTION STATE lt SP gt 0 SOURCE CURRENT PROTECTION STATE 0 2 3 2 3 ON OFF SOURce CURRent PROTection STATe CURRENT PROTECTION STATE il SOURCE CURRENT PROTECTION STATE 2 3 2 4 1
13. SYSTem SET lt SP gt 2 SYSTEM SET 2 2 LLO 2 2 13 0 1 2 SYSTem SET SYSTEM SET 2 3 2 3 1 2 3 1 1 PU SOURce VOLTage PROTection LEVel lt SP gt lt value gt VOLTAGE PROTECTION LEVEL lt SP gt lt value gt SOURCE VOLTAGE PROTECTION LEVEL 25 00 SOURCE VOLTAGE PROTECTION LEVEL MAX lt value gt MAX 2 3 1 2
14. B B B B
15. RCL lt SP gt 0 RCL 0 2 6 2 6 1 STATus OPERation EVENt STATUS OPERATION STATUS OPERATION EVENT lt value gt 10 lt value gt 0 16 767 CF 2 6 2 STATus OPERation CONDition STATUS OPERATON CONDITION lt value gt 10 lt value gt 0 16 767 CT 2 6 3 STATus OPERation ENABle lt SP gt lt value gt STATUS OPERATION ENABLE 53 lt value gt 10
16. 0 SOURce CURRent PROTection TRIPped CURRENT PROTECTION TRIPPED SOURCE CURRENT PROTECTION TRIPPED 2 4 2 4 1 SYSTem ERRor ENABle SYSTEM ERROR ENABLE 2 4 2 0 SYSTem ERRor SYSTEM ERROR 2 4 3 OFF CV
17. OPC OPC 2 5 12 1 OPC OPC 2 5 13 ROM EEPROM SAV lt SP gt 0 SAV 0 2 5 14
18. Unknown Error 20 LSB 0 Spare AC Fail Over Temperature Fold Back Prot Over Voltage Prot Shut Off Output Off Output Enable Internal Input Overflow Internal Overflow o jo o IN o ja A o IN Internal Timeout Internal Comm Error Questionable Condition Condition Enable Event EGE EH OTP OTP FLD FLD OVP OVP o EG o FF FF E z gt ENA COM INPO INTO ITMO O o MSB 15 STAT QUES COND STAT QUES ENAB nn STAT QUES ENAB STAT QUES EVEN Output Queue BiG Bia spero AT Operation Complete ESBO Not Used Query Error Device Dependant Error Execution Error Command Error User Request Power On Constant Voltage Constant Current No Fault Spare Auto Start Enabled Foldback Enabled Spare Local Remote Standard Event Status Event Enable rox ESR ESE nn ESE Operational Condition Condition Enable Event 0 N 0 EIRIR 1 1212 E R R 5 4 B AID 1 1212 E R R SYST ERR ENAB SYST ERR Status Byte Service Request Enable Busy BSY Not Used E o System Error 2 SYS Questionable Summary 3 QUE i es Message Available 4 MAV es ee Standard Even
19. 8 8 8 IEEE488 2 SCPI GP IB GP IB 1 4 GP IB 1 4 1 GP IB GP IB GP IB 1 1 GP IB 2 1 2
20. SOURce CURRent IMMediate LEVel AMPLitude SP value lt value gt SOURCE CURRENT lt SP gt lt value gt CURRENT AMPLITUDE lt SP gt lt value gt CURRENT lt SP gt lt value gt SOURCE CURRENT AMPLITUDE 15 77 CURRENT 3 25 2 2 5 SOURce CURRent AMPLitude SOURCE CURRENT CURRENT AMPLITUDE CURRENT SOURCE CURRENT AMPLITUDE CURRENT 2 2 6 SCPI MEASure CURRent GP IB MEASURE CURRENT 2 2 7 ON ON OUTPut STATe lt SP gt 1 OUTPUT STATE 1 RES 1 ON
21. 10 0 ESR ESE 2 10 2 7 6 3 16 GP IB GP IB
22. 0 ESR 0 2 2 10 0 1 OPC r 2 0 2 4 QYE 3 8 DDE 4 16 EXE 5 32 CME 6 64 URQ ON 128 PEN ON 2 7 5 1 ESE
23. 2 3 10 0 1 CV 1 1 2 CC 1 2 4 NFLT 3 8 N A 4 16 AST 5 32 FBE 6 64 LLO 7 128 REM 8 15 N A N A 2 7 6 1 STATUS OPERATION CONDITION 2 3 R 2 3 2 7 6 2 STATUS OPERATION ENABLE STATUS OPERATION ENABLE 2 3
24. 2 7 6 3 STATUS OPERATION EVENT 2 3 lt 2 7 7 GP IB GP IB 3 16 2 4 10 0 1 N A 1 2 AC AC 2 4 OTP 3 8 FLD 4 16 OVP 5 32 SO 6 64 OFF OFF 7 128 ENA 8 256 INPC 9 512 INTO 10 1024 ITMC 11 2048 COMM
25. EOIFlag TRUE ID GP IB EOS Flag FLASE 1 4 3 GP IB RS232 RS485 e PU 1 5 GP IB 488 2 208 13 16 SOURCE VOLTAGE AMPLITUDE 123 45 4 VOLTAGE 123 45 2
26. C02 VOLT Program word too long 12 MEASUREVOLTAGE Data out of range OVP UVL Queue Overflow SYST ERR Execution error On during fault ON Fault shutdown AC fault shutdown AC Over Temperature shutdown GB ZR SEES IST Fold Back shutdown Over Voltage shutdown OVP Analog shut
27. Visual Basic 2 CALLed GP IB Ni global bas Vbib 32 bas Visual Basic Option Explicit Dim SupplyUD As Integer supply device descriptor Dim strMeasVolt As String 50 buffer for reading input message Private Declare Function GetTickCount Lib kernel32 As Long Private Sub cmdStart_Click start program here after Start button clicked open IEEE port get User Device Description SupplyUD assume power supply address is set to 6 on DIP switch Call ibdev 0 6 0 T3s 1 10 SupplyUD Call ibwrt SupplyUD volt 100 program output to 100 volts Call ibwrt SupplyUD curr 2 program output to
28. 2 7 4 1 S RE 2 0 Busy 6 SRQ 1 2 1 10 SRE 0 2 7 5 ESR 7 10
29. 17 2 7 5 1 E E ZENI S a e SE ES S 17 2 7 6 IIS C MM 18 2 7 6 1 18 2 7 6 2 18 PrE EE EEE NT S S 18 vean Er v rinrin a a E a adi baud aar ie e a aai aaia 18 2 7 7 1 19 2 7 7 2 19 2 7 7 3 da e SAE TAIT 19 3 20 E B
30. T6 L4 SR1 RLO 2 2 10 PPO DC1 DTO CO E2 3 1 2 PU GP IB PU 1 3 1 3 1 IEEE488 2 IEEE488 2 GP IB 24
31. 2 2 8 OFF OFF OUTPut STATe lt SP gt 0 OUTPUT STATE 0 0 OFF 2 2 9 ON 1 OFF 0 OUTPut STATe OUTPUT STATE 2 2 10 SYSTem SET lt SP gt 0 SYSTEM SET 0 0 LOC 2 2 11 GP IB SYSTem SET lt SP gt 1 SYSTEM SET 1 i REM 2 2 12 GP IB
32. kk 13 2 5 13 kk 14 2 5 14 ki 14 2 6 14 2 6 1 14 2 6 2 kkk 14 2 6 3 kk 14 2 6 4 kk 15 2 6 5 kk 15 2 6 6 kk 15 2 6 7 kik 15 2 6 8 kk 15 2 6 9 15 2 7 kk 16 PAra E EVDE E i 16 2 7 2 AF A TAD FB i WmEI 16 2 7 3 kk 16 2 7 4 16 2 7 4 1 ME 17 2 7 5
33. uuum nentes 10 2A Ul mp WTCC aeie 10 LT NEU r a A i cLAU A H 10 2 4 2 kk 10 2 4 3 kk 10 PA r EE SET E lica a a AA 11 2 4 5 kk 11 2 4 6 SCPI kk 11 25 rt 11 2 5 1 kk 11 2 5 2 kk 11 2 5 3 12 2 5 4 ennn etre tn etti tr ine ta inset seats seat n asas s asd 0a 12 2 5 5 12 2 5 6 Li 12 2 5 7 uuu 13 2 5 8 ID kk 13 DB UE 13 2 5 10 Aa A e A i e eA 13 2 5 11 kk 13 2 5 12
34. 2 ASE 7N No error 3 1 1 10 Command error GP IB C00 Invalid Character a z A Z 0 9 89h A BUE ASTRA CR LF V LT 50 VOLT 50 Syntax error GP IB C01 BEAS VOLT VOLTS 150 Data type error GP IB C03 CURRENT NA OUTPUT DC Missing parameter
35. 1 2 GP IB GP IB 488 GP IB 1 ON UP GP IB RS 232 485 1 OFF DOWN GP IB 474 RS232 485 1 ON 1 2 BJ 1 2 GP IB 1 4 2 GP IB GP IB GP IB 0
36. Win32 Interactive Control ibic exe GP IB Win32 Interactive Control Copyright 1996 National Instruments Corporation All rights reserved Type help for help or q to quit ibdev enter board index 0 4 enter primary address 6 4 enter secondary address 0 enter timeout 12 enter EOI on last byte flag 1 enter end of string mode byte 10 ud0 ibwrt sour volt 100 100V 0100 cmpl count 12 ud0 ibwrt sour curr 5 5A 0100 cmpl count 11 udo ibwrt meas volt 4 4 0100 cmpl count 10 ud0 ibrd 50 4 2 V00 tond cmpl count 11 31 30 30 2e 30 38 0a 100 08 1 6 2 Visual Basic
37. 12 15 N A N A 2 7 7 1 STATUS QUESTIONABLE CONDITION 2 4 X 2 4 2 7 7 2 STATUS QUESTIONABLE ENABLE STATUS QUESTIONABLE ENABLE 2 4 2 7 7 3 STATUS QUESTIONABLE EVENT 2 4
38. 1 GP IB 16 13 1 6 GP IB 1 6 1 IBIC
39. CC OFF OFF SOURce MODe SOURCE MODE 2 4 4 OUTPut PON lt SP gt lt value gt lt value gt 0 lt value gt 1 OUTPUT PON 0 OUTPUT PON 1 SCPI 2 4 5 ON OFF OUTPut PON OUTPUT PON SCPI 2 4 6 SCPI SCPI SYSTem VERSion SYSTEM VERSION 2 5 2
40. lt value gt 0 16 767 CT 2 6 4 STATus OPERation ENABle STATUS OPERATION ENABLE lt value gt 10 lt value gt 0 16 767 CT 2 6 5 STATus QUEStionable EVENt STATUS QUESTIONABLE STATUS QUESTIONABLE EVENT lt value gt 10 lt value gt 0 16 767 TF 2 6 6 STATus QUEStionable CONDition STATUS QUESTIONABLE CONDITION 2 6 7 STATus QUEStionable ENABle lt SP gt lt val
41. 2 amps Wait 500 wait 0 5 sec to settle Call ibwrt SupplyUD meas volt ask What is output voltage Call ibrd SupplyUD strMeasVolt read back output voltage txtOutVolt Text strMeasVolt display output voltage on window End Sub Private Sub Wait mSecWait As Long subroutine to wait mSecWait milliseconds Dim StartTime As Long StartTime GetTickCount Do Loop While GetTickCount StartTime lt mSecWait End Sub 1 6 3 LabVIEW LabVIEW A nA LabVIEW GP IB 2 Pwr Supply Address Address M6
42. off shutdown J1 OFF Output Off shutdown off Output OFF Interlock Open shutdown J1 Internal message fault Input overflow GP IB 12 5 Internal overflow Internal timeout Internal checksum error GP IB Internal checksum error GP IB
43. 2 STB STB ib lt gt 10 lt value gt 0 255 2 5 5 3 1 ESE SP value ESE 74 lt value gt 10 lt value gt 0 255 CT 2 5 6 3 1 ESE ESE lt gt 10 lt value gt 0 16 767 CF 2 5 7 3 1 E
44. 5 1 CLS CLS 2 5 2 SRE lt SP gt lt value gt SRE 140 lt value gt 10 lt value gt 0 255 11 2 5 3 SRE SRE lt value gt 10 lt value gt 0 255 CT 2 5 4 8 3 1 0 255
45. ABLE QUES SOURCE SOUR STATE STAT STATUS STAT SYSTEM SYST TRIPPED TRIP VERSION VERS VOLTAGE VOLT 2 2 2 2 1 SOURce VOLTage IMMediate LEVel AMPLitude lt SP gt lt value gt lt value gt SOURCE VOLTAGE lt SP gt lt value gt VOLTAGE AMPLITUDE lt SP gt lt value gt VOLTAGE lt SP gt lt value gt SOURCE VOLTAGE AMPLITUDE 15 77 VOLTAGE 3 25 2 2 2 SOURce VOLTage AMPLitude SOURCE VOLTAGE VOLTAGE AMPLITUDE VOLTAGE il SOURCE VOLTAGE AMPLITUDE VOLTAGE 2 2 3 MEASure VOLTage GP IB MEASURE VOLTAGE 2 2 4
46. MK 6 sq EE 6 2 2 2 kkk 6 2 23 dic ce NECEM 6 2 2 4 HA Fy ie Be Be Kc ded RR RR EM 6 2 2 5 ki 7 200 E phe he sees niga nc ven a a cn Sido cn loaded Seip coined occa tans 7 PF aa a P dore RN Rm 7 2 2 8 OFE SUSCORIS eai editore iii iii lt lt lt i 7 2 2 9 ki 7 2 2 10 m y a Y 1 a aS e AA 7 2 2 11 ki 8 2 2 12 kk 8 2 2 13 ki 8 2 8 unl mU MMC 8 PESE NEUE dumis kk 8 2 3 1 1 kk 8 2 3 1 2 ki 8 Pe e E E Ea E o DEAE IE Ea O n a 9 ERE MEA r2 E NI y m e A RM 9 2 3 1 5 kk 9 2 3 2 ki 9 2 3 2 1 kk 9 2 3 2 2 kk 9 2 3 2 3 10 2 3 2 4
47. SR ESR iE lt gt 10 lt gt 0 16 767 CF 2 5 8 ID GP IB ID ID ID Manufacturer Model max volt gt lt max curr gt S N supply serial REV lt power supply revision IEEE interface version IDN Bil IDN 2 5 9 RST RST 2 5 10 TST TST 2 5 11
48. TEXIO Test and Measurement Solutions GP IB INTERFACE UNIT PU SERIES mm illl ANI lili E ill HII MIHI PTT LL EN t Y B71 0133 00 1 EI 1
49. t Summary 5 Les ELS Operational Summar zom STB SRE nn SRE Service Request Positive Logic 0 No Event 1 Event Occurred STAT OPER COND STAT OPER ENAB nn STAT OPER ENAB STAT OPER EVEN 3 1 21 TEXIO Test and Measurement Solutions 222 0033 2 18 13 7F http www texio co jp a a O 222 0033 2 18 13 7F TEL 045 620 2786
50. ue gt STATUS QUESTIONABLE ENABLE 53 lt value gt 10 lt value gt 0 16 767 TF 2 6 8 STATus QUEStionable ENABle STATUS QUESTIONABLE ENABLE 2 6 9 STATus PRESet STATUS PRESET 2 7 2 7 1 GP IB 1 GP IB 488 2 GP IB 488 2 GP IB
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