取扱説明書／7.1MB - Kikusui Electronics Corp.
Contents
1.2. 10 000 1 6 2
3. 2 2
4. 2 1 ROM 2 PAD 350 50 2 NE 0 00V 0 004A NONE KIKUSUTI gt
5. AC NPUT 37 AC200Y 50 50Hz MAXJ5kYA MAX35kVA 2
6. ge 3
7. 1 RC02 PAD 1 1 2 2 RC02 PAD 1 FF
8. 3 8 mm 6 0 0 V RNING
9. 1 3 Save 000 NVI Step 0002 ENTER Save 000 Completed dL 1 Save File 2 Load 000 NVI Step 0002 ENTER Load File Completed 1 gt 2 Load File
10. _ 8 4 8 8 5 8 8 3 1 PAD LET
11. 20 X2 LCD 2 2 1 1 0 otnNeeastoeike 22 2 Seatsbe 6s sie Gee es 9 5 2 wetneezeues9eoatAsiessessaana 756 8 2 MASSaDeKBeWbYEeieenSieskeces 2 8 GA 9 11 2 4 2 NO 9 12 2 2 1 1 1 6 f
12. 2 lt 1T 2 1 2 2 2 2
13. Kikusui Part No
14. 6022PAD RC02 PAD 1 D RE DE WASCORMNUNNR6MRN2A00eoeEOAodNeeeevevrd3s ere FFCCPP TP 1 ere 1 1 RE Ta 2 A ee 2 1 CCCYTITD OPCLPPCTTY 9 1 1 NN SE 92 1 2 ee 2 2 rrr 3 FFP PD eee 2 4 2 4 9 ee 3 3 1 1 NA 3 1 1 3 1 2 CP MPO
15. 0 gt 40 3 0 80 2 3 0 cm 20 cm 2 4 2
16. 6 PAD350 50LET OVP OVP OVP OVP 0VP
17. 1 10V 1 aec 1 10V 10V lsec TRIG 1 0 i BL S BN TRI6 OUT 3 40 PAUSE TRIG 1 0 PAUSE PAUSE i T2 Ti T2 PAUSE
18. C CLED 3 2 8 3 eeeese cessos ess ene eeeeoee oes SS SESSSS
19. xxh 16 2 2 4 22 1 GPIB RS 232C 1 A 2 29 5P 29 3 6 9 4 6 4
20. 3 10 Auto Fine OFF Auto Fine ON Tr Tf 1 0 Tr Tf 600ms 5 50msl 2 L150ms 2 5 CV CC
21. 3 36 Mode NV NI NVI 1 Pxx Lxxxx Exx Cx 1 0 RE 2 n 0 2 1 6 ow 7 P x x 1 PE 2 8 1 7
22. OV P OC P 3 57 3 7 NULL 8 Interface IGPIB Address GP 1IB MCB Address MCB RS 232C Speed 9600bps 4800bps 2400bps 1200bps 6 wD RS 282C Data bit 1 8 bit 2 7 b it RS 232C _ Stop bit TT bt 2 1 5bit 3 1 2Zbit 6 RS 232C Par ity 1 None 2 Odd 3 Evenl PoWwer on SRQ 1 Disable 2 Enablel 9 Calibration 1 Voltage F OVP
23. OVP OCP 6 2 1 lt 2 0 OVP 0OCP 6 2 2 1 0 0 2 DVM 0 2 6 6 2Z 3 6 gt PAD LET
24. 4 Conf iguration 1 TRIG Direction 2 Auto Run 3 44 3 3 3 2 5 1 2 5 1
25. ho 2 0 0 9 ROM ROM ROM ROM 2 2 3 2
26. EM 1 GPIB RS 2832C RC02 PAD
27. 1 1 35 36 40 40C 37 6 6 2 2 2 929 SR 6 3 6 ieee 6 4 6 6 1
28. 0 VI 5 0 0 10 20 30 40 50 60 70 80 3 1 1 NV NT NV I gt NV NT 3 34 3 Mode Time Unit
29. F PH W CAUTION N LL lt gt
30. Time Unit T ime Unit 2 0
31. 3 4 1 J 2 26P M1L 11 2 dH CV EXT V R CONT CC EXT V R CONT CVEXTVCOMMON CCEXTVCOMMON CV MONITOR COMMON 1 CV MONITOR CC MONITOR COMMON i CC MONITOR ANALOG COMMON 1 ANALOG COMMON 1 NO CONNECTION OUTPUT ON OFF lo CIE NO CONNECTION NO CONNECTION CYMODESIGML NOCOWCTION CV EXT V COM CV MONITOR COM
32. 1 3 1 OVP OCP OVP 0C P OVP OCP OVP O0CP lt gt lt gt OYVP
33. 4 A B C D KSHIFT 3 MEM STORE A A D A OUT L159 21 2 ENTER S A 153 00V a 1 inf 0 lt gt 0 0 0V 0 3 20 3 2
34. 0V 0A SHIFT 2 OUTPUT SHIFT 2 PRE 349 V 32 3A J 2 lt gt KOUTPUT SHIFT 1 KEYLOCK
35. 2 1 1 2 3 4 1 3 3 Loca1 Remote Key Lock ON Timing 110 GPIB 1 SRQ 3 MCB 1 RS232 V RESOLN I SET 1 FINE I RESOLN
36. 8 OVP OVP 99 OCP OCFP 10 3 5 14 17 15 16 11 18 12 13 19 22 20 23 1 21 24 2 11 OUTPUT LED kQ 12
37. NV NI NVI Time Unit T ime Un it 2 5 1 ere 56 oo 16 ere 8 esseiseeescssreeess NV NI NVI Time Unit 0 ee 3 42 3 3 3 2 lt EFE 1
38. DET DET V V PAD LET PAD LET PAD LET 3 33 3 3
39. RUN PAUSE RU RUN PA PAUSE 3 56 3 3 4 3 4 1 SHIFT 0 CONFIG 6 1 1 Loca Remote 1 CV CC Local 2 CV Remote 3 CC Remote 4 CV CC Remote S 2 Start Up 1 Output 1 OFFj 2 ON 2 Key Lock 1 OFF 2 ON 3 ON Timingj
40. I F Invalid Data I F Syntax Error I F Warning Data T F Can t Execute ER OVP 0CP EXEUTE 0 RUN ICAL Data is broken No Use EXT IN Parity Error Prediction OCP Prediction OVP RX Buff Overflow
41. 3 1 1 3 1 1 gt 1 2 PAD 350 50 Ver2 0 ROM 2 00UT 0 01V 0 00Ai
42. 1 2 PAD LET 50ms 150ms 600ms 3 GP TB GP B GPIB RS 232C MCB
43. 2 8 2 8 8 2 8P 1 OUT PUT mcstt SETup Te Tt 8 87 WE30LM LtWCAL IETUWCK REN TexE cor 0 8P 2 D 8P 2
44. 0VP 0CP OVP OCP OVP OCP OVP OCP OVP OCP OVP OCP OVP OCP D A OVP OCP OVP O0OCP gt
45. PAD 350 50 Ver2 0 XX KIKUSUI NONE GP01 GPIB 01 RS96 RS 232C 9600bps MCO1 MCB 0O1 gt 3 5 0 V 50A PAD350 50LET 3 2 3 3 1 2 1 SHIFT LED RESET ESC RESET SHIFT
46. 16 PROTECT OVP OCP OVP OCP AUTO SHIFT PROTECT OVP OCP 5 17 V SET LED V FINE SHIFT VSET 181 19 r SET
47. H SRQ E HH H H Ros sRo OvP ovp Alarm RESET rau 3 lt SR0 gt gt Dim vset As Double Vset 15 On Error Resume Next Call Tx UNMASK 1 FUNMASK 1 Call Tx OVPSET 17 5 TSET 15 Ca11 Tx OVPACTN 1 Call Tx VSET StrS Vset Ca11 Tx OUT ON Call Tx CLR Dim retVal As Integer Do DoEvents Call Tx VSET Str vset retVal io ReadSTB Debug Print retVal Sleep 200 vset vset 0 1 Loop Until retVal gt 64 Dim spoll result As String spoll result SRQ analyze retVal MsgBox spoll result vbCrLf vb
48. 2 1 J2 2 2 60ms OVP 3 1 2 _ OUTPUT 1
49. OHP OUT 0 00V 0 00V 80 Derated Current V SET I SET OUTPUT 80 Derated Current 8 0 8 0 D on Down 3 18 3 3 2 2
50. OUTPUT gt LED 3 1 83 3 1 6 3 3 5 3 1 SB V SET 1I _ SET V 5 0 V V SET V SET gt LED
51. 3 60 2 OUTPUT SW F OFF ON lt gt OFF KEYLOCK 3 SHIFT 1 KEYLOCK lt gt UNLOCK 3 61 3 OUTPUT SHIFT 0 CONFIG 2 gt 1 OUTPUT 1 3 1 2 2 Key Lock 1 OUTPUT gt 1 OUTPUT gt
52. FTNg 4 750V A 5 000V B 5 250V C 0 000V D 1 A B C D 1 STORE MEMSTO lt 1 4 gt RECALL MEM lt 1 4 gt lt MEMORY STO RCL gt gt Dim d setvoltage As Double Dim icount As Integer d setvoltage 4 5 For icount 1 To 4 1 A 2 B 3 C 4 D If icount 4 Then d setvoltage 0 count 4 D 0 000 Else d setvoltage d setvoltage 0 25 10 25V End 1f Ca11 example003 d setvo1tage FINE
53. gt gt SA 2 OUT 362 34V 11 01A 1
54. lt gt 1 PON 6 RQS IB11 3 ERR ERR CLR lt DC gt lt SDC gt 6 RQS GPIB 1 PON 2 SE STB 2 MSB 0 FAU 1 0 2 SE 3 ERR 4 MCB 5 0 6 0 1 7 0 MCB lt
55. EEP ROM EEP ROM EEP ROM W Error EEP ROM R Error EEP ROM ERROR OCP OCP ERROR OHP ERROR OVP OCP Framing Error I F Argument Error
56. se sss scenes eee see eo eos ses cevaes tos eee oes ove rvseo ore oss CC SEE 3 1 1 oo 3 1 1 ee 3 1 2 ere 3 1 3 3 1 4 3 1 5 3 1 6 3 1 7 393 2 2 oo 3 92 1 3 2 2 3 2 3 OCT 3 9 4 Omeeeeeereeeeeeen 3 2 5 ES i 3 2 6 3 2 7 3 29 8 1 3 3 TT 3 3 1 3 3 2 3 3 3 3 4 oo 3 4 1 0 ooo 3 4 2
57. SHIFT 71 SETUP gt 1 Recall 2 Store 4 Initialize Initialize Setup Sure ENTER Initia1lize Initialize Setup Completed 3b 1 OUYT 0 00V 0 00AI lt gt 3 3 27 4 SHIFT 1 KEYLOCK SHIFT ESC RESET
58. OCP OCP 0CP SHIFT 0 CONFIG 9 Calibration 4 ID gt 9 Calibration ID Code 3505 ID 6 ID 2 Start Calibration Ready ENTER 0 A 0 A 6 6 6 ENTER
59. EEP ROM W Error 1 2 10 2 2 4 Ta 30 29 2
60. o Normal Mode oc2 CV Mode eo3 CC Model lt gt CV Mode CC Mode Normal Mode Normal Mode 5 CV Mode C Y CC Mode C C 3 63 3 C C C SHIFT 0 CONFIG 3 gt 3 0N Timing gt 1 Normal Mode gt 2 CV Mod e OUTPUT ON Timing CV Mode J 1 gt 3 0N Timing 4 E SC
61. 13 141 ESC CLR BS 0 9 SHIFT lt SHIFT LED ENTER 5 4 5 RESET SHIFT BSC IB ST SHIFT CLR GPIB LOCAL SHIFT BS
62. OVP 150V OVP Acktion 1 40V OUT 140 00V 1 00A SET 140 00V 10 00A 0VP 150V OVP OUT 150 00V 1 03A SET 150 00V 10 00A OVP lt ALARM gt LED SHIFT ESC RESET OUT 0 00V 0 00AI 1 40V OUTPUT OUT 140 00V 1 00A OUTPUT gt LED lt gt 3 17 3 OVP OCP MCB OHP lt gt
63. 6 1 RUN STOP PAUSE RESET RUN STOP PAUSE 4 7 J 2 2 0 1 lt gt a lt gt PORT Ic 50mA Vce sat 0 5V 2SC1815 4 20 4 8 MCB MC B
64. SIGNAL COMMON 3 2 0 10V 3 4 1 SW 1 lt 3 68 Eo Em Ein 10 Eo V Em V Ein V 0 Ein 10V Ein GPIB RS 282C MCB
65. C C ee C C ON C V ee C V ON 0N ON iminniiinn OVP OHP ON lt gt OVP 50ms TLP521 1 Ta 25 TLP521 1 so vV E 1 Vcso 55 V V co 7 V ic 50 mA 1 Pc 150 mW 5
66. CV CC 3 Auto Fine ON 3 1 4 2 0 3 11 3 3 1 6
67. AC JESC E0005 ie oa 20 kg
68. M16 M16 M16 8
69. PAUSE OUT 0 00V 0 004 PA S1l FUT L0002 0003 PAUSE OUT 0 00V 0 004A RU S1l P01 L0002 0002 3 55 STOP S 1 PO1 L0001 C2 E16 lt gt PAUSE RUN OVP 0CP OUT 0 00V 0 004A PA Si1l PO1 L0002 0003
70. 1 6 MC B 0 Jl ar EE ROOTPATH MCB GPIB DCL gt 00 1 6 0 lt gt 4 7 6 MCB 4 21 4 9 RS 2 3 2C SILENT
71. KMEMORY A D 4 ENTER C V OUT 0 01V 0 01A 0 SET 0 00V 0 004 MEMORY MEMORY gt LED OUT 0 01V 0 014A M A 153 00V 50 00A A AA D 0 1 51A A D D OUT 153 21V 1A 47 0A 147 50V 30A 1 5 M D 1 50V 30 0 ENTER OUT 147
72. MCB MC11S MCB 4 4 7 2 Visual Basic6 0 Microsoft Visual Basic6 0 IO VISA VISA COM VISA KI VISA VER 3 0 x http www kikusui co jp download National Instruments NI VISA VER 3 0 Windows2000 Windows XP VER 3 2 Agilent Technologies Agilent VISA Agilent IO Libraries MO1 00 VISA strrVisaAddress VISA GPIB RS232C GPIB 1
73. Mode NV ENTER 3 45 3 ENTER NV 1 NV NI NVI Mode NVI Unit msec ENT E R ENTER s ec Mode NVI1 Completed 1 gt 3 New l Edit Program E SC 3 46 2 3 EDIT S PO1 C EE LO001
74. SILENT 1 0 lt XON gt RS 1 1 11h i RS 1 1 1 3 h 0 OFF 4 10 UNMASK SP NR2 FUNMASK P NR2 STB 9 FAU 9 STS HOD DN NR2 rm NR1 aal pp UNMASK UNMASK FUNMASK FUNMASK 4 4 4 7 5 SRQ 4 23 4 11 GPIB lt DCL gt lt SDC gt lt GET gt 40h ca11 m
75. Io Im Ein 10 Io A Im A Ein V 0 sEins 10V Ein lt gt GPIB RS 282C MCB 50A Ein 1 V 5 A 5A Io 10A 10kQ Ein Ein 3 71 3
76. SEQ Data Error SEQ Data is broken 0 SET Data Error 0 SET Data is broken System Error TX Buff Overflow VCAL Data is broken 80 Derated Current
77. gt V gt ENTER 3 4 3 4 V gt 3 XXXXXXXX 4 XXxXXXXXX 1 XXXXXXXX 4 XXXXXXXX 1 XXXXXXXX 1 22 XXXXXXXX 4 XXXXXXXX 1 XXXXXXXX 2 XXXXXXXX 3 XXXXXXXX 4 XXXXXXXX 1 XXXXXXXX 1 gt 2 XXXXXXXX 4 XXXXXXXX 1 XXXXXXXX 2 XXXXXXXX gt 4 ESC 1 1 OUTPUT 5 OUTPUT
78. 3 Save File 3 52 3 4 4 1 gt 1 TRIG Direction gt Tn ENTER Trigger Direction Out dL 1 gt 1 TRIG Direction 2 Auto Run ESC gt 4 Configuration 1 File lt gt TRIG Direction OUT TRIG I 0 TRIG Direction iN
79. kV V mV V kA A mA A s ms gs s lt gt gs us 2 3 4 1 1 2 0UT SP NR1 leg LH VO00T 1 I00T 5 VFINE P NR2 P NR2 ITRTF P NR2 4 0 1 127
80. 0 Mode NVI Time Unit sec 9 3 3 43 3 1 Fi e 1 List Files 2 Load Filel 3 Save File 2 Ed it 1 Edit Program 2 Edit Seqguencel 3 New 3 Run
81. 1 Loca1 Remote 1 CV CC Locail 2 CV Remote 3 CC Remote 4 CV CC Remote 2 Start Up Output 1 ON Disable 2 ON Enab 1e Ln 2 Key Lock 1 OFF 2 ON 3 ON Timing OVP OCP 8 Interface GPIB Address MCB Address 1 1bit 2 1 5bit 3 2bit Ts 3 RS 232C Speed 1 9600bps 2 4800bps 3 2400bps 4 1200bps 4 RS 232C Data bit 8bit 2 7bit Ew Stop bit 6 RS 2
82. PROTECT 1 5 1 2 gt 1 OVP Level 2 OVP Action 1 OVP Leyve1 gt 1 Software OVP OVP 2 Hardware OVP ENTER Software OVP OVP Software OVP Level 385 V 3 6 ENTER Software OVP Level OVP 36 0 V 1 gt 1 Software OVP OVP 2 Hardware OVP 2 Hardware OVP Hardware OVP OVP
83. mm 0V SHIFT V SET YVFINE V Fine 000 lt V SET gt LED OUT 119 99V 0UT 120 02V V Fine 015 OUT 119 78V 14 59A V Fine 040 ESC OUT 119 78V 1 4 59A TV SET 1 2 0 ENTER 0UT 119 99V 1 4 62A 0 SET 120 00V 3 8 lt
84. 3 35 3 2 256 1 6 1 1 NV NI NVI Time Un it 1
85. lt gt CrkL r 3 RS 232C SHIFT BS LOCAL 4 2 8 NB 1 MCB MCB MC1 1S 3 4 1 MCB 0 1 15 2 MCB SHIFT BS LOCAL 4 4 2
86. CrLr EOI Cs EOTI Cx Carriage Return Lr EOI Lr Line Feed EOI EOI End of Identify TE RM IB1 1 TERM 4 3 2 10 lt gt CsLr TEO1I 3 Power on SRQ IB11 3 4 1 lt gt lt Disable gt 4 FR
87. RS232C 9600 bps 8 bits 1bit NONE XFlow COM 1 CR LF 3 2 3 4 ET vv Ll Hi 4 1 IO GPIB RS232CIO comm_open comm_close i 2
88. 1 FLOAD 0 FSAVE 0 PROGRAM 1 lt 16 PROGRAM a 1 256 1 EXECUTE 1 ON 0 OFF RUN 1 8 PAUSE 1 ON 0 OFF STOP RN i Pi NO To TEXTIDX 6 TEXTSEQ 1 lt 8 6 TEXTPROG 1 16
89. 1 1 o R in 3 4 1 SW SW io Im Rin 10 Io A Im A Rin k Q 0 SRin 10kQ 15 lt gt GPIB RS 232C MCB 5 0 A Rin 1kQ 5 A 5A I o 10A Rin 1 2 W
90. 0 000V SHIFT 01 CONFIG 9 Calibration 4 D gt 9 Calibration 1 D 6 ID ID Code 3505 Voltage Current 6 1 Start Calibration Ready ENTER D VM 0 V 0 V ENTER Reading Voltage 1 0 0
91. 3 5 0 V Ein 1 V 3 5V 1 0 0V Eo 1 35V 1 0 k Q Ein Ein 3 1 Eo Rin 3 4 1 SW1 S W 2 Eo Enm Rin 1 0 Eo V Em V Rin k 0 Rins 10k Eo R in
92. Reading Current 1 0 0 A D VM 4 9 9 8 ENTER Reading Current Es 0 49 98A TT OCP Calibrating OCP 2 Turn round VR CCW lt OCP 0CP Turn round VR lt CCW lt OCP Turn round VR 0CP Turn round VR O0 C P 6 7 6 OK ENTER OCP
93. V S 01 50 00V 30 00A1 V Fine 000 000 ENTER SsS 01 50 00V 30 00A Completed 1 OUT 0 00V 0 004A 3 25 3 3 0 0 0 0 SHIFT 7 1 SETUP gt 1 Recall 2 Store 3 Store to 0 Store to 0 0 Completed 1 OUT 50 01v 1 00A lt gt Store to 0 0 Store 3 26 3 4
94. gt DIEQIt 3 Run 3 49 3 1 A Program 01 A 002 GP I B ENTER 0 0V S 20 0A V 4U Us ENTER 1 Modify N001 S 0 0V 8S 20 0A 2 Insert gt 1 Modify 3 Delete 8 Delekte Delete 001 How many steps 1 ENTER Delete Step Comp le
95. 3 8 mm M 8 3 8mm 6 0 0 V 2 6 2 U
96. 8 0 1 0 1 1 1 0 2 1 2 CV 1 CC 1 4 5 SRO SRQO Re EE MCB ACTN gt SRQ co CO m SE 3 lt PON EN UNMASK LTIe 5TI 2 UNMASK9 WMASK xx well se x ON PTITETKTSTETTOT THTTTST4 ET 6 FUNMAsK9 i oe oy lmm Fm amp NE 1 0 ES 0 I 11 ET xlelxlxlm mw gt
97. gt GPIB RS 232C MCB 3 5 0 V Rin 1 k Q 3 5 V 1 0 0V Eo 135V Rin 1 2W 3 69 3 2 Eo RR in 0 V 3 4 1 SW1 SW2
98. 53 8 5 27 28 29 3 2 8 30 31 C V C C
99. 2 CV Remote Ext Local Remote CV Remote 1 gt 1 Local Remote 2 Start Up ESC OUT 0 00Y 0 00A lt gt CV CC Loca1 CV Remote 2 3 59 3 CC Remote CV CC Remote
100. lt gt RS 232C RS11 3 OR ERROR aaa TIME OUT ee MCB ISILENT lt SILENT ON gt 4 7 4 H RS 3 CC Xon Xorr RS1 1 DC er 1 RS 232C RS 1 1 pc3 pc1 RXD i a lt gt RS11 DC3 3 2 RS11 RS 232C DC3 DC1 TxD ee 2 TE
101. 1 Tr NV NI NV I 0 50ms 9999ms 0 0 1s 999 9s 0 1s 999min59s 0 1min 999h59min 0 ww TRIG IO i lt Tr Tf Time gt T f 100ms
102. 3 383 ED IT SEQ gt LED 21 Edit Program 1 8 1 2 2 Edit Sequence 3 New Create New Sequence Sure E SC ENTER
103. GET GprB RS8232C TRG lt lt MCB gt gt Ca11 mx PATH 0 Ca11 Tx VSET 0 OUT ON TRIGVSET 56 5V McB Ca11 Tx PATH 1 Ca11 Tx VSET 0 OUT ONiTRIGVSET 126 12V Call GET operation GET GprB RS232C TRG Ca11 Tx TRG RS232C Sleep 5000 5 wait Ca11 Tx PATH 16 TRIGVSET 06 0V Call Tx TRG TRG GPtB RS232C End Sub Sub GET operation Dim buff ary 5 As Byte Dim count As Long Dim retVa As tong Dim GPIB ADDRESS As Tnteder GPIB ADDRESS 1 buff ary 0 amp H3F UNL buff ary 1 sH40 TA buff ary 2 amp H20 GPIB A
104. a mW Pe Topr Ta 25 1 Pt 1 2500 Vrms 1 1 R H 40 60 3 76 XY2B 7006 XY2E 0001 XY2E 0001 3 77 3 3 78 4 Eh 4 1 1 GPIB ooooeemererenerrrerrrrrrrrrrrrrrerr 4 8 41 9 RSGS 232C 0 4 4 4 1 3 MCB 4 5 4 6 491 meister ne tsc ue dB 4 2 2 ee SR A 4 2 8 RS 232C oremnamesnienen 4 4 4
105. If 1o HardwareInterfaceType INTF ASRL Then TO R8232C Set serial 1o RS8232C seria1 BaudRate 9600 9600bps ser1a1 DataBits 8 8 4 32 4 serial StopBits ASRL STOP ONE 1 serial Parity ASRL PAR NONE serial FlowControl ASRL FLOW XON XOFF xon off seria1 Timeout 5000 5 2 ElseTf io HardwareTnterfaceType INTF GPIB Then GPTB Set m session INTFC rm Open GPIB0 INTFC End If 0 Call Tx HEAD OFF HEAD End Function Function comm close TO open GPIB 1
106. LED I FINE SHIFT I SET 20 MEMORY A B C D SHIFT ENTER LED 21 A B C D 22 SEQ LED RUN
107. gt OFF gt 2 0n Power ON Output ON ESC 2 0UT 0 00V 0 00AI Key Lock Output on SHIFT ENTER Output 3 62 3 3 C V C C
108. Eo Emx 1 Rin 1 0 Eo V Em V Rin k 8 0 Rinse Eo lt gt GPIB RS 232C MCB 3 5 0 V Rin 9 k Q 3 5 V 1 0 0V Eo 135V Rin 1 2W 3 70 3 3 0 V 1 0 V 3 4 1 SW3
109. O VP Hardware OVP 3 14 3 ESC 2 gt OVP Level 2 OVP Action V ENTER OVP Action OVP gt 2 OVP Action gt gt Output OFF gt 1 Output OFF OVP Alarm Action ESC Output OFF 1 gt 2 OVP Action 3 OCP Level ESC OUT 0 01V 0 00A 0CP OVP 3 15 3 OVP OCP
110. ESC SHIFT SHIFT ESC RESET SHIFT E S C 2 ENTER CLR BS 1 1 SN C 8 2 5 1 1 0 3 3
111. Tr Tf Tr Tf 7 3 30 3 SS ZZ Tt SHIFT CLR TIB ST SHIF T CLR IB ST E SC OUT 0 01V 0 01Al lt lt Remote gt gt lt lt Remote gt gt SHIFT CLR IBST OUT 0 01V 0 01AT T L S Remote gt gt TLS SRQ SHIFT CLR TIBST OUT 0 01V 0 014A lt lt Remote gt GPIB
112. SHIFT BS LOCAL 3 31 3 ee 2 8 DET Detector DET DE SW5 2 4 DET lt PAD LET LL Tr SW5 3 H M
113. 0 01V 0 01A1 0 00V 50 00A 5 0 0 ENTER 0 01V 0 01A ENTER 50 00V 50 00A OUTPUT 49 99V 1 23AlI lt OUTPUT gt LED 50 00V 50 00A 50 09V 1 25A1 1 0 1V 50 10V 50 00A V V 49 99V 1 23A V 50 00V 50 00A4A 1 3 6 3 52 48V 1 28A
114. 3 GPIB 1IB1 1 RS 232C RS11 MCB MC11S lt gt SHIFT BS LOCAL 3 2 7 4 4 1 1T 1 GP BT 1 GPIB GPIB 3 4 1 lt gt GPIB 1 2 4
115. 4 GPIB 40h GPIB BEOI lt gt GPIB IB11 4 2 2 GPIB RS 232C Co NC 4 2 3 RS 232C RS 232C
116. CLE CTRLZ EOS ERE EXECUTE FAU FLOAD FSAVE FUNMASK HEAD HOCP HOYP IDN IFINE IOUT ISET LLO MCBACTN MEM MEMSTO MOD NEWSEQ 0CPACTN OCPDLY OCPSET OUT OVPACTN 0VPSET PATH PAUSE POET POW 10 10 PROGRAM RESET ROOTPATH RUN RUNNING SEQMODE SEQUENCE SETINI SETRCL SETSTO SILENT STB STEP STOP STS TERM TEXTIDX TEXTPROG TEXTSEQ TRG TRIGISET TRIGSTOP TRIGVSET TRTF UNMASE VFINE VOUf VSET WAIT Xorr gt Xor gt 16 4 8 6 6 6 5 3 3 3 9 10 5 6 10 10 L6 6 6 2 2 2 2 1 10 1 L1 L7 9 L9 14 93 2 5 2 2 5 5 2 5 8 O1 3 5 1 3 8 OVP 9 OCP 7 OvVP OOCP TRIG OA PROTE J1 10 4 1 5
117. V D VM 3 4 6 9 2 ENTER Reading Voltage 346 92V Calibrating OVP 3 2 Save Data Sure E SC ENTER 6 5 6 O0OCP OCP O0CP OCP O0OCP 0 0 00A
118. OCP OVP 1 0 1 1 0 110 1 1 0 1 0 1 0 1 1 0 3 65 3 5 GPIB RS 2832C MCB GPIB SHIFT 0 CONFIG 8 gt 1 GPIB Addresgs 2
119. S 2 V C 1 F C2 C3 F 3 19 3 5 2 lt 4 1 SHIFT 31 MEM STORE A D 4 ENTER
120. I 1 1 1 1 1 t 1 1 1 1 1 1 1 1 1 1 1 1 1 1 t 1 1 1 1 1 1 1 1 1 x J 25 6 1 1 6 3 38 3 3 4 CN I FN LN 40 3 39 3 2 1 1
121. 0 01V 0 01A 0 00V 50 00A lt V SET gt LED SHIFT 6 RESOLN OUT 0 01V 0 01A Resolution 0 100V K5 ENTER OUT 0 01V Resolution ESC Sb 1 0 01V 0 014 0 00V 50 00A 0 01V 0 01A RESOLN 0 5 0 50V 50 004 V lt gt V SET 1 SET 100Y 2 1607 0 3 200 61A 3 29 3
122. 3 SC 4 SC S 0 7 2 6 2 P P DC 20MHz 6 60 megag ao gg a SR i WOR SCHBEeRlBEod 10 9 1 Tr 7f 50mS 30 80 Tr Tf 150mS 100 200 LStyp 8 9 mA RMS 11 12 6 2 2 0 V 7 5 1 0 0 100 5 0 0 5 1 0 mV 8 0 1 0 9 0 9 0
123. ks OVP 2 Current F OCP OCP OCP OCP 3 58 3 1 SHIFT 0O CONFIG Local Remote 1 9 Start Up 1 2 1 Loca1l1 Remote gt 1 Local Remote gt 1 lt CV CC Local gt lt gt
124. 9 0 1 0 10 10 2 2 0V 11 0 1 0 9 0 12 0 9 0 1 0 PAD250 70OLET PAD350 50LET PAD450 40LET PAD500 35LET 10 6 0 005 2 0 005 2 0 005 2 00 Ce TT ET 7 3 7 PAD250 70LET PAD350 50LET PAD450 40LET PAD500 35LET 77 97 OVP 25 300 35 420 45 540 50 600 WORE i EME 5 5 wir 7 dg fg ORE zi WME 12 ss OCP 0 05 9 99 S om rd smsl 5 Mom sd gggsl is 65 6 14 LM OFF 20mA 50mA 100mA OFF 210 210 DET 4 4 14 10V 10gs mma 0 40 C 30 80 20 70 C 20 80 8 5 15 m S 1B HI 13 5
125. lt Tr Tf SHIFT 8 Tr Tf 50ms 150ms 600ms K OUTPUT OUT 0 01V 0 01A Tr Tf OTSHIFT 8 17Tr Tf Tr Tf Tr Tf gt 1 lt 50 msec gt gt Tr Tf 2 Tr TE gt 3 600 msec ENTER Tr Ti 600 msec 1 OUT 0 01V 0 01A T r Tf lt gt Tr Tf Tr Tf 1 50ms
126. Ca11 Tx MEMSTO StrS 1count Next ca11 Tx VSET 0 000 0 00V MsgBox For icount 1 To 4 DoEvents Call Tx MEM StrS icount A B C Ca11 Wait ReadBack Sleep 1000 1 Next MsgBox End Sub 4 37 4 5 a Sub example005 Sample program 5 5 H eprp HH FAU bit0 ovp sRQ 4 sro 8T8 H FUNMASK FUN UNMASK 8TB
127. 0N FTNE 0 0006 FINE FTNE 128 FINE FTNE 127 FINE FINE 1 1mV FINE gt FTNE FINE minus FTNE gt FTNE FTNE plus FINE 1 nt pouble 4 4 Sub example004 8ample program 4 4 A B C D
128. 1 1 0 1 2 0 1 3 0 OVP OCP 1 1 0 1 5 0 V 30A OVP 165V OCP 33A SHIFT PROTECT AUTO OVP 0OCP OUT 150 00V 25 00A Auto Protection 110 Au t o 1 1 0 1 OUT 150 00V 25 00A gt 1 1 0 3 4 1 3 16 3 SS 1 7 B SHIFT ESC RESET
129. RC02 PAD 8 2 ee 8 3 2 560 002 000020Mbyta0oeeees 8 3 8 2 2 8 4 8 2 39 ee 8 4 8 9 4 8 5 8 4 1 openewoyecoms 8 7 8 5 SE 8 9 8 5 5 eevee 8 9 8 5 6 eee 8 9 8 8 1 8 1 1 PAD LET PAD LET PAD LET Sn 1 20 x 2 PAD LET
130. lt Fast Speed SEOUENCE Execute gt gt Dim retVal As Tnteger Ca11 Tx CLR Ca11 Tx PROGRAM 1 Ca11 Tx UNMASK 4 Ca11 Tx SEQMODE If Val g strRxd gt 9 Then Call Tx OUT 1 End If EXeCUte Call Tx EXECUTE 1 Call Tx RUN 1 SEOUENCE STOP DoEvents Ca11 Tx RUNNING retVal 1o ReadSTB Sleep 100 Loop Unti retVa lt gt 0 Dim spo11 result As String spoll result SRO analyze retVal MsgBox spoll result vbCrLf vbCrLf SRO Call Tx EXECUTE 0 End Sub PROGRAM 1 sE ON ON SRO or 4 43 4 4 4 44 8
131. 1 1 0 4 7 6 MCB 4 3 MEM MEMST0 SP NR2 NR2 SP SETINI 1 A 2 B 8 C 4 D 1 4 MEMSTO SETRCL 0 9 SETSTO 0 9 SETINI J lt gt 4 7 4 4 4
132. O0VP 1 10 OVP 0CP 1 0 5 OCP lv misglo FL misglo kos7 OVP kos7 OCP 4 PROTECT 1 OVP Leve OVP OVP 1 Software OVPj OVP SHIFT PROTECT AUTO 2 Hardware OVP OVP OVP Action OVP O V P 1 Output OFF 2 Power OFF 3 Crowbar ON
133. 1 2 3 12 3 1 OVP Leve1l OVP OVP Software OVP OVP SHIFT PROTECT AUTO 2 Hardware OVP OVP 2 OVP Action OVP OVP Output OFF 2 Power OFF 3 Crowbar ON 3 OCP Leve 1 OCP OCP Software OCP
134. 3 54 3 5 RUN 1 EDIT 1 Program 0O01 A V 002 RUN OUT 0 00V 0 00A RU S1 PO1 L0000 0002 3 S 1 PO1 OOO1 V C2 E16 RUN RUN OUT 0 00V 0 00A RU Sl P01 L0002 0002
135. YES NO YES NO RR Rd MG YES 6 7 8 8 8 NO _ YES NO YES NO PAD LET YES 8 5 6 8 0 40 30 80 RH 20 70 20 80 RH 20x2 STN 5X7 300mW TYP 180DxX128Wx50H mm
136. MCB GPIB RS 232C 1 5 4 LCD L LCD
137. gt DC8 1 0 4 8 4 4 3 4 4 3 1 gt 1 2 30 E9 3Fh 2Ch 1 8 1 25 2 56E 1
138. 1 2 56 C V C V C C C C 2 n 1 02 16 0 1 3 37 3 NN 1 a Ny n 2 1 acs 1 8 8 RR n 9 1 1 0 1 gt a ll KS 1 6 x
139. 2 6 1 2 7 2 1 U V W 1 0U V W 2 3 1 2 5 2 5
140. 3 72 3 2 1 o R in 0 A 3 4 1 SW3 SW4 lo Im 1 Rin 10 1Io A Im A Rin k Q 0 SRinsoo lt gt GPIB RS 232C MCB Rin 9k 5 0 A 5A 5 A Io 10A Rin
141. Function Tx send_data As String 2 g_strrRxd gt gt Option Explicit Public Declare Sub Sleep Lib kerne132 ByVal dwMi11iseconds As rong sleep Apr wait VrsA COM Public rm As VisaComh1b TResourceManader Public io As VisaComLib IMessage Public serial As VisaComL1b TSeria1 Public g strRxd As String Pub1ic m session INTFC As VisaComLib TGpibTntfc GPTB Public Const trg on 1 oN Pub1ic Const trg off 0 Oorr Function comm open TO open
142. RG20000 meseseeneeaererereresesrreererreeerasrrere 4 8 3 errr 4 9 4 1 eeerserereesieresvoevanssesrssreasnistseeaiteeetiesaeiee 4 9 4 3 9 evererrreemmemnreeerremeremeeeree 4 10 4 myeeeeeeeeeawreetreerevevn 4 95 5 SRQ ei 4 28 6 net FFPPPPPPPEYTE PE 7 NM er 830 4 7 1 senerr reesereseeneernno noseeneeeesecte nneeee err ean ace nee 4 30 4 7 2 mee e 8 4 44 4 7 4 lt gt
143. RY Microsoft Windows Microsoft Corp CopyrightG 2002 2009 ul A 7 RN D
144. 2 PAD LET PAD LET 5 3 PAD LET 4 PAD LET 8P 1 2 5 6 7 8 6 8 8 4
145. 8 0 2 1 2 1 MAIN POWER 1
146. GPIB 1 RS232C COM1 EE strVisaAddress GpPrB R8232C open HEAD orr Dim strVisaAddress As String strVisaAddress VrsA strVisaAddress ASRL1 TNSTR R8232C RS232C GPtB strVisaAddress GPIBO 1 INSTR GPIB GprB RS232C VrSA Gloval On Error Resume Next Set rm CreateOb ect VISA G1oba1RM If rm Is Nothing Then Set rm CreateOb ect Ag11lentRM SRMC1s End 1f On Error GoTo 0 VTSA Set 1o rm Open strVisaAddress NO LOCK R8232C
147. 5 CC CC 6 0C OC 7 0 lt 0 5 MSB 0 x 0c cc cv rr omr ocr ovr 0 OVP OVP 1 OCP 0CP 2 OHP OHP 3 DRT 4 CV CV 5 CC CC 6 0C Limit 7 X CCC CC TE CC CE CC 0 DOWN 1 CRW 2 EOFF 3 DRT 4 TIMO 5 TIM1 6 ERL0 7 ERL1 8 CVAF 9 CCAF Lev msmets 6 4 1 1 J2 1
148. 52 50V 50 00A E SC OUT 52 48V 1 28A V SET gt LED OUTPUT OUTPUT gt LED lt gt V SET 1I SET V 3 2 5 0 C C C V 3 7 3 3 1 4 V SET I SET
149. OCP SHIFT PROTECTT AUTO Hardare OCP OCP 3 OCP Time Delayl OCP 4 OCP Action OCP OCP OCP 1 Output OFF Power OFF Protection MCB MCB None Output OFF _M C B 1 lt gt 0CP MCB MCB 3 13 3 OVP
150. VSET ISET ISET VOUT ws Co IFINE IFINE Tr 5 0 msec Tr Tjf 150msec Tr Tf 600msec 1 2 3 ll lt gt 4 7 1 4 2 TRG lt gt 2 2 TRIGVSET SP NR4 TRIGISET P NR4 ROD 1 TRIGxxx TRG 1
151. 1 2 PAD LET 8P 8 4 fi 1 NO PAD LET PAD LET YES NO
152. 2 3 8 SB 2 8P 8P 8P 2 8P PAD LET J 1 PAD LET PAD LET 3
153. Tr Tf SHIFT 8 CV C C SETUP SHIFT 7 RESOLN SHIFT 6 V SsET I SET SET V SET I SET I SET MEM STORE SHIFT 3 A B C D SHIFT 6 MEM STORE A A KEYLOCK SHrFT 1 SHIFT 1 KEYLOCK CONFIG SHIFT 0 15
154. Turn round VR lt CCW lt 0CP Turn round VR 0CP Turn round VR 0CP 0K ENTER OCP Calibrating OCP SD 2 Save Data Sure ESC ENTER gt 2 Current 1 Voltage ESC 2 OUT 0 001V 0 01A 0CP 7 SR coSh O dl 5 7
155. 0 4 Initialize i ss I SET V FINE lt I FINE I RESOLN 0 OVP ei OVP OCP 1 0 MC B TT A B C D i gt 0 3 4 1 3 22 3 R Recal 1 R 00 0 00V 50 00A O YU 385 V 55 0A O0CP OVP lt 2 lt 1 D Fin
156. 14 15 7 2 PAD250 70LET PAD350 50LET PAD450 40LET PAD500 35LET UNIT mm 7 500kg 450kg 450kg 4S0kg 7 7 3 1 1 2 RC02 PAD 1 2 26 1 2 2 0 7 4 IB11 RS11 MC11S GPIB RS 2832C MCB OVP OP0O1 PAD LET 7 8 8 NR R602TRAD
157. 15V 12kQ 1 lt gt S 1 mA DC 15V 3 74 3 6 0 V 0 V 10V J2 0 A 0 V 10V J2 lt gt 3 4 2 1 3 75 3 7 Ne J2 6 C CE 8 C V 5 9 79 2 75
158. S SS 5V R 12 5A RN TOP 0123ms T 0 P Trig 0ut Pause E SC V N001 S 0 0V SS 20 0A 0 0S EOS End of step NO001 R 10 0V S 20 0ATI 2 TO 10 0gs 1 N002 S 10 0V S 20 0AI 2 0 10 0s 2 16 0V S 20 0A 2 0 5 0s 3 0 0V S 20 0A1 2 0 10 0s 4 E SC 3
159. 400g 8P 2m 1 1 HAX50 8 9 8 ID 1 2 3 4 5 6 eee 2 oo 5 7 ere 9 tt 14 1D ids sa 16 1 CC CAL Data Error CONF Data Error CONF Data is broken CV
160. TRIG IN PAUSE PAUSE TRG IN PAUSE lt gt TRG 1 0 7 1 3 41 3 2 2 1 1 1 1 2 3 2 4
161. 0 0 Fine 000 V R 0 1 50 00V 30 00A V Fine 000 000 ENTER Recall Setup Completed 1 OUT 0 01V 0 01A OUTPUT OUT 50 00V 10 00A I 3 2 SHIFT 7 1 SETUP gt 1 Reca1ll 2 Store 2 Stor e 1 4 1 2 S 00 0 00V 50 004A OVOC 385 V 55 04A 0 00V 50 00Al p gt 000 000
162. EDIT PAUSE SToP 5 6 23 1 OVP Action lt Crowbar ON gt 24 2 23 mk CC 5 7 VC lt LL y y B 5 A K Ph KW 3 Se R
163. 1 2W 3 73 3 4 OUTPUT gt LED Oo 15V 12kQ 1 lt gt GPIB RS 232C MCB S 1mA DC 1 5V 5
164. 4 34 4 Call Tx ISET End Function gt 2 Sub example002 Sample program 2 2 g_strRxd lt lt Protection gt gt Call Tx OVPSET 5 5 0CPSET 120 OVP 0CP Call Tx OVPACTN 1 OCPACTN 2 0CPDLY 1 58 1 00T OFF 2 PWR OFF 1 5 0 05 9 9sec Dim dOVP Data As Double OVP Dim dOCP Data As Double OCP Dim 10VPaction Data As Tnteger OVP Dim 10CPaction Data As Tnteger ocp Dim dOCPDLY Data As Double ocp Dim dHOPV Data As Double ovp Dim dHOCP Data As Double 0cp 0 Call Tx OVPSET OV5 dOVP Da
165. 3 1 3 3 1 4 3 1 5 3 1 6 3 1 7 9 2 oS 3 2 1 DCC 9 9 9 MA yeaokeetsSaes 3 9 3 oo 3 9 4 eae 3 2 5 3 2 6 3 2 7 ooo 3 9 8 lt 3 3 YY 3 3 1 oh 3 3 2 ooo 3 3 3 mroroeoeeee 3 4 ss D002 3 4 1 3 4 2 5 0 oo gt 1 1 1 PPOCPLPPPPPPLCLKT GPIB eseee secsee ses see ee esse 4 RS
166. OUT 0 00V 0 00A 3 64 3 4 OVP OCP OVP 0CP 110 120 1 3 09 SHIFT 0 CONFIG 6 gt 6 Auto Protection gt 1 110 gt 2 120 Auto Protection 120 1 gt 6 Auto Protection 7 Format MC ESC OUT 0 00V 0 00A TI lt gt V SET 1I SET
167. 1 le 1 Y a 1 STEP lt gt STEP 4 7 7 8 gt 17 4 2 27 6 NR2 SP FLOAD NR2 SP FSAVE NR2 5P PRO6RAM NR2 SP NR1 SP EXECUTE NR2 JSP NRI P PAUSE STOP SEQMODE SP string TEXTIDX NR2 SP TEXTSEQ NR2 5P TEXTPROG 4 18 4 STEP EOS RUN STOP PAUSE
168. 2 3 2 2 2 3 3 3 1 16 1 3 47 3 1 Edit Program Program 01 New 000 V 1 1 6 ENTER N001 NEW ENTER 1 Modify N 0 0 1 2
169. 7 1 1 2 3 I PAD350 50LET PAD450 40LET IPADS00 3SLET AC200V 10 3 9 50 60Hz ON AC 200V 0 015 AC 200V 0 35 AC 200V 21 AC 200V 75 OUTPUT ON Tr Tf 50mS f OUTPUT ON Tr T 150mS 75 OUTPUT ON Tr Tf 600mS 75 500 40 6 mV El 1 0 9 00 dla lg pd id Filly sl mV mV 8 ppm C A 21 10 15 10 12 10 11 10 mA mA mA 1 09 0 3 0 io so so 150 ppm C 100 ppm C typ ppm C typ V op 40 8 5 10 0 50 00 90 mA 4 40 80 80 5 A 1 2 10
170. 1 Normal Mode 2 CV Mode 3 CC Mode 4 NULL 5 Auto Fine CV Auto Fine OFF i sm 2 CC Auto Fine Lo OEP 2 ON 6 Auto Protectionl 1 11 0 2 120 3 130 OUTPUT
171. gt 3 SHIFT I SET I FINE 128 127 256 CLR 0 0 0 3 9 3 3 5 3 1 4 3 4 1 CV Auto CC Auto 1 1 2 OFF ON OFF ON
172. 3 1 a S
173. 3 Ne w 3 Run i 1 TRIG Direction 2 Auto Run CONFIG CTSHIFTI 0 1 Norma1l Mode 2 CV Mode 3 CC Mode ES 5 Auto Fine 1 CV Auto Fine F 1 OFF 2 ON 2 CC Auto Fine 1 OFF 2 ON 6 Auto Protection 1 110 2 120 3 130 7 NULL OUTPDUT
174. SHIFT 1 KEYLOCK OUT 0 01V 0 01A1 lt lt Keys Locked gt gt SHIFT 1 KEYLOCK 0 01V 0 01A SE 5 0V S0 00A T 5 ESC OUT 0 01V 0 01A SHIFT ESC RESET 3 28 3 3 5 SHIFT 6 RESOLN V SET
175. 3 gt 1 RS 232C 9600bps 8bit 2bit None RS 232C 3 5 1 lt gt 2 3 CrLr Cs Cr Carriage Return LF Lr Line Feed None TERM RS 1 1 TERM 4 3 2 10
176. 4 15 4 5 geweWe W2i 1 2 NEWSE dti Je WW TTT UI a CTTTH P NR2 Eg NR4 6 4 NV 2 NI NV Time Unite ms ec NEWSEQ Time Unite minute 3 1 2 Time Unite sec 3 4 Time Unite hour SEQUENCE 1 lt 8 1 lt 16 1 9999 9 9 9 9 0 1 8 0 0 1 16 0 SEQUENCE 1 8 Ni
177. 41 1 3 BI GPIB RS11 RS 2332C MCIIS MCB 1 5 6 7
178. OCP Leve1 OCP OCP 1 Software OCP OCP SHIFT PROTECT AUTO 2 Hardware OCP OCP 3 OCP Time Delay 0 CP OCP Action OCP 1 Output OFF 2 Power OFF MCB Protection MCB N one Output OFF MC B 1 9 SHIFT 71 1 Recall 2 Stor
179. gt 0 4 3 MSB seelcelevlpmrlemrloegloyr 0 OVP OVP 1 OCP 0OCP 2 OHP OHP 3 DRT 4 CV CV 5 CC CC 6 0C Limit 7 XX lt gt FAU 4 MSB OVP OVP 0 1 OCP OCP 2 OHP OHP 3 DRT DRT 4 CV CV
180. 8 C 4 1 3 MCB 9 eo ot 4 1 4 2 2 4 2 3 RS 232C 4 2 4 RS 232C eee 1 wo To 1 2 GO GI ER e5 J E ese 1 2 oo oe 0 0 94 46 8 8 amp 4 6ee 06 9669 Tie SRQ oo eB A ER RRS RE SRR RR s sts rte en non nan msn enn ne eas ts s st tse nas nee ee eos oneness te tte an ene etn ee 6 2 1 6 2 2 6 2 3 6 2 4 wt Hr a t t tee
181. Insert gt 1 Modify 3 Delete 1Insert 2 Insert Insert 0O0O1 How many steps 1 ENTER 1 Insert Steps Comp leted N001 UM UV S 20 1 ENTER SR TRIG OUT N001 S 0 0V S 20 PAUSE 1 0 1 3 48 3 S R GS R
182. L OFF OFF DE 1 2 PAD500 35LET H 00mA 2 5009 M 50mA 5 0009 20mA 12 5009 SE Ra RE 3 32 3 OUTPUT LED DET k 0 mA 5mS DE TT
183. MCB Addresgs 1 GPIB Address GPIB Address 0 1 ENTER GPIB Address 83 0 3 E SC 2 OUT 0 00V 0 00A gt RS 2832C MCB 4 3 66 3 1 J2 PAD LET J 2
184. ON Dim FAUreg 7 As Integer Dim ERRreg 7 As Integer For i 7 To 0 Step 1 If spoll data 2 1 0 Then 8 4 STBreg 0 8TBreg 7 0 1 STBreg 1 0 Else spoll data spoll data 2 1 STBreg 1 1 End If Next If STBreg 0 1 Then SRQ analyze FAU If STBreg 1 1 Then SRO analyze PON If STBreg 2 1 Then SRO ana1yze SEQ END If STBreg 3 1 Then SRO analyze ERR If STBreg 4 1 Then SRO analyze MCB If STBreg 6 1 Then SRO analyze ROS i If STBreg 0 1 Then Ca11 Tx FAU spoll data Val g strRxd For i 7 To 0 Step 1 If spoll data 2 i lt 0 Then FAUreg i 0 Else spo11 data spoll data 2 1 FAUreg 1 1 End If Next If FAUreg 0 1 Then SRO analyze OVP If FAUreg 1 1 Then SRO analyze OCP If FAUreg 2 1 Then SRO analyze OHP If FAUreg 4 1 Then SRO analyze CV If FAUreg 5 1 Then SRO analyze CC If FAUreg 6 1 Then SRO analyze 0C If STBreg 3 1 Then Ca11 Tx ERR spo11 data Val g strRxd Select Case spoll data Case 0 SRO_ana1yze No error Case 1 SRQ analyze 1 F syntax error Case 2 SRO_ana
185. STEP Call Tx STEP 1 0 5 00V 0 5 0A 0 1 0 30ms Call Tx STEP 0 15 00V 0 5 0A 0 1 0 20ms Call Tx STEP 1 0 00V 0 5 0A 0 1 0 50ms Call Tx EO8 EO8 4 42 Call Tx PROGRAM 16 4 pROGRAM 16 Call Tx STEP 1 0 0 00V 0 5 0A 0 0 0 lms Call Tx EO8 gos SAVE to EEPROM Ca11 mx FSAVE 06 Ca11 Sequence RUN End Sub 8 Sub Seguence RUN Satple program 9 1 PROGRAM lt 1 16 gt 2 EXECUTE lt 1 0 gt 1 0 gxECUTEg 1 0 3 RUN lt 1 8 gt STOBP PAUSE lt 1 0 gt 1 ON 0 0FF RUNNTNG lt gTOP 1 RUN 2 PAUSE 3 gt lt SEO NO gt PROG NO gt lt STEP NO gt
186. TRIG I 0 3 53 3 00 4 2 ENTER Auto Run ON 1 gt 2 Auto Run 1 TRIG Direction ESC Auto Run ON SHIFT ENTER Auto Run
187. 3 V 1 3 gt gt gt ENTER
188. 32 33 35 9 5 341 2 3 IB11 GPIB RS11 RS 232C MCIIS MCB
189. 4 Case 61 SRO ana1yze Case 62 SRQ ana1yze Case 63 SRO ana1yze Case 79 SRO_ana1yze Case 80 SRO ana1yze Case 81 SRO_ ana1yze Case Else SRO_ ana1yze End Select End If If STBreg 4 1 Then SRO analyze MCB End Function 4 40 I F can t execute I F No answer I F worning data Data clip prediction OVP prediction OCP Other error MCB ACTN oN 4 6 MCB Sub example006 Sample program 6 GPIB R8232C 6 MCB pAp rigT 2 paD rgT MCB118 MCB118 1 15 paD LgT GEr TRG MCB 0 MCB 1 15 MCB 16 McB MCB
190. 51V 1 45A D M D 147T 5OV S0 00A ESC OUT 147 51V 1 45A lt MEMORY gt LED A 3 21 3 3 T r Tf 1 Reca1l1 2 Storel 3 Store to 0
191. New ENTER S 1 PO LO001 C E SsS 1 PO01 C2 E16 L0001 TESC SsS 2 P02 0002 C3 E16 S 3 PO3 LOO01 C E16 S 1 P LOOOO New C E SC 2 Ss Edit 3 New Sequence ENTER 2 1 8 ENTER lt d1 9 9 9 9 E SC
192. RS232C COM1 strVisaAddress GpIB RS232C HEAD OFF rDN C1ose the VISA session If rm Is Nothing Then Exit Function 1o C1ose If m session INTFC Ts Nothing Then Exit Function m session INTFC Close End Function Function Tx send data As String ca11 CR L CR Lr g strRxd On Error Resume Next 1o WriteStrind send data vbCrLf CRLF IE InStr send data Then g_strRxd io
193. 128 127 VFINE lt gt lt F1ne gt gt Dim d fine dif va As Double Dim volt fine As Tnteger volt fine 0 Call Tx VSET amp Str d setvoltage Ca11 Tx OUT ON d fine dif val d setvoltage Wait ReadBack volt fine d fine dif val 0 0006 If volt fine lt 128 Then volt fine 128 MsgBox FINE Elsetf volt fine gt 127 Then volt fine 127 MsgBox FINE End If Ca11 Tx VFINE amp Format Vo1t fine Do DoEVents d fine dif val d setvoltage Wait ReadBack Debug Print d fine dif val If Abs d fine dif val gt 0 0011 Then If d fine dif val lt 0 Then FINE minus prosess If volt fine lt 128 Then Exit Do Ca11 Tx VFINE amp Format volt fine volt fine volt fine 1 Else FINE plus prosess volt fine volt fine 1 If volt fine gt 127 Then Exit Do Call Tx VFINE amp Format volt fine End If Else Exit Do End If Loop Call Tx SETINI End Sub Function Wait ReadBack As Double Sleep 1000 Ca11 Tx VOUT Wait ReadBack End Function Va1 g strRxd 4 36 rrNE FTNE
194. 1yze 1 F argument error Case 51 SRO ana1yze Parity error Case 52 SRO analyze Franing error Case 53 SRO_ana1yze RX Buff overflow Case 54 SRO_ana1yze RX Buff overflow Case 60 SRO_analyze 1 F invalid data 0 1 rAU 1 1 poN 2 1 gsg 3 1 ERR 4 1 McB 6 1 Ros oN FAU 8 TAUreg 0 FAUreg 7 0 1 0 1 ovp 1 1 0cp 2 1 oHp 4 1 cv 5 1 cc 6 1 0c oN 4 39
195. 32C Parity 1 None 2 Odd 3 Even 7 Power on SRQ 1 Disable 2 Enab1le 9 Calibration 1 Voltage OVP GP I B MCB A OVP 2 Current tasss OCP OCP OCP OCP 5 Date Name Tit1e Descript1on Mode NV NI NVI Time unit msec sec minute h
196. CAL Data Error 1 Can t Cal Mode CY Can t Cal Mode CC Can t Ca1 OVP Can t Cal OCP Can t Change L R Can t Change TrTf Can t Delete Remote Local TrTf 0 Can t Edit Can t Run RO RET ES Data Clip Does not Exist EEP Data is broken
197. CrLf 4 E Ca11 Tx RESET Ca11 Tx SETINI Ca11 Tx FAU retVal 1o ReadSTB End Sub Function SRO analyze spoll data As Tnteger As String Dim i As Tnteger Dim STBreg 7 As Tnteger 4 38 5 HH OVP17 5V 15A 1 0UT Orm 15 0V oN 0 05sec SRO
198. DDRESS MLA1 buff ary 3 amp H8 GET count 4 retVa m session TNTFC Command buff ary count End Sub 4 41 4 7 1 NVI Sub example007 Sample program 7 1 NEWSEO lt Mode TimeUnit gt 1 NV 2 NI 3 NVI 1 T1meUn1t ms 2 T1imeUnit sec 3 T1meUn1t minute 4 TimeUnit hour SEQMODE 001 NV 002 NT 003 NVI 2 SEOUENCE lt SEO No PROG No LOOP value Chain SEO No End prog No gt SEO No lt 1 8 gt PROG No lt 1 8 gt sgogNcE lt 1 8 gt 1 1 10 2 0 3 PROGRAM PROGRAM lt 1 16 gt PROGRAM 1 16 4 Nv NI NvI 256 STEP lt Step No Lamp on off VoltSet value Lamp on off CurrentSet value TRG on off Out on off Pause on off time gt lt 1 256 gt lt ON OFF gt lt ON OFF
199. Mop9 SRQ GPIB 4 1 so imysiia pat so prsarstiss ove lt gt ERR9 ERR CLR lt DCL gt lt SDC gt 1 4 29 4 7 4 7 1 3 4 1 GPIB IB11 GPIB RS 232C RS11
200. Part No Z1 002 550 IB003064 Sep 2009 PAD LET HV PAD250 70LET PAD350 50LET PAD450 40LET PAD500 35LET IKIKUSUI 1 1 2 3 This warranty is valid only in Japan N 72
201. RESET NR4 Ce NR4 lt HOVPF 9 HOCP OVPACTN SP NR2 7 SP ENR MCBACTN SP NR2 EE Wi AS 2 2 RESET OVPSET OVPSET OCPSET OCPSET HOVP HOCP OVPACTN OVPACTN OCPACTN OCPACTN MCBACTN MCBACTN OCPDLY OCPDLY 4 V OVP OVP V 0CP OCP 0 OVP 1 1 A EE dR OCP OUTPUT OFF gt lt POWER OFF gt lt CROWBAR ON gt 1 2 3 1 lt OUTPUT OFF gt POWER OFF gt 1 2 MCB MCB 1 2 0 05 lt 9 99 s 0CP 0CP NM
202. ReadString 256 g strRxd End If End Function 4 33 4 Private Sub Command1 Click Ca11 comm open Call example001 001 Ca11 comm close End Sub 1 Sub example001 8ample program 1 1 V my KV g strRxd lt lt VSET ISET VSET ISET VOUT IOUT gt gt Dim dVoltMeasure As Double Double Call Tx VSET 5 00 5 00V Call Tx OUT ON 0N dVo1tMeasure Meas Vout Call Tx VSET 0 00V 0 00V dVo1tMea
203. T 1 z 3 i a GD ILK aa 2 S a i OE 20 3 S IEEEE FN Q BE 2 gt 8 gt gt 8 a 0s KT RI tb TE 3 3 8 i amp 4 8 13 NN Tslg FM lt 3 Ey o 1 CN 2 J gt SS MK 6 ee ee H SN lt 1 6 E 3 Hh YY YX 2 ky lt I ER A ER 66 ON OO r KV LH RO A LO 2 OO AM Cu R 4Q0 OO NM NN 1 2 OR NA AA a MN ARR gt 6 AO 4 0 OO 1 Q 4 ON rea 0 0006 8 KA 4004 KAO lt PN PN 9 SS OO OO AO sl AA 2 RN PL A lt A ON lg 00 9 3 0 of ON 2 gk WAY P WA 3 gt YD 8 IN ES 29 35 25 26
204. V W 2 2 3 2 AC
205. e 3 Store to 0 1 4 Initialize VET SET FINE FINE RESOLN RESOLN T Tf OVP OVP 0CP OCP O0CP MC B A B C D 10 SEQ F j 1 e 1 List Files 2 Load Fi le 3 Save Fi le 2 Edit 1 Edit Program 2 Edit Sequencel
206. e 050 128 3 LD Reso 0 50V 0 20A 3 LD Tr 150msec Tr Tf 3 1 OVP Action Out OFF OQOVP a tL ID OCP Action Out OFF 0CP 3 1 OCP Delay 2 00sec OCP 3 1 MCB Prot None MC B 3 1 0 00V 50 004A 0 3 23 3 1 SHIFT 7 SETUP 9 RSGS1 1 1 4 1 2 2 Store ENTER Reca 1 1 R 00 0 00V S0 00A OV0C S85 V 50 0A gt V 50 00A 39 gt R 00 0 000
207. en msn son nse sss ese ses 4 1 4 10 4 25 4 28 4 29 4 30 4 30 4 31 4 44 9 1 9 2 9 8 CO CO 1 2 3 4 5 6 1 1 1 2 3 4 5 6 ectseeemeeseeeretesterees 1 00ehoe2 td eeee sv004tyoketuu lt csstszoe 2 CCCEFPETCY YE FFCCYP CPPY FPP FE TD on RCO2Z PAD Rg pr O00 2 oo 3 oo 4 0 vo 14 16 nt 1 1 1 PAD LET
208. gt lt 1 ON 0 OEF gt ON OFF lt 1 ON 0 OFF gt smEp lt gt 1 1 1 2 16 5 EOS lt gt 1 1 NVr lt lt NORMAL SEOUENCE SAMPLE gt gt MOd6 Ca11 Tx EXECUTE 0 Ca11 Tx NEWSEQ 3 1 AVr Sequence Call Tx SEQUENCE 1 1 1 2 16 Call Tx SEQUENCE 2 2 2 3 16 Call Tx SEQUENCE 3 3 1 0 16 Program Call Tx PROGRAM 1 PROGRAM 1 Call Tx STEP 1 0 0 00V 0 5 0A 0 1 0 50ms Call Tx EO8 EOS Call Tx PROGRAM 2 PROGRAM 2 Call Tx STEP 1 1 10 00V 0 5 0A 1 1 0 10ms Ca11 mx STEP 2 0 10 00V 0 5 0A 0 1 0 20ms Call Tx STEP 3 1 16 00V 0 5 0A 0 1 0 30ms Call Tx STEP 4 1 0 00V 0 5 0A 0 1 0 40ms Call Tx EO8 EOS Call Tx PROGRAM 3 PROGRAM 3 STEP
209. our Sequence Execute Loop Chain fnd T1me Comments a ee msec oo nwt rm Program S RIC Y V 14 NE Date date Name kiku Sul Title SAM PLE SE Q Description Mode NV NI D Time unit msec e minute hour Sequence Execute Loop Chain End Comments Program Sequence Program 9 C2 Pol L000 siart S afe P 0 L 99 Main Segquence P 03 End State P Co OO Pp 2 DO FH Program Time Comments 17 eS 15 6 ID ID
210. sure Meas Vout Ca11 Tx VSET 4 75E 0 4 75V dVo1tMeasure Meas vout Ca11 Tx VSET 5250mV 5 25V dVo1tMeasure Meas Vout Ca11 Tx VSET 0 005KV 5 00V dVo1tMeasure Meas vout Ca11 Tx OUT OFF OF End Sub Function Meas vout As Double Dim dVol1tMeasure As Double Doub1e 81eep 1000 1 Call Tx VOUT g_strRxd dVo1tMeasure Val g_strRxd Doub1e Meas Vout dVo1tMeasure Ca11 mx VSET End Function Function Meas Tout As Double Dim dCurrentMeasure As Double 81eep 1000 1 Call Tx IOUT g strRxd dCurrentMeasure Val g_strRxd Doub1e Meas Tout dCurrentMeasure Double FF
211. ta Val g_strRxd Call Tx OCPSET 0CP dOCP Data Val g_strRxd Call Tx OVPACTN ovp 10VPaction Data Val g_strRxd Call mx OCPACTN ocp 10CPaction Data Val g_strRxd Call mx OCPDLY OCP dOCPDLY Data Val g_strRxd Ca11 Tx HOVP dHOPV Data Val g_strRxd Ca11 Tx HOCP dHOCP Data Val g strRxd End Sub 4 35 4 3 Sub example003 d setvoltage As Double Sample program 3 poub1e 3 ca11 examp1e003 12 000V 1mv Software Auto Fine Ft FINE
212. ted 1 N001 SS 0 0V S 20 0A 1 0 0050ms 2 1 3 50 3 ESC ENTER 2 Insert 2 ENTER Insert Step Insert Completed 2 N001 S 0 V S 20 0A 0 10 0s Insert Modify gt EDIT 3 51 3
213. x VSET 5 0V call Tx VSET 5 0Ve 4 24 MCB 0 TRG 40h EOI lt VSET 0V gt 4 4 4 1 0 FAU 2 SE 3 ERR 4 MCB 5 X 6 RQS 7 X MCB
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