取扱説明書／22.1MB - Kikusui Electronics Corp.
Contents
1. EEP Data is broken EEP ROM EEP ROM EEP ROM W Error EEP ROM EEP ROM R Error ERROR Limit ERROR 0HP ERROR OVP2. 8 40 C EE 40 C 5 8 6 6 1 lt ooo sss 6 2 6 2
3. Part No
4. 1 1 Is 7E NI a 77 E FI lt gt NV NI FV
5. 2 SD gt
6. 7 0 mm Eee
7. Framing Error I F Argument Error I F Invalid Data I F Syntax Error I F Warning Data 1imit ICAL Data is broken Invalid Sequence
8. D RE RE i ii RIRS ZI BH asc NN 2 8 ER 2 1 1 NIS 2 3 EKKKR 2 2 Macias SS 2 4 EE MSNRSSNPGRGDIS2SRDRRRRYSRERH5G 2 5 1 2 5 2 LL_L1I1I1IIIIIIII _A1 1 3 ER 3 EN 3 EERSRR A 3 1 2 2 DS kikkG ki iiAl ii i 14s 3 2 La a 20 3 2 2 2 KK 3 2 3 C V C C i 3 2 4 3 2 5 3
9. lt gt 5 4 5 MEMORY A B C D ENTER LED RE SEQ
10. lt gt PBX 20 5 PBX 40 2 5 1 1 1 x 2 0 1 4
11. Output on SHIFT ENTER Output Key Lock 3 3 1 mV 1 mA SHIFT 0 CONFIG 5 gt 1 CV Auto Fine 2 CC Auto Fine 1 CV Auto Fine gt 1 CV Auto Fine gt 1 lt OFF gt 2 ON
12. 1 3 V Save 000 NV Step 0002 ENTER eee000i0 Completed 1 gt 3 Save File 4 3 58 3 2 Load 000 NV Step 0002 ENTER Load File Completed Y 1
13. 6 2 1 Loca1 Remote 1 Loca1 2 From J2 2 3 From BNC BNC EXT SIG IN 4 From J2 amp BNC 2 BNC 2 Start Up 1 CV CC CV CC 1 CV C 2 CC C C 2 Out put
14. 0 40 3 0 8 09 2 3 0 cm 2 NEE gt z
15. 0 000A SHIFT 0 CONFI6 9 Calibration gt 9 Calibration 4 1D ID Code 4010 1D 6 iD 21 Start Calibration Ready ENTER 0 A 0 A
16. 2 PBX 20 10 Verl 001 ROM Y 2 OUT 0 001V 0 00A PBX 20 10 Ver1 00 X KIKUSUI NONE GP0O1 GPIB 0 1 RS96 RS 232C 9600bps MC01 MCB 01 2 0 V UM 1 0 3 SS 2
17. SENSING 0UT OUT 3 0 COM SENSING COM lt gt SENSING OUT 0U0T SENS ING COM COM 0 5 V C1 C 2 C 3 5 0 WV
18. SHIFT 0 CONFIG gt Loca1 Remote 1 9 2 Start Up 1 2 1 Loca1 Remote gt 1 Loca1 Remote gt gt 1 lt Local gt 2 From J2 Ext Local Remote From J2 YW 1 gt 1 Local1ZRemote 2 Start Up E SC OUT 0 000V 0 00A lt gt L oc a 1 FromJ2
19. 4 5 7 5 OUT COM 6 Z NEUTRAL FILTER GND GND
20. OUT 36 234V 11 014A gt EEP ROM W Error C V C C 1 gt Hil s 2 2 4 N PBX 4 C V 50 s 500xs 5ms
21. lt gt RS 232C RS11 3 ORK ERROR i TIME OUT MCB SILENT lt SILENT ON gt 4 7 4 mn RS 3 C Xos Xorr R S 1 1 D C FT Ts or 1 RS 232C RS 1 1 DG3 DC1 RXD el TD Oe lt gt RS11 DC3 3
22. FILTER GND 2 7 2 5 2 A 200V
23. 100 s 500xs 5ms C C C V C C C V 2
24. GND Q 4
25. M 4 5 1 C C 1 1 2V V 1 1 V V 1 2 V
26. 1 1 2 PBX 4 2 C V 50gs 500zs 5ms 3 0 k H z C V C C 100gs 500gs 5ms 5 1 0 k H z C C
27. TO open GPIB 1 RS232C COM1 7 strVisaAddress GpIB RS232C open HEAD Orr Dim strVisaAddress As String strVisaAddress VrsA strVisaAddress ASRL1 TNSTR R8232C R8232C GprB strVisaAddress GPIBO i1 INSTR GpIB GPTB RS232C Yr8A Gloval On Error Resume Nex
28. 0 Go F ii 1 e Edit C V C C RUN 0 Mode NV STOPY LPAUSE 7 Time Unit msec 1 1 3 49 3 50 3 SS 4 SS 2 5 1 2
29. 2 1 1 1 2 3 4 1 3 3 FAST NORMAL FAST DYNAMIC ZSTATIC DYNAMIC C V OUTPUT Local Remote Rs OR ee TS 110 SRQ EE TE RS 282C 9600bps
30. GPIB RS 2832C MCB 4 0 V E in 1 V 4 0V 2 0V Eo 16 0V a 20 4 16 C V C C Rin Rx 2 mA Rin Rx 1 2W 3 31 OUTPUT gt LED 0 5V 1 0 kQ
31. 3 5 1 GPIB B11 GPIB RS 232C RS11 MCB MC11S MCB 4 32 4 4 7 2 Visual Basic6 0 Microsoft Visual Basic6 0 IIO 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
32. 110 120 1 3 0 L im i t 1 1 0 1 5 V C V VLimit 16 5V VL imit 16 5V SHIFT PROTECT AUTO L imit OUT 15 000V 2 50A Auto Auto Protection 110 1 1 0 Y 1 OUT 15 000V 2 504 lt gt 1 1 0 83 5 1 C V V Limit C C I Limit 3 SCT
33. 3 GPIB IB1 1 RS 2832C RS11 MCB MC11S lt gt SHIFT BS LOCAL 38 8383 7 4 4 1 TT 1 GP 1 1 GPIB GPIB 3 5 1 lt gt GP I B 1 2
34. PROTECT 0 05S 9 998 5 1 V Limit OV Output OFF OVP 1 1 OV Power OFF OVP 4 OV Crowbar ORN 6 MCB Non e Output OFF Limit OVP Protection MCB V Limit Leve1 1 Software VLimit SHIFT PROTECT AUTO 2 Software VLimit SHIFT PROTECT AUTO 3 Hardware V Limit 1 Lim
35. 4 CrLr EOI Cr EOI Cr Carriage Return Lr EO1I Lr Line Feed EO01I EOI End of Identify TE RM IB11 4 3 2 11 lt gt CrLr EOI 3 Power on SRQ IB11 3 5 1 lt gt
36. 1 m s 1 0ms STOP 1 E 3 48 3
37. 2 5 GND 3
38. ENTER ENTER NV Mode NV NV NI Unit msec F V FI ENTER 3 ENTER ms e c Mode NV Completed 1 gt 3 New 1 Edit Program E SC
39. IT E RM 4 3 2 11 lt gt CrLr 3 RS 2832C SHIFT BS LOCAL 4 1 SS NhN4 1 MCB MC B MC1 18S 3 5 1 MCB 0 1 15 2 MCB SHIFT
40. PBX CV OUTPUT ON SET 10V 2 1 LIMIT LED C C OUTPUT ON OVP OUTPUT ON C C
41. 2 A 9 A 4 41 GPIB 40h GPIB EOI lt gt QGPIB IB11 4 2 2 GPIB RS 232C EN 2 4 2 3 RS 232O RS 232C
42. ai a HIE e Il I HIINI INPUT ikg es WARNING CAUTION 0
43. RI ak PBX 4 CPU C V C C GPIB RS 2832C MCB
44. I Microsoft Windows Microsoft Corp 2001 2009 HHHHHHHHHH IIHHHHHHHHHHHHHH HHHHHHHHH HHHHHHHHHHHHHHHHHHHH HHHHHHHHHHHHHHHHHHH HHHHHHHHHHHHHHHHHHHH HHHHHHHHHHHHHHHHHHH HHHHHHHHHHHHHHHH HHHHHHHHHHHHHHHHHHH HHHHHHHHHHHHHHHHHHH HHHH HHHHHHHHHHHHHHHHH HHHHHHHHHHHHHHHHHH H HHHHHHHHHHHHHHHHHH H H Hl HHHHHHHHHHHHHHH HHHH HHHHHHHHHHHH HHHHHHHHHHHHHHHHHH H HHHHHHHH H3HHHHHH HHHHHHHHHHHHHHHHHH HHHHHHHHHHHHHHHHH HHHHHHHHHHHHHHHH HHHH
45. R UN V I OUT 0 000V 0 00A PA S1 PO1 L0002 0003 RUN PAUSE RU RUN PA PAUSE 3 63 3 3 3 5 8 1 SHIFT 0 CONFIG
46. typ PBX20 10 PBX20 20 PBX40 2 5 PBX40 5 PBX40 10 AC100V 10 16 50 60Hz 110 120 200 220 240VHI ya Aohm0 A 0 20 00 0 40 00 Y 20 40 mW 0 lt 5 00 0 gt 10 00 0 20 00 0 2 50 0 5 00 0 10 00 4 HalsTwlwlsls et Sh I k ppm C 4 0 07 5 0 07 10 mV typ 5 100 ppm C typ D C 4 0 3 20 mA tyD 5 150 ppm C typ 6 0 2 0 4 Y typ PEAK 6 0 2 0 2 0 2 0 3 A typ 0 4 VY typ 0 2 10 3 A typ AC110V 2 xY 2 12 2 5
47. 3 23 3 24 3 OVP OUT 0 000V 0 00A OUT 0 000V 0 00A Alm LIM Alm OVP MCB OHP OUT 0 000V 0 00A OUT 0 000V 0 00A A1m MCB Alm OHP lt gt OHP Ss 3 8 RMS 1 Peak RMS DC RMS RMS Peak Vout Peak Vout Peak Iout
48. GPIB RS 232C MCB MC B GPIBZRS 232C 1 5 C V C C 4 1 LCD EL
49. comm_open comm_close 2 Function Tx send_data As String g_strRxd gt gt Option Explicit Public Dec1are Sub Sleep Lib kerne132 ByVal dwMi11iseconds As Long sleep Apr wait VrSA COM Pub1ic rm As VisaComhib TResourceManager Pub1ic io As VisaComhib TMessade Pub1ic seria As VisaComLib ISerial Public g strRxd As String Pub1ic m session INTEC As VisaComLib TGpibTntfc ePTB pub1ic Const trg on 1 om Public Const trg off 0 Orr Function comm open
50. NV NI 1 10V 1 10V 10V 2 lsec lsec I 0 3 n 1 n TRIG OUT NV N 3 TRIG PAUSE TRIG 1 0 PAUSE PAUSE gt 2 T1 T2 PAUSE TRIG IN PAUSE PAUSE I TRIG IN PAUSE lt gt
51. AMPL OUT 0 015V 0 04A AMPL 0 0 5 0 ENTER OUT 0 015V 0 04A 5 0 AMPL 50 0 E SC OUT 0 015V 0 044A lt gt 0 0 3 83 Eh 4 1 DOCYYY PP YY 4 3 203 i 4 3 4 1 2 RS 232C eeeeeeeeeeeeeeeseeseeeeee 4 4 4 1 3 MCB eseeeeeee 4 5 4 2 eeeeseeoeeeeseeseseseeeeeseeee 4 6 1 FT Rid RE Ei 0 6 8 Es 4 6 4 2 2 lt o lt lt oooooococeooescoooooosooeooee
52. 3 New 3 Run 4 Configuration 1 TRIG Direction 2 Auto Run L1 CONF1G TSHIFT 0 WO Local Remote 2 BNC EXT S1G IN 2 BNC 1 Loca1 2 From J2 3 From BNC 4 From J2 amp BNC 2 Start Up 1 CV CC CV 2 CC 2 Output RR 2 ON 3 Key Lock a OFF 2 ON 3 NULL 4 NULL
53. 200V EE EN 2 L N 2 6 2 0 AC INPUT PBX PBX PBX eo _ 2 2
54. 0 2
55. 1 8 CV C V 1 C C C 07 4 KN 5 X 6 ERL0 0 1 7 ERL1 1 1 1 ERL1 IERLO Local gt lt From J2 gt lt From BNC gt Ol 1 Oo lt From J2 amp BNC gt J2 4 29 4 5 SRO SROQO ee eelewlee ll lt MCB ACTN amp a PON NMAsSl PTET5T7TT3TETI INMAsk9 Ee LOGICAL OR IE Emma 7 6 1 51 4 9 Ete GDH moos ho hn gt mm i 1 a 6 5 4 3 2 1 oo
56. 5 0 0 3 5 0 0 8 A ENTER 5 00A 1mA 4 5 5 0 0 8A OUT 4 SET 5 O lt 1 Oo CS CO gt gt ENTER OUT 4 999V SA SET 5 000V 5 00A lt gt V 3 3 5 0 0 0 1A V 10 0 0 1 A 1 mA OFF 5 0 0 3 A 5 0 0A 3 S 2Z lt 5 CE
57. V SHIFT 6 RESOLN C V SET OUT 0 001V 0 01A SET 0 000V SET gt LED SHIFT 6 RESOLN OUT 0 001V 0 01A Resolution 0 100V J 5 ENTER OUT 0 001V 0 01A Resolution 0 500V E SC 1 OUT 0 001V 0 01A 2 0 000V OUT 0 001V 0 01A RESOLN 0 5 V SET 0 500V
58. 3 V imi PROTECT gt 1 V Limit Level 6 2 2 I Limit Level V 5 V Limit 0OVP CV Limit OVP gt 5 V Limit OVP gt 9 2 gt l1 lt V Limit 4 OV Crowbar ON Does not Exist 1 V Limit gt 5 V Limit OVP gt 1 lt V Limit gt E SC YW 1 gt 5 V Limit OVP 6 MCB Protection 1 V Limit Leve1 gt 1 Software VL
59. 3 41 3 3 7 9 492 3 4 3 43 3 4 1 lt lt ss osossoeeeeeeeeeeooooeeooe 3 43 3 4 9 ee eeeeeeeeeoeeeeee eseoeeeee 3 49 3 4 3 soeeeee 3 50 3 5 2 3 65 3 5 1 3 65 3 5 2 eeeeeeeeeeeeoeeeeeeee 3 75 3 5 3 eeeeeeeeeeeeseee 3 82 3 3 2 3 1 3 1 1 5 5 1 5 2 3 1 2 5 5 2 5 6 3 3 3 3
60. TLP521 1 Ta 25 C TLP521 1 VCEO 55 V VECO 7 V Ic 50 mA 1 Pc 150 mW Pc 1 5 1 mW Ta 25 1 Topr 55 100 Tstg 55 125 1 Pt 250 mW 2 2 5 mW Ta 25 1 1 BVs 2500 Vrms 1 1 R H 40 60 3 81 3 Loca1 Remote lt From BNC gt lt From J 2 amp BNC gt EXT SIG 1N 0 1 0 0
61. Auto Run ON SHIFT ENTER Auto Run 3 61 3 5 RUN 1 EDIT 1 Program 0O1 A V 002 RUN OU0T 0 000V 0 00A RU S1l PO1 L0002 2 LNV NI FV FI 1 1 0 0ms 3 SsS 1
62. 6 4 SSR Ma 43 ee 6 4 6 2 2 6 4 6 2 3 gt eeeeseereseeeeeseeseseseseeereeee 6 4 6 4 See Ri 6 5 6 6 1 am
63. LED pe RUN EDIT PAUSE sToP 5 5 5 5 2 1 2 3 a4 5 BE PBX40 2 5 2 3 4 WEiGHr 4okg BI I PBX40 10 5 6 5 1
64. 4 7 5 SRQ 4 25 4 12 GPIB lt DCL gt lt SDC gt lt GET gt 40h call Tx VSET 5 0V call Tx VSET 5 0V6 4 26 MCB 0 TRG 40h EOI lt VSET 5 0V gt 4 4 4 1
65. V 1 3 3 gt V gt gt ENTER gt V gt ENTER
66. FUNMASK 1 0 1 0 1 0 1 0 MOD 1 0 IDN R OM TERM CsLr DS ea oe Cr 2 Lr EO 1 TERM 0 1 2 3 HEAD 1 ON 0 OFF 0 1 4 6 lt gt 4 4
67. 1 0 2 SE 3 ERR 4 MCB MCB 5 0 6 0 7 0 lt gt 0 4 28 4 3 MSB LSB OVP M Delayed Limit OHP Limit 3 2 FTFTT wx gt OTR CO V FAU 4
68. 1 2 1 1 J 2 2 J2 60ms O VP 3 1 2 OUTPUT 1
69. EXT SIG IN J2 C V 2 4 C C 0 25 2 7 1 0 V 1 0 0 SA 20V 40V CV a OV _ AMPL 100 NN ov 2 10V i 20V 40V 3 82 3 CV 2 4 CC 0 25 2 COEF CCEF 2 0 PBX40 10 lt gt 0 1 1 256 0 4 3 3 6
70. 2 RS11 RS 232C DC3 DC1 TXD ll RXD lt gt DC 3 1 0 gg ES 4 MG lt 4 4 3 SS 1 1 2 0 NR 1 1 ON 0 OFF NR 2 1 0 NR 3 1 6 NR 4
71. 3 44 3 2 2 wm ao ee 1 ee Pxx ee Lxxxx ee P x x Exx 127 7 Cx Si 2 8 1 ce 1 25 6
72. 3 3 51 3 52 3 2 1 Edit Program Program 01 New V 1 1 6 ENTER N001 NEW ENTER N001 1 Mod if yee 5 90 gt 1 Modify 2 Ins er te ee n75 2 7 0 3 De l et ee 7n25 2 7 0 Insert
73. 4 7 TR 1 Gx x x IT R G 6 MCB 4 3 IMEMI P NR2 MEMST0 P NR2 NR2 MEMORY 1 A 2 B 3 C 4 D MEMORY SETSTO 0 9 SETINI lt gt 4 7 4 4 14 4 4 RESET PVLIMSET SP NR4 SP NR4 5P NR4 MILIMSET HPVLIM HMVL IM HPILIM 9 LIMACTN VLIMOVP 5P NR2
74. SENSING COM Ein lt gt GPIB RS 2832C MCB 4 0 V Ein 1 V 4 0 V 2 0V Eo 1 6 0 V 20 4 16 C V C C gt 1MQ Ein Ein 0 59
75. gt 2 Load File 3 Save File 3 59 3 60 3 4 4 1 gt 1 gt 1 V TRIG Direction In gt ENTER Trigger Direction Out YY 1 gt 1 TRIG Direction 2 Auto Run E SC gt 4 Configuration 1 File lt gt TRIG Direction OUT TRIG I 0
76. S Hf O 1 2 1
77. SHIFT 0 CONFIG 9 Calibration gt 9 Calibration 4 iD ID Code 4010 iD 6 1D Voltage 2 Current 1 Start Calibration Ready 6 ENTER D VM 0 V Adjust to 0OV 0 V Ready ENTER Reading Voltage 1 0 0 D VM 3
78. 3 4 3 3 1 3 PA RM 597A9 0 ints 910u8 1e901 IMdV1V 9IWVNAI9IIY15H 9NISN3S 19Y 1YWAONH Lu e E gt ieA49 1 MI 19491 31MI A 1 st2 NT ef A180 euwll 1tU11 uo 19V 1 u11 z s ey UT 2 1 H wr oh 1n0 lt dMV 8IMOd dWV 39N4d13434 ge 1 9 lt 6 HIMIT1 1INI1I LIWITA 19310dd LIWITA Xe SE WEY AC LE 91INVNA 99 1SV A9 F 6 2 E gt 9HN09 29 9 Eg Lv 45 L834 lt E 19 A00 0 1138 A0 OL SHY SMJ XVdd 9 2 6 Le hany amp e e 2 9 6 9 6 56 Xz Ee KG 2 6 4 3 5 3 3 6 3 2 1 2
79. 11 SET C V C C LED FINE SHIFT SET C V C C PROTECT VLIMIT V VLIMIT VW LIMIT ILIMIT TRIG IO EXTSIGIN
80. 3 43 TPA ET NN 3 58 FA A ND RRR 3 58 SR 3 49 kk 3 58 TFT CE 5 8 IRO 3 15 LMM 4 38 4 28 4 30 ee 4 28 4 30 BR 3 29 2 14 uuu 2 15 4 6 3 76 SR VI 69 FE 7 8 4 8 ic 2 TI 15 IV Ek 4 6 TT TD A 3 46 4 6 0 0 0 RI 3 62 kv 3 52 i 3 53 Lucciiinnnsnnassnsaereeeeeeeeeeee 5 4 kk 4 14 cacti 9 vu 3 18 Ne 4 37 kek 3 17 3 23 3 18 IGE Ca ee 4 9 4 7 7 5 AI 1 4
81. 3 77 3 3 1 0 k Q 3 5 1 Eo 1Eml Ein 10 V lo A io Iml Ein 1 0 m V Im A Ein ANALOG COM J 2 2 4 REF 10 8VSE in 10 8V Rin lt gt Rin 0 0 Ein 10 8V 5 kQ 0V 1 0kQ 10 8V Ri 0 1 0kQ 1 0 8 108 1 0kQ 100 100 J 2 25 J2 2 1 Rx 250Q 0 lt 8006
82. 9 C C lt gt 0 3 5 1 C V R Recall S Store R 00 0 00V VLim 22 0V C C R Recall S Store R 00 VLim 22 0V lt lt 3 1 IL imit lt 1 lt 3 1 lt 1 Tr Tf lt DD 3 1 Limit lt 1 V Lim 0OVP ILim 22 0A Re 050 RE 0 500V HE i NE
83. Display Time Peak sMin Max Record DC RMS PEAK 3 25 3 26 3 SHIFT 9 PEAK RNS gt 1 Peak RMS 2 Display Time 1 8 1 2 V 1 3 Peak Vout Peak RMS Peak Vout 1 gt 1 Peak RMS Display Time 2 Display Time Display Time 1sec 1 3 0 E S C 5 ENTER Display Time 5sec gt 2 Display Time 3 Min Max Rec
84. GP I B 2 1 1 00 s 1 GP I B
85. lt gt SENSING COM 0 2V 0 2V 3 6 J2 2 CC ER ET Tha bse C C ON C V oo C V ON ON 0VP OHP ON lt gt OVP 5 0mS
86. FV F1 ENTER lt gt 9 9 9 9 E SC ENTER 2 3 2 2 2 3 3 3 1 1 6 1 ESC 2 gt 2 Edit Sequence 3 New Sequence 3
87. 2 2 1 oo 9 9 9 1 1 lt 9 9 9 1 2 eeeeeeeeooeeseeeoeeseseeeseeeeeseeee 9 4 2 2 w v 9 5 2 3 lt 9 8 2 4 eeeeooeeeeeoeeeeeeeoeeeeoseseoeeeeee 9 10 2 5 9 14 2 5 1 9 14 2 5 2 2 15 2 2 1 2 1 1 T
88. 24 0 48 0 OVP OVP OVP 5 2 0 22 0 4 0 44 0 0 3 ppm typ A typ ppn Ctyp 7 PBX20 5 Pe0n0 PBX20 20 PBX40 2 5 PBX40 5 PBX40 10 5 lt 6V 10mA 15kQ 2 5V 10xs 30MQ O C 500V 20MQ C 500V AC 1500Y 1 AC 1500YV 1 0 40 M 27 30 lt 80 1 27 MAX 45 MAX 450 430 3 lt os Ao PBX20 10 PBX20 20 PBX40 5 PBX40 10 PBX20 5 7 30kg 37kg 30kg 37kg 22kg PBX40 2 5 22kg UNIT mm 7 8 7 7 3
89. 3 2 3 3 8383 4 1 6 1 ESC 3 gt 2 Edit 3 Run ED1IT 3 2 S 1 PO1 LOOO1 New V 1 8 C E ENTER S 1 PO L0001 C E SsS 1 PO1 L0001 C2 E16 ESC SsS 2 P02 L0002 C3 E16 SsS 3 P03 L0001 C E16 S 1 P LO000 New 0 1ms C BE
90. 4 3 2 AMPLSET 5 LLO 9 10 SETRCL 3 CLR 8 MCBACTN 4 SETSTO 3 CTRLZ 10 MEASMODE 5 SILENT 10 EOS 7 MEM 3 STB 11 ERR 11 MEMSTO 3 STEP 6 EXECUTE 7 MILTMSET 4 STOP 7 FAU 11 MOD 11 SIS 11 FLOAD 7 MVLIMSET 4 TERM 11 FSAVE 7 NEWSEQ 6 TEXTIDX 7 FUNMASK 11 OUT 1 TEXTPROG 7 HEAD 11 PATH 9 TEXTSEQ 7 HMILIM 4 PAUSE 7 TRG 2 HMVLIM 4 PILIMSET 4 TRIGISET 2 HPILIM 4 PORT 8 TRIGSTOP 2 HPVLIM 4 POW 8 TRIGVSET 2 IDN 11 PROGRAM 7 TRTF 1 IFINE 1 PVLIMSET 4 UNMASK 11 IMAX 5 RESET 4 VFINE 1 IMTN 5 ROOTPATH 9 VLIMOVP 4 10UT 1 RUN 7 VMAX 5 ISET 1 RUNNING 7 VNIN 5 LIMACTN 4 SEQNODE 7 VOUT 1 LIMDLY 4 SEQUENCE 6 VSET 1 SETINI 3 WAIT 8 lt Xorr gt 10 Xox gt 10 4 46 5 5 1 ooeeeeeeeoeeoooeeoooeeeeeoeoeoeeeooeoo 5 2 5 RD sis 5 6 5 5 1 3 4
91. 2 Output OUT 0 000V 0 00A C Y C C C V C C 9 12 3 E 4 2 C V C C SET V C V 5 0 V V
92. UL 1 ESC SH1 HESET FT LED E S C RESET SHTIFT ES C SHIFT SHIFT ESC ESET SHIFT E SC RESET 2 ENTER
93. 1 5 C V CC C C CV ON 3 5 1 3 6 2 OVP OHP V 1 1 V V C V C ol i V C V C C C V C C
94. e Y2E 0001 lt gt 3 2 C V C C 0 1 0 V 38 5 1 Eo Em Ein 10 Eo V Io A lo 1ml Ein 10 En V Im A Ein V 0 SEin 10V Ein
95. 1 Program 01 A A 8 GP I B s ENTER V N001 S 0 00V 0001ms ENTER 1 Modify N001 S 0 00V 2 Insert gt 1 Modify 3 Delete 3 Delete Delete 001 How many steps 1 ENTER Delete Step Comp leted YY 1 N001 S 0 00V 1 2 0 0001ms 1
96. 2 e wwus mow e e OUTPUT ON OFF Y MODE SIGNAL POWER OFF C MODE SIGNAL OUTPUT ON SIGNAL dh ANALOG COMMON SENSING COM DIGITAL COMMON SENSING COM SENSING COM SIGNAL COMMON 3 75 3 76 3 XY2B 7006
97. lt Disable gt 4 1 R 3 1 RS 232C 9600bps 8bit 2bit None RS 2832C 3 5 1 lt gt 2 3 CrLr Cs Cr Carriage Return Lr Lr Line Feed None ITE RM RS11
98. DC gt lt RMS gt MAX 2 V 0 0 A MIN 0 0 V 0 0 A lt Peak Vout gt lt Peak Vout gt MAX 0 0 V MIN 0 0 V lt Peak Iout gt lt Peak Iout gt MAX 0 0 A MIN 2 6 A 3 27 3 3 3 3 2 S38 1 C V _ mm C V C C _
99. 1 4 3 75 35 7 J2 3 75 i 3 19 3 39 3 24 LL 4 27 4 30 quq aAYoh kXZk lt S V 2 10 2 14 SNR 2 10 2 14 KK 2 4 SR ii 3 38 3 42 uk 4 3 1 3 7 9 Sc 3 66 cai 3 73 RN 3 51 8 4 31 EA SD NE 2 ENE RA 4 31 32 3 48 uuuiiiiiik 3 45 3 65 3 72 oii 3 72 rv 1 4 3 22 SR 3 22
100. 3 4 5 LL 5 6 1 m s 5 0 0 m s 7 DC RMS 7 PBX20 5 PBX20 10 PBX20 20 PBX40 2 5 PBX40 5 PBX40 10 10 mW P P typ 0 005 1 mV 0 005 1 mV JH2 30 13 30 ms typ RMS 8 2 mV RMS P P 9 10 mV P P typ 10 0 005 1 mV 11 0 005 1 mV 50gs 50 AS typ 12 500gs 500 MS typ 5ms 5 ms tyD 50zs 50 MS typ 13 500s 500 Ls typ 5ms 5 8 5Hz 1MHz 9 DC20MHz 10 0 100 LTLJ 11 10 LILJ 12 0
101. FEf B SHIFT ESC RESET C V TVLimit 15V Limit Action 1 4 V OUT 14 000V 1 00A SET 14 000V VL imi OUT 15 000V 1 08A 15V VLimit SET 15 000V VLimit OUT 0 000V 0 00A lt LIMIT gt LED Alm LIM SOS SHIFT ESC RESET OUT 0 000V 0 00A 1 4 V OUTPUT OUT 14 000V 1 00A OUTPUT gt LED lt gt
102. MSB LSB 0 FAU 1 PON 2 SE 3 ERR 4 MCB MCB 5 X 6 RQS 7 X CO TE TO TO TE TO KU EE EE EE LE lt gt 1 PON 6 RQS I BL 8 ERR lt DCL gt lt SDC gt 6 RQS GPIB 1 PON 2 SE 2 MSB LSB 0 FAU
103. 1 15 pBx GET TRG MCB 0 MCB 1 15 MCB 16 MCB GET GprB RS232C TRe MCB gt gt Call Tx PATH 0 Ca11 Tx VSET 0 OUT ON TRIGVSET 56 5v Ca11 mx PATH 1 Ca11 Tx VSET 0 0UT ON TRIGVSET 126 12V Call GET operation GET GPr5 RS232C TRG Sleep 5000 5 wait Call Tx PATH 16 TRIGVSET 06 ov Call Tx TRG TRG GpIB RS232C End Sub Sub GET operation Dim buff ary 5 As Byte Dim count As Long Dim retVal As Long Dim GPIB ADDRESS As Integer GPIB ADDRESS 1 buff ary 0 amp H3F UNL buff ary 1 amp H40 TA buff ary 2 amp H20 GPIB ADDRESS MLA1 buff a
104. 1 256 1 1024 1 ON 0 OFF 1 8 0 OFF 1 8 6 1 16 6 STEP E0SJ 1 RUN STOP PAUSE x x lt STOP 1 RUN 2 PAUSE 3 gt lt SEQ NO gt lt PROG NO gt lt LOOP gt
105. FE SET 6 gt C V SHIFT SET FINE OUT 11 999V 0 50A SET gt LED V Fine 000 OUT 12 002V 0 52A V Fine 015 OUT 11 978V 0 48A V Fine 040 E SC 10UT 11 978V 0 48A SET 1 2 ENTER
106. 1 Recall 2 Store 3 Store to 0 0 4 Initialize V _ SET 1 SET V _ FINE 1 FINE V RESOLRN I RESOLN V Limit 1 Limit V Limit OVP Limit M CB 0 kd bbe A B C D C C 10 SEQ 1 Fi 1 e 1 List Files 2 Load Fi1le 3 Save File 2 Ed it 1 Edit Program 2 Edit Sequence
107. 6 7 1o 1 2 ie 0 PBX40 2 5 2 C V CC LIMTT 1 OHP CROWBAR SW ON OVP OV Crowbar ON OUTPUT
108. 3 48 3 45 FT RAD ee 334 3 49 3 ee 0 3 61 kk 3 61 5 2 9200 06 982 ROSE 9 2 RE OO PIO RAR OR 2 3 9 418 4 20 SS 3 10 ui 3 45 RRNA 11 AF ARAN LE oo 14 3 8 haa 3 49 3 50 3 65 RI RN Re 4 30 i 3 63 4 27 4 30 oowxoeeee i 4 28 4 30 oe 3 46 Sa 3 46 3 49 RI TI ONE GR 3 56 cucurunrunuruee 3 46 a 3 56 ee 3 43 ee 3 57 eee 3 49 2 3 36 3 49 RC 3 37 WP EN ab
109. IV ee V 1 7 6 3 47 3 60 EE 3 47 iii 3 60 2 2 eo 2 8 uk 2 2 Ge 3 38 UE HRP 1 3 Lucci 5 3 2 11 5 7 2 10 Pa 2 3 3 8 II wkL s Vvsvdh ss s a kk L S goi 2 5 5 8 ll 2 5 6 3 7 8 VI tease 2 5 HMI II 7 2 a 3 43 RE 2 7 uci 8 SG OM 3 17 ET VR ei 2 14 NT NN Rl IL NR CF EE 5 2 YR EER 4 5 4 0 2 4 1 3 8 4 3 1 2 NSR 7 2 kk 2 15 OO 2 15 Bs GS NN NR 2 15 TA RT RSE 7 8 VI
110. MC B GPIB SHIFT 0 CONFIG 8 gt 1 GPIB Address 2 MCB Address 1 GPIB Address IGPIB Address ADDRESS 01 ENTER GPIB Address 3 ADDRESS 03 E SC 2 0UT 0 000V 0 00A lt gt sRS 232C MCB
111. gt FINE FTNE plus FTNE 1 g strRxd Double 4 Sub example004 8ample program 4 4 4 A B C D rrNE 4 750V 5 000V 5 250V 0 000V A B C D 1 A B C D 1 8TORE
112. V 1I 6 1 gt 2 0 6 lt 22 0 0 2 D VM 0 1 6 2 SS DVM DVM
113. CC OUT 0 001V 0 01A C C gt LED C C C V C C C V C C 3 69 3 2 OUTPUT ON OFF OUTPUT SHTIFT 01 CONFI6 2 gt 1 CVCC 8 1 2 2 OUTPUT 2 OUTPUT gt 2 OUTPUT gt gt 1 0ff gt 2 0n Power ON Output On WW 1 gt 2 Output 3 Key Lock E SC 2 OUT 0 000V 0 004
114. PATH SP NR2 PATH ROOTPATH LLO LLO ROOTPATH MCB 0 15 16 1 6 MCB 0 0 OFF 0 1 MCB GP I B DCL gt 0 1 6 0 lt gt 4 7 6 MC B 4 10 RS 232C
115. LCD V V V V 1 I 1 1
116. NR1 ls E NR4 EE 4 OUT 0 1 ss V CV C C lo colo 8 4 OUT VSET VSET ISET ISET VOUT IOUT VFINE VFINE IFINE IFINE TRTF 8 ME 6 Tr Tf 50 100 sec Tr Tf 500 xsec Tr Tf 5msec Tr Tf Through 1 2 3 4 lt gt 4 7 1
117. Q0N FAU 8 TAUreg 0 TAUreg 7 0 1 0 1 1 1 2 1 6 1 ovp DLIM OHP LIM 1 1 pON 2 1 sg oN 4 41 4 SRQ analyze Prediction V himit Case 81 SRO_ana1yze Prediction V Limit Case Else SRQ analyze Other error End Select End If If STBreg 4 1 Then SRO analyze MCB MCB ACTN oN End Function 6 MCB Sub example006 Sample program 6 GPIB RS232C 6 MCB pBx 2 psx Mc11s MCB118
118. OUT 11 999YV 0 50A 0 SET 12 000V 3 16 3 lt gt C C C C OUT 0 001V 0 01A4A I Fine 000 128 127 256 CLR 0 0 0 1 mV 1 mA
119. 0 05 9 9sec Dim dPV LimData As Double Dim dMV LimData As Double Dim dPI timData As Double Dim dMI LimData As Double Dim d LimDlyData As Double Dim iLimAction As Integer Dim dHPV LimData As Double Dim dHMV LimData As Double Dim dHPI LimData As Double Dim dHMI LimData As Double dPV timData Tx PVLIMSET dMV timData Tx MVLIMSET dPI LimData Tx PTLIMSET dMI timData mx MILTMSET d rimDlyData Tx LTMDLY iLimAction Tx LIMACTN
120. 3 4 SHIFT 1 KEYLOCK SHIFT ESC RESET SHIFT 11 KEYLOCK OUT 0 001V 0 01A Keys Locked gt gt SHIFT 1 KEYLOCK OUT 0 001V 0 01A SET 5 SET Ss E SC OUT 0 001V 0 014A SHI FT ESC EESET 3 39 3 Sb
121. SILENT CTLRZ XON XOFF SILENT 0 OFF SILENT CTRLZ lt X ON gt 11h lt XOFF gt 1 3h 1 ON LLO 0 OFF LLO 1 1 0 1 Ah SP NR1 RS 1 1 RS 1 1 0 1 1 1 UNMASK UNMAS Fm 3 ollnl lo m st mm mm gt ollciteo is 3 UNMASK 0 255 UNMASK FUNMASK FUNMASK STB FAU 4 NR2 NR2 1 cn lt NR2 LNRI UNMASK 1 0
122. TO c1ose INTrC close C1ose the VISA session If rm Ts 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 LF g strRxd On Error Resume Next 1o WriteString send data vbCrLf cRrg If TnStr send data Then g_strRxd io ReadString 256 g strRxd
123. 1 sr x 2 0 4 1 1 7 7 4 RC02 PBX 1B11 RS11 MC118 GPIB RS 2320 MC B 7 9 7 10 7 KRB3 E I A KRB150 JI S 1 D 1 oe 2 2 eeeeeeeeeeseeeeretseseesesereee 5 3 ito 7 GE 4 PRFY 9 5 eo 14 rt 9 17 1 CC CAL Data Error CONF Data Error CONF Data is broken CV CAL Data Error Can t Cal Limit Can t Cal V Limit Can t Ca1 I Limit Can t Cal
124. 3 3 3 1 2 oo 3 3 3 1 3 3 5 3 2 1 lt eeeeoeeeeoeeoeeeoeeeo 3 7 3 2 1 lt eee oe 3 7 3 2 2 to 3 8 3 2 3 C V C C 8 12 3 2 4 3 13 3 2 5 3 15 3 2 6 lt 3 17 3 2 7 3 23 3 2 8 lt 3 25 3 3 2 3 29 3 3 1 lt s lt lt os ooo eeeo 3 29 3 3 2 eeeeeeoeeeoeoooeeeeeoeeeeeeeseeeseeeseeeee 3 30 3 3 3 9 392 3 3 4 lt 3 30 3 3 5 ceeeee 3 40 3 3 6
125. ENTER Reading Current 1 0 0 D VM 9 8 6 3 ENTER Reading Current 0 9 868A X 0 D VM 9 7 8 9 ENTER Reading Current 9 789A I Limit Calibrating 1 Y 2 Save Data Sure ESC ENTER gt 2 Current 1 Voltage E S
126. pia 2 1 2 UNLOCK 2 2 2 Q
127. 1 Output OFF 2 Power OFF Limit Time De lay 0 05s 9 99s O1 V LimitOVP V Limit OVP 1 V Limit Limit Action 2 OV Output OFF OV P 3 OV Power OFF OV P 4 OV Crowbar ON OV P wn Protection MCB 1 None 2 Output OFF MC B 1 lt gt MCB MCB
128. Invalid TrTf CV CC Tr Tf I F Can t Execute EXEUTE 0 RUN No Use EXT SIG IN Parity Error s Prediction V Limit Prediction I Limit RX Buff Overflom SEQ Data Error SEQ Data is broken SET Data Error SET Data is broken System Error TX Buff Overf1ow VCAL Data is broken 0
129. V 0 VP OVP 1 2 0 O0VP V OVP OVP 4 2 4 me Ppxzo s PBX20 10 PBX20 20 PBX40 2 5 PBX40 5 PBX40 10 90W 180W 100W 90W 180W 180W
130. 0 AMPL CV EXT SIG TN ANPL X 10V 100 J 2 CC EXT SIG IN AMPL OE 0 x ahi es 10V 100 J 2 J 2 3 5 2 2
131. 4 1 gt 1 CV Auto Fine 2 CC Auto Fine E SC 2 OUT 0 000V 0 00A lt gt 1 5 C V CC C C CV ON 3 71 3 4 V Limit 1 Limit 1 10 120 1 3 0 3 72
132. End If End Function 4 35 4 Private Sub Command1 Click Call comm open Call example001 001 Ca11 comm close End Sub 1 C V Sub example001 8ample program 1 1 c v V mV KV g strRxd lt lt VSET VSET VOUT gt gt Dim dVo1tMeasure As Double Doub1e Ca11 Tx VSET 5 00 5 00V Ca11 Tx OUT ON oN dVoltMeasure Meas_vout Call Tx VSET 0 00V 0 00v dVoltMeasure Meas_vout Call Tx VSET 4 75E 0 4 75V dVoltMeasure Meas_vout Call Tx VSET 5250mV
133. gt 1 V Limit Level 2 I Limit Level 3 Limit Action gt 3 Limit Action gt gt 1 lt Output OFF gt 1 Output OFF Limit Action Output OFF E SC 1 gt 3 Limit Action 4 Limit Time Delay 4 Limit Time De 1ay Limit Time Delay 2 00sec 2 ENT Limit Time De lay 2 Limit Time Delay 2 00sec 3 ESC 2 OUT 0 001V 0 00A lt gt I Limit Level 3 21 3
134. 1 2 1 CVCC 222 SO 6 gt gt CV 1 CV 2 CC V CV 1 CC 2 Power on CV CC CC CC Y 1 gt 1 CV CC 2 Output C C C V C C CV CC 2 11 2 12 2 E SC 2 OUT 0 000V 0 00A C V C C
135. 5 1 3 E D I T gt 1 Edit Program SEQ gt LED 2 Edit Seqauence 3 1 2 3 Ne w Create New Sequence Sure E SC ENTER Mode NV gt
136. Peak Iout 2 Display Time 1 3 0 8 Min Max Record Peak RMS E gt DC RMS A C Peak Vout Peak Iout TC ER RE A 2 P 2 k C B MIN MAX Record
137. 0OVP O VP lt lt 20 X2 LCD
138. C C C V C C C V omi C C C C C V 2 C V C V C C C C LT NG Te 2 13 2 14 2 2 5
139. SHIFT 2 CLR BS 1 3 NG 3 3 5 1 0 1V 0 1A 1 1 0
140. 3 Oo File 1 List Files 2 Load Fi le 3 Save Fi le 2 Ed it 1 Edit Program 2 Edit Sequence 3 New R un 4 Configuration L TRIG Direction 2 Auto Run
141. S ET SET gt LED OUT 0 001V 0 014A SET 0 000V 5 0 0 ENTER OUT 0 001V 0 01A ENTER SET 5 000V OUTPUT OUT 4 999V 1 23A OUTPUT gt LED SET 5 000V Sm OUT 5 098V 1 25A 1 0 1V SET 5 100V V OUT 4 999V 1 23A V SET 5 000V 1 OUT 5 248V
142. kk 3 38 7 NSRODRSRGRGR 6 4 DD 17 SR Ek ki 6 5 i 3 43 1 mW 3 66 Sk 3 55 AO 3 49 kk 3 55 1 1 3 VS Ci VI Mccain 3 43 3 44 L NR 0 3 29 2 4 25 DSR 3 45 y 92 5 8 20 NAO 3 3 5 6 EE IV CAR EN 4 6 klAik 3 9 4 46 2 7 6 4 as i 4 9 rd 3 79 i 4 10 5 2 DARE 2 7 7 2 2 3 76 3 77 DR 5 2 14 5 8 uic 3 65 10 RE 2 14 3 65 11 DO 3 11 3 13 SRR RR 3 46 3 65 2 5 2 13 1 VI kk 2 8 3 7 nkkA N lt l 5 4 32
143. kk 4 32 kkk 4 7 4 9 I 6 2 4 4 4 2 7 DR RA 0 2 4 5 3 22
144. 2 Insert Insert 001 How many steps 1 ENTER 1 Insert Steps Comp leted 001ms ENTER lt V N001 S 0 0 V SR TRTIG OUT PA 001ms USE 1 0 N001 S 0 00YV 3 N001 8S 3 45V R 1 25A 7 TOP 01283ms NV N I T O P Trig Out Pause ESC N001 S 0 00V
145. M A 15 000V A A lt D A OUT 14 999V 1 00A A M A 15 000V 0 D OUT 24999Y 00A M D 14 750YV ENTER OUT 14 751V 0 98A D M D 14 750V E S C ToUT 14 751V 0 98A MEMORY gt LED J A lt gt C CC OUT 15 8321V 3 00A M A S 00A 3 31 3 32 3 3 3 3
146. OUT 15 321V 1 51A ENTER S A 15 800V 0 Y 1 OUT 15 321V 1 514A lt gt C C OUT 15 321V 20 00A S A 20 00A lt gt 0 000V 0 3 30 3 2 MEMORY A D 4 ENTER C V OUT 0 001V 0 01A 0 SET 0 000V MEMORY MEMORY gt LED OUT 0 001V 0 01A
147. 3 17 3 18 3 1 V Limit Leve1 1 Software VLimit SHIFT PROTEC AUTO 2 Software VLimit 3 SHIFT PROTECT AUTO Hardware V Limit I Limit Leve1 1 Software ILimit SHIFT PROTECT AUTO 2 Software ILimit SHIFT PROTECT AUTO 3 Hardware I Limit 3 Limit Action
148. C V C C SHIF 0 1 CONFIG C V C V C C C C C V C C C V C C 2 3 SHIFT 0 CONFIG 2 Start Up 1 CV CC 8 5 1 SHIFT 0 CONFIG gt 1 Loca1 Remote 9 2 Start Up 1 2 2 Start Up 1 8
149. SHIFT 1 KEYLOCK CONFIG SHIFT 0 C V C C 5 3 5 PROTECT I 1 AUTO SHIFT PROTECT 1 10 AMPL BNC
150. 0 OVP OVP 1 DLIM DL IM 2 OHP OHP 3 0 4 0 1 5 0 6 LIM L IM 7 0 lt gt 0 5 MSB LSB 0 OVP OVP 1 DLIM Delayed Limit 2 OHP OHP 3 X 4 X 5 XX 6 LIM Limit 7 X 4 6 MSB LSB she mlmlxlrlelmwlels 0 FST C V C C 1 6 W RC AN 2 C 0 1 CRW 1 2 EOFF
151. 3 29 3 3 3 2 4 1 SHIFT 3 MEM STORE A D 4 ENTER 4 A B C D C V OUT 15 321V 1 51A SHIFT 3 MEM STORE OUT 15 821V 1 51A S A 0 000V A AD A
152. 6 3 1 2 AA 4 32 TL SR i 7 9 kk 5 7 VI 3 81 4 40 kk 3 3 3 76 2 BS 3 7 6 3 65 3 67 3 77 3 78 2 3 77 3 78 3 77 3 77 i 3 39 3 39 a L 1 lt 5 3 ki 3 8 i 1 4 6 4 4 6 1 2 A 5 5 YH 2 5 8 Ek 3 30 HI 2 2 6 IV 15 14
153. 6 3 PBX40 10 RMS RMS 411 A144 A V RMS 0 000V
154. 10 90 19 0 90 10 14 3dB 100Hz 7 3 7 ans monn moo a roas PMS moe em 16 0 01 1 0 01 2 0 01 1 18 50 ms typ 17 0 01 1 0 01 2 0 01 1 mA 2 18 19 500zs 15 5Hz 1MHz 16 10 100 LL 17 10 LTL 10 100 18 0 10 90 19 0 90 10 20 5Hz 1MHz 10 100
155. 3 11 3 3 3 3 CV C C C V C C 83 5 1 SHIFT 0 CONPIG gt Local1 Remote 2 Start Up 2 Start Up Ss CVS CE 2 Output 1 CV CC gt CV 6 gt gt 1 lt CV gt 1 CV 2 COCO V CC 2 CV 1 Power on CV CC Power on CV CC CC CV CC CV 1 gt 1 CV CC
156. Time Unit STEP 1 256 1 1024 FV F 1 gt ISTEP 4 7 7 8 4 19 4 7 2 2 NR2 SP FLOAD NR2 SP FSAVE NR2 SP PROGRAM NR2 SP E05 NRI 5P EXECUTE NR2 SP RUN NRI SP PAUSE STOP SEQMODE string SP TEXTIDX NR2 SP TEXTSEQ NR2 5P TEXTPRO6 420 4 0 FLOAD FSAVE PROGRAM PROGRAM EOS EXECUTE RUN PAUSE 1 ON STOP RUNNING TEXTIDX TEXTSEQ TEXTPROG 1 IRUNI ISTOPI IPAUSEI IRESET
157. 0 05sec Ca11 Tx VSET 5 0 0UT ON 5 0V oN Call Tx CLR Dim retVal As Tnteger Ca11 Tx IOUT If Val g_strRxd lt 1 Then MsgBox 0 5 A End If Do DoEvents retVal 1o ReadSTB 81eep 100 100ms Loop Until retVal lt gt 0 gRo Dim spo11 result As String spoll resu1t SRO analyze retVa1 MsgBox spo11 result vbCrLf vbCrLf Call Tx SETINI End Sub Function SRQ analyze spoll data As Integer As String ON Dim i As Tnteger Dim STBreg 7 As Integer Dim FAUreg 7 As Integer Dim ERRreg 7 As Integer For i 7 To 0 Step 1 8 If spo11 data 2 1i lt 0 Then sTBreg 0 STBreg 7 0 1 STBreg 1 0 Else spo11 data spoll data 2 I STBreg 1 1 4 40 End If
158. 4 3 73 3 3 74 3 5 2 1 J 2 PBX 2 3 5 1 J 2 2 6 P MTIL
159. 5 25V dVoltMeasure Meas Vout Ca11 Tx VSET 0 005KV 5 00V dVo1tMeasure Meas vout Ca11 Tx OUT OFF orr End Sub Function Meas vout As Double Dim dVo1tMeasure As Double poub1e S1eep 1000 1 Ca11 Tx VO0T g strRxd dVo1tMeasure Val1 g strRxd Double Meas Vout dVo1tMeasure Ca11 mx VSET End Function 4 36 4 2 Sub example002 8ample program 2 2 g strRxd lt lt protection gt gt 0 Call Tx VLIMOVP 1 Call Tx PVLIMSET 20 0 MVLIMSET 20 0 Ca11 Tx PTLTMSET 2 00 MTLTMSET 2 00 Ca11 Tx LIMACTN 1 LIMDLY 2 58 1 00T OFF 2 PWR OFF
160. C V SHIFT 0 CONFIG 6 gt 6 Auto Protection gt lt 110 gt 2 1209 Auto Protection 120 1 gt 6 Auto Protection 7 Format MC E SC OUT 0 000V 0 00A4A lt gt SETT V Limit 1 Limit 1 0 1 1 0 1 1 0 1 1 0 1 0 1 0 1 1 0 3 5 GPIB RS 232C
161. MEMSTO lt 1 4 gt RECALL MEM lt 1 4 gt lt lt MEMORY STO RCL gt gt Dim d setvoltage As Double Dim icount As Tnteger d setvoltage 4 5 For icount 1 To 4 If icount 4 Then d setvoltage 0 Else d setvoltage d_setvoltage 0 25 End If Call example003 d setvoltage Call Tx MEMSTO StrS 1count Next Call Tx VSET 0 000 MsgBox For icount 1 To 4 DoEvents Call Tx MEM Str icount Call Wait ReadBack Sleep 1000 Next MsgBox End Sub 1 A 2 B 3 C 4 D icount 4 D 0 000 0 25v FINE 0 00V A B C 1 4 39 4 5 SRQ Sub example005 Sample program 5 GPIB 5 sRO FAU
162. 3 Time Unit minute 4 Time Unit hour SEQUENCE 1 8 1 16 2 1 lt 9999 9 9 9 9 4 0 1 8 0 0 1 16 0 0 1 ms FV F I SEQUENCE 1 8 TEA 0 1 V A 0 OFF OFF 1 ON ON 2 5 6 7 0 OFF OF F CR 1 ON ON 0 OFF PAUS OFF 1 ON PAUSE ON s
163. 6 RS 232C Parity 1 None 2 Odd 3 Even 7 Power on SRQ a Disable 2 Enable Calibration 1 Voltage V Limit V Limit R MS R M S a Current Limit 1 Limit 3 66 3 1 0 1 0 V 1 0 kQ
164. ESC ENTER 2 Insert Insert 0O0O1 How many steps 3 2 ENTER Insert Step Insert Completed N001 S 0 0 V S 5 00A 2 O 0001ms Insert Mod i f y lt gt ED IT 3 3
165. IV OUT 1 0 0 ms IMEA SMOD GP 1 B RS 2 8 2 C 2 lt Peak Iout gt 3 lt Peak Vout gt 4 4 17 4 6 1 2 mW Fe WW I CL i UT SP Rei ar TT ne 2 STEP NR2 4 18 4 NV 2 N I 1 0 FV 2 F Y 1 1 F 1 lt 1 Time Unit msec 2 Time Unit sec
166. Sbit 2bit 5 ITRIG Direetios LAuto Run gt SET 0 0V C V 0 0A C C FINE RESOLN V Limi t I Limit 0 C V 0 C C 0 1 V C V 0 1A C C 110 110 OVP MC B Tr Tf FINE 100zs C C DC 0 V C V 0A C C 50zs C V 1 sec 0 0 C V 0 C C V Limit MAX V Limit MAX MAX I Limit MAX Limit 4
167. Tr Tf 1 Reca11 2 Store 3 Store to 0 0 4 Initialize V FINE I FINE V RESOLN I RESOLN V Limit I Limit V Limit OVP Limit MC 5B Tr Tf A B C D 0 0 1 1 0
168. lt gt C C C C OUT 0 001V 0 01A Resolution 0 1004A 0 0 0 1 1 2 0 100V C V 0 100A C C 3 40 3 3 3 6 lt E 2 Tr Tf SHIFT 8 Tr Tf C V 50s 500gs 5ms Through C C 100gs 500gs 5ms Through OUTPUT OUT 0 001V 0 01A Tr Tf lt SHIFT
169. 1 C V IRM V 1 D A V 1T V 0VP V OVP EE V 0VP
170. 3 3 SHITF CLR TIBST SHITFE CL R IBST E SC OUT 0 001V 0 01A lt lt lt Remote gt gt lt Remote gt gt SHIFT CLR TIBST 0UT 0 001YV 0 01A T L S SRQ lt Remote gt gt TLS SHIFT CLR IBST OUT 0 001V 0 01A Remote gt gt lt gt GP I B SHIFT BS LOCAL 3 3 4
171. Gee C V C C lt C V C C lt cokes ee 0 2 1 6 0 1 1 00 Pxx ee Lxxxx ee P x x Exx 1 7 7 Cx Io 2 8 1 KO 1 1 0 24 2 n 0 2 1 6 0 2 1 6
172. J 2 C V C C From BNC EXT SIG IN oR oO a ORE From J2 amp BNC 2 EX T SIG IN C V C C From BNC From J2 amp BNC EXT SIG IN AMPL 3 5 3 3 5 2 7 ana C V
173. OUTPUT 1 OFF 2 ON 3 Key Lock 1 OFF 2 ON 3 NULL 4 NULL 5 Auto Fine 1 CV Auto Fine CV OFF 2 ON 2 CC Auto Fine CC OFF 2 ON 6 Auto Protection V Limit I Limit 1 110 V Limit 110 I Limit 2 120 V Limit 120 I Limit 3 180 V Limit 1830 I Limit 3 65 3 8 Interface 1 GPIB Address G P I B 2 MCB Address MC B 3 RS 232C Speed 1 9600bps 4800bps 2 3 2400bps 4 1200bps RS 232C Data bit 9 8b it 2 7bit 5 RS 232C Stop bit 1 1 bit 2 1 5bit 3 2bit
174. kk 1311 7 7 Maui 3 50 REFER 4 42 2 RR RE 3 62 I 3 NMMNSIDZ202S0 Re 5 8 Er HU 2 5 IL Rs N24 2 2 IV ee 2 2 kk 3 32 10 90 2 00E OASIS 3 32 30 3 37 3 35 E 3 36 eeeee 3 32 3 32 useaeeeeeeees 3 33 3 32 6 4 5 5 3 29 i 7 9 kk 3 3 5 2 6 2 kk 1 3 11 k L k S 4 8 Sk0kkG 1 4 8 MR 6 4 3 17 OWN 3 17 3 41 2 13 FLEET A I SIN AD 6 2 eae 3 45 EE RE IV 5 6
175. 3 3 10 000 1 6 6 2
176. 3 IB11 GPIB RS11 RS 232C MC11S MCB C V C C
177. 9 6 9 2 ENTER Reading Voltage 39 692V D VM 3 9 7 8 9 ENTER Reading Voltage 39 789V RMS Calibrating RMS V Limit Calibrating HL Yy 2 Save Data Sure ESC ENTER gt 1 Voltage 2 Current 1 2
178. BS LOCAL 4 4 2 L xxh 16 A 1 GPIB RS 2832C 1 A A 2 29 A9 8P 295 3
179. C V SHIFT 71 SETUP gt 1 Recal11l 4 1 2 2 Store 2 Store S 00 0 000V VLim 22 0V 22 0 V S 00 0 000V lt Fine 000 V S 0 1 5 000V V Fine 000 ENTER Store Setup Completed Y 1 OUT 0 000V 0 00A 3 3 0 0 0 0 SHIFT 7 SETUP
180. OUTPUT 0 OVP OUTPUT OFF 5 5 22 z OUT COM 5A 1 25mm 10A 2mm 20A 5 5mm2 30A 8mm2 lt 2 15 2 3 3 1 3 3 3 1 1
181. SENSING COM lt gt GPIB RS 2832C MCB S 0 5mA DC 5 V 4 1 5 V 12kQ 1 SENSING COM lt gt S 1 mA DC 1 5V 3 79 3 80 3 5 0 V 0 V 2V J2 0 A 0 V 2 V
182. VISA WS strVisaAddress VISA GPIB RS232C GPIB 1 RS232C 9600 bps 8 bits 1bit NONE XFlow COM 1 CR LF 3 3 3 4 4 33 4 1 IO GPIB RS232C IO
183. 4 V gt XXXXXXXX XXXXXXXX XXXXXXXX XXXXXXXX 1 xxxXXXXX 1 22 XXXXXXXX 4 XXXXXXXX 1 XXXXXXXX 2 XXXXXXXX gt gt Co 3 XXXXXXXX 4 XXXXXXXX 1 XXXXXXXX gt 2 XXXXXXXX 3 XXXXXXXX 4 XXXXXXXX 1 XXXXXXXX 2 XXXXXXXX _ gt 3 10 3 4 ESC 1 1 OUTPUT 5 OUTPUT lt OUTPUT gt LED 3 2 83 3 2 8
184. 5 Auto Fine 1 CV Auto Fine 1 OFF 2 ON 2 CC Auto Fine 1 OFF 2 ON Auto Protectjion 1 110 2 120 3 180 12 CY CC C V C C OUTPUT CV CC V Limit I Limit C C 8 Interface 1 GPIB Address GPIB 2 MCB Address MCB 3 RS 232C Speed 9600bps 4800bps 2400bps 1200bps CO tO 4 RS 232C Data bit 1 8b it 2 7bit 5 RS 232C Stop bit 1 1 b
185. dHPV LimData Tx HPVLIM dHMV LimData Tx HMVLIM dHPI LimData Tx HPILIM dHMI LimData Tx HMTLIM End Sub 4 37 4 3 Sub example003 d setvoltage As Double 8ample program 3 3 ca11 examp1e003 12 000V 1mv FINE Software Auto Fine FINE 128 127 VFINE lt gt lt lt Fine gt gt Dim d fine dif val As Double Dim vo1t fine As Integer volt fine 0 Ca11 Tx VSET amp Str d setvo1tage Ca11 Tx OUT ON d fine dif va d setvol1tage Wait ReadBack volt fine dfine dif val 0 0006 If volt fine lt 128 Then volt fine 128 MsgBox FINE Elself volt fine gt 127 Then volt fine 127 MsgBox FINE End If
186. 0 1 3 45 3 3 1 256 FV FI 1024 1 6
187. FI C V NV FV C C N 1 F I NV FV on GastODner tO NN 10V 10V ov 100 150 i80 3 43 3 _ Nn 1 FV FI p 0 1ms 100 0ms 7 222 TimeUm0 2 0 0 1s 999 9s 0 1s 999min 59s 4 0 1min 999h 59min 0 go ES wo 0
188. TRIG Direction IN TRIG I 0 NV NI FV FI NV NI 3 0 1 4 2 gt 2 Auto Run V gt 1 lt OFF gt ENTER Auto Run ON YW 1 gt 2 Auto Run 1 TRIG Direction ESC gt 1 File 2 Edit
189. 1 string 2 sp 20h 3Fh 2Ch 1 8 1 25 2 56E 1 kV V mV V kA A mA A s ms gs s lt gt us us 2 3 4 10 4 2 2 1 1 2 OUT VSET lt cc 4 1 El E ek rm T1 6 ke ro lt
190. 3 4 MCB MCB 1 2 LIMOVP 4 lt OV Crowbar ON gt Error 061 I F Can t Excute 4 15 4 5 MEASMODE SP NR2 AMPLSET 5P NR4 4 MEASMODE 1 DC gt 1 2 RMS gt 3 lt Peak Vout gt 4 lt Peak Vout gt 5 lt Peak Iout gt 6 lt lt Peak Iout gt VMAX 2 VMIN 2 IMAX 3 IMIN 3 AMPLSET 0 0 100 0 4 AMPLSET 1 IMEASMOD
191. C V 127 127 lt 3 9 1 TRTF 4 11 4 21 TRIGVSET TRG TRIGVSET TRIGISET TRIGSTOP lt gt V A 2 2 We C C C V IT R G ITR G 1 1 IT R G 1 TRIGVSETHITRG IFRIGISETHITRG 0
192. TRG I 0 7 1 3 47 3 1 1 1 1 2 2 2 2 3 3 3 1 1 6 1 9 9 9 9 1 5 Ii SW 1 ii 1 2 2 3 16 1 2 3
193. 0 0050ms V EOS End of step N001 S 0 00V 2 1 TO 0010ms N002 R 15 00V 2 2 0 0020ms N003 S 15 00V 2 3 0 00830ms N004 S 10 00V 2 4 0 0040ms N005 R 10 00V 2 5 0 0050ms 3 54 3 N001 S 10 00 0 0030ms N002 R 10 00V 0 0020ms N003 S 10 00V 0 0030ms N004 8S 10 00V 0 0030ms N001 S 0 00V _ 0001ms 3 1
194. 07 TT RR RR Nk 4 6 AR 4 6 422 4 7 423 RS 232C uk RR 4 7 4 2 4 RS 232C a AA 4 8 4 3 kk 4 9 Sb MNORSSRA 4 9 9 II LANNNANAMNMNII 4 10 4 4 kk 4 27 4 5 SRQ 4 30 6 AE 4 31 47 sL i 4 32 2060 4 32 22 4 33 A 0 mw KN 4 46 5 kk 5 1 5 NN ns hm 5 2 0 2 5 6 6 kh 1 6 1 6 1 ki 6 2 6 EN OR hi 0 eS 6 4 1 6 4 SO SRBRRRRDRRGIGRPGRdE 6 4 6 EARIIOORBISUNOOSSOSSGRDAONAGS i 6 4 62 4 Ns yA nh 6 5 3 SAN k 7 1 7 JA 7 2 AA SSRG31RSS2GRB 7 7 CYP 7 8 7 NL 7 9 1 lt AS 2 2 SRR li 3 5 3 uci 7 ROD 9 5 14 6 EEUUDESESSINR NII 17 1
195. 3 2 AC R OM 2 PBX 20 5 Verl 001 OUT 0 000V 0 00A NONE KIKUSUI C V C V 2
196. NV NI Time unit msec sec minute hour Sequence No Execute Loop Chain End Comments Program Sequence Program 8 Lc E S 2 L C E S 3 P L C E S 4 P L C E S 5 P L C E S 6 P L C E S 7 P L C E S 8 P L C E Program NO Step S Ri C VIV S R C C A Trig Out Pause Time Comments 14 Date Name Title Description Mode FV FI Sequence Program Sequence Program msec Pa b C_ E _ a P L S 3 P L S 4 P L S 5 P L S 6 P S 7 P L Ss8 P L Program NO Step C V V C C Al Trig Comments No 1 te 0 SS ID sd ka 2 IO EE EE IO Et eR La le 15 16 Date date Name kikuSui Title AMPLE SEQ Description Mode D NI Time unit se sec minute hour Execute Loop Chain End Comments Program Sequence Program Loool C2 E Il6 START C Ei6 HATN EN Sequence S 1 S 2 Program NO Step S R C V Y S R C C A Trig Out Pause Time Comments No ons Pol Lool s 0 00 1 5o_ sTART CC S_ 0 00 IO TEST 1 002 60 a gt o pos ls a 0 604 5 2 oo5IR 1000 0 lt 5o
197. SP NR2 CJ RESET PVLIMSET PVLIMSET MVLIMSET 4 es VLimi VLimi t VLimi t MVLIMSET VLimi PILIMSET PILIMSET MILIMSET MILIMSET 0 os mm L IMACTN 1 2 LIMACTN 2 1 VLIMOVP 1 2 4 VLIMOVP LIMDLY 0 05 9 99 s LIMDLY MCBACTN MCBACTN ILimi t at ILimit IL imi t IL imi t VLimi t ILimi t ly ILimi t lt OUTPUT OFF gt POWER OFF gt 1 2 lt V Limit gt lt OV Output OFF gt OV Power OFF gt OV Crowbar ON gt 1 2
198. a 9998 9999 FE 16 6 C V C C 2 4 lt Tr Tf Time gt 1 TrTE 1 2 RS 232C GPIB 10ms 100ms
199. gt 1 Recall 2 Store 3 Store to 0 Store to 0 0 Completed YY 1 OUT 5 001V 1 00A lt gt Store to 0 0 Store 3 37 3 4 SHIFT 71 SETUP gt 1 Reca1ll 2 Store 4 Initia1 ize Initialize Setup Sure ENTER Initia1lize Initialize Setup Completed Yy 1 OUT 0 000V 0 00A4 3 3 38 3
200. lt STEP NO gt lt NV 1 NI 2 FV 10 FI 11 gt 6 y22 IRUNI ISTOPI IPAUSEI 421 4 8 J 2 0 OFF J 2 PORT 0 1 POW 0 OFF AC WAIT 1 5 lt gt CLR lt gt PORT Ic 50mA VCE sat 0 5V 2SC1815 9 MCB 4
201. rE EE ET LOGICAL OR PON EN SRQ GP I B 4 30 4 6 2 1 lI F Syntax Error 2 I F Argument Error 2 4 No Use EXT SIG IN 27 Can t Recall SETUP 35 Invalid Seguence Parity Error Framing Error RX Buff Overflow TX Buff Overflow I F Invalid Data 6 1 1 F Can t Execute 6 2 I F No Answer 6 3 I F Warning Data 7 9 Data Clip 8 0 Prediction V Limit 8 1 Prediction I Limit lt gt 4 ERR lt DCL gt SDC gt 1 4 4 4 7 1
202. 0 V C C 0 A 3 67 3 2 CV CC C V C C LCV C V CC C C C V C C 1 C V C C C V 1 C C CV CC lt gt CV
203. 1 28A SET 5 250V 3 14 3 E SC 0UT 5 248V 1 28A lt SET gt LED OUTPUT OUT 0 001V 0 01A OUTPUT gt LED lt gt V 3 3 5 1mV OFF 1 0 0 0 3 V 1 0 0 0V C C C C C C OUT 0 001V 0 01A SET 0 00A 1 0 mA 1mA
204. 21 3dB 100Hz 1 NR OVP 422 23 424 25 26 22 1 V 22 23 22 PBX20 5 PBX20 10 2 0 lt 22 0 7 PBX20 20 PRX0 2 5 PBX40 5 POX40 10 24 25 OVP 26 22 I R05 PT tr 20 0 40 4 0 gt 44 0 48 0 2 0 gt 22 0 24 0 0 4 Y typ 300 ppm typ HL 6 0 44 0 Y 6 0 44 0 Y 0 4 Y typ ppm typ A 0 5 2 8 0 5 5 5 2 0 22 0 0 5 2 8 0 5 5 5 A A typ 0 2 0 2 0 8 0 1 5 C i
205. 4 7 4 2 3 RS 232CD 4 7 4 2 4 RS 232C 4 8 4 3 ooeeeosoeooeeeeoo oe 4 9 4 3 1 oo 4 9 4 3 2 oo 4 10 4 4 4 27 4 5 SRQ 7 oo 4 30 4 6 lt oo DCCTFF 4 31 4 7 eo 4 39 4 7 1 oo 4 39 LT ke ei i 4 33 4 8 eeeoeeeoeeoeeoeoeeeeeeoeeeoeeeeoeoeeeee 4 46 4 4 lt gt
206. 8 Tr Tf Tr T Tr Ti gt Tr Tf gt 1 lt 50 usec gt 2 Tr Tf gt 3 5 msec ENTER PE 5 msec 1 OUT 0 001V 0 01A Tr Tf lt gt C V C C Tr Tf Tr T 5 0 s C V 100xs C C T r Tf Through 3 5 1 1 30kHz C V 10kHz 5kHz C C 3
207. Call Tx VFINE amp Format volt fine Do DoEvents d fine dif va d setvo1tage Wait ReadBack If Abs d fine dif val gt 0 0011 Then If d fine dif va lt 0 Then FTNE minus prosess If volt fine lt 128 Then Exit Do Call Tx VFINE amp Format volt fine volt fine volt fine 1 Else FINE plus prosess volt fine volt fine 1 If vo1t fine gt 127 Then Exit Do Call Tx VFINE amp Format volt fine End If Else Exit Do End 1f Loop End Sub Function Wait ReadBack As Double Sleep 1000 Call Tx VOUT Wait ReadBack Va1 g_strRxd End Function 4 38 FTNE ON FINE 0 0006 FINE FINE 128 FINE FTNE 127 FTNE FINE 1 1mV FINE gt FINE FTNE minus FINE
208. LED kQ 5 2 5 6 ZI Esc CLR BS 0 9 SHIFT lt SHIFT gt LED ENTER RESET SHIFT ESC IB ST
209. MCB 4 42 MCB 3 18 MEMORY ermLNAN kb f 35 5 MEM STORE SR R142 5 3 Nn 5 8 NIRE 3 43 NINE 4 9 URBAN 4 9 NSRSSRRERR 4 9 NRA NN 4 9 Ne 3 43 OUEPU TR 5 2 10M BMW KR 3 68 1 9905 5 5 PROTEC GR RR Rk 5 4 9 3 51 3 SR Rk 3 8 5 3 RESOLN 5 3 ROM OO I RS 7 9 RS11 RS 232C 4 8 RS 232C kk 4 4 RS 232C 4 32 RS 232C 4 24 RS 232C RS11 4 8 RS 232C 4 4 RUNS 5 5 SEORSSR A 5 11 SE Ta 5 4 SEDUP SR Rs 5 3 5 1 Ss Se i 3 8 5 3 SD 4 9 ROMA 028Dseoie 3 4 30 SRO 4 30 JI 5 7 5 5 SO 4 9 SNS 5 2 TRIGUO ka lk 5 4 Time Bt SS 3 45 26 3 4 9 IRISKU Io 4 9 50 50 KA 3 8 5 3 Se 4 7 RA Gi 4 32 22 0 3 77 iii 7 8 VI
210. Next MR If STBreg 0 1 Then Ca11 Tx FAU spoll data Val g_strRxd For i 7 To 0 Step 1 If spoll data 2 1 lt 0 Then FAUreg 1 0 Else spoll data spoll data 2 i FAUreg 1 1 End If Next If FAUreg 0 If FAUred 1 1 Then SRO analyze OVP 1 Then SRQ analyze DLIM If FAUreg 2 1 Then SRO ana1yze OHP If FAUreg 6 1 Then SRO analyze LIM End 1Tf If STBreg 1 1 Then SRO ana1yze PON 1 Then SRO analyze SE If STBreg 2 Ea If STBreg 3 1 Then Call Tx ERR spo11 data Val g_strRxd Select Case spo11 data Case 0 SRO_analyze No error Case 1 SRO_analyze 1 F syntax error Case 2 SRQ analyze I F argument error Case 24 SRO_analyze No Use EXT SIG IN Case 27 SRQ analyze Can t Reca11 SETUP Case 35 SRQ analyze Inverlid Sequens Case 51 SRQ analyze Parity error Case 52 SRQ analyze Franing error Case 53 SRQ analyze RX Buff overflow Case 54 SRO_analyze RX Buff overflow Case 60 SRQ analyze I F invalid data Case 61 SRQ analyze I F can t execute Case 62 SRQ analyze I F No answer Case 63 SRQ analyze I F worning data Case 79 SRQ analyze Data clip Case 80 4
211. P01 LO0O0O001 V C2 E16 RUN RUN OUT 0 000V 0 00A RU Sl1l P01 L0002 2 PAUSE OUT 0 000V 0 00A FV FI PA S1l P01 L0002 3 3 62 3 PAUSE OUT 0 000V 0 00A RU S1l PO1 LO0002 0002 STOP S 1 PO1 L0001 C2 E16 lt gt PAUSE
212. Saas 6 2 11 5 4 ki IV 3 47 3 10 5 30 2 3 10 EE RN 5 5 3 30 3 30 kk 4 39 4 13 3 31 kk 4 29 4 30 ee 4 36 5 2 5 5 kk 3 9 3 10 6 kk 4 20 Ci VI kk VII SROQ 4 40 7 10 0 9 3 46 A 3 35 2 10 aac 1 4 kk 3 29 Ek 5 7 4 32 ri 2 8 3 7 RR NES LER 6 2 LLS 3 45 ll 4 27
213. VLimit VL imit VLimit VL imit 22 0A 50usec Lim Action Out RE Delay 2 00sec V Lim OVP Power OFF OFF 3 C V 3 33 3 34 3 lt 1 MC B IWC Prot None a 1 Measure Mode DC 3 1 MNO Time 1sec lt 1 Amplitude 0 0 lt 1 IM A 0 000V 0 C C C V Ne 000 Re 0 1004 Amp litude 0 0 IM A 20 004 0 3 1 C V SHIFT 7 SETUP gt 1 Reca1ll 1 4 1 2 2
214. lt 8TOP 1 RUN 2 PAUSE 3 gt lt SEO NO gt PROG NO gt STEP NO gt lt Fast Speed SEQUENCE Execute gt gt Dim retVal As Integer Ca11 Tx PROGRAM 1 Ca11 Tx UNMASK 4 Ca11 Tx SEOMODE If Va1 g strRxd gt 9 Then Ca11 Tx OUT 16 End If EX6CU G Ca11 Tx EXECUTE 1 Ca11 Tx RUN 1 SEOUENCE STOP DoEvents Ca11 Tx RUNNING retVal io ReadSTB Sleep 100 Loop Unti1 retVal lt gt 0 Dim spoll resu1t As String spoll result SRO_ana1yze retVa1 MsgBox spo11 resu1t vbCrLf vbCrLf SRO Ca11 Tx EXECUTE 0 End Sub PROGRAM 1 sg on oN SRO orr 4 45 4 4 8
215. 2 6 2 3 2 7 3 2 8 gt 3 AO 3 3 1 3 3 6 3 3 7 2 mM 2 ADNDIRSNSSRRSI ee 0000 zs 3 4 2 Oo 3 4 3 I TTI EE YR 3 5 1 0 DCCYYXYYYYTYYYYYYXYYTKYY YY YY Y XYYYYY Y Y 20022 EE 3 3 3 acacia 3347 Rk E41 3 0 ONe SS II NE VII OOO 2 4 ase 2 5 RT 2 8 OV 2 14 N00 2 14 RR 2 15 DS 3 23 3 5 2 kk kkk 3 75 53533 Sek a ER lt ER 3 82 4 kk 4 1 4 1 ii 4 3 NRB EE 4 3 4 1 2 RS 232C cucaiiiiiaiiaasstsaantesstaceeraaacesneeaseasinesannaeaeenaeeeaneeaneeeaene 4 4 MCB ER LR NS i KE Ei 4 5
216. 4 FR 3 20 1 3 3 43 3 44 3 45 AI 7 3 NS EE 7 4 FV EN 5 3 3 10 e 3 8 FI Ns 4 9 4 9 FELT Ni 5 3 3 79 8 4 10 4 12 3 31 3 30 3 13 AA 3 40 E 6 4 6 5 2 5 4 aa aacaiiiiiiisssatstasetaesttaneeena 3 13 4 36 SS 3 15 EG SNR 3 80 si lt 7 2 3 7 5 2 3 79 3 68 SO 6 4 eeeeo 6 7 kel 35 4 AN 3 80 N63 2 15 2 5 5 ee 7 8 VI
217. 6 Ca11 Sequence RUN End Sub nv PROGRAM 1 EO8 PROGRAM 2 EOS PROGRAM 3 gos pROGRAM 16 gos 4 43 4 8 2 C V FV Sub example008 gasr gample program 8 1 NEWSEO lt 10 11 gt 10 V 11 F1 SgOMODE 10 FV 11 rT 2 SEOUENCE lt SEQ No PROG No LOOP value Chain SEO No End prog No time gt SEQ No lt 1 8 gt PROG No lt 1 8 gt SEQENCE lt 1 8 gt 1 1 100 0 0 0 0001 3 PROGRAM PROGRAM lt 1 16 gt pROGRAM 1 16 4 FV r1i 1024 STEP lt Step N
218. 85 NSH
219. C 2 OUT 0 001V 0 01A 6 8 7 1 oeseeeeeeoeeeeeeeeeeeeeeeeeseeeee 7 9 vesssssiSeei en se 7 7 7 8 7 8 7 4 5 7 9 7 7 1 3 0 1 2 3 C OM 1 COM OUT 2 OUT
220. HHH HHHHHHHHHHHHHHHH HHHHHHHHHHHHHH HHHHHHHHHHHHHHHHH HHHHHHHHHHHHH H H H H H HHHHHHHHHHHHHHHHHHHHHHH HHHHHHHHHHHHHHHHHHHHH HHHHHHHHHHHHHHHHHHHHHHH HHHHHHHHHHHHHHHHHHHHH HHHHHHHHHHHHHH HHHHHHHHHHHHHHHHHHHHH HHHHHHHHHHHHHHHHHHHHHHH HHHHHHHHHHHHHHHHHHHHHHHH HH HHHHHHHHHHHHHHHHHHHHHH HHH 20kgHHHHHHHHHHHHHHHHH HHHHH HHHHHHHHHHHHHHHHHHHHHHH HHHHHHHHHHHHHHHHHHHHHH HHHHHHHHHHHHHHHHHHHHHHH HHHHHHHHHHHHHHHHHHHHHH HHHHHHHHHHHHHHHHHHHHHH HHHHHHHHH HHHHHHHHHHHHHHHHHHHHHHH HHHHHHHHHHH HHHHHHHHHHHHHHHHHHHH HHHHHHHHHHH IKIKUSUI 2 3 0 9 ROM ROM R OM R OM 2 2 3
221. OUTPUT SW OFF ON lt gt OFF KEY LOCK EF SHTIFT 1 KEYLOCK lt gt UNLOCK 3 68 3 1 C V C C SHIFT 0 CONFIG 2 in CVICECEC 1 8 1 2 2 OUTPUT 1 CV CC gt 1 CVCC gt gt 1 CV gt 2 CC Power on CV CC CC YW 1 gt 1 CV CC 2 Output
222. Pos 06 LLS CO200 1 so TEST 2 CCT RI 6000 20 bo 8600 0 86 O04 S 000 gt O PI6 oo S ooo gt 1 OUTOFF ii IO OO DI II CE eC ES INN AS ER 6 1D 11D PBX20 5 2005 PBX20 10 2010 PBX20 20 2020 PBX40 2 5 4025 PBX40 5 PBX40 10 18 MO oS St 5 4 BS Nn TN 3 8 5 3 CC 5 2 CEM ME lt 3 13 CV 5 2 GV SR RE 3 13 9 ti 3 8 5 3 ECONRIGS SS 5 3 12 GR SR RR 4 3 4 4 CROWBAR ik lis tS 5 2 5 5 NE 3 BO AN 4 3 1 FN1 6 5 3 EXTSIGIN ES SR 5 4 FILTER GND 5 5 8 FINE SR 5 4 FLEE 3 43 FV ER RN i 3 43 NO 5 8 GPIB i 4 3 GPIB No 4 3 GPIB FL 4 32 GPIB 4 26 09 10 5 3 BRN 7 9 00077700007 5 4 KEX EOGCK SR 3 39 5 3 1 5 Eo Cn 7 10 1 SR na 7 10 Be 5 8 ECDIGR 1 4 RR NA 4 3 4 4 LIM RR NR 5 2 1 90107 NN 5 3 MO SE Ni 7 9 MCB kk 4 5 MCB 4 32 MG Ro 4 23 MCB tk 4 5
223. RMS Can t Change L R Can t Change TrTf Can t Delete Can t Edit Can t Reca11 SETUP Can t Run Data Clip Different Meas Mod Does not Exist Remote Loca1l TrTf 0
224. SHIFT CLR GPIB LOCAL SHIFT BS TrTf SHIET 8 C V CC CV CC SETUP SHIFT 7 RESOLN SHIFT 6 SET C V SET CC SET 0 001 1 2 MEM STORE SHIFT 3 C V CCC A B C D CV CC SHIFT 3 MEM STORE A A KEYLOCK SHIFT 1
225. Store ENTER Re ca 1 1 R 00 0 000V VLim 22 0V 22 0V gt R 0 0 0 000V lt gt Fine 000 V R 01 5 000V V Fine 000 ENTER Recall Setup gt Completed YY 1 OUT 0 001V 0 014A 0UTPUT 0UT 5 000V 1 00A4 C V C C C C C V 3 35 3 2
226. bit1 DLTM De1ayed Limit sRo sr9 8T8 FUNMASK FUN UNMASK STB ROS sR0 lt SR0 gt gt On Error Resume Next Ca11 Tx UNMASK 1 FUNMASK 2 Ca11 Tx VLIMOVP 1 PILIMSET 0 5 0 5A Ca11 Tx LIMACTN 1 LIMDLY 0 05 1 oUr Orr
227. imit V Limit Level 2 Software VLimit ENTER Software VLimit Software VLimit gt VLimit 22 0V 2 0 ENTER Software VLimit VL imit 20 0V E SC 1 gt 1 Software VLimit lt V Limit Leve1 2 Software VLimit 3 19 3 3 Hardware V Limit V Lim 25 1V 925 VLimit V Limit VL imit VLimit V Lim 20 1V 22 0V ESC 2
228. it 2 1 5bit 3 2b it 6 RS 232C Parity 1 None 2 Odd 3 Even 7 Power on SRQ 1 Disable 2 Enable 9 Calibration 1 Voltage V _ Limit 1 eit V Limit thk RMS 8 RMS 2 Current a I Limit S48 1 Limit 13 5 Date Name Title Description Mode
229. it Leve1 1 Software ILimit SHIFT PROTECTT AUTO 2 Software ILimit SHIFT PROTECT AUTO eR Hardware I Limit 3 Limit Action 1 Output OFF 2 Power OFF Limit Time Delay V Limit OVP V Limit OVP Act ion BE BE MCB 1 9 SETUP CTSHIFT 7
230. o Set value TRG on off gt TRG on off Step No lt 1 1024 gt Set value lt gt TRG on off lt 1 ON 0 OFF gt srEp lt gt 1 0 00 0 5 EOS lt gt 1 2 2 cv rv lt lt Fast Speed SEOUENCE SAMPLE Sine Wave gt gt Dim VA As Double Dim PI As Double Dim V As Double Dim i As Tnteger Dim 1oop count As Strind Dim SEO NO As String Dim PROG NO As String Dim END PROG NO As String Dim Chain prog NO As String Dim time set As String SEO NO SEQUENCE 1 SEOUENCE PROG NO 1 PROGRAM 1oop count 100 L00P Chain prog NO 0 END PROG NO 0 0 gsND time set 100u8 FV FI 100ns VA 20 PI 3 1415 Mode Ca11 Tx EXECOTE 0 Call Tx NEWSEQ 10
231. o Z1 002 530 ITB002975 Jul 2009 PBX PBX20 5 PBX20 10 PBX20 20 PBX40 2 5 PBX40 5 PBX40 10 IKIKUSUI 2 1 1 2 3 This warranty is valid only in Japan NN
232. on off lt 1 ON 0 OFF gt smEp lt gt 1 1 1 2 16 5 EOS lt gt 2 cv NVY lt lt NORMATL SEOUENCE SAMPLE gt gt Ca11 Tx EXECUTE 0 Ca11 Tx NEWSEO 1 1 Sequence Ca11 Tx SEOUENCE 1 1 1 2 16 Call Tx SEOUENCE 2 2 2 3 16 Ca11 Tx SEOUENCE 3 3 1 0 16 Program Ca11 Tx PROGRAM 1 Ca11 Tx STEP 1 0 25 0 1 1 0 50ms Call Tx EOS Call Tx PROGRAM 2 Call Tx STEP 1 0 0 00 1 1 0 10ms Call Tx STEP 2 1 15 0 0 1 0 20ms Call Tx STEP 3 0 15 0 0 1 0 30ms Call Tx STEP 4 0 10 0 0 1 0 40ms Call Tx STEP 5 1 10 0 0 1 0 50ms Call Tx EOS Call Tx PROGRAM 3 Call Tx STEP 1 0 10 0 0 1 0 30ms STEP STEP 1 Call Tx STEP 1 10 0 0 1 0 20ms Call Tx STEP 0 10 0 0 1 0 30ms Call Tx STEP 0 10 0 0 1 0 30ms Call Tx EO8 Call Tx PROGRAM 16 Call Tx STEP 1 0 0 00 0 0 0 1ms Call Tx E08 SAVE to EEPROM Ca11 Tx FSAVE 0
233. ord E SC PEAK 0 7 V 0 7 V 5 Peak Vout 3 SHIFT 9 PEAK RMS 3 Min Max Record MAX 2 0 V MIN 0 0 V Peak Vout lt DC gt lt RMS gt OUT 0 027V 0 04A RMS 0 0 V 0 0 A lt PEAK gt PEAK PEAK 0 4 V 0 4 V PEAK 0 0 V Displsy Time lt gt PEAK Min Max Record
234. rv Sequence Ca11 Tx SEO NO PROG NO 1oop count Chain prog NO END PROG NO time set Program Call Tx PROGRAM 1 pROGRAM 1 For i 0 To 1023 1024 V VA Sin 2 PI i 1023 Call Tx STEP Str 1 StrS V trg off 8TEP Next 4 44 4 EO8 Call Tx E0S Call Tx FSAVE 0 Call Sequence RUN End Sub 9 Sub Sequence_RUN gample program 9 1 pROGRAM lt 1 16 gt 2 EXECUTE lt 1 0 gt 1 0 EXECUTE 1 0 3 RUN lt 1 8 gt STOP PAUSE lt 1 0 gt RUNNTNG 1 ON 0 OEF
235. ry 3 amp H8 GET count 4 retVa m session TNTFC Command buff_ary count End Sub 7 1 C V NV Sub example007 NORMAL Sample program 7 1 4 42 4 NEWSEO lt Mode T1meUn1t gt 1 NV 2 NI 1l TimeUnit ms 2 TimeUnit sec 3 TimeUnit minute 4 TimeUnit hour sEOMODE 1 NV 2 NT 2 SEOUENCE lt SEO No PROG No LOOP value Chain SEO NO End prog No gt SEQ No lt 1 8 gt PROG No lt 1 8 gt sEOENCE lt 1 8 gt 1 1 100 0 0 0 0001 3 PROGRAM PROGRAM lt 1 16 gt pROGRAM 1 16 4 NV Nr 256 STEP lt Step No Lamp on off Set value TRG on off Out on off Pause on off time gt Step_No lt 1 256 gt Set value lt gt TRG
236. t Set rm CreateObject VISA G1oba1RM If rm Is Nothing Then Set rm Create0bject Ag11entRM SRMC1s End 1Tf On Error GoTo 0 VISA Set io rm Open strVisaAddress NO LOCK RS232C 1f 1o HardwareInterfaceType INTF ASRL Then T0 RS8232C Set serial 1o RS8232C seria1 BaudRate 9600 9600bps seria DataBits 8 8 4 34 4 seria1 StopBits ASRL STOP ONE 1 serial Parity ASRL PAR NONE seria1 F1owContro1 ASRL FLOW XON XOFF Xon off serial Timeout 5000 5 2 ElseTf io HardwareTnterfaceType INTF GPIB Then GPIB Set m session INTFC rm Open GPIB0 TNTEC End 1Tf Ca11 mx HEAD OFF HEAD End Function Function comm close
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