取扱説明書 - Kikusui Electronics Corp.
Contents
1. PartNo2. CLS RST 6 35
3. SCPI 4 6 36 PVD T SERIES 6 4 1
4. 222 225 231 240
5. SV 1 8 2 SENSE 2 2 FRONT 2 5 H SA 5 0 2mm lt
6. lt gt 109 Missing parameter SYSTem ERRO 6 7 SCPI IBEEE 488 2
7. 8 10 0 100 0 100 Vmax 0 05 5 mV 6kW Imax 0 1 20mA 12 kW Imax 0 2 40 mA Pmax 1 Vmax 0 01 6kW Imax 0 05 12 kW Imax 0 1 Pmax 1 0 103 0 103 3 103 OVP 0 103 Vmax 0 002 Imax 0 002
8. 282 284 285 290 lt data_handle gt
9. OS SCPI 6 2 4 PVD T SERIES
10. CLS PRESet 1 SCPI NE RESET PTF 0 SAV STATus lt channe1 gt
11. 330 0 6 361 362 363
12. 3 35 3 7 3 3 DISPLAY CFG 3 34 1 MENU ERROR MSGS MENU DISPLAY CFG ENTER 3 Show V and I Show Vand P Show I and P ENTER DISPLAY CFG Show V and I 2
13. 5 4 1 5 4 2 5 4 3 DC 5 4 4 DC 60 00 V 3 500 A
14. POWER OFF OFF I a
15. DC DC DC 1 2 6 3 DC 3 DC A B 2 4 B
16. 6 4 5 3
17. OFF 3 m 3 m 3 m 3 m L N 3 U V W GND 1 3 AC 6 KW AC WECO 327 FU HDS 2 0
18. 3 33 1 MENU ERROR MSGS 9 EMMA PER TE MENU Voltage slew Voltage def ENTER 1 Voltage def SI Voltage slew 4 4 ENTER dV V 5 1 gt ENTER dt Us 1 0 1 5 2 1 5 s 150 gs gs PVD T SERIES
19. D sub 9 D sub 9 RS 232C 1 m PVD T zs
20. SRE0 SRE SRE SCPI STATus lt channe1 gt SREOues ENAB1e lt status enable gt 8STATus lt channe1 gt SREOuest ENAB1e PRE8 3 3 6 59
21. PVD T SERIES 499 400 IEEE 488 2 6 2 B 4 699 600 IEEE488 2
22. DC 2 1 1 5 2 14 2 08 27 10 3 5 12 3 31 37 5 5 10 5 26 49 20 8 8 8 37 61 30 14 5 13 3 88 50 22 3 21 15 115 80 30 2 33 62 139 38 1 42 41 162 100 50 1 0 53 49 190 60 2 0 67 43 217 80 3 0 85 01 257 200 100 4 0 107 2 298 125 a 344 150 395 300 200 469 172 57 PVD T SERIES 1 17 1 18 7 EE HI IN
23. 6 4 3 1 RS 232 RS 232 BEIA Electrronics Industry Association RS 232 RS 232 DB9 4 7 RS 232 1 RTS CTS NO Rwol PC D sub 9 D sub9 RS 232C 1 5 m PVD T SERIES 4 15 RS 232 R
24. CURR Curr curr Current CURRENT Current current 6 5 1 SOURoe CURRent LIMit 1
25. 2 SOURce STATus ON 0000 V A W s 10 m k H SI IEEE SCPI U 8 S 8US 6 10 PVD T SERIES
26. 4 13 CANLO CANHI lo Rl ol 1 GPIB GPIB IFO1 PVD T GPIB 4 19 4 20 PVD T 1 gt 50 4 14
27. OFF PVD T SERIES P 1 P 2 P 2
28. No errors B PVD T SERIES 3 37 3 38 PVD T SERIES 4 1 2 OV 5V 0V 10YV RS 232 GPIB 4 1 0V 5V 0OV 10V
29. 1 150 ps User Setting 10 Last Setting 4 1 GPIB GPIB IFO1 PVD T PVD T SERIES P 3 P 4
30. CALibration3 OUTPut VOLTage LEVe MTN ID DVM CALibration3 OUTPut VOLTage DATA lt vo1tage gt CALibration3 OUTPut VOLTage LEVe MAX DVM CALibration3 OUTPut VOLTage DATA lt vo1tage gt 7 18 PVD T SERIES 1 Im 12kW 12 10
31. 4 6 3 6 7 6 11 6 7 STATus QUEStionable i 0 1 VOLTage Summary 1 2 CURRent Summary 2 4 Not Used 3 8 POWer Summary 4 16 TEMPerature Summary
32. F 6 4 2 ul 1 DC 6 31 6 3 7 PVD T SERIES
33. RUN PROGram lt channe1 gt SELiected STEP NEXT PROGram lt channe1 gt SELected STEP EXECuting PROGram lt channe1 gt SELected EXIT PVD T SERIES 6 29 6 3 8 xs 3 7 2 18OURce lt channe1 gt VOLTage SLEW STEP lt s1ewrate vo1tage gt MAX1mum MTN1mum DEFault 1SOURce lt channe1 gt VOLTage SLEW STEP
34. 6 kW 25 kg 12 kW 50 kg 6kW 12kW 12 kW 1 5 1 4 PVD T AC 200 V AC 190 V 242V
35. 32 Standard Event Status Bit Summary ESB 64 Request Service RQS GPIB SRO SROQ Master Status Summary MSS 1 6 0 7 0 0 1
36. HH CopyrightG 2003 2005 PVD T Part No Z1 003 120 IB005852 1 1 6 ANN lt RR 2 4 7 4 6 12 V 381 O B2 0 3W 1 gt B2 508 Q 0 4W 0 mA A5 1 B1 3 4 16 RS 232
37. STATus lt channe1 gt OPERation REGu1ating PTRansition lt status enable gt STATus lt channe1 gt OPERation REGulating s PTRans1tion STATus lt channe1 gt OPERation REGu1ating NTRansition lt status enable gt STATus lt channel gt OPERation REGulating NTRansition 6 40 PVD T SERIES DC 2 6 3 STATus OPERation SHUTdown 0 1 PROTecton Summary
38. 8 2 6kW 10V 60V PVD10 600T PVD20 300T PVD40 150T PVD60 100T 30 Vmax 0 04 4 mV 8 mV 16 mV 24 mV Imax 0 6 3600 mA 1800 mA 900 mA 600 mA 8 gt Vmax 0 02 2 mV 4 mV 8mV 12 mV Imax 0 04 240 mA 120 mA 60 mA 40 mA Vmax 0 04 C 4 mV 8 mV 16 mV 24 mV Imax 0 06 C 360 mA 180 mA 90 mA 60 mA 1 30 2 30 8 3 1 C 8 3 6kW 80V 600 V PVD80 75T PVD100 60T PVD150 40T PVD300 20T PVD600 10T ov 80vV 0V 100V 0vV 150V 0V 300V OV 600V lt 0A 75A 0A 60A 0A 40A 0A 20A 0A 10A 6000W 6000 W 6000 W 6000 W 6000 W
39. PVD600 10T 300 V 200 V 618V 300 V 400V 0V 300 V 103 0V 0A 180W 6kW 360W 12kW 34
40. 6 B 5 600 899 800 IEEE488 2 8 OPC 0 B 6 800 PVD T SERIES A 18 B 7 0
41. 4 E CALibration CODE lt security Code gt 6 kW 12 kW I DVM 10 IP CAL1brat1on OUTPut VOLTage LEVel MTN DVM CAL1brat1ion OUTPut VOLTage DATA lt voltage gt 90 m CALibration OUTPut VOLTage LEVel MAX DVM CALibrat1on OUTPut VOLTage DATA lt voltage gt
42. SENSE SENSEB 1 10 PVD T SERIES TIT OMIMOKIMK 1 2 2 12 kW S 1 EIA JIS 2
43. ul i Last Setting User Setting User Setting 3 5 Anuto Sequence F 3 6 ul 1 PVD T SERIES 3 1 1 MENU ERROR MSGS MENU PON CONFIG 2 ENTER PON CONEFIG 5 Factory Preset Last Setting User Settings p Auto Sequence ENTER aiony Teset Y Factory Preset
44. 3 3 3 2 3 2 1 0OV 0A DC DC 1 6 1 3 2 2 3 4 4 Factory Preset E 3 2 Factory Preset
45. B 1 6 64 User Request Event 600 User Request URQ Power ON 7 128 PON 8 15 Reserved 6 54 PVD T SERIES Operation Complete 0 Not Used 1 Query Error 2 Device Dependent Error 3 0 Execution Eor 4 i 1 Command Eror 5 Sed User Request 6 Summary of QUESTionable a 3 Power On 7 Reserved 8 Reserved 9 RQS MSS 6 Reserved 10 Summary of OPERation Status 7 Reserved 11 Reserved 12 Reserved 13 Reserved 14 Reserved 15 Standard Event Status Register 6 4 6 4 4 IEEE 488 1 STB RQS MSS IEEE 488 1
46. 3 32 PVD T SERIES PVD T SERIES VOLTAGE RUN PAUSE Pause 1 3 29
47. 50 B SyYSTem ERRor SYSTiERR 0 No error 100 Command error 6 3 12 7 3 3 6 34 PVD T SERIES 6 4 PVD T SERIES IEEE 488 2 SCPI
48. TST SYSTem lt channe1 gt TEST SCPI SCPI SYSTem VERSion SYST VERS 1997 0 1997 0 PVD T SERIES 6 14 6 3 2 4 OUTPut lt channe1 gt PON RECa11 LAST PRESet USER lt setting 1ooationz gt SEQ lt sequence_ number gt OUTPut lt channel gt PON RECall PRES Factory Preset LAST Last Setting USER User Setting
49. 12 UNRegulated 6 2 STATus OPERation REGulating 0 1 CV 1 2 CC 2 4 CP 3 15 NotUsed 8mATus lt channe1 gt OPERation REGu1ating EVENt STATus lt channe1 gt OPERation REGulating CONDition STATus lt channe1 gt OPERation REGu1ating iENAB1e lt status enable gt STATus lt channel gt OPERation REGulating ENABle
50. 2 Waitfor Tris 3 0ms 3 28 PVD T SERIES 1 gt TRIGGER 3 29 3 30 4 1 TRIGGER USERLINES 47 SCPI INIT IMM 6 31 GPIB
51. PSET VL LL g 0 o gt Io 3 3 CV ISET IL CC CV VSET ISET PSET PSET lt VSET ISET
52. 1 12 ji 6 1 em 1 12 1 6 2 _ 1 13 1 6 3 _ 1 14 1 6 4 _ 1 15 1 16 1 16 1 7 2 1 19 1 21 18 JU 1 23 181 ESR CT 1 23 1 82 1 23 2 2 1 2 1
53. 10 DVM ENTER 90 DVM ENTER PVD T SERIES 6 kW PVD T SERIES 1 ID I DVM O
54. 2 STATus lt channe1 gt OPERation CONDition 6 1 ENAB1e lt status enab e gt EVENt N A NTRansition lt status enable gt PTRansition lt status enable gt sr STATus lt channe1 gt OPERation REGulating CONDition 6 2 ENABle lt status enable gt EVENt N A NTRansition lt status enable gt PTRansition lt status enable gt W S
55. User Setting 10 User Setting VSET ISET PSET OVP UVP OCP UCP OPP UPP OTP
56. 4 1 it 4 2 RSS dE a ss 4 4 masasan aad as 4 4 1 4 5 4 6 Si A A 4 7 os 4 8 4 9 USER LINES 4 10 4 2 2 PROGRAMLINES 4 11 4 12 4 12 12V ad 4 12 PROGRAM LINES ns 4 13 923 4 14
57. SOURce CURRent LEVe1 MTN1mumzVOLTage LEVel MTNimum SOURce CURRent LEVe MTN1mum SOURce VOLTage LEVe MTN1mum SOURce CURRent LEVe MTN1mumz MEASure CURRent SOURce MEASure 2 SOURce iCURRent 0 1 6 6 PVD T SERIES PVD T SERIES
58. STATus lt channe1 gt OUESt1onab1e CURRent CONDition STATus lt channe1 gt OUEStionab1e CURRent ENABle lt status enable gt gmATus lt channe1 gt OUEStionab1e CURRent ENAB1e STATus lt channe1 gt OUEStionab1e CURRent PTRansition lt status enable gt STATus lt channel gt QUEStionable CURRent PTRans1t1on STATus lt channe1 gt QUEStionable CURRent NTRans1 1on lt status enable gt STATus lt channel gt QUEStionable CURRent NTRansition PVD T SERIES 6 51 Nl 7 NT
59. MSS MSS 10 STB MSS RQS 5 6 4 4 STB SCPI STATus lt channe1 gt SBYTe EVEN ACTI 1 IEEE 488 2 1992 12 5 3 OPC OPC
60. 3 2 2 gt PVD T SERIES 3 27 3 6 1 AUTO SEQ PGM 0000 V 0000 A 6180 W OVP 00 00 00 01 ENTER 3 24 1 MENU ERROR MSGS 5 CE AUTO SEQ PGM 9 le ENTER
61. 0V 5V 0VvV 10V RS 232 GPIB 3 1 4 RS 232 GPIB 0 PVD T SERIES 4 1 RS 232 GPIB CANbus USER LINES PROQGRAM LINES 4 2
62. 8 PROGram lt channe1 gt SETiected NAME lt sequence_ numDe gt PROGram lt channe1 gt SELected NAME 0 V 0 A 0 W 0 V OVP 10 ms PROGram lt channe1 gt SELected STEP lt step_number gt EDIT lt voltage gt lt current gt lt power gt lt OVP 1eve1 gt lt time gt TRIG PROGram lt channe1 gt SELected STEP lt step number gt er PROGram lt channel gt S
63. 9 ln 0 a 1000 150 PVD T SERIES 1 7 2 PVD T SERIES DC 40 V DC
64. Ear SCPI SOURce lt channel gt COMBine CSH are MODE NONE MASTer SLAVe MEASure SCALar CURRent DC NK SUM A 5 SCPI TN RESTore N A CALibration lt channel gt SECure CODE lt codeword gt STATG lt on off state gt lt codeword gt CALibration lt channe1 gt OUTPut CURRent LEVe1 MTN1mum MAX1mum CURRent DATA lt current gt
65. ALARM DC ALARM UPP UPP ALARM DC ALARM CC CV CP DC
66. PVD T 1 4 PVD T SERIES 1 3 PVD T SERIES POWER OFF POWER ON OFF
67. 5 6 PVD T SERIES 5 5 Master Slave Slave 5 5 1 Slave 5 5 2 No share 2
68. 50 75 gt IEC AL SN HF 6 ud PVD T SERIES Xl CE CE IEC 61010 1 92 1 2 IL
69. 6 PVD T STATus lt channe1 gt OPERation RCONtro1 CONDition 6 4 1 6 44 12
70. SOURce lt channe1 gt VOLTage PROTection OVER TRTPped PVD T SERIES 6 17 UVP SOURce lt channe1 gt VOLTage PROTection UNDer LEVe1 lt vo1tage gt MAX1mum MINimum 1SOURce lt channe1 gt VOLTage PROTection UNDer LEVe1 18OURce lt channe1 gt VOLTage PROTection UNDer STATG lt on off state gt 8OURce lt channe1 gt VOLTage PROTection UNDer STATG 1SOURce lt channe1 gt VOLTage PROTection UNDer TRTPped 8OURce lt channe1 gt CURRent PROTection OVER LEVe1 lt current gt MAX1mum MINimum S
71. PROGram lt channe1 gt SELected STEP lt steD number gt DWELl lt step time gt TRTG PROGram lt channe1 gt SELected STEP lt step numbper gt DWEL1 PROGram lt channe1 gt SELiected TRTGger SOURCe BUS MANua1 EXTerna1 IMMediate PROGram lt channe1 gt SELiected TRTGger SOURoe BUS GPIB GET TRG MANual TRIGGER EXTernal IMMediate SCPI TNIT IMM 6 25 Nl 7 NT PVD T SERIES PROGram lt channe1 gt SELected REPeat lt sequence count gt ONCE FORever INFinity PROGram lt channe1 gt SELected REPeat ONCE 1
72. PROGram lt channe1 gt SEOuenCe lt sequence number gt STEP lt step_number gt EDTT lt voltage gt lt current gt lt power gt lt OVP 1eve1 gt lt time gt TRTG 1 1 1 lt gt lt gt 0 1A SOURce CURRent LEVel 0 1
73. MEASure CURRent VOLTage MTN VOLTage MAX 2 2 2 2 2 lt line feed gt lt line feed gt EOI end or identify EOI lt carriage retum gt lt ine feed gt
74. Vmax 0 3 Imax 0 5 30 Vmax 0 04 Imax 0 6 6 kW Pmax 1 12 kW Pmax 2 8 Vmax 0 02 6 kW Imax 0 04 12 kW Imax 0 05 12 kW 600 V Imax 0 08 Pmax 0 1 PVD T SERIES 8 9 8 10 EE SM Vmax 0 04 C 2Z Imax 0 06 C 2 Pmax 0 1 C Vmax 0 04 C Imax 0 06 C Pmax 0 1 C Vmax 0 04 C Imax 0 06 C IN Vmax 0 04 C Imax 0 06 C 2 Na Na
75. 1802 CANbus 09 180 1805 cANbus PVD T SERIES A 19 B 13 1900 0 CANbus 1 1 1
76. PVD T SCPI 1 1 PVD T SERIES 1 6 1 2 SCPI SCPI St
77. 0 103 PVD T SERIES 618 6 3 GPIB RS 232 _ 6 3 1 ID TDN SYSTem lt channe1 gt IDENtify IDN 3 000 0 0 0000 PVD60 100T 100000 KTKUSUT PVD60 100T OpT SYSTem lt channe1 gt OPTTon
78. 4 20 V 5 5 1 2 5 3 5 4 5 5 6 2 VI 4 21 4 22 5 1 5 2 5 2 5 3 5 3 1 5 3 a a RR SA Sa
79. 6 10 STATus QUEStionable POWer 0 1 Over POWer 9 Rs 0 Et a 2 15 Not Used STATus lt channe1 gt OUESt1onab1e POWer EVENt 8TATus lt channe1 gt OUES 1onab1 e POWer COND1tion STATus lt channe1 gt OUEStionab1e POWer ENAB1e lt status enable gt STAT
80. 89 1 1922 4 ie 1 1926 1 AC
81. A 18 A 18 CANbus A 19 A 19 A 20 CA 2 a A 21 PVD T SERIES IX PVD T SERIES 40 V
82. Trigger2 3 33 3 7 3 7 1 VOLTAGE CURRENT VOLTAGE CURRENT Knobs Locked VOLTAGE CURRENT
83. PROGram lt channe1 gt SEOuence lt sequenCe numbe gt DELete PROGram lt channe1 gt SELected DELete ALL PROGram lt channe1 gt SEOuence lt SeqduenCe number gt s STEP COUNt PROGram lt channe1 gt SELected NAME 8eqduenC e numDer gt PROGram lt channe1 gt SELected STATe RUN PAUSe STOP x PROGram lt channel gt SELected STATe RUN PAUSe STOP
84. PVD T SERIES 4 3 4 2 USER LINES PROGRAM LINES 2 PROGRAM LINES USER LINES p ID 443 4 4 PVD T SERIES PVD T SERIES USER L
85. 5 4 PVD T SERIES RS 232 GPIB PC V S00A RS 232 GPIB 0
86. 6 2 CV OUT ON OUT ON OFF DC OUT OFF 1 12 PVD T SERIES VOLTAGE CV CURRENT ECCI AUXA AUXB AUTO SEQ ADR SRQ IALARM OVP OTP POWER Master Slave Pause Trigger Set LCL RMT OUT OFF Interlock OUT ON CP TD EC LE Nn a a a nn HI TTF THF oy HFPHH am un HH tT HHH VOUAGE PrHH HH Em rrrH nr HTHH me NE OE OE CO HHH HH HHH HH i nm a BT Ee HHHHo lo DEEDe CEN CUEDO jo HHFHo HH Em CHE NEO HHHHo POWER 1 4 ERR 3 7 4
87. OCP Alarm OPP Alarm 3 16 ALARM 1 PROT SET ALARM OCP ALarm 2 PROT SET ALARM OPP ALarm i EXIT PVD T SERIES S D if tripped Y Yes DC OUTON OUT OFF ALARM PROT SET ALARM Shutdown OCP Shutdown
88. 103 DEFault DEFault DEFaulp 0 0V 103 0 0A 103 3 103 0 0 V gt 0 0V 0 0A 00A 00W 00W None 0 5 s ACF
89. 4 15 4 3 1 RS 232 4 15 RS 232 4 15 RS 232 4 16 RS 232 4 16 4 3 2 GPIB 4 17 GPIB 4 17 GPIB 4 18 GPIB 4 18 4 3 3 4 19 4 19
90. Vmax 0 04 32 mV 40 mV 60 mV 120 mV 240 mV hnax 0 6 450 mA 360 mA 240 mA 120 mA 60 mA Vmax 0 02 16 mV 20 mV 30 mV 60 mV 120mV mmax 0 04 30 mA 24 mA 16 mA 8 mA 4 mA Vmax 0 04 C 32 mV 40 mV 60 mV 120 mV 240mV Imax 0 06 C 45 mA 36 mA 24 mA 12 mA 6 mA 1 30 2 30 8 3 1 C PVD T SERIES 8 3 8 1 2 12 kW 8 5 12 kW 10V 60V PVD10 1200T PVD20 600T PVD40 300T PVD60 200T 0vV 10V 0V 20V 0V 40V 0VvV 60V 0A 1200A 0A 600A 0A 300A 0A 200A 12000 W 12000 W 12000 W 12000 W Imax 0 2 40 mA Vmax 0 01 1 mV 2 mV 4mV 6mV Imax 0 1 1200 mA 600 mA 300 mA 200 mA Vmax 005 5 mV 10 mV 15 mV 25 mV 35 mV
91. 6 6 PVD T SERIES 6 3 6 4 J 2 7 3 PVD T SERIES RA 6 8 6 8 625 6 9 SGPL 6 9 6 10 TAT NN TIE I EE 6 11 6 14 6 3 1 6 14 632 aa imihtITSESSS 6 15 633 3 DC
92. 2 DC 2 N PVD T SER
93. STATus lt channel gt QUEStionable TEMPerature NTRansition lt status enable gt PVD T SERIES 6 53 Nl 7 NT STATus lt channe1 gt OUEStionab1 e TEMPerature s NTRans1tion 6 4 3 NN IEEE 488 2 IEEE 488 2 ESE ESE ESR 64 6 12 6 13 6 12 Standard Event Status Resiste N B Operation OP
94. B AUX A AUX B 2 1 NONE OutON DC OutOFF DC CV cc CP OVP UVP OCP UCP OPP UPP Fold Sense HiTemp OTP ACOFF ACF Unregul AUX A AUXB 4 8 PVD T SERIES
95. CALibration OUTPut CURRen DATA lt current gt PVD T SERIES 7 13 0 5V 0V 5 V DVM PROGRAM LINES 4 4 2 IP PROGRAM LINES B3 B1 COM DVM 0 5V 10 CALibration ANATLog 5V PROGram VOLTage LEVe MTN DVM CALibration ANALog 5V PROGram VOLTage DATA lt voltage gt 4 5V 90
96. 29 PROGRAM LINES 30 CANbus Dsub 9 31 RS 232 PC RS 232 D sub 9 D sub9 RS 232C 32 GPIB PC GPIB
97. 6 kW 12 kW PVD T SERIES SCPI 0000 1 IQ RS232C GPIB SYSTem REMote SOURce RS232 GPTB 8Ysmem REMote STATe REMote CarLibration STATus ON 0000 CATiibration STATus 7 11 4 0000 SCPI
98. 7 DC DC DC AC 7 2 3
99. 4 6 kW 14 mm 12 kW 9 5 mm DC 2 2 5 DC 6 kW 2 12 kW 6 PVD T SERIES 1 21 DC 6 5 nana ON SN ES NNN OSOSSSS ee SS PVD T SERIES FU HDS 0 8 mm X 5 5 mm X Eagle Connector 0 9 mm X 6 0 mm X W 2 08 mm 13 30 mm lt 2 08 mm 13 30 mm AWG14 AWG6 AWG14 AWG6 B series Terminal Block WECO 327 SS NN RNN N OO SN e ER RR SS 0 NS SS SSSSSS NNN SSSSSSS NN SSSSSSSSS RN N SA NN SN NEST SN SS NN NN NN SNS SS NN NN NN NN SSSSSSSSS SSSSSSSS SNSSSSSS N SSSSSSSSS amp
100. N 8 1 6 2 Kikusui PVD60 100T 60 00V 100 0A ROM Ver 5 001 FPGA Ver A008 SCPI 1997 0 1 4 1 MENU ERROR MSGS MENU MODEL INFO 2 ENTER MODEL INFO 3 4 EXIT PVD T SERIES 1 13 1 6 3 1 14 1
101. no operation pending WAr SCPI 8Y8STem lt channe1 gt WATT 6 60 PVD T SERIES IEEE 488 1 ist IST PRE IST IST IEE
102. 1 MENU ERROR MSGS MENU AUTO SEQ PGM 2 ENTER NSIM 4 5 ENTER Se 4 4 Set Repeat ENTER Set Repeat Once Times Forever a ENTER i Times ENTER 6 EXIT 3 6 2 3 27
103. 5V PROGRAM LINES B5 B1 COM DVM 5V ANLG V RB 5 V ENTER ENTER 10 PVD T SERIES PVD T SERIES DVM ENTER 90 DVM ENTER
104. Analog 1 ACUR 3 LCL RMT 4 6 1 MENU ERROR MSGS MENU REMOTE SELECT 2 ENTER REMOTE SELECT Analog V amp I Analog V AnalogI 3 ENTER Analog V Analog V 4 14 PVD T SERIES 4 3 RS 232 GPIB 3
105. PVD T SERIES E S 4 12 kW 12 kW D T gt 0 kg 12 NN a 12 kW re gt 1 1 RIES T SE PVD
106. 1 PVD T PVD T 4 5 1 5 2 SCPI 2
107. e 99 10 e e 1 9999 e 9 ul ul ul OVP e 10 ms 99h 10 ms 5 e 1 TRIGGER SCPI INIT IMM GPIB GET TRG e
108. ALARM AC ACF DC 3 3 9 ul OTP OTP DC OTP DC 3 3 9 p 1 PVD T SERIES 3 13 ALARM 3 3 2 OVP PROT SET ALARM OVP OVP
109. 4 3 1 MENU ERROR MSGS 5 NM nN USER LINES RN ENTER RD 3 Aux line B 2 ENTER 4 Cfs CV CV 4 ENTER Active Low Pol Act Low A6 4 65 kc gt ves Vcc 5 V 12 V mA 8 mA 100 kc2 AZ 4mA 8mA 4 8
110. 6 8 PVD T SERIES 6 2 5 SCPI IEBE 488 2 SCPI PVD T SERIES 1 0 ON OFF 1 0 ON OFF 4 8SYSTem COMMunicate GPTB PONS ON OFF 1 0
111. PVD T SERIES H ALARM 3 11 OCP ALARM DC ALARM 3 UCP UCP ALARM DC ALARM OPP OPP
112. GPIB 4 12 GPIB 1 MENU ERROR MSGS MENU REMOTE SELECT 2 ENTER REMOTE SELECT 3 GPIB ENTER GPIB GPIB GPIB RMT LCL RMT LLO 4 18 PVD T SERIES 4 3 3 PVD T SERIES PVD T 1 PC
113. 1 2 STORE Set 1 STORE 3 ENTER Set 2 unused 2 4 Set2 3 5 4 3 23 1 STORE Set 1 STORE AA 2 CE 2 Set2 2 Setting Erased 3 Set 2 2 3 26 PVD T SERIES 3 6
114. OCP OPP DC DC 3 18 PVD T SERIES ALARM PROT SET ALARM
115. SYySTem COMMunicate GPIB PONSrqg_ ON OFEF 1 0 IEEE488 2 5 IEEE 488 2 8 13 SIDS SGNS SDYS STRS 7 gt SH1 SWNS SIWS ae AIDS ANRS ACRS ACDS AH1 AWNS i TIDS TADS TACS SPAS SPIS SPMS TPIS TPAS LIDS LADS LACS LPIS 4 LPAS 8 16 PVD T SERIES IEEE488 1 2 8 14 DC1 DCIS DCAS DTI DTIS DTAS 20 2 0 PP1 LOCS LWLS REMS SR1 NPRS
116. IEEE 488 1 v PVD T SERIES 8 17 8 7 3 IF02 PVD T 84310 8 16 30 40m 700 kbps 120 Q 1 4 W D sub9 D sub9 1 350 8 7 4 8 17 40m 700 kbps 120 QB 1 4 W 2 8 18 PVD T SERIES SCPI PVD T SCPI A 1 SCPI SCPI
117. 5 7 5 5 2 5 7 5 5 3 5 7 6 1 6 1 1 6 1 6 1 a a SS a i i Sas 6 1 6 SCPL a a 6 2 CE A NR SS SS RSS SS ES I TES 6 3 6 2 1 6 3 6 2 2 IEEE488 2 6 3 623 RS SS 6 4 6 4 a a a 6 5 62 4 SE ss 6 5 6 5
118. STATus lt channe1 gt OPERat1ion CSHare ENABle lt status enable gt STATus lt channel gt OPERation CSHare ENABle STATus lt channel gt OPERation CSHare PTRansition lt status enable gt STATus lt channe1 gt OPERation CSHare PTRansition STATus lt channe1 gt OPERation CSHare NTRansition lt status enable gt STATus lt channel gt OPERation CSHare NTRansition 6 46 PVD T SERIES 6 4 2 16
119. 0 V 0 A 1 2 3 4 5 12kW 12kW PVD T 6 kW
120. SAV SYSTem lt channe1 gt SAVE USER lt s N A etting location gt spg SYSTem lt channe1 gt SAVE DEFault N A lt setting location gt SRE STATus lt channe1 gt SREQuest ENAB N A le SRE STATus lt channe1 gt SREQuest ENAB N A le lt status enable gt A 2 PVD T SERIES A 1 IEEE 488 2 SCPI TST N A SYSTem lt cha
121. 12 PROT SET ALARM ALARM 2 3 13 RECALL Factory Preset Last Setting Auto Sequence User Setting 14 EXIT 15 0 9 16 17 CE
122. aux_line_mnemonic None ON DC OFF DC CV CC CP OVOLtage UVOLtage OCURrent UCURrent OPOWer UPOWer FOLD SPRotation HTEMperature OTEMperature ACOFf ACF UNRegulated channel 2 50 codeword 4 Current Maximum MINimum mA jA A
123. DC OCP OPP DC DC ALARM
124. 2 CAN HI 7 CANLO 120Q 1 4 W N 1 5 5 3 2 PVD T AC
125. 2s 4ms PVD T SERIES 4 ms 5 3 ms CV CC 35 ms 1 10 Hz 20 MHz AC 10Hz 100 kHz 3 8 V 5 V AC1350 V AC AC1350 V AC600 V 1 2 3 4 5 6 8 4 1 100 25 C 5 C 30 25 C C 4 300V 600V 0 75 8 11 2000m 15000 m 0 C 50 C 40 C 85 C 30 95 RH 30 95 RH
126. 3 4 5 6 7 E 4 4 ul 1 4 10 PVD T SERIES 4 2 2 _ PROGRAM LINES PROGRAM LINES 12 V DC 4 4 PROGRAM LINES Bl B2 DC12V 20 mA B3 Y sl0Y 0 p4 0V 5310V
127. PVD T IFO2 PVD T 1 PVD T RS 232 GPIB PC PVD T CAN CAN ISO11898 E ISO11898 ul 1 CANbus 1 1 DB9 D sub9
128. 10 V gt SOURce0 VOLTage_ 10 0 20m 4 24 PVD T SERIES 5 5 1 PVD T SERIES PVD T IF02 PVD T PVD T GPIB IE02 PVD T IFO1 PVD T GPIB IFO1 PVD T 1
129. STATus lt channe1 gt OPERation RCONtro1 EVENt 8TATus lt channe1 gt OPERation RCONtro1 CONDition 6 44 PVD T SERIES tt STATus lt channe1 gt OPERation RCONtro1 ENAB1e lt status enable gt STATus lt channe1 gt OPERation RCONtrol ENABle STATus lt channe1 gt OPERat1on RCONtro1 PTRansition lt status enable gt STATus lt channel gt OPERation RCONtro1 PTRansition
130. 1 MENU ERROR MSGS MENU AUTO SEQ PGM 2 ENTER AS 5 4 ENTER HAS ENTER 4 Step 5 Edit Step ENTER Edit Step 6 3 24 7 3 30 PVD T SERIES 3 28 1 MENU ERROR MSGS MENU AUTO SEQ PGM 2 ENTER IO RBO RN
131. 7 12 PVD T SERIES 6 kW 12 kW DVM 12kW 12 2 10 CALibration OUTPut CURRent LEVel MIN DVM CATiibration OUTPut CURRent DATA lt current gt 90 CATiibration OUTPut CURRent TLEVe MAX DVM
132. PVD T SERIES 299 200 4 B 2 200 203 220 221
133. SOURce lt channe1 gt CURRent PROTection UNDer TRTPped OPP 8OURce lt channe1 gt POWer PROTection OVER LEVe1 lt power gt MAX1mum MINimum SOURce lt channe1 gt POWer PROTection OVER LEVe1 SOURce lt channe1 gt POWer PROTection OVER s STATG lt on off state gt SOURce lt channe1 gt POWer PROTection OVER s STATe SOURce lt channe1 gt POWer PROTection OVER TRTPped PVD T SERIES 6 19 UPP SOURce lt channe1 gt POWer PROTect1on UNDe LEVe1 lt power gt MAX1mum MINimum SOURce lt channe1 gt POWer
134. 4 5 V 90 9 DVM ENTER 5V 7 9 PROGRAM LINES B6 B1 COM DVM 2 5V ANLGIRB 5V ENTER ENTER 10 3 DVM
135. 483 mm 1 T bo ql 263 mm ko es J 8 14 A 8 2 12 kW PVD T SERIES 8 7 8 7 1 TEBEE Std 488 2 1992 IEBE Standard Cord Formats Protocols and Common Commands For Use With IEBEE Std 488 1 1987 IEEE 488 1 1987 IEEE IEEE Std 488 1 1987 IEEE Standard Digital Interface for Programmable Imstrumentation EE TTA EIA 232F RS 232 Imterface Between Data Terminal Equipment and Data Circuit Terminating Equipment Employmg Serial Binary Data Interchange ANSI TIA EIA 232 F 1997 R2002 SCPI Standard Commands for Programmable Instruments 1997 0 IEEE 488
136. 7 3 3 8 PROT SET ALARM Fold SD Mode None 0 5 s 3 14 1 PROT SET ALARM OVP V PROT SET ALARM Fold SD 2 Mode ENTER old SD Mode 4 None CC CV CP 3 ENTBER Fold ON ENTER 4 Delay s Zz MM 3 3 9 MENU SD RECOVERY OTP Latched ACF AutoRecov 3 15 1 MENU ERROR MSGS MENU S D RECOVERY 2 ENTER OTP Latched 8
137. 6 kW 12 kW GPIB IFO1 PVD T IFO2 PVD T 442 GPIB 4422 4 2 PVD T SERIES IFO1 PVD T GPIB IE02 PVD T 4 1 D sub 9 D sub9 120 Q 1 4 W woltyl
138. PVD T SERIES DX 1 2 1 D
139. 0V 5 V DVM PROGRAM LINES 4 4 IQ ID PROGRAM LINES B3 B1 COM DVM 5V ANLG V PGM 5 V ENTER ENTER 0 5 V 10 4 DVM ENTER 4 5 V 90 DVM ENTER
140. SCPI 9 N A PVD T SERIES A 1 A 1 IEEE 488 2 SCPI EU CLS N A 9 STATus lt channe1 gt CLEAr ESE STATus lt channe1 gt STANdardsENAB N A le ESE
141. 3 3 10 3 7 3 3 1 Du 3 10 PVD T SERIES 3 7 DC S D OVP 0 V UVP ov OCP 0A UCP 0A Do OPP 0W UPP 0W DC None 035 SD
142. 1 20 ms Vcc Vcc 5 V 12 V 508 Q 0 4 W IF 10 mA max 20 mA sw A5 sw DC 4 5 1 PROGRAM LINES DC 4 6 DCS V 15 mA 2
143. 6 16 6 3 4 6 17 63 9 ST 6 22 6 3 6 6 23 6 3 7 6 24 6 3 8 6 30 639 EE 6 32 6 3 10 6 34 6 3 11 6 34 63 12 6 34
144. 8 PO ncer YO Be 2 15 Not Used STATus lt channe1 gt OUESt1onab1e VOLTage EVENt 8TATus lt channe1 gt OUESt1onab1e VOLTage CONDition 8TATus lt channe1 gt OUEStionab1e VOLTage ENAB1e lt status enable gt STATus lt channel gt QUEStionable VOLTage ENABle STATus lt channel gt QUEStionable VOLTage PTRansition lt status enable gt STATus lt channel gt OUESt1
145. OCP 2 ENTER OP EA CURRENT OCP 3 ENTER OCP Set FA 4 Y N ENTER S D if trip Y 1 0 103 Out of range 2 EXIT aR 3 3 5 UCP PROT SET ALARM UCP UCP 0A 3 11 UCP
146. PVD T SERIES A 15 399 300 1 32767 3 B 3 i 1 0 313 SAV
147. ENTER Sequence eS ENTER ep 5 Tmnsert Step ENTER Insert Step 6 3 24 7 Step 3 5 Step 6 Step 3 Step 7 3 29 1 MENU ERROR MSGS MENU AUTO SEQ PGM 2 ENTER AUTOSEQ RGM BNTER Sequence 4
148. 6 55 6 35 6 36 ne see 6 36 6 35 6 35 6 57 6 58 LI RD ER 3 34 3 35 2 Ge 5 3 35 5 2 1 13 1 17 RR 1 11 SS Ss 1 2 SO 3 35 3 7 SO 3 22 3 8 3 22 3 8 3 23 3 20 4 20 3 26
149. 7 3 1 7 ATA LANA IIIA LATTATTTT 77 I A RE EE 27 2 74 2 72 7 ZZ 227772Z72ZY LTH A TT TT TT HIATT IITD gt TT EE EE EE RADA DASATAAI LAT TT TIT LATS SA ST A AT AITAI TT ITATST 12kW AC 1 2 PVD T SERIES 1 10 1 5 D N 6 kW GND AC
150. 1 1 6 kW 1 6 kW 12 kW 1 2 3m AWG10 4 600 V 105 C 1 3 1 4 1 5 1 6 4 7 MS 8 8 8 9 4 10 1 1 2 12 kW 1 6 kW 12 kW 1 2 3m AWG6 4 600 V 105 C 1 3 1 4 1 5 1 6 2 0 7 4 8 MS 4
151. ENTER 90 4 DVM ENTER 10V 0 10 V 10V ANLG V PGM 10 V 10V V 2 1 EXIT 7 10 PVD T SERIES 7 3 3
152. GND AC 1 3 AC 34 1LTL IL Er 1 0 W BBBI IoIOIGIOEki arr OS9 PF FFP LE INPUT 1 3 AC 6 kW 12 kW GND AC 12 kW 6kW PVD T SERIES 1 11 1 6 1 6 1
153. 8 16 4 18 IEEE 488 2 A 2 6 58 INPUT 2 9 L Last Setting 3 4 LCLIRMT ea 2 3 M MENU 2 4 O OCP 3 15 3 16 OUT ON OFF 2 3 OVP a a 3 14 P PROGRAM LINES 2 8 4 11 4 11 PROT SET 2 3 R RBGAIL 2 4 RS 239 a 2 8 w 4 1 4 15 4 16 RUN PAUSE 2 3 S SCPI 6 6 PVD T SERIES 6 4 6 5
154. DC 22 19 OTP DC 22 20 OUT ON DC 23 24 CV CC CP CV CC CP PVD T SERIES 2 2 30 CANbus a 29 PROGRAM LINES 32 GPIB SISBNSE 28 USER LINES 31 RS 232 USERLINES PROGRAMLNES mm EEEEEE EEFEE OIOIOIOls bo OO 27 DC OUTPUT 33 INPUT 34 25 2
155. OVER TRTPped gt N A UNDer LEVe1 lt power gt MAXimum MINimum UNDer STATe lt on off state gt DC ONDer TRTPped J N A SOURce lt channel gt VOLTage PROTection OVER LEVel lt vo1tage gt MAXi mum MINimum OVER TRIPped 3 N A f E Ey UNDer LEVe1 lt vo1tage gt MAX1m um MINimum UNDer STATe lt on off state gt DC
156. RS 232C 1 5m PVD T 5 1 PVD T SERIES 5 3
157. INT 1 2 TINTerlock 2 4 COMMand 3 15 Not Used STATus lt channe1 gt OPERat1on SHUTdown EVENt STATus lt channe1 gt OPERat1on SHUTdown COND1tion STATus lt channe1 gt OPERation SHUTdown ENAB1e lt status enable gt STATus lt channe1 gt OPERation SHUTdown ENABle gt STATus lt channe1 gt OPERation SHUTdown PTRansition lt status enable gt STATus lt channel gt OPERation SHUTdown PTRansiti
158. P 4 1 1 1 1 1 12kW 1 1 1 2 12 at sa 1 3 1 2 1 1 3 122 Ta doa nat a as 1 4 1 3 1 5 1 4 1 6 6 kW 1 7 12 kW 1 9 1 5 cman a a a a a aaa i i 1 11 6 kW i a a Ei i i 1 11 12 kW 1 11 1 6
159. SERia1 RECeive PACE HARDware X RS 232 ON NONE MCHanne1 ADDRess lt channe1 gt GPIB GPTB SELF ADDRess lt GPTB address gt GPIB GPTB SELEF PONSrg ONIOFF 0 1 GPIB APRogramiLEVe1 5 10 pp A 6 PVD T SERIES A 10 SCPI PSC 1STATus lt channe1 gt POSC 1ear lt on off state gt
160. current gt power gt lt OVP 1 N A eve1 gt lt step time TRTG CURRent lt current gt VOhTage_ Vo1tage gt POWer_ lt power gt OVP OVP lt OVP_level gt OVP DWEh1 lt step time gt TRTG PROGram lt channe1 gt SEQuence lt sequence_ number gt STEP COUNt DELete N A
161. 1 I M 7 AC 200V AC 190 V 242V 47 Hz 63 Hz 70 mm 9 5 mm 4 Im IN 1P 12 3 GND
162. 8 256 SENSe 2 OED68eE 10 15 Not Used STATus lt channe1 gt OPERation SHUTdown PROTeotion EVENt gmTATus lt channe1 gt OPERation SHUTdown PROTeotion CONDit1on 6 42 PVD T SERIES STATus lt channe1 gt OPERation SHUTdown PROTection ENAB e lt status enable gt STATus lt channe1 gt OPERation SHUTdown PROTeotion ENABle STATus lt channel gt OPERation SHUT
163. NTRansition lt status enable gt PTRansition lt status enable gt STATus lt channel gt ESR 6 12 STANdard EVENE N A ESE STANdard ENAB1e STB 6 14 SBYTe EVEN N A SRE SSREQuest ENABle lt status enable gt PRESet N A A 11 SCPI SENSe lt channe1 gt TEMPerature PROTection LATCh lt on off state gt DC TRTPped N A
164. 40 V DC OUTPUT DC OUTPUT DC OUTPUT 0 1 DVM 1 2 I Ne OUT OFF OUT ON OUT ON OFF DC DVM 1 1 1 9 OUT ON OFF DC
165. A 6 1 16 1 19 1 17 3 14 3 15 3 16 1 2 2 2 6 57 P 3 eas 6 29 6 11 6 14 4 11 6 2 Ro 6 5 A 9 6 42 1 11 2 9 PVD T SERIES A 5 RE 5 2 5 2
166. 4 7kQ PVD T SERIES 4 9 USER LINES USER LINES MC 1 5 7 ST 3 81 0 14 mm 1 5 mm AWG28 AWG16 0 4mm X 2 5 mm X 2 1 2 7 mm
167. RS 232 Cfs Baud Flow Ctl None Flow Ctl Hdwn A 22 PVD T SERIES Flow Ct1 XON Analog Cfg Input 0 10V 0 SV GPIB Cfs 3 GPIB Addr PON SRQ N PON SRQ Y Multichnl Cfg Addr AUTO SEQ PGM Sequence 1 UN Edit Sequence Step 1 Edit Step S01 V S01 A S01 W S01 OVP Vt Insert Step Delete Step Step 99 Step1 SetRepeat Run Once Run Forever 01 Times to 99 Times Tris Source Trig From Man Trigger Trig From Ext Trig From Imm INIT IMM Trig From Bus GPIB GET TRG Del Sequence Delete Seq Y PVD T SERIES A 23 Delete Seq N Sequence 10 Ts Sequence1 CURRENT SHARE
168. UNDer TRTPped J N A SOURce lt channel gt CURRent LIMit HIGH lt current gt MAXimum MINimu m 1OW_ lt current gt MAXimum MTNimum SOURce lt channe1 gt POWer LIMit HIGH lt power gt MAX1imum MTNimum LOW lt power gt MAXimum MTN1mum 1 SOURce lt channe1 gt VOLTage LIMit HIGH lt vo1tage gt MAXimum MTN1mu A m LOW_ lt voltage gt MAXimum MINimum A 4 PVD T SERIES A 4
169. VOLTage LEVe1 MTN1mum MAXimum VOLTage DATA lt Vo1tage gt CALibration lt channe1 gt ANALog 5V 10V PROGram CURRent LEVe1 MTN1mum MAXimum CURRent DATA lt current gt VOLTage LEVel_ MINimum MAXimum a VOhTage DATA Curren gt 7 CALibration lt channe1 gt ANALog 5V 10V READback CURRent LEVe1 MTN1mum MAXimum CURRent DATA CU Ten gt
170. 7 1 3 13 3 14 3 6 7 3 7 20 A 5 7 5 7 12 a 7 11 6 4 2 7 LR 6 1 IEEE 488 2 A 2 A 10 A 5 A 6 A 3 A 10 A 7 lt A 6 A 6 A 9 A 5 PTA A 10 A 3
171. PVD T SERIES 0 2 50 100 100 50 8 11 tt 8 12 8 5 8 12 CE RG ENS0081 2 1996 ENS0082 2 199 FCC FCC part 15 class A EMC CE ICES 001 BEMC IEC61010 1 92 1 2 II CSA CSA C22 2 No 1010 1 92 UL UL3101 1 1 PVD T SERIES 8 6 8 6 1 6kW
172. 5 B 1 100 105 GET 114 120 10 123 32000 151
173. 3 4 VOLTAGE 8 VOLTAGE 2 ENTER Set V 1 0 103 Out of range 2 PVD T SERIES Eg i EXIT 3 7 3 2 5 CURRENT CURRENT 3 5 CURRENT Set A
174. 1 PROT SET ALARM OVP V PROT SET ALARM UCP ENTER i CURRENT UCP 3 ENTER UCP Set A 4 Y N ENTER S D if trip Y 1 0 103 Out of range 2 EXIT PVD T SERIES 3 15 3 3 6 OPP PROT SET ALARM OPP OPP 0W 3 12 OPP
175. W 3 7 4 50 1 1 2 3 1 2 3 First In FirstOut FIFO 3 36 PVD T SERIES ES ERROR MSGS 3 35 MENU ERROR MSGS 2 ENTER Error 3 No errors
176. PVD10 600T 34kg lm Nm 533mml 579 mm 462 mm SSoooooooooo oooooooooooooo oooooo 9 Sooo J 483 mm ll MUR MM 8 1 PVD T SERIES 6 kW oooooooooooo oooooooooooo 8 13 8 6 2 12 kW PVD10 1200T 77kg ooooooooo ooooooooooooooooooooo 888888888 888888888888888888888 3888888 888888888888888888888 888888888 888888888888888888888 888888888 888888888888888888888 888888888 888888888888888888888 888888888 888888888888888888888 888888888 888888888888888888888 888888888 888888888888888888888 mm oooooooooooo g oooooooooooooo g oooooo oooo oooooooooooo oooooooooooooo oooooo oooo Ut
177. 0 103 delay s ms jS 0 s 60 ms PVD T SERIES 61TT1 ESE_word ESB 8 0 255 GPIB_address GPIB 1 30 on off state ON OFF 0 1 OVP_level Maximum MINimum mV V V 0 103 power Maximum MINimum mW 7rW W
178. DC0 SV gt 30 kQ DC0 10V gt 30 kQ DC0 SV lt 500 0 DC0 10V lt lkQ 2 DC300 V 022 2 2 200 UNE N 0 10 mA DC 15 V DC4 V DC300 V 31 kHz 62 kHz 5 95 1 150 ps Ei 995 5 100 ms 100 ms 3 s 50 ms Ss DC
179. ENS0081 2 1993 ENS0082 2 1995 CSA CSA C22 2 No 1010 1 92 UL UL3101 1 1 FCC FCC 15 A EMC ICES 001 EMC Xll PVD T SERIES PVD T SERIES 21 PVD T PFC 91 0
180. 1 MENU ERROR MSGS MENU REMOTE CONFIG 2 ENTER REMOTE CONFIG 3 Multichnl Cfs ENTER Multichnl Cfg 1 50 ENTER 8 4 15 1 MENU ERROR MSGS MENU AA REMOTE SELECT 2 ENTER REMOTE SELECT 3 Multichannel ENTER Multichannel PVD T SERIES America ITT Industries CANNON DB9 D sub 9pm
181. 18 A 2 19 ENTER 20 MENU E C ul 1 2 4 PVD T SERIES 21 23 24 HH OO FH HH OOO Te FFP HH HH FFP FT M FFP
182. 3 4 5 x ory rw wR 7 MN MN MT MT MN MT MT MN 7 128 Operation Status Register OSR 8 15 Not Used PVD T SERIES 6 4 5 SCPI PVD T SERIES PRESet
183. 3 9 3 10 3 3 1 _ 3 11 OVP 3 11 UVP 3 11 OCP 3 12 UCP 3 12 OPP 3 12 UPP 3 12 MM NR 3 12 3 13 AO TYO ea 3
184. ESB ESE lt status enable gt ESE SCPI 1STATus lt channe1 gt STANdard ENAB1e lt status enable gt STATus lt channel gt STANdard ENABle ESE16 4 4 ESB ESR
185. Latched AutoRecoy ENTER ER Latched AutoRecov ENTER 4 ACF AutoRecov PVD T SERIES 3 17 3 3 10 OVP Shutdown Sense Shutdown OTP Shutdown UVP Shutdown OCP Shutdown UCP Shutdown OPP Shutdown UPP Shutdown UVP Alarm OCP Alarm UCP Alarm OPP Alarm UPP Alarm Fold Shutdown Hi Temp Alarm AC Off OVP OCP OPP DC
186. ts nt SCPI Sy 12 kW 12 kW 6 kW RS 232 GPIB CANbus
187. 0 103 delay S mS 7S 0s 60ms ESE_word ESB 8 GPIB_address on off state OVP_level GPIB 1 30 ON OFF 0 1 MAXimum MINimum V mV zV 0 103 power MAXimum MINimum W mW pgW setting_location 3 103 sequence_count
188. CLS IDN RST IEEE 488 2 41 ID SOURCE DC STATUS 6 2 2 IEEE488 2 PVD T SERIES IEEE488 2 22 A SCPI A 1 ITEEE 488 2 CLS PSC ESE lt enable_mask gt RCL lt user_setting gt ESE RST ESR SAV lt user set
189. SOURce lt channe1 gt POWer LEVel TRTGgered AMPLitude lt power gt MAX1mum MINimum DEFault SOURce lt channe1 gt POWer LEVe1 TRTGgered AMPL1tude PVD T SERIES 631 TRIGger lt channe1 gt SEOuence SOURce BUS EXTernal MMediate NONE TRTGger lt channe1 gt SEQuence SOURce BUS GPIB GET TRG EXT IMM SCPI TNIT IMM NONE TRG IEEE 488 1 Group Execute Trigger IEEE 488 2 6 1 4 2 5 6 3 9 GPIB IEEE 488 1 SYSTem REMote STATus LOC REMote RWL SYSTem REMote STATus LOC REMote
190. 3 3 ai Rs 6 35 A 6 1 2 2 6 2 8 2 7 5 7 12 1 16 2 gt 6 11 PVD T SERIES 6 9 a 6 9 a 6 9 MM 6 9 6 10 6 9 6 61 3 1 2N 8 3 4 NI 2 2 A 12 3 4 MM m 6 9 3 12
191. TEMperature 2 15 Not Used STATus lt channe1 gt OUEStionab1e TEMPerature EVENt STATus lt channe1 gt OUESt1onab1e TEMPerature CONDition STATus lt channel gt QUEStionable TEMPerature ENABle lt status enable gt STATus lt channe1 gt QUEStionable TEMPerature ENABle STATus lt channel gt QUEStionable TEMPerature PTRansition lt status enable gt STATus lt channel gt QUEStionable TEMPerature s PTRans1 1on
192. 2 5 ADR 2 6 ALARM 2 6 AUTO 2 5 AUXA 2 5 AUXB 2 5 ERR 2 6 Interlock 2 6 LCL 2 6 Master 2 5 OTP 2 6 OUTOFF 2 6 OUTON 2 6 OVP 2 6 Pause 2 5 RMT 2 6 SEQ 2 5 Set 2 6 Slave 2 5 SRQ 2 6 Trigger7 2 6 A 7
193. 4 4 300 Q AA gt B5 6 10 kO 8B374 B1 4 9 PROGRAM LINES ul DVM PVD T SERIES 4 13 4 2 3 1 2 Analog V amp I AVC Analog V AVOL
194. PVD10 1200T PVD20 600T PVD40 300T PVD60 200T G30 Vmax 0 04 4 mV 8 mV 16 mV 24 mV Imax 0 6 7200 mA 3600 mA 1800 mA 1200 mA 8 gt Vmax 0 02 2 mV 4 mV 8 mV 12 mV Imax 005 600mA 300 mA 150 mA 100 mA Vmax 0 04 C 4 mV 8 mV 16 mV 24 mV Imax 0 06 C 720mA 360 mA 180 mA 120 mA 1 30 2 30 3 1 C 8 8 7 12kW 80V600 V PVD80 150T PVD100 120T PVD150 80T PVD300 40T PVD600 20T ov 80vV 0V 100V 0V 150V 0vV 300V 0V 600V 2 0A 150A 0A 120A 0A 80A 0A 40A 0A 20A 12000 W 12000 W 12000 W 12000 W 12000 W Vmax 0 01 8 mV 10 mV 15 mV 30 mV 60 mV Imax
195. COUNt DELete SELected N A TRIGger SOURce_ BUS MANu a1 EXTerna1 IMMediate REPeat lt sequence_count gt ONCE FORever INFinity A 10 PVD T SERIES A 14 SCPI FEU PROGram lt channe1 gt SELected STEP lt step number gt DELete N A EDIT _ III lt voltage gt lt current gt power gt lt OVP 1 eve1 gt lt time gt TRTG itNSert lt vo1tage gt
196. I oe e 9 es lel OO s o SREgL A mE a 1 M 19 6 ampmmam 1 4 Y 8 6 9 8 Mnm d II HE HODIOIOLC os Oo Oo 27 DC OUTPUT 33 INPUT 25 2 6 12 kW PVD T SERIES 2 7 25 26 SENSE 27 DCOUTPUT DC 2 5 6kW DC 150 V 1 7 28 USER LINES
197. RWL RWL LCL RMT RS 232 SY8Tem COMMuniocate SERia BAUD 1200 2400 4800 9600 19200 38400 SYSTem COMMunioate SER1a1 PACE HARD XON NONE 6 32 PVD T SERIES RS 232 gt SYSTem REMote SOURce RS232 GPIB GPIB SYSTem COMMunicate GPIB ADDRess GPIB address SYSTem COMMunioate GPTB PONSrq ON OFF GPIB oz SYSTem REMote SOURce GPIB SYSTem COMMunicate APR LEV 5 10 5 0 5V 10 0 10V SYSTem REMote SOURce
198. SCPI o STATus lt channe1 gt OPERation RCONtro1 CONDition 6 5 a ENAB1e lt status enable gt EVENt N A NTRansition lt status enable gt PTRansition lt status enable gt STATus lt channe1 gt OPERat1on CSHare CONDition 6 6 ENABle lt status enable gt EVENt NA I NTRansition lt status enable gt PTRansition lt status enable gt ET EIT o 26 2 8TATus lt channe1 gt OUEStionab1e
199. B 5 DC 34 Nm 6 7 8 A 2 6 9 B A 3 3 3 10 1 19 NNNCNNKNSKS 5 1 SE amp I es NK a ee nr A NSR A I RN NR RR NN DN ART TIT 2 IRS ITINIIRT TTTTTTT 2722227 By
200. 10cm 40 85 C il 1 3 1 2 2 PVD T JIS EIA
201. 5 V 3 i DVM IM Ie bs PROGRAM LINES B4 B1 COM DVM 5V ANLG1PGM 5 V ENTER ENTER 0 5 V 10 DVM ENTER
202. 7 12 6kW 12 kW 7 13 0 5 V 7 14 0 10V 7 16 7 16 7 17 7 4 7 20 8 8 1 8 1 Ll WMKW ERD sR SE SL 8 1 8 19 12EW 8 4 82 AC lolssssshe se 8 7 2 0 MM m
203. 8 9 1 10 4 11 1 1 2 PVD T SERIES 1 2 1 2 1 PVD T SERIES PVD T
204. ALARM OUT ON OFF DC S D if tripped N No ALARM DC PROT SET ALARM Alarm OCP Alarm 3 19 4 3 20 ALARM S D if tripped N No DC
205. N A TRIGger lt channel gt SEOuence S OURce BUS EXTerna1 TMMediate NONE A 9 SCPI SYSTem lt channe1 gt ERRor NEXT RECa11 DEFau1 NA REMote SOURce RS232 GPTB AVOLtad e ACURrent AVCurrent MCHanne1 REMote STATe LOCa1 REMote RWLock RS 232 SCPI VERS1on SCPI NA SYSTem lt channe1 gt COMMunicate SER1a1 RECeve BAUD 1200 2400 RS 232 4800 9600
206. Yes No Ni 4 Yes Display Sum Y 4 20 5 2 PVD T SERIES 5 3 5 3 1 America ITT Industries CANNON DB9 D sub 9 pin D sub 9 D sub 9
207. lt slewrate voltage gt 0 1 5 0 1 V 8OURce lt channe1 gt VOLTage SLEW TNTerva1 lt s1ewrate interva1 gt MAX1mum MTN1mum DEFault 1SOURce lt channe1 gt VOLTage SLEW TNTerva1 lt slewrate interval gt 150 gs 1 5 s 150 zg IN 1 150 ps us ms s PVD100 60T 100 V 60 A 100 V 10 s 1V 1 0 1s 6 30 PVD T SERIES VO
208. 1 AC OTP 1 OTP 1924 1928 A 20 PVD T SERIES C MENU ERROR MSGS 50 1 No Errors USER LINES AUX line A A Cfg None Cfg OVP CfsUV Cfg OC 3 Cfg UC Cfg OP Cfg UP Cfg OTP Cfs Hi Temp CfgCP CfgCC _ CfegCV a Cfg Unregul Cfg Out ON ON Cfg Out OFF OFF L__ AUXlineB B AUX1line A PON CONFIG
209. DC RS 232 8 2 4 8 7 8 9 BT PVD T AC190V 242 V 3 4 3 GND AC342V 500V 3 3 GND AC 208 V AC 400 V 47 Hz 63 Hz 6 kW 35 Arms 12 kW 70 Arms 0 95 0 9 6 kW 2 13 A3 20 A 4 11 A 5 12 kW 48 A 26 A3 40A 22A 1 2 AC190V 55 C 3 AC342 V 50 C 4 AC208 V 25 C 5 AC400 V 25 C fH TE HEL IKIKUSUI TIB010361 A
210. NTRansition lt status enable gt PTRansition lt status enable gt A 8 PVD T SERIES A 10 SCPI STATus lt channel gt QUEStionable POWer CONDition 6 10 A ENAB1e lt status enab e gt EVENt N A NTRansition lt status enable gt PTRanS1 1on lt status enab1e gt STATus lt channel gt QUEStionable TEMPerature CONDition 6 11 ENAB1e lt status enab e gt EVENt NA
211. 0 C 50 C 30 95 RH 30 95 RH
212. 4 10 GPIB 1 D1 2 D2 3 D3 4 D4 5 EOI 6 DAV 7 NRFD 8 NDAC 9 IFC 10 SRO 11 ATN 12 13 DS 14 D6 15 D7 16 D8 17 REN 18 24 PVD T SERIES 4 17 GPIB GPIB GPIB GPIB 2 4 11 GPIB 1 MENU ERROR MSGS MENU REMOTE CONFIG 2 ENTER REMOTE CONFIG 3 GPIB Cfs ENTER GPIB Cfg 4 1 30 ENTER GPIB Addr Yes 5 No ENTER PON SRQ Y
213. ANLIGVPGMSV 0 SV _ ANIGVRBSV 0 SV ANIGIPGMSV 0 SV _ ANIGIRBSV 0 5SV _ ANIGVPGM10V 0 10V _ ANIGVRB10V 0 10V ANIGIPGM10V 0 10V ANLGIRB10V 0 5SV Factory Cal Change Code MODEL INFO kikusui PVD10 600T PVD10 600T 10 0V 600 0A PVD10 600T ROM Ver FPGA Ver SCPI
214. 5 32 Not Used 6 64 Not Used 7 128 NotUsed 8 256 CALibration 9 512 NotUsed 10 1024 Not Used 11 2048 ACOff 12 4096 UNRegulated 13 8192 NotUsed 14 16384 Not Used 15 32768 Not Used PVD T SERIES 6 47 STATus lt channe1 gt OUEStionab1e EVENt STATus lt channe1 gt QUEStionable CONDition STATus lt channel gt QUEStionable ENABle lt status enab
215. 6 34 MEAS POW 3 2 5 6 17 MEAS VOLT aa 6 17 OUTP 5 6 17 OUTE AUX POL 6 33 OUTP AUX SOUR 6 33 OUTP AUX STAT 6 33 OUTP PON REC 6 15 OUTP PON STAT am 6 16 OUTP PROT CLE 6 21 OUTP PROT FOLD 6 20 OUTP PROT FOLD TRIP 6 21 PROG COUN 6 26 PROG DEL ALL 6 29 PROG EXIT 6 29 PROG NAME 6 24 6 29 PROG REP 6 26 PROG SEQ DEL 6 29 PROG SBO RBP 6 28 PROG SEQ STEP 6 26 PROG SEQ STEP COUN 6 29 PROG SEQ STEP CURR 6 27 PROG SEO STEP DEL 6 28 PROG SEQ STEP DWEL 6 27 PROG SEQ STEP INS 6 28 1 PROG SBO STEPEOVP 6 27 PROG SBO STEP VOLT 6
216. IEEE 488 2 6 1 4 2 5 PROGram lt channe1 gt SEOuenCe SeGduenCe numDer gt REPeat lt sequence_ Count gt ONCE FORever INFinity PROGram lt channe1 gt SEOuenCe lt seduenC e numDer gt REPeat ONCE 1 1 9999 FOR INF INFinity 9 9E37 PROGram lt channe1 gt SEOuenCe SeduenCe numbper gt s ST EP lt step number gt INSert lt voltage gt lt current gt lt power gt lt OVP_ level gt lt step time gt TRTG PROGram lt channe1 gt SEOuenCe SeGduenCe numDer gt STEP SteD_number gt DELete 6 28 PVD T SERIES
217. O DC 2 0 3 4 5 PVD T SERIES 3 21 3 4 1 SETPT LIMIT Voltage Limit 103 0 3 17 1 MENU ERROR MSGS MENU SETPT LIMIT 2 ENTER UDMA a MENU Voltage Limit a ENTER ottage Lmit VOLTAGE 4 ENTER MM Low Limit VOLTAGE 5
218. PVD 10 600T 10 V 600 A PVD 20 300T 20 V 300 A PVD 40 150T 40 V 150 A PVD 60 100T 60V 100 A PVD 80 75T 80V 75 A 6 kW PVD 100 60T 100 V 60 A PVD 150 40T 150 V 40 A PVD 300 20T 300 V 20 A PVD 600 10T 600 V 10A PVD 10 1200T 10 V 1200 A PVD 20 600T 20 V 600 A PVD 40 300T 40 V 300 A PVD 60 200T 60V 200 A PVD 80 150T 80V 150 A 12 kW PVD 100 120T 100 V 120 A PVD 150 80T 150 V 80A PVD 300 40T 300 V 40 A PVD 600 20T 600 V 20 A PVD T EL 99 10 0 EE 0 5V 0 gt 10V 0 5V 0 gt 10V i OVP
219. CONDition 6 7 ENABle lt status enab1e gt EVENt N A NTRansition lt status enable gt PTRanS1 1on lt status enable gt 2 2 STATus lt channel gt OUESt1onab1e VOLTage CONDition 6 8 ENABle lt status enable gt EVENt N A NTRansition lt status enable gt PTRansition lt status enable gt STATus lt channe1 gt OUESt1onab1e CURRent CONDition 6 9 a ENABle lt status enable gt EVENt N A
220. 1 10 1 1 9999 seduence_number 1 10 SEQUENCE 1 status enable 16 step_number 1 99 SCPI step_time Hh mm ss s S MIN mS S 0 103 voltage MAXimum MINimum prV 0 103 V mV
221. 10V ANLG V PGM 10 V 10V SV 2 CALibration ANALog 10 1 V 9V CALibration STATus _ OFF 0000 7 16 PVD T SERIES 3 SyYSTem3 REMote SOURce SYST3 REM SOUR
222. CALibration3 OUTPut CURRent LEVe1 MTN DVM CALibration3 OUTPut CURRen lt current gt 90 CALibration3 OUTPut CURRent LEVe MAX DVM CALibration3 OUTPut CURRent lt current gt 1 ID PVD T SERIES Master LED CALibration3 STATe OFF 00007 DTAGnostic MCHanne1 OFF
223. 7 3 73 RS 7 4 7 3 2 7 5 VI 7 5 7 5 6 kW 7 6 6kW 7 7 0 5V anaes a 7 8 7 10 7 3 3 7 11 6 kW 12kW 7 11 me 5 5 7 12 6kW 12 kW kn
224. 3 103 setting_location 1 10 Sed uence COunt 1 9999 Sedquence_number 1 10 status enable 16 step_number 1 99 6 12 PVD T SERIES step_time hh mm ss ss oO min s ms jS 10 ms 99h voltage Maximum MINimum mV p V V
225. RS 232 ENTER RS 232 RS 232 LCL RMT SYSTem REMote STATus REMote LOC RWL 221 Setting conflict 4 16 PVD T SERIES 4 3 2 GPIB GPIB IEEE GPIB RS 232 GPIB GPIB GPIB
226. SENSe lt channe1 gt VOLTage AC PROTect1on TRTPped DC OUTPut lt channe1 gt PROTection CLEar PVD T SERIES 621 6 3 5 SOURce lt channe1 gt VOLTage LTM1t HTGH lt vo1tage gt MAX1mum MTN1mum 8OURce lt channe1 gt VOLTage LIMit HIGH 8OURce lt channe1 gt VOLTage LIMit LOW lt vo1tage gt MAX1mum MTN1mum 1SOURce lt channe1 gt VOLTage LIMit TOW SOURce lt channe1 gt CURRent LTM1t HTGH lt current gt MAX1mum MINimum
227. 2 2 2 5 22 a a Ra a a i 2 7 3 3 3 1 5 0 3 1 PVD T SERIES IV 3 2 3 3 3 4 3 5 3 6 3 1 2 3 2 3 3 3 4 3 2 1 3 4 3 22 3 4 3 23 1 3 7 3 3 7 3 2 5 3 8 32 67 AR RN 3 8 3 NUM ee
228. 4 15 6 14 Beis a ss 6 50 3 7 3 22 3 22 7 2 3 4 3 4 ep 1 6 1 6 8 0 aa aga 6 51 3 8 US mae eS rs 3 22 3 22 6 52 3 8 gsas 3 23 6 60 3 1 1 12 6 40
229. CURRENT 0 0 A 0 0 A CURRENT 0 0 A ENTER VOLTAGE VOLTAGE 10V ENTER OUT ON OFF DC CURRENT 10 A CC V R DVM 1 V DVM R OUT ON OFF DC DVM 1 15 1 7 1 7 1 1 16 gt gt ks hs __ 2
230. ERROR 1911 ERROR 1922 ERROR 1922 5 5 3 Slave ERROR 1912 Current Share SlaveLost ERROR 1921 Current Share Master Lost 3 7 4 B 13 PVD T SERIES 5 7 5 8 PVD T SERIES GPIB RS 232 6 1 6 1 1
231. 7 2 1 5 y 30 C 5 V 60 C PVD T SERIES 40 V
232. 7 4 PVD T SERIES 7 3 2 SCPI 7 3 3 12 kW 7 1 1 MENU ERROR MSGS 2 MN 8 CALIBRATION ARRATION ENTER 0000 0 Incorrect code Code Code be EXIT 4
233. STATus lt channe1 gt STANdardiENAB N A le lt ESE word gt ESR STATus lt channe1 gt STANdard EVE N A Nt 250 Me SYSTem lt channe1 gt IDENtify IST Fist N A OPC N A OPC ASCTI 1 NA EE 488 2 1992 11 6 OPT NA SYSTem lt channe1 gt OPTIon 3 PRE
234. 1 10 RST SAV lt setting location gt SYSTem lt channe1 gt SAVE USER lt setting location gt 10 1 RCL lt setting location gt SYSTem lt channe1 gt RECall lt setting location gt Factory Preset 1 10 SDS lt setting location gt SYSTem lt channe1 gt SAVE DEFault lt setting location gt PVD T SERIES 6 23 6 3 7
235. IEEE 488 2 STB 6 RSQ STB MSS STB MSS RQS PVD T SERIES _ 6 55 6 13 1 Reserved 2 4 Reserved Error EVent Queue ERR IEEE NON ET Questionable Status Register QSR 2 Message Available MAV
236. CLS 7 19 4 7 3 1 Output V Cal 2 Factory Cal Factory Cal 3 Y Retore2Y IN SCPI CALibration RESTore PVD T SERIES 7 20 8 1 2 Vmax 0 103 0 85 0 87 8 1 1 6kW 8 1 6 kW 10V lt 60 V PVD10 600T PVD20 300T PVD40 150T PVD60 100T 0V 10V 0V 20V OV 40V OV 60V 0A 600A 0A 300A 0A 150A 0A 100A 6000 W 6000 W 6000
237. STATus OPERation RCONtrol 3 0 1 Analog Control Voltage DO 5 PS 4 7 1 2 Analog Control Current 2 3 6 2 4 GPIB CONrol OO 3 8 GPIB CONtrol with LLO GPIB RS 4 16 RS 232 CONrol So RYE RS 5 32 RS 232 Control with LLO 232 6 64 Multi channel CONtrol 7 128 EO 8 15 Not Used
238. ERROR MSGS MENU REMOTE CONFIG 2 ENTER REMOTE CONFIG 3 Analog Cfg ENTER Analog Cfg 0 SV 0 10V ENTER 4 0 5 V 0 5V 300 Q 0 100 USER LINES 12 V PROGRAM LINES 12 V 10mA USER LINES PROGRAM LINES Bl USER LINES A7 4 1
239. PON RECa11 LAST PRESet USE R lt setting location gt SEO lt sequ Factory Preset ence_number gt Last Setting User Setting Auto Sequenc A 14 SCPI PROGram lt channe1 gt SELiected NAME lt sequence number gt STATe_ RUN PAUSe STOP pp STEP NEXT N A STATe RUN EXIT N A STEP EXECuting N A DELete ALL NA
240. POWer_ lt power gt OVP OVP lt OVP_level gt OVP DWEh1 lt step time gt TRTG PVD T SERIES A 11 A 15 auX_ line_mnemonic None ON OFF CV CC CP OVOLtage UVOLtage OCURrent UCURrent OPOWer UPOWer FOLD SPRotatiion HTEMperature OTEMperature ACOFf UNRegulated channel 2 30 codeword 4 current MAXimum MINimum A mA pA
241. STATus lt channel gt OPERation RCONtrol NTRansition lt status enable gt STATus lt channel gt OPERation RCONtrol NTRansition PVD T SERIES 645 6 6 STATus OPERation CSHare 3 0 1 MASTer 2 SLAVe 2 15 Not Used 1 STATus lt channe1 gt OPERation CSHare EVENt 1 y STATus lt channe1 gt OPERation CSHare CONDition
242. TRTGger SOURoe BUS MANu a1 EXTerna1 IMMediate REPeat lt segquence count gt ONCE FORever INFinity PROGram lt channel gt SEOuenCeG Sequence number gt STEP lt step_ number gt DELete N A EDIT _ III lt voltage gt lt current gt lt power gt lt OVP_ 1 eve1 gt lt time gt TRTG INSert lt vo1tage gt lt curren t gt DOWer gt lt OVP_level gt lt N A step time gt TRIG CURRent lt current gt VOLTage_ Vo1tage gt
243. 10V SOURce12 VOLTage 10 0 A scPr lt channel gt IEEE 488 2 PVD T SCPI CLS IND OPT 2 RST TST2 RCL SAV SDS WAI E A 1 ul 1 PVD T SERIES 4 23 0
244. 3 19 5 4 A 3 eS SS A 10 8 1 12KW10V 60V 8 4 12KW80V 600V 8 5 6KW10V 60V 8 1 6KW 80V 600V 8 2 AC 8 7 GPIB Sa Ra SRS 8 16 8 11 8 13 1 22 8 8 8 1 8 18 8 18 Da 2 4 6 5 6 55 2 4 PVD T SERIES a 6 9 6 29 6 54 3 9
245. CANbus 1701 CANbus CANbus a CANbus AC AC 1703 CANbus 1704 CANbus 1703 CANbus CANbus CPU CANbus B 12 1800 1
246. CURRENT 2 ENTER Set 1 0 103 Outofranse 2 EXIT 12 kW 3 CV CC 3 2 6 POWER SETPT 103 3 6
247. IEEE 488 2 IEEE 488 1 NN i SCPI SCPI 6 2 PVD T SERIES 6 2 SCPI SCPI 6 2 1 SCPI 2
248. 2 8 PVD T SERIES PVD T SERIES 33 INPUT AC 34 1 5 2 9 2 10 PVD T SERIES 3 1 AC Factory Preset AC 3 1 1 5 AC
249. CPU 1302 1303 CPU B 8 CPU 1401 ColdFire B 9 1301 B 10 1601 PVD T SERIES CANbus B 11 CANbus
250. 3 4 8 CURRENT HLCURMT 7 VOLTAGE edie 12 PROT SET ALARM 15 18 4 VOLTAG 4 PS 14 EXIT 13 RECALL 20 MENU 19 ENTER 17 CE 16 5 VOLTAGE 6 CURRENT 9 STORE END 10 OUT ON OFF 2 3 5 VOLTAGE 2 2 PVD T SERIES PVD T SERIES 6 CURRENT 7 VOLTAGE RUN PAUSE RUN PAUS
251. 3 22 3 4 2 3 22 34 3 aa SAE EE Ss 3 23 RR RR 3 24 35 1 3 25 352 TONNE oe AA i 3 25 353 3 26 335 4 3 26 3 27 3 6 I mm 3 28 0 wt sae 3 29 PVD T SERIES 3 7 4 2 4 3 PVD T SERIES 3 30 3 6 2 3 30 3 30 2a aoa a dS a aaa 3 31 hs hs ns ann 3 31 3 6 3
252. A VOLTAGE UVP 3 ENTER UVP Set V 4 Y N ENTER S Dif trip Y 1 0 10 3 Out of range 2 EXIT 3 14 PVD T SERIES 3 3 4 OCP PROT SET ALARM OCP OCP 0A 3 10 OCP 1 PROT SET ALARM OVP V PROT SET ALARM
253. NA PRE lt status enab1e gt IEEE 488 2 N A 11 6 PSC 8STATus lt channe1 gt POSC1ear N PSC STATus lt channe1 gt POSC1ear lt on off state gt N A 0 1 RCL SYSTem lt channe1 gt RECa11 lt sett1 N A ng 1ocation gt RST NA 8YSTem lt channe1 gt RESet
254. 14 mm 7 PVD T SERIES 2 1 7 6 GND AC 14 mm GND AC 1 5 7
255. 3 26 ma 3 25 RN 3 25 6 10 NN EE 2 1 2 2 2 5 A 18 1 16 A 17 gt 2 2 A 16 a SE DD 3 1 5 4 i Ss 1 17 ns 6 10 3 2 5 7 WM ea 3 34 A 21 6 9 aces 2 5 3 36 1 12 Sa 3 2 emem 3 2 ua 3 3 6
256. CALibration ANALog 5V PROGram VOLTage LEVel MAX DVM CALibration ANATiog 5V PROGram VOLTage DATA lt voltage gt 7 14 PROGRAM LINES B5 B1 COM DVM 10 CALibration ANATiog 5V READback VOTTage LEVe1 MTN DVM CALibration ANATiog 5V READback VOLTage DATA lt voltage gt PVD T SERIES PVD T SERIES IF Im KN 90 CALibration ANALog 5V READback VOLTage LEVel MAX DVM CALibration ANALog 5V READback VOLTage DATA
257. 12 kW 80V 600V 120 mV Imax 005 3 Vmax 0 04 C 32 mV 40 mV 60 mV 240 mV Imax 0 06 C 90 mA 72 mA 48 mA 120 mV 24 mA 12 mA PVD600 20T 0 08 1 C 8 6 30 30 8 PVD T SERIES EE EI 8 2 AC AC 8 9 AC AC 190 V 242 V 38 3 GND AC208 V 47 Hz 63 Hz 35 Arms 70 Arms 0 95 kW 2 48 A 3 40A 1 2 AC 190 V 35 C 3 AC 208 V 25 C PVD T SERIES 8 7 8 3
258. 3 32 3 6 4 oases Sass 3 32 3 34 3 7 1 VOLTAGE CURRENT 3 34 3 712 3 34 2 II 3 35 3 35 3 7 3 hh ms 3 36 2 our seesss 3 36 3 36 3 74 3 36 0 3 37
259. 1 0 103 1 PROT SET ALARM OVP V PROT SET ALARM OPP 2 ENTER OE VOLTAGE CURRENT 3 OPP ENTER OPP Set W 4 Y N ENTER S Dif trip Y Outofranse 2 EXTT 3 3 7 UPP PROT SET ALARM UPP UPP 0 W
260. 3 4 3 32 3 32 3 30 7 2 8 15 6 37 OTP 3 13 6 53 SRR RR 4 5 6 9 6 6 3 14 3 15 3 16 8 15 4 3 2 5 3 36 3 2 2 6 47 A 17 6 6
261. A 5 A 14 0 6 5 eg a ni 4 3 a A 1 6 35 PVD T SERIES 5 6 4 6 5 Os 6 5 oe ea 6 uo aw 6 53 6 41 6 50 6 51 6 52 6 40 6 42 Sa eS 6 44 6 46 A 6 UN lunhlulli si A 15 3 3 3 1 6 41
262. 3 13 UPP 1 PROT SET ALARM OVP V PROT SET ALARM UPP 2 ENTER MM VOLTAGE CURRENT 3 UPP ENTER UPP SET W 4 Y N ENTER S Dif trip Y 1 3 16 0 103 Out of range 2 EXTT PVD T SERIES
263. 4 Edit Sequence ENTER Edit Sequence 5 ENTER Step 1 6 Edit Step ENTER Edit Step 7 ENTER S01 V 8 a ENTER S01 A 9 ENTER S01 W 10 OVP ENTER S01 V Set Step Time Wait for Trig 2 ENTER Step Time 12 Wait for Trig 13 ENTER MINORI hh mm ss ss ENTER 6 13 6 13 To Next Step EXIT 1 Set Step Time
264. 6 10 6 10 6 9 ea 6 5 6 5 SCPL ER SI 6 2 SENSE i SS RR 2 8 STORE 0 a a 8 oS 2 3 T TRIGGER 2 3 U GBP 3 15 UPP 3 16 USERLINES 2 8 4 10 4 5 User Setting 3 24 RV 3 4 UV i 3 14 V VOLTAGE 2 3 VOLTAGE 2 2 8 16 A 18 4 14 A 3 19 3 19 3 19 1 5 6 36 6 36
265. 8 18 A SCPIT A 1 A 1 SCPI A 1 VIII PVD T SERIES A 1 BE A 13 B 1 A 13 B2 A ie ERR RR A 14 A 14 A 15 A 16 ET LR RE I SE A 17 Ss A 17 nhn A 17 A 18 GPU A 18
266. A 12 PVD T SERIES i B B 1 PVD T SERIES FIFO Error 350 0 IEEE 488 2 114 3 4 CLS SCPI A 13 B 2 A 14 199 100 IEEE 488 2
267. No share Master Slave 5 1 Master 4 2 1 MENU ERROR MSGS MENU CURRENT SHARE 2 ENTER CURRENT SHARE No share Master Slave ENTER 3 No share Slave NoSHARE
268. 2 CANHI 7 CANLO 120 Q 1 4 W PVD T SERIES 4 21 2 RS 232 GPIB PC RS 232 GPIB 4 3 1 RS 232 4 3 2 GPIB 3
269. 6 kW 1 5000ps 12 kW OUT ON OFF 1 20 ms PVD T SERIES SLEW RATE 19 150 ps NG
270. A i et MM 600 V 1 8 1 5 30 C 1
271. Cfg No Share Cfg Master Cfg Slave LL POWER SETPT Set xxxx xW DISPLAYCFG Show V and I Show V andP Show I and P KNOB LOCKOUT LoCk V Knob Y LoCk V Knob N LoCkI Knob Y LoCk I Knob N SETPT LIMIT Voltage Limit High V Low V Current Limit High A Low A Power Limit High W Low W SLEW RATE Voltage slew dV V 5 0 1 dt us 1 5 pes 150 ps A 24 PVD T SERIES 3 4 9 Voltage def 1 150 xs L_ CALIBRATION L__ Code Output V Cal OutputICal
272. DC S D ACF DC S D OTP DC sa ALARM 3 3 1 OVP OCP OPP DC OVP ALARM DC 20 UVP DC UVP ALARM
273. MCH Cv CC STATem3 OPERation REGulate CONDtion SYST3 OPER REG COND PTY CV CC 1 DC OUTPut OFF 2 CANbus DTAGnostic MCHanne1 ON 3 sYsTmem3 REMote SOURce MCHanne1 4 SYS8Tem3 REMote STATe REMote 5 4 Maste LED CALibration3 STATe ON 00007 PVD T SERIES 7 17 1 DC CV
274. PVD T SERIES 6 61 6 62 PVD T SERIES 7 1 1 7 2 1 1 7 1 PVD T SERIES 7 2 2
275. Pmax 0 05 OVP Vmax 0 002 Vmax 0 002 Imax 0 002 8 8 PVD T SERIES Vmax 0 002 Imax 0 002 Pmax 0 05 TE EE RR AT Vmax 0 002 Imax 0 002 Vmax 0 1 Imax 0 5 Pmax 0 5 Vmax 0 1 Vmax 0 2 Imax 0 5 lt Vmax 0 15 TImax 0 5 Pmax 0 5
276. STATus lt channel gt OPERation PTRansition lt status enable gt STATus lt channel gt OPERation PTRansition 8TATus lt channe1 gt OPERation NTRansition lt status enable gt STATus lt channel gt OPERation NTRansition 6 38 PVD T SERIES CV STATus OPERation REGulating oo oN O MN r ow STATus OPERation SHUTdown CC CP Not Used Not Used Not Used Not Used Not Used Not Used Not Used Not Used Not Used Not Used Over VOLtage 0 Not Used Under VOLTage 1 Not Used Over CURrent 2 Not Used Under CURrent 3 Over POWer 4 Under POWer 5 AC Of 6 Over TEMperature M PROTection Summary SENSe 8 INTerlock FOLDback 9 COMMand Not Used 10 Not Used Not Used 11 Not Used Not Used 12 Not Used Not Used 13 Not Used Not Used 14 Not Used Not Used Not Used STATus OPERation SHUTdown PROTection Not Used Not Used Not Used Not Used Not Used Not Used o
277. 0V 3 8 OVP i SET ALARM OVP ENTER PV VOLTAGE OVP 2 ENTER OVP Set V 1 0 103 Outofranse 2 EXITT 3 3 3 UVP PROT SET ALARM UVP UVP 0V 3 9 UVP 1 PROT SET ALARM OVP V PROT SET ALARM UVP lt ENTER
278. 6 20 POW PROT UND STAT 6 20 POW PROT UND TRIP 6 20 POW TRIG aa 6 31 VOLT saa a Sas 6 16 VOLT LIM HIGH 6 22 VOLT LIM LOW 6 22 VOLT PROT 6 17 VOLT PROT TRIP 6 17 VOLT PROT UND 6 18 VOLT PROT UND STAT 6 18 VOLT PROT UND TRIP 6 18 VOLT SLEW INT 6 30 VOLT SLEW STEP 6 30 VOLT TRIG 9 6 31 CS 6 58 ESE SD a 6 58 SR 6 58 PU 6 14 oo 89 6 61 OPC S SS 3 9 6 60 PVD T SERIES MOPCY sas 6 60 HOPI osa 6 14 PRE 9 6 61 PSC aa 6 59 MPSCT ES NSS ss 6 59 RC Sa 6 23 RS aas ea 6 16 Mo 6 23 RODS 6 23 SRE am 6 59 SRB S So hs 6 59 STBI Ss a ss 6 60 MS 6 14 1 6 60 MEAS CURR se 6 17 MEAS CURR SUM
279. 7 2 10000 1 PVD T SERIES 7 3 f OTP AC ACF Output V Cal Output I Cal ANLG V PGM 5V 0 V 5V ANLGVRBSV 0V SV ANLGIPGMSV 0 V 5 V ANLGIRBSV 0V SV ANL
280. Edit Sequence ENTER Edit Sequence 3 ENTER Step 6 Delete Step ENTER Delete Step ENTER 7 Step Deleted 8 EXIT PVD T SERIES 3 31 3 6 3 3 30 1 MENU ERROR MSGS MENU AUTO SEQ PGM 2 ENTER MAR 6 ENTER 8 PA 4 Del Sequence ENTER Del Sequence 5 Yes No ENTER Delete
281. Vmax 0 01 8 mV 10 mV 15 mV 30 mV 60 mV Imax 0 05 37 5 mA 30 mA 20 mA 10 mA 5 mA 02 CZ 0 45 mV 55 mV 80 mV 155 mV 305 mV 95 mA 80 mA 60 mA 40 mA 30 mA Imax 0 1 20 mA Vmax 0 15 120mV 150 mV 225 mV 450 mV 900 mV Imax 0 5 375 mA 300 mA 200 mA 100 mA 50 mA 2 OHz 20 MHz 100mV 100 mV 150 mV 250 mV 350 mV ms 15 mV 20 mV 20 mV 30 mV 80 mV 320mA 230 mA 120 mA 50 mA 25 mA OVP Vmax 0 ov 88V ov 1lov ov 165V 0v 330V Ov 660V 110 6 0 89 0 90 0 90 0 91 0 91 1 0 3 2 0 2 3 AC 4 0 100 5 CC 10 100 6 8 2 PVD T SERIES 8 4 6 kW 80V lt 600 V
282. 3 14 mm 8 9 AC AC 13 AN hh 1 1 AC 6 kW 1 8 PVD T SERIES 12 kW PVD T SERIES
283. 300 V 600 V El 6 kW RNN SW RR N RR N Newtete N 1 8 300 V 600 V 12 kw 12 KW EE 1 6 1 9 6 KW 1 22 1 8 1 8 1
284. eae NN NN RAN NA RR B 6 kW 10 6 kW V 150V 1 6 PVD T SERIES 1 20 NN NN SNSSSSSSS RSS RSSSSSSSS 1 7 12 kW 10V 150 V 2 DC 6 kW 14 mm 12 kW 9 5 mm DC 6 kW 12kW AC
285. 1 9999 FOR TNE INFinity 9 9E37 PROGram lt channe1 gt SELected STEP lt step numlber gt INSert lt voltage gt lt current gt lt power gt lt OVP 1eve1 gt lt step time TRTG1 PROGram lt channe1 gt SELected STEP lt step number gt DELete PROGram lt channe1 gt SELected COUNt PROGram lt channe1 gt SEOueGnCG SGduGnC number gt STEP lt step_ number gt EDIT lt Vo1tage gt lt current gt lt power gt lt OVP 1eve1 gt lt time gt TRIG PROGram lt channe1 gt SEOuenCe SeduenCe numbper gt s ST
286. 4 2 13 A 13 A 18 A 15 A 18 A 17 A 16 A 17 A 20 CANbus A 19 CPU A 18 RE TN A 18 A 17 Eh saan a Rs A 14 A 19 6 6 3 27 A 18 3 30 A 10 3 31 3 31 3 29 2 0 W
287. 6 55 5 2 5 2 2 8 FE a 4 19 8 18 4 22 4 20 A 19 4 20 4 1 4 19 4 21 4 21 6 1 6 10 AV 2 4 3 4 A 17 9 0 A 10 4 5 7 3 4
288. A 1 0 103 3 4 3 SETPT LIMIT PowerLimit 103 3 3 19 1 MENU ERROR MSGS MENU ENTER SETPT LIMIT SETPT LIMTT MENU ENTER Power Limit Power Limit 4 ENTER Low Limit High W 5 ENTER Low W 1 3 103 PVD T SERIES 3 23 3 5
289. ENTER Low V 1 0 103 3 4 2 3 22 SETPT LIMIT Current Limit 103 0 PVD T SERIES 3 18 ENTER MENU Current Limit ENTER 1 MENU ERROR MSGS gt MENU SETPT LIMIT NM Current Limit CURRENT 4 ENTER Low Limit High A CURRENT 5 ENTER Low
290. 1 10 1 1 3 5 SEQ Auto Sequence 1 3 6 1 OUTPut PON RECa11 USER1 0UTPut BON RECa11 SEOuenoe1 OUTP PON REC 1 USER1 1 SEO1 PVD T SERIES 6 15 DC
291. 6 51 0 6 52 6 53 6 4 3 6 54 6 4 4 6 55 6 45 sass na nn nn 6 57 RRR 7 1 7 1 7 1 7 1 2 RS SE RS SS EE 7 1 7 2 2 2 7 2 3 oes a a RR SE 7 2
292. VOLTage LEVe1 MTNimum MAXimum VOLTage DATA lt current gt A 6 SCPI a 0UTPut lt channe1 gt PROTection CL N A PVD T SERIES A 5 A 7 SCPI OUTPut lt channe1 gt PROTecton FOLD DELay_ lt de1ay gt MODE NONE CCICP CV TRTPped NA A 8 SCPI INITiate lt channel gt MMediate
293. unused 3 5 2 3 21 1 RECALL User Setting ENTER User Set 2 ENTER User Set 10 1 None Saved 1 User Setting PVD T SERIES 3 25 3 5 3 3 22
294. 3 32 1 MENU ERROR MSGS MENU KNOB LOCKOUT 2 BNTER KNOB LOCKOUT i Yes No ENTER ok Eki Yes VOLTAGE 2 Yes No ENTER 4 Yes CURRENT LockI Knob Y Lock _ Knob NI 3 7 2 3 34 us 1 150 ps
295. DC 4 6 PVD T SERIES DC A7 B2 l 4 6 2 PROGRAM LINES DC12V 3 6 ul 1 Vcc Vcc 5 V 12 V 508 OO 0 4 W lm 10 mA max 20 mA sw 4 7 PVD T SERIES 4 7 B
296. On Last Setting Off Out ON N Out ON Y PVD T SERIES Cfg SenseProt Cfs Fold Prot Cfg AC Off A 21 User Settings User Set1 Out ON N Out ON Y User Set10 AUXline A Auto Sequence 1 None saved Auto Seql Auto Seq10 Factory Preset Out ON N Out ON Y S D RECOVERY OTP Latched ON Auto Recov ACF AC ua Auto Recov Latched Latched REMOTE SELECT RS 232 Analog V amp I Analog V Analog I GPIB IMultichannel REMOTECONFIG
297. PRESe 6 14 0s 1s 0s Os ls Os ls 1s 0s 6 57 IEEE 488 2 amp CLS SCPI 3 STATus lt channe1 gt CLEAr
298. 16 5 622 6 1 6 6 6 1 STATus OPERation 1 0 1 CALibrating CAL 1 2 Not Used 2 4 Not Used 3 8 Not Used 4 16 MEASuring 5 32 Waiting for TRIGger Summary MA TRIG 6 64 Not Used 7 128 NotUsed 55 RBGdlaite annai REG 8 512
299. 5 2440 mA 1240 mA 640 mA 440 mA Vmax 0 15 15 mV 30 mV 60 mV 90 mV Imax 0 5 6 A 3 A 1 5 A 1A 0Hz 20 MHz p p S 75 mV 75 mV 75 mV 100 mV ms 10 mV 10 mV 15 mV 15 mV 6 6200 mA 3200 mA 1500 mA 900 mA OVP V 10 3V V 20 6 V V 412V V 6 8 V Vmax 0 103 8 9 0 7 0 85 0 87 0 87 0 89 1 0 3 2 3 AC 0 100 4 5 3 l H 0 2 6 CC 10 100 7 8 4 H PVD T SERIES 8 6 12kW 10V 60V
300. CALibration ANATiod 5V PROGram CURRent DATA lt voltage gt 7 15 PROGRAM LINES B6 B1 COM DVM 2 10 CALibration ANATiog 5V READback CURRent LEVe MAX 3 DVM CALibration ANALog 5V READback CURRent DATA lt voltage gt 4 90 CALibration ANALog 5V READback CURRent LEVel MAX 5 DVM CALibration ANATiog 5V READback CURRent DATA lt voltage gt 0 10 V
301. CURRENT 1 2 VOLTAGE 10 V CV DVM OUT ON OFF DC DVM PVD T SERIES 1 6 4 0 1 DVM 0 2 10 A 1 Q PVD T SERIES OUT OFF OUT ON OUT ON OFF DC DVM
302. 0 BS 0 0V 5S 10 V pe 0 0V S710 V 1 0 2 PVD T SERIES 4 11 V 0V V 10V 0V 10V 0V V 10V 4 5 1 MENU
303. PVD T SERIES 0 5 OUTPut lt channe1 gt PROTection FOLD DELay lt de1aY gt OUTPut lt channe1 gt PROTection FOLD DELiay OUTPut lt channe1 gt PROTeot1on FOLD TRTPped OTP AC ACF DC OTP SENSe lt channel gt TEMPerature PROTection LATCh lt on off state gt SENSe lt channe1 gt TEMPerature PROTection LATCh OTP SENSe lt channe1 gt TEMPerature PROTect1on TRTPped AC ACF SENSe lt channe1 gt VOLTage AC PROTection LATCh lt on off state gt SENSe lt channe1 gt VOLTage AC PROTection LATCh ACF AC
304. 0 1 150 mA 120 mA 80 mA 40 mA 20 mA 5 005 5 mV 45 mV 55 mV 80 mV 155 mV 305 mV 340 mA 280 mA 120 mA 100 mA 60 mA max 0 2 40 mA Vmax 0 15 120 mV 150 mV 225 mV 450 mV 900mV Imax 0 5 750 mA 600 mA 400 mA 200 mA 100mA a 100 mV 100 mV 150 mV 250 mV 350mV rms 5 15 mV 20 mV 20 mV 30 mV 80 mV 6 640 mA 460 mA 240 mA 100 mA 30 mA MM AA ov 88V 0V IlOV 0V 165V 0V 330V ov 660V 7 0 89 0 90 0 90 0 91 0 91 1 0 3 2 0 2 3 AC 4 0 100 5 3 6 CC 10 100 PVD T SERIES 8 5 7 Imax 0 6 Vmax 0 02 8 8 H
305. 2 08 mm AWG24 AWG14 0 6 X 3 5 Xx PVD T SERIES 1 23 1 24 2 2 1 10 DC
306. 22 6 Pause VOLTAGE RUN PAUS 22 7 SEQ Set Set PVD T SERIES 2 5 2 6 22 8 Trigger 22 9 ERR 22 10 Set 22 11 ADR 22 12 LCL 22 13 SRQ GPIB 22 14 RMT 22 15 ALARM 22 16 OUT OFF DC 22 17 OVP DC 22 18 Interlock
307. FH HH FEE OO HLH OOO FH HPEH 1 HHEH HP i FLHFH HH FEH HHrHH HHrH rrH HHHrHH HHHHH HHH HH H HrHH H HH HHH HE oe ED HHo SE 2 1 O ll UXA AAUXB AUT Qo DR OVP OTP i lcrl aster Slave Pi Tri ms RMT OFF me ock as ON a 22 1 22 3 22 22 22 9 22 11 22 13 22 15 22 17 22 19 22 2 22 4 22 6 22 8 22 10 22 12 22 14 16 22 18 22 20 2 4 21 14 1 5 X 7 22 22 1 AUX A AUX A 22 2 Master 22 3 AUX B AUX B 22 4 Slave 22 5 AUTO
308. SCPI 8TATus lt channe1 gt STANDard EVENt 6 58 PVD T SERIES PVD T SERIES 0 1 p8C PSC SCPI STATus lt channe1 gt POSC1ea lt on off state gt 8STATus lt channe1 gt POSC1ear 2
309. SHUTdown Summary NT SHUT 10 1024 Remote CONtrol Summary 2 6 PON TAD 11 2048 CurrentSHare Summary AA 12 4096 NotUsed 13 8192 NotUsed 14 16384 PROGram Running 15 32768 NotUsed PVD T SERIES 697 gmTATus lt channe1 gt OPERation EVENt STATus lt channe1 gt OPERation CONDition STATus lt channe1 gt OPERat1on ENAB e lt status enable gt STATus lt channel gt OPERation ENABle sz
310. i PVD T SERIES RS 232 GPIB SCPT PVD T IFO2 PVD T 50 PVD T RS 232 GPIB 5 6kW 30kW ex 6kW 10 V 3000 A 600 V 50 A 12 kW 60 kW
311. iM M IM PVD 6kWatt PVD10 600T PVD20 300T PVD40 150T PVD60 100T PVD80 75T PVD100 60T PVD150 40T PVD300 20T PVD600 10T PVD 12kWatt PVD10 1200T PVD20 600T PVD40 300T PVD60 200T PVD80 150T PVD100 120T PVD150 80T PVD300 40T PVD600 20T IKIKUSUI XANTAREX Part No Z1 003 120 IB005852 1 1 2 9 This warranty is valid only in Japan N XANTREX
312. lt voltage gt DVM IM Im PROGRAM LINES B4 B1 COM DVM 0 5 V 10 CALibration ANALog 5V PROGram CURRent LEVel MIN DVM CALibration ANATiog 5V PROGram CURRent DATA lt voltage gt 4 5 V 90 CALibration ANALog 5V PROGram CURRent LEVel MAX DVM
313. 1 4 17 gt A 3 3 20 6 44 4 20 UE LT NS 1 23 6 37 6 1 6 5 3 7 A 20 A 5 sm 6 46 8 18 3 35 CD 5 3 18 PVD T SERIES
314. 3 12 PVD T SERIES None CC CC DC CV CV DC CP CP DC DC SENSE OUTPUT SENSE OUTPUT SENSE OUTPUT SENSE OUTPUT S V 0 V 0 5 V DC ALARM AC ACF AC AC ACF DC
315. DC OUTPut lt channe1 gt PON STATe lt on off state gt OUTPut lt ohanne1 gt PON STATe 3 2 DC RST SYSTem lt channe1 gt RESet 6 3 3 DC DC 8OURce lt channe1 gt VOLTage LEVe1 IMMediate AMPLitude lt vo1tage gt MAX1mum MTN1mum SOURce lt channe1 gt VOLTage LEVe1 IMMed1ate AMPL1tude 8OURce lt channe1 gt CURRent LEVe1 IMMediate AMPLitude lt current gt MAX1mum MTN1mum 8SOURce lt channe1 gt CURRent LEVe1 IMMediate AMPLi1tude SOURce lt channe1 gt POWer LEVe1 MMediate AMPLitude lt power gt MAX1mum MINimum SOURce lt channe1 gt POWer LEVe1
316. IMMediate AMPL1tude 6 16 PVD T SERIES MEASure lt channe1 gt SCALiar VOLTage DC MEASure lt channe1 gt SCALar CURRent DC MEASure lt channe1 gt SCALiar POWer DC DC DC OUTPut lt channe1 gt STATe lt on off state gt OUTPut lt channe1 gt STATe 6 3 4 OVP 8OURce lt channe1 gt VOLTage PROTection OVER LEVe1 lt vo1tage gt MAX1mum MINimum SOURce lt channe1 gt VOLTage PROTection OVER LEVe1
317. MINimum LIMit LOW lt voltage gt MAXimum MINimum SOURce CURRent VOLTage 2 PROTection LIMit 3 SOURCE CURRENT LIMTT HIGH 6 4 PVD T SERIES
318. OTP False 1 2 103 3 6 6 31 PVD T SERIES 3 2 3 CONFIG 3 3 1 MENU ERROR MSGS MENU PON CONFIG ENTER 2 ONCONFIG 3 2 4 VOLTAGE VOLTAGE
319. SENSe lt channel gt VOLTage PROTection ACF LATCh lt on off state gt ACF DC TRTPped ACF N A PVD T SERIES A 9 A 12 SCPI 0UTPut lt channe1 gt AUXiliary A B POLarity_ HIGH LOW SOURce lt aux line mnemonic gt STATe N A A 13 SCPI AIN OUTPut lt channe1 gt DC STATe lt on off state gt DC PON STATe lt on off state gt DC
320. TRIG SOUR 6 32 UTP PROT FOLD DEL 6 21 A AC ACF 3 13 ALARM 2 3 AUTO SEQUENCE 3 4 C CANBDUS 2 8 A 19 CC 2 6 3 2 ao 2928 ea 2 4 CPU A 18 CP 2 6 3 3 CURRENT 2 3 CURRENT 2 3 CV 2 6 3 2 D DCOUTPUT 2 8 IDG a 3 9 E END 2 3 ENTER 2 4 EXIT 2 4 F Factory Preset 3 6 3 4 PVD T SERIES G GEIB Sa 2 8 a 4 1 RS 4 17
321. 100 amp 2 5 5 1 PVD T SERIES 5 5 5 4 GPIB IF02 PVD T IEO1 PVD T GPIB OUT ON OFF PVD T
322. 14 CURRent Summary Not Used 15 Not Used POWer Summary TEMPerature Summary STATus QUEStionable POWer otsed Not Used Not Used CALibration Not Used Not Used AC Off UNRegulated 12 Not Used 13 Not Used 14 Not Used 15 oo CN STATus QUEStionable Over POWer Under POWer Not Used Not Used Not Used Not Used Not Used Not Used Not Used Not Used Not Used Not Used Not Used 12 Not Used 13 Not Used 14 Not Used 15 2 to Status Byte bit 3 oo O oo CN Over TEMperature 0 High TEMperature 1 Not Used 2 Not Used 3 Not Used 4 Not Used 5 Not Used 6 Not Used 7 Not Used 8 Not Used 9 Not Used 10 Not Used 11 Not Used 12 Not Used 13 Not Used 14 Not Used 15 6 3 STATus QUEStionable TEMPerature PVD T SERIES _6 49 Nl 6 8 STATus QUEStionable VOLTage 6 2 0 1 Over VOLtage
323. 5 6 kW 30 CANbus 32 GPIB gt 26 SENSE 29 PROGRAM LINES 92 GB 28 USER LINES 31 RS 232 d r FT O Oo Oo Oo o 5 o o a hE nlh dn ida o Im TH mm OO
324. 6 35 641 6 37 6 40 6 41 6 42 6 44 6 46 6 4 2 6 47 6 50
325. AC ACF AUX A AUXB VOLTAGE CURRENT 6 31 3 24 PVD T SERIES 3 5 1 3 20 STORE STORE ENTER 2 Set 1 unused Set 2 unused Set2 RNNN 2 unused Set2 Set 2
326. AVOL ACUR AVC OUTPut lt channe1 gt AUX111ary A B SOURce lt aux line mnemonic gt OUTPut lt channe1 gt AUX111ar A B gt SOURce OUTPut lt channe1 gt AUX111ary A B POLar1ty HIGH LOW OUTPut lt channel gt AUXiliar Al B gt POLarity HIGH 1 LOW O OUTPut lt channe1 gt AUX111ar A B gt STATe PVD T SERIES 6 33 6 3 10 SOURce lt channe1 gt COMB1ne CSHare MOD NONE MASTer SLAVe SOURce lt channe1 gt COMBine CSHare MODE PVD T MEASure SCALiar CURRent DC SUM 6 3 11
327. Last N BNTBR Out ON N Setting 10 1 ENTER 4 User Setting User Set Y Out ON N N ENTER Auto Sequence 10 0 1 ENTER Auto Seq HR 1 Factory Preset Out ON Y DC PVD T SERIES 3 5 3 2 Factory Preset 0 0V 0 0A
328. OFF 0V 0A DC DC OUT ON OFF 4 2 OUT ON OFF 1 20 ms PVD T SERIES 3 9 3 3 OVP OCP OPP
329. Output V Cal 4 0000 Output VCal EXIT 7 2 1 Output V Cal 2 Change Code Change Code 3 4 ENTER Code 4 Output V Cal PVD T SERIES 7 5 6 kW 7 6 IP 2 Output V Cal ENTER ENTER
330. POSC 6 59 STAT PRBS 6 57 STAT SBYT 6 60 STAT SREBO ENAB 6 59 STAT SRBO ENAB7 6 59 STAT STAN BNAB 6 58 STAT STAND7 6 58 SYSTECOMM APR LBV 6 33 SYST COMM GPIB ADDR 6 33 SYSTECOMM GPIBPONS 6 33 SYST COMM SER BAUD 6 32 SYST COMM SER PACE 6 32 SYST ERR 6 34 SYST IDEN 6 14 SYST OPTI 6 14 1 2 SYST REC 6 23 SYST REM SOUR 6 33 SYST REM STAT 6 32 SYST RES 6 16 SYST SAVE 6 23 SYST SAVE DEF 6 23 SVSTTESTY 2 a Ns RR RR RR 6 14 SYST VERS Rs 6 14 SYSTLWATT 6 60
331. SCPI Ser OTP ACF ENTER Baud ENTER Flow Ct1 None Hdwn XON GPIB Addr ENTER PON SRQ N Y Lock V Knob IKnob Limit High Low ENTER PVD T SERIES A 25 A 26 PVD T SERIES COMB CSH MODE 6 34 CURR 5 6 16 CURR LIM HIGH 6 22 CURR LIMLOW 6 22 CURR PROT 83 6 18 CURR PROT STAT 6 18 CURR PROT TRIP 6 18 CURR PROT UND 6 19 CURR PROT UND STAT 6 19 CURR PROT UND TRIP 6 19 CURR TRIG 3 6 31 POW NN 6 16 POW LIM HIGH 6 22 POW LIMELOW 6 22 POW PROT aneAI 6 19 POW PROT STAT 6 19 POW PROT TRIP 6 19 POW PROTEUND
332. SQRS APRS 2 RY 0 GPIB 2 ms BE IEEE488 1 3 3 8 15 DIO1 EOI DIO2 DAV DIO3 NRED DIO4 NDAC DIOS REN DIO6 IFC DIO7 SRQ DIO8 ATN 1MB lt 0 5 V 48 mA ul 2 4 V 3 2 mA
333. Seq Y Sed Erased 2 6 3 6 4 3 31 RECALL Auto Sequence ENTER 1 Auto Sed 10 1 Ef ENTER TA 3 OUT ON OFF DC ON 4 VOLTAGE RUN PAUSE V A 5 EXIT 3 PAUSE VOLTAGE RUN PAUSE
334. TRIGgered AMPLitude lt power gt MAXimum MINimum DEFault SOURce lt channe1 gt VOLTage LEVe1 TMMediate AMPLitude lt vo1t age gt MAX1mum MTN1mumr TRIGgered AMPLitude lt vo1tag e gt MAX1mum MINimum DEFault SOURce lt channe1 gt VOLTage SLEW dV STEP lt s1ewrate vo1tage gt MAX1 mum MINimum DEFau1t dT INTerva1 lt s1ewrate interva1l gt MAXimum MTN1mum DEFault PVD T SERIES A 3 A 3 SCPI SOURce lt channe1 gt CURRent PROTect1on OVER TEVe1 lt current gt MAX
335. TRTG SOURce BUS EXTerna1 TMMediate NONE DEFault V A W VOLTage PROTeCt1on lt voltage gt MINimum MAXimum DEFault SOURce VOLTage TRTGgered lt vo1tage gt MTN1mum MAX1mum DEFault CURR MIN 6 9 ASCT
336. W 6000 W Vmax 0 01 1 mV 2 mV 4 mV 6mV Imax 0 05 300 mA 150 mA 75 mA 50 mA 200G22 0 10 mV 15 mV 25 mV 35 mV hnax 0 1 20mA 620mA 320 mA 170 mA 120 mA Vmax 0 15 15 mV 30 mV 60 mV 90 mV Imax 0 5 3000 mA 1500 mA 750 mA 500 mA 0Hz 20 MHz 75 mV 75 mV 1 pp m m 75 mV 00 mV rms 10 mV 10 mV 15 mV 15 mV 3 3100 mA 1600 mA 750 mA 450 mA OVP OV 10 3V OV 20 6V OV 41 2V OV 6 8V 1 0 3 2 0 2 3 AC 4 0 100 S CC 10 100 6 PVD T SERIES H 8 1
337. 1 mum MINimum OVER STATe lt on off state gt DC OVER TRTPped NA UNDer hEVe1 lt current gt MAXim um MINimum UNDer STATe lt on off state gt DC ONDer TRTPped JR N A SOURce lt channe1 gt POWer PROTection OVER LEVel lt power gt AAXimu m MINimum OVER STATe lt on off state gt DC
338. 1 MENU ERROR MSGS MENU POWER SETPT 2 ENTER Set W 3 ENTER Set W 1 3 103 Outofranse 2 EXIT 3 8 PVD T SERIES EE 3 2 7 DC OUT ON OFF OUT ON OFF DC DC OUT ON DC OUT
339. 13 OTP 3 13 3 14 3 3 2 OVP 3 14 3 3 3 _ UVP lt 3 14 3 3 4 OCP 0 3 15 3 3 5 _ UCP 3 15 3 3 6 OPP 5 3 16 3 3 7 UPP 3 16 3 3 8 3 17 3 3 9 3 17 10 3 18 NRDON DR SS A SS 3 19 3 19 0O SS 3 20 3 4 1
340. 2 PVD T SERIES PROGRAM LINES PROGRAM LINES MC 1 5 6 ST 3 81 0 14 mm 1 5 mm AWG28 AWG16 0 4 mm X 2 5 mm X 2 1 2 7 mm 3 4 5 6 7
341. 2 GPIB IEEBE 488 2 SCPI SCPI SCPI QSR OSR SBR SESR PVD T SERIES 8 15 8 7 2 GPIB IF01 PVD T 84220 1 30 GPIB SRQ IEEE 488 2 6 4 6 GPIB SRQ SROQ
342. 27 PROG SEQ TEP POW 6 27 PROG SBO TRIG SOUR 6 28 PROG STAT 6 29 PROG STEP 6 24 PROG STEPICURR 6 24 PROG STEPDEL 6 26 PROG STEP DWEL1 6 25 PROG STEP EXEC9 6 29 PROG STEP INS 6 26 PROG STEP NEXT 6 29 PROG STEPIOVP 6 25 PROG STEP POW 6 25 PROG STEP VOLT 6 24 PROG TRIG SOUR 6 25 SENSE TEMP PROT LATCH 6 21 SENSE TEMP PROT TRIP 6 21 SENSE VOLT AC PROT LATCH 6 21 SENSE VOLT AC PROT TRIP 6 21 STAT CLEA 6 58 STAT OPER COND7 6 38 STAT OPER ENAB 6 38 STAT OPER NTR 6 38 STAT OPER PTR 6 38 STAT OPER 6 38 STAT POSC 6 59 STAT
343. 4 a 2 ry Ss CANBUS CANBUS CANBUS 2 3 50 4 10 PVD T ERROR 1802 Multichannel address taken 4 22 PVD T SERIES
344. 8 mm 13 30 mm AWG14 AWG6 0 8 mm X 5 5 mm X ex AWG 10 5 26 mm2 lt 105 C AC 600 V 1 6 PVD T SERIES 12 KW AC Eagle Connector B series Terminal Block 2 08 mm2 lt 13 30 mm AWG14 AWG6 0 9 mm X 6 0 mm X 4 ex AWG6 13 30 mm lt 105 C AC 600 V 6 kW 1 IN AC 200V AC 190 V 242V 47 Hz 63 Hz POWER 130 mm 150 mm
345. 8OURce lt channe1 gt CURRen LIMit HIGH 8OURce lt channe1 gt CURRent LIMit LOW lt current gt MAX1mum MTN1mum 1SOURce lt channe1 gt CURRent TITM1t TOW 1SOURce lt channe1 gt POWer LTM1t HTGH lt power gt MAX1mum MINimum SOURce lt channe1 gt POWer LIMit HIGH 1SOURce lt channe1 gt POWer LTM1t TOW lt power gt MAX1mum MTN1mum SOURce lt channe1 gt POWer LIMit LOW 6 22 PVD T SERIES 6 3 6 User Setting 10 3 5
346. 95 6kW 19 133 mm 12 kW 266 mm PVD T RS 232C GPIB P 1 P 1
347. AC 9 5 mm GND AC E 1 5 3 9 5 mm AC ul 1 11 AC 1 9
348. C 0 1 Complete Event 800 Operation Complete OPO 1 2 Request Control RQO NA Guty Error 2 4 0YE B 4 3 8 Dependent Error B 3 DDE Execution Error 4 16 EXE B 2 IEEE 488 2 nd Ear 5 32 CME IEEE 488 2
349. E 8 CURRENT TRIGGER TRIGGER 9 STORE END END VOLTAGE RUN PAUSE 10 OUT ON OFF Ek 11 LCL RMT
350. E 488 2 11 6 16 IST 1 IST PRE lt status enable gt PRE PRE8 3 3 IST
351. ELected STEP lt step_ number gt VOLTage lt voltage gt PROGram lt channel gt SELected STEP lt step_number gt VOLTage PROGram lt channe1 gt SELected STEP SteD number gt s CURRent lt current gt PROGram lt channel gt SELected STEP lt step_number gt CURRent 6 24 PVD T SERIES PROGram lt channe1 gt SELected STEP lt step numbe gt POWG lt power gt PROGram lt channe1 gt SELected STEP lt step_number gt POWer OVP OVP 3 PROGram lt channe1 gt SELected STEP SteD numDbe gt OVP lt OVP level gt PROGram lt channel gt SELected STEP lt step_number gt OVP
352. EP lt steD numbper gt EDIT 6 26 PVD T SERIES PROGram lt channe1 gt SEOuenCe SeGduenCe numDer gt STEP lt SteDp number gt VOLTage lt voltage gt PROGram lt channe1 gt SEQuence lt sequence_number gt STEP lt SteDp number gt VOLTage PROGram lt channe1 gt SEOuence lt seduenCe number gt STEP SteD number gt CURRent lt current gt PROGram lt channe1 gt SEOuence lt SeqduenCe number gt STEP lt step_ number gt CURRent PROGram lt channe1 gt SELected STEP lt step_number gt POWG lt power gt PROGram lt channe1 gt SELected STEP lt step_number gt s POWer OVP OVP PROGram lt channe1 gt
353. G V PGM 10V 0 V 10 V ANLGVRB10V 0V 10V ANLGIPGM10V 0 V 10V ANLGIRB10V 0V 10V PVD T SERIES 7 3 EE 7 3 1 6 DVM 0 1 0V 10 V 7 1 7 1
354. GET TRG 6 31 3 25 1 MENU ERROR MSGS MENU AUTO SEQ PGM 2 ENTER AUTOSEQ RGM a ENTER i 4 Trig Source ENTER Trig Source 5 Man Ext Imm Bus Trig F ENTER MM EXIT 9 PVD T SERIES 3 29 3 Once 1 Times 2 9999 Forever 3 26
355. IES 3 1 NN 7 ul 1 3 1 2 3 CV VSET PF9 Eo 0 o gt Io 3 1 ISET VL ML To 3 2 PVD T SERIES PVD T SERIES CP
356. INES USER LINES DC 2 4 2 USER LINES A1 AuxA mA A2 AuxB mA A3 DC4V 12V A4 Hi 10 mA Max 20 mA AS Lo A6 DCSV 12V A7 USER LINES DC VCC_USER R24 U4 4K65 1 A7 R39 5 a CNY17 2 SVC 199K leNp_usER R94 et VCG_USER 5VC R23 END6 ij 4K65 R29 AUX_STATUS_A AUX_STATUS USER LINES GND_USER 511 2 a CNY17 2 199K GND_USER R95 0 4W 1 5VC U2 CNY17 2 1 508 O
357. LT SLEW STEP 1 VOLT SLEW INT 100000us PVD T PVD T 8OURce lt channe1 gt VOLTage LEVe1 TRTGgered AMPLitude lt vo1tage gt MAX1mum MTN1mum DEFault SOURce lt channe1 gt VOLTage LEVe1 TRITGgered AMPL1tude 1SOURce lt channe1 gt CURRent LEVe1 TRITGgered AMPL1tude lt current gt MAX1mum MTN1mum DEFault SOURce lt channe1 gt CURRent LEVe1 TRTGgered AMPL1tude
358. OURce lt channel gt CURRent PROTection OVER LEVe1 SOURce lt channe1 gt CURRent PROTection OVER s STATG lt on off state gt 1SOURce lt channe1 gt CURRent PROTection OVER STATe 1SOURce lt channe1 gt CURRent PROTection OVER TRTPped 6 18 PVD T SERIES UCP SOURce lt channe1 gt CURRent PROTection UNDer LEVe1 lt current gt MAX1mum MINimum SOURce lt channe1 gt CURRent PROTect1ton UNDer LEVe1 80URce lt channe1 gt CURRent PROTection UNDer STATG lt on off state gt 8OURce lt channe1 gt CURRent PROTection UNDer sSTATeG
359. PROTection UNDer LEVe1 1SOURce lt channel gt POWer PROTection UNDer STATe lt on off state gt 8OURce lt channe1 gt POWer PROTection UNDer STATe 1SOURce lt channe1 gt POWer PROTection UNDe TRTPped DC DC OUTPut lt channe1 gt PROTection FOLD MODE NONE CC CP CV OUTPut lt channe1 gt PROTection FOLD MODE NONE CC DC CV DC CP DC 6 20
360. S 232 None NONE Hdwr HARD CTS DTS XON XON XOFF 4 8 RS 232 1 MENU ERROR MSGS MENU REMOTE CONFIG 2 ENTER REMOTE CONFIG 4 ENTER RS 232 Cfg 5 ENTER Baud None Hdwr 6 XON ENTER Flow Ctl None RS 232 4 9 RS 232 1 MENU ERROR MSGS MENU REMOTE SELECT 2 ENTER REMOTE SELECT 3
361. SEOuenCe SeGduenCe numDer gt STEP lt step number gt OVP lt OVP level gt PROGram lt channel gt SEQuence lt sequence_number gt STEP lt step_ numbDer gt OVP PROGram lt channe1 gt SEOuenCe SeGduenCe numDer gt STEP lt step number gt DWEL lt step time gt TRTG PROGram lt channe1 gt SEOuence lt SeqduenCe number gt STEP lt step number gt DWEL1 PVD T SERIES 6 27 Nl 7 NT PROGram lt channe1 gt SEOuenCe SeGduenCe numDer gt TRTGger SOURce BUS MANua1 EXTerna1 IMMediate PROGram lt channe1 gt SEOuence lt sequenCe number gt TRTGger SOURCe BUS GPIB GET TRG MANual TRIGGER EXTernal IMMediate SCPI TNIT IMM TRG IEEE 488 1 Group Execute Trigger
362. TATus lt channe1 gt OPERat1on SHUTdown Copition 6 3 ENAB1e lt status enab1e gt EVENt N A NTRansition lt status enable gt PTRansition lt status enable gt STATus lt channel gt OPERation SHUTdown PROTection CONDition 6 4 ENAB1e lt status enab e gt EVENt N A NTRansition lt status enable gt PTRansition lt status enable gt PVD T SERIES A 7 A 10
363. aS Rs 5 3 kas aaa 2 i a a a os 5 3 NM asa 5 4 5 4 4 5 3 2 5 4 5 4 5 4 5 5 5 5 J EV 5 5 9 5 6 5 4 1 5 6 5 4 2 6 0 9 DC 0 2 5 6 5 4 4 5 6 a Sa 5 7 5 5 1
364. andard Commands for Prosrammable Instruments ASCII SCPI SCPI A DMM B DMM SCPI ISO OSI SCPI IEEE 488 1 IEEE 488 2 SCPI IEEE488 2 IEEE 488 2 IEEE 488 1 6 1 IEEE 488 1 OSI
365. down PROTection PTRansition lt status enable gt STATus lt channel gt OPERation SHUTdown PROTection PTRansition STATus lt channe1 gt OPERation SHUTdown PROTection NTRansition lt status enable gt STATus lt channe1 gt OPERation SHUTdown PROTection s NTRans1 1on 6 43 Ji 7 AN PVD T SERIES 1 6 5
366. hm R12 R7 R4 R1 127R 127R 127R 127R A 4 2 199K R96 USER_TRIG GND_ USER SVC C1 4ke65 8 1uFT Npe eNpc 0 4W R6 SVG Cs 508 Ohm R5 R2 R3 127R 127R 127R 127R NANA NA A Vf 1 3 V typ 1 5 Vmax T 10 mA E 20 mA 4 4 4 5 DC DC USER LINES A4 Hi A5 Lo DC DC OUT ON OFF DC OUT ON OFF
367. le gt STATus lt channel gt QUEStionable ENABle STATus lt channe1 gt OUESt1onab1e PTRanS1tion lt status enable gt STATus lt channe1 gt OUEStionab1e PTRansition STATus lt channel gt QUEStionable NTRansition lt status enable gt STATus lt channel gt QUEStionable NTRansition 6 48 PVD T SERIES Over VOLtage Under VOLtage Not Used Not Used Not Used Not Used Not Used Not Used Not Used Not Used Not Used Not Used Not Used 12 Not Used 13 Not Used 14 Not Used 15 STATus QUEStionable VOLTage oo STATus QUEStionable CURRent Over CURrent Under CURrent Not Used Not Used Not Used Not Used Not Used Not Used Not Used Not Used Not Used Not Used Not Used 12 Not Used 13 VOLTage Summary Not Used
368. nne1 gt TEST WAI SYSTem lt channe1 gt WATT N A OPC A 2 SCPI MEASure lt channe1 gt SCALar CURRent DC N A POWer DC N A VOhTage DC N A A 3 SCPI SOURce lt channe1 gt CURRent LEVe1 IMMediate AMPL1tude lt curr ent gt MAXimum MINimum TRIGgered AMPLitude _ lt curren t gt MAX1mum MINimum DEFault SOURce lt channel gt POWer LEVe1 IMMediate AMPLitude lt powe gt MAX1mum MINimum
369. o oO nm 2 A STATus OPERation RCONtrol Analog Control Voltage Analog Control Current GPIB Control GPIB Control wth LLO RS 232 Contol RS 232 Control wth LLO Muli channel Control Muli channel Contol wih LLO Not Used Not Used Not Used Not Used Not Used Not Used Not Used Not Used MASTer SLAVe Not Used Not Used Not Used Not Used Not Used Not Used Not Used Not Used Not Used Not Used Not Used Not Used Not Used Not Used 6 2 PVD T SERIES oo oo Oo lt A 2 CALibrating Not Used Not Used Not Used MEASuring Waiting for TRIGger Not Used Not Used REGulating Summary SHUTdown Summary Remote CONtrol Summary Current SHare Summary Not Used Not Used PROGram running Not Used oO o NOMNARWNMN w MN rr to Status Byte bit 7 STATus OPERation SEN on rum nm 3 15 STATus OPERation CSHare STATus OPERation 6 39
370. on PVD T SERIES 6 41 k 8TATus lt channe1 gt OPERation SHUTdown NTRansition lt status enable gt STATus lt channe1 gt OPERation SHUTdown NTRansition 6 4 STATus OPERation SHUTdown PROTection I 0 1 Over VOLTage 1 2 Under VOLTage 2 4 Over CURrent 3 8 Under CURrent 4 16 Over POWer 5 32 Under POWer 6 64 AC Off AC 7 128 Over TEMPerature
371. onab1e VOLTage PTRansition Nd STATus lt channe1 gt OUEStionab1e VOLTage NTRansition lt status enable gt STATus lt channel gt QUEStionable VoLTage NTRansition 6 50 PVD T SERIES 6 9 STATus QUEStionable CURRent R 1 1 OverCURrent 1 Ua Cup sa nder CURrent 2 15 Not Used STATus lt channe1 gt OUEStionab1e CURRent EVENt
372. s a SD 8 7 8 3 8 8 8 4 8 11 8 5 8 12 8 6 RRR 8 13 6 CEW ER aa Rd naa a RR ER Sin 8 13 86 2 12kEW EP NS SE SE SR EE 8 14 87 8 15 8 7 1 8 15 IEEE 488 2 8 15 SCPI 8 15 8 7 2 GPIB IFO1 PVD T 84220 Hu 8 16 8 16 8 16 SSR RR 8 16 8 17 8 17 87 3 IF02 PVD T 84310 8 18 8 7 4
373. ting gt IDN SDS OPC SRE lt enable_mask gt OPC SRE OPT STB PRE lt enable_mask gt TRG PRE TST PSC lt on_off_state gt WAI 6 3 6 2 3 OS I 1SOURce CURRent PROTection 0VER LEVel lt current gt MAX1mum MINimum LIMit HIGH lt current gt MAXimum MINimum VOLTage PROTeotion UNDe LEVe1 lt vo1tage gt MAX1mum
374. us lt channel gt OUEStionab1e POWer ENABle lt status enable gt STATus lt channel gt OUEStionab1e POWer PTRansition STATus lt channe1 gt OUEStionab1e POWer PTRansition lt status enable gt STATus lt channe gt OUESt1onab1e POWer NTRanS1tion smATus lt channe1 gt OUEStionab1e POWer NTRansition 6 52 PVD T SERIES 6 11 STATus QUEStionable TEMPerature 0 0 4S Derature gt High 90
375. utput1l Cal ENTER ENTER 10 DVM ENTER 90 DVM ENTER SV 7 7 0 5V 7 8
Download Pdf Manuals
Related Search