取扱説明書／6.3MB
Contents
1.2. 20 cm 1 DC INPUT 2 S S 10 8 FRAME CONT 9 CH CONT RS232C STRIP GAUG8 N Mag KIKUSUMELECTRONMVS CORP Nei ADE I
3. 20 cm 20 POWER POWER
4. N
5. PLZ U CDPVT Il 1 1 1 1 RR 1 2 1 2 1 2 1 3 1 3 14 0 EE 1 5 2 2 1 2 1 2 2 2 1 1 2 2 212
6. Part No KE RY
7. 30 A ICO _ ID IF 2 18 POWER
8. edi 0 0 5 1 SHIFT S START 522 ENTRY S START SHIFT SLEW RATE S START ms LED IM 5 2 PLZ U
9. S 10 2CH CONT LCL LOL IMEI LOAD UM INDEP LOAD 4 2 INDEP LOAD LOAD 2 INDEP INDEP PLZ U 4 3 ES 5 INDEP
10. Line Voltage 100V 200V
11. 11 12 10 ELECTRONIC LOAD PLZ 3OF 13 1 SW 9 13 13 2 SEQ 13 3 STORE 5 RANGE V RANGE 7 4 3 CV CV ROBE 14 AB C 4 2 CR AS 4 1 CC 8 SHIFT 6 SET 16 1 SLEW RATE 1 16 S STAT 15 1 SW ON SEQ 16 2 0CP OPP 15 2 LEVEL STEP UVP LL_S START _oPP 17 1 EXT 15 3 FREQ TIME 17 17 2 RMT JR 1 yrocR 17 3 KEY LOCK 15 4 DUTY RPT 18 1 RECALL STORE 18 18 2 ENTER 18 3 LOCAL KEY LOCK 0 2 18 4 CLEAR CONFIG 2 REMOTE 1 POWER 3 1 PLZ U SHIFT
12. OCP OPP OVP UVP OHP RVP OCP OPP UVP 1 4
13. 3 4 2 7 1 3 7 1 4 10000 1 PLZ U 7 3 7 2 7 3 7
14. CR CV CP 5 11 0 1A
15. HF 0 6V lt DC150 V ee 2 PLZ U 2 12 2 15 2 8 2
16. PLZ U 2 2 D POWER 20 kg
17. ENTRY 5 7 2 5 5 8 UVP 4 2 V2 V1 UVP 0 gt T2 1 5 7 UVP 1 UVP 2 UVP 4 4 3 3 9 IDI
18. 1 4 PLZ U GPIB RS 232C GPIB RS 232C 1 4 ul 1 1 KRB3 PLZ S0F EIA 1 1 KRB150 PLZ 50F JS KRB3 PLZ 30F EIA 1 2 KRB1s0 PLZ 30F JS KRB3PLZF KRBIOPLZ3OE mm 1 1
19. SOURce CURRent MTN1imumzVOLTage MTN1mum CURRent MTNimum VOLTage MTNimum SCPI CURRent MTN1mum MEASure CURRent 1 256 SCPI 1 lt gt lt gt
20. PLZ U CURRent lt current gt MTN MAX 6 7 ul i V A OHM SIE W HR MIN S A US PCT AUS US M K U SI IEEE SCPI
21. ss L 2 10 lt AI AT
22. ABC INDEP 2 SHIFT A B C SHIFT A SHIFT B SHIFT Q ABC ABC
23. INST COUP INST INST NSEL INST COUP INST TINST NSEL 77 Hf Dl INSTrument COUPle lt list gt ALL NONE INSTrument COUPle lt list gt CH1 CH2 CH3 CH4 CHS ALL NONE v CH1 CH3 TNST CH1 INST COUP CH1 CH3 PLZ U 6 17 INST CAT TN8STrument CATa1og INST CAT FULL INSTrument CATalog FULL INST CAT FULL 1 3 CH1 1 CH3 3
24. A B C 5 2 ABC LOAD LOAD LOAD LED 4 7 DUT DUT PLZ70UA 4 8 DUT DUT CC PLZ70UAr 4 4 DUT 0 V PLZ70UA
25. 7 1 2 lt ZN 1 7 1 7 2 PLZ U ID 7 2
26. 2 11 PLZ U DE R 10 0 C 100 F 2 11 PLZ U PLZ U MI IN Dl DC150V DC150V
27. 2 CH1 CH2 LOAD LED PLZ U PLZ U 7 LOAD LED 8 POWER POWER POWER
28. U lt new Hine gt ASCII 0x0A EOI end or identify RS 232C EOI lt new line gt SCPI CR ASCI 0xO0D IEEE 488 2 SCPI 1 PLZ U 6 5 6 3 2
29. M3 10 2 4 1 3 M3 10 2 nl Cl PLZ U 2 7 2 5 2 8
30. RST OFF O 6 24 PLZ U ABORt RST DCL XXX TRIG INIT IMM INIT CONT ON GET TRG 6 2 INIT CONT INP TRIG OUTP TRIG INPut STATe TRIGgered OFF ON 0 1 OUTPut STATe TRIGgered OFF ON 0 1 OFF O ON 1 PLZ U 6 25 6 5 6 CC CR PULS ON OFF
31. 15 15 1 SW ON SEQ SW ON SW LED CC CR SEQ SHIFT SHIFT SW ON SEOQ LED 15 2 LEVEL STEP UVP LEVEL SET STEP UVP SHIFT
32. RS 232C CONFIG 11 RS 232C 2400 2400bps 4800 4800bps 9600 9600bps 19200 19200bps 5 20 PLZ U 5 10 FRAME CONT CHCONT FRAME CONT CH CONT A mgd A 1 CH CONT 3 0000U ch coNT 2 CH CONT 11 1 JS RS232C KIKUSUI ELECTRONICS CORPR No MADEIN JAPAN 5 14 5 10 1 FRAME CONT
33. 0 1 ms 1 ms 3 ms 10 ms 30 ms 100 ms 300 ms ENTRY 1ms 5 2 ABC CC CR CV A B C 3 CC CV CR CV CC CV CR CV 5 13 2 ABC QO ENTRY A B C 5 3 ABC ABC
34. WAI PLZ U 6 5 2 4 1 LED ENTRY INST FOC Il CH INST TNSTrument SETect CH1 CH2 CH3 CH4 CH5 TNSTrument SELiect INST NSEL INSTrument NSELect 1 2 13 4 15 TNSTrument NSELect INST COUP
35. 4 4 2 11 2 8 2 8 1 N 2 1 2 1 9 AWG A mm
36. A STAT PRES ENABle 1 SCPI STAT PRES ENABle 0 SAV 6 12 0s
37. Ni 7 2 8 1 UVP 2 8 1 a ee RVP 4 2 DUT PLZ70UA DUT 7 DUT PLZ70UA 20 cm 20cm 2
38. IEEE 488 2SCPI A 6e User Request URQ 488 2 Event 600 User Request 7 128 Power ON PON 8 15 Reserved PLZ U 6 51 IEEE488 1 STB RQS MSS IEEE488 1 IEEE488 2 STB 6
39. 7 TIME 8 5 7 255 5 10 PLZ U TIME 0 RPT RPT 9999 zs SHIFT SEQ SHIFT SW ON SEQ SHIFT SW ON
40. 18 2 ENTER 18 3 LOCAL KEY LOCK LOCAL KEY LOCK SHIFT SHIFT LOCAL 18 4 CLEAR CONFIG CLEAR CONFIG SHIFT SHIFT CLEAR 3 7 3 1 2 8 9 7 6 ABC
41. ROM ROM 2 7 1 2 PLZ U 3 PLZ 30F 3 PLZ S0F 5 75W 750W PLZ S0F PLZ1S0U 5
42. 2 V IABC ABC 4 0 1s 99999s OFF 1s 99999s 0ms 1s 10 ms 4 ABC 0 3 A B a ER C A
43. 5 6 GPIB RS 232C CH CONT CH CONT 2 1 1 10V cH CONT 1 1 5 20 5 28 PLZ U 5 11 PLZ U
44. gt H OPEN 50mQ 0 8S 20 8 OPEN 100mQN 0S 10 8 M OPEN 500 mQ 0S 2 8 OPEN 109 0S 198 L OPEN 5 Q 0S 200 mS OPEN 10 0 0S 100 mS 0 105 offs 2 gt 0 2 mS 0S 25S 0 1 mS 0S 1S 2mS 2S 20 8 1mS 1S 108 a 20 S 0S 200mS 10 ZS 0S 100mS 0 2 mS 200 mS 2 S 0 1 mS 100 mS 1 8 2 SOS 20mS 1 ZS OS 10mS 20 p S 20 mS 200 mS 10 ZS 10 mS 100mS 3 HLML 0 5 of seft4 0 5 offs5 Vin 500 kQ CV gt H 1 5V 150V OV 150V L 1 5V 15V 0V 15V 0 105 off s gt H 10 mV L 1 mV gt H L 0 1 of set 0 1 offs 12 mV 0V 150 0V 15 75V 150 V 0 01 V 0V 15 75 V 0 001 V 0 1 of rdg 15 digits gt H 0A 30A 0A 15A M 0A 3A 0A 15A L 0mA 300 mA 0mA 150 mA gt H 0 001A M 0 0001 A L 0 01 mA 0 2 of rdg 0 3 offrs 7 0W 150W 0W 75W 100 W 0 01 W 100 W 0 1 W 1 S
45. PLZ U PLZ U 3 5 10 UVP 3 9 DISP UVP 4 4 3 lt 3 9 DISP
46. CHCONT LOAD ON 2 4 4 7 6 LED 7 2 PLZ U SET KEY LOCK LED KEY LOCKLED KEY LOCK SHI
47. 2 16 2 16 PLZ U LE 3 PLZ U 3 1 3 1 3 1 1 3 2 ES
48. 6 ABC ABC LED CH1 CH2 DISP 9 LED 10 SW SEQ EXT ALM 7 8 10 1 SW 10 2 SEQ 10 3 EXT 10 4 ALM 11 DISP
49. PLZ U 5 21 20 XGSM 2032 20 Go XG5M 2035 9 4 8 8 XG5S 1001 2 8 8 8 8 5 XG4M 2030 8 8 8 XG4T 2004 KEL 6200 020 601 5 5 1 1 IA A 2 B B 3 C C 4 AUX 5 MEMO 0 6 MEMI1 1 1 7 MEM2 2 8 MEM3 3 9 ENABLE ABC 0 3 2 10 ILOAD ON 11 N C 12 N C 13 ING N C NC 14 N C 15 LOAD STATUS 16 ALARM
50. 2 5 2 4 CH1 POWER POWER 1 2 3 2 6 PLZ U 2
51. OPP R Ri R2 Rg IB locp A A 5 CR OPP OCP Jc B V1 il AB Ai A B B OPP We OPP 2 A 4 PLZ U OPP ON OPP OFF B B OPP
52. CV PLZ U 4 4 ALM FRAME CONT 1 ALARM STATUS 16 ON OCP OPP A 2 4 4 1 UVP We BE
53. IM 3 2 5 AC125V 200V AC 125 V 10 A NEMA5 15 Si 85 AA 0003 2 5 3 200 V AC 250 V AC 250 V 10 A 10 A CBE7 7 GB1002 IS85 AA 0005 85 10 0790 2 6 3 1 AC
54. 5 32 PLZ U 1 SHIFT POWER SHIFT f E 2 7 5 13 1 PLZ U 5 8 CC H 62 a 4 3 CC SET 0 000 A CR SET 0 0S CV SET 157 50 V CC 0A CR 0S 3 1 000 kHz 50 0 H 5 4 1 0 ms 15 1 OCP I OPP EY 4 4
55. CC CR RANGE V RANGE CV CC CV CR CV SHIFT SHIFT RANGE CV L H CV RANGE LED 6 SET CC CR CV CC CV CR CV SET 7 8 SHIFT SHIFT SHIFT 9 CO CR CV
56. 5 32 Standard Event Status BitSummary ESB Request Service RQS GPIB SRQ SRQ Master Status Summary MSS 1 0 0 1 1 6 64 2 2 3 3 4 4 5
57. A 13 A3 1 PLZ150U A 13 A3 2 PLZ70UA A 14 am 5 A 15 SCPI A 16 0 97202 A 23 A 6 1 A 23 A62 SR NE ER RRR RE A 23 1 PLZ U 1 PLZ U 1 1 1 1 PLZ U PLZ S0F PLZ 30F PLZ150U PLZ70UA 1 0X 2 0X ROM
58. STRATus CSUMmary ENAB1e lt status enab1e gt STRATus CSUMmary ENAB1e STAT CSUM PTR CSUMmary STATus CSUMmary PTRansition lt status enable gt STATus CSUMmary PTRansition STAT CSUM NTR CSUMmary STATus CSUMmary NTRans1tion lt status enab e gt STRATus CSUMmary NTRans1tion 6 46 PLZ U CSUMmary INSTrument 6 10 CSUMmary INSTrument STATus CSUMmary INSTrument 0 1 NOT USED 1 2 INSTrument1 2 4 INSTrument2 3 8 INSTrument3 4 16 INSTrument4 5 32 INSTrumentS 6 64 INSTrument6 7 128 INSTrument7 8 256 INSTrument8 9 512 INSTrument9 10 1024 INSTrument10 11 2048 TINSTrument11 12 4096 INSTrument12 13 8192 INSTrument13 14 16384 INSTrument14 15 32768 NOT USED STAT CSUM INST CSUMmary INSTrument
59. SOURce CONDuctance RANGe LOW MEDium HTGH SOURce CONDuctance RANGe CURR RANG CC SOURce CURRent RANGe LOW MEDium HTGH gt SOURce CURRent RANGe VOLT RANGE cv SOURce VOLTage RANGe LOW HTGH SOURce VOLTage RANGe ABC ES SOURce PRESet STORe MEMA MEMB MEMC MEMA A MEMB B MEMC C PRES REC SOURce PRESet RECa11 MEMA MEMB MEMC MEMA A MEMB B MEMC C 6 22 PLZ U DTSp1ay METer 0 1 2 13 14 DTSP1ay METer
60. CONFIG SHIFT CLEAR CONFIG CONFIG SHIFT CLEAR IM CONFIG 1 1 2 3 CONFIG 2 0
61. IDN OPC RCL lt value gt N A RST NA SAV lt value gt N A SRE STB TRG IEEE 488 1 Group Execute Trigger TIEEE 488 2 6 1 4 2 5 N A TST ASCI 0
62. ALM DTISP QIKIKUSUI ELEcTRoNic LoAp PLZ15DU A Fs ee ALM DISP 1 UVP 2 OCP 4 OPP 8 OHP 16 OVP 32 RVP 4 6 10 4 10 2205 OHP OCP RVP UVP 0 33 4 6 10 6
63. H 0 110 H 0 110 4 12 PLZ U UVP UVP SHIFT LEVEL STEP UVP V LED oFF IS PLZ U 4 13 4 14 PLZ U 5 ABC PLZ U 5 1 EN 5 1 CC 0 V
64. LOAD ABC A B C FRAME CONT 1 20 A 2 20 B 3 20 C 9 20 ENABLE 0 1 2 3 FRAME CONT 5 20 MEM 0 6 20 MEM 1 7 20 MEM 2 8 20 MEM 3 9 20 ENABLE LOADLED FRAME CONT 15 20 LOAD STATUS LOAD
65. OCP OPP RR IocP IN A A 9 CV OCP OCP Tocp N It VM Vo VMo gt Vu Vwo Vm VM Vp Vr ML M gt M L L OCP OCP H 2 PLZ U A 7 A 8 OCP ON OCP OFF L
66. Y 1 2 12 INDEP ABC 13 ENTRY PLZ U 3 9 14 3 10 PLZ U 3 2
67. 0 1 CALibrating CAL 1 2 NOT USED 2 4 NOT USED 3 8 NOT USED 4 16 NOT USED 32 Waiting forTRIGger Summary TRIG 6 64 NOT USED 7 128 NOT USED 8 256 NOT USED 9 512 NOT USED 10 1024 NOT USED 11 2048 NOT USED 12 4096 NOT USED 13 8192 NOT USED 14 16384 NOT USED 15 32768 NOT USED STAT OPER INST ISUM OPERation INSTrument ISUMmary STATus OPERation TNSTrument TSUMmary lt n gt EVEN STAT OPER INST ISUM COND OPERation INSTrument ISUMmary STRATus OPERation TNSTrument TSUMmary n gt CONDition STAT OPER INST ISUM ENAB OPERation INSTrumentISUMmary STATus OPERation INSTrument ISUMmary lt n gt ENABle lt status enable gt STATus OPERation INSTrument ISUMamry lt n gt ENAB1e PLZ U
68. 16 21OCP OPP OCP OCP OPP SHIFT SHIFT OCP OPP 17 EXT RMT KEY LOCK FRAME CONT RMT KEY LOCK 18 RECALL STORE 18 1 RECALL STORE RECALL 3 6 PLZ U PLZ U STORE SHIFT SHIFT RECALL
69. LOADLED FRAME CONT 16 20 ALARM STATUS PLZ U 5 23 EE 1 ABC 1 FRAME CONT 1 5 5 1 1 POWER FRAME CONT
70. 21 Operation denied due to ALARM state 22 Operation denied due to PROGRAM running 23 Operation denied due to SWITCH running 24 Operation denied due to INPUT ON INPUT ON Operation denied due to 27 incompatible FUNCTION MODE Operation denied due to 31 incompatible PROGRAM MODE A 25 PLZ U A 26 CV 3 3 S S 3 12 0V 1 3 A ABC 5 3 ABC 3 9 AC INPUT 3 12 A 3 5 C CC 3 3 CC CV A 8 CC A 2 CH CONT1 2 3 4 5 3 12 CH CONT 5 25 CLEAR 3 7 CLEAR CONFIG 3 7 CONFIG 3 7 CR 3 3 CR CV A 10 CR A 4 CV 3 3 CV CV 3 3 CV A 6 D DC INPUT 3 8 3 12 DISP 3 9 DUTY 3 6 DUTY RPT 3 6 E ENTER 3 7 EXT 3 6 F FRAME CONT1 2 3
71. SOURce PULSe STATe OFF ONI0 1 SOURce PULSe STATe OFF O OFF ON 1 ON PULS DCYC SOURce PULSe DCYC1e lt va1ue gt SOURce PULSe DCYC1e 2 98 0 1 PCT PULS FREQ SOURce PUL Se FREOuency lt value gt SOURoce PULiSe FREOuency 1 20k 1 1K 1 10K 10 20k 100 HZ PULS LEV COND CR SOURce PULSe LEVe1 VALue CONDuctance lt conductance gt SOURce PULSe LEVel VALue CONDuctance PULS LEV CURR CC SOURce PULSe LEVe1
72. 100 Command error 5 101 Invalid character 102 Syntax error 103 Invalid separator 104 Data type error 8 w a 105 GET not allowed MK RI IR 108 Parameter not allowed 109 Missing parameter 110 Command header error 50 Neied 10
73. 4 4 3 5 9 PLZ U 4 9 OHP OVP 110 RVP PLZ70UA DUT 4 3 DUT DUT PLZ70UA 4 4 2
74. RST A 5 SCPI RCL lt value gt 0 3 RST CONFIG 1 9 11 PLZ150U PLZ70UA NE H H a H H CC CC CC SET 0 000 A 0 000 A CR SET 0 0S 0 0S CV SET 157 50 V 157 50 V CC 0 A 0A CR 0S 0S 1 000k Hz 1 000 kHz 50 0 30 0 2 4 A 7s 1 2 A ns 1 0 ms 1 0 ms OCP 33 00 A 16 5 A OPP 165 0 W 82 5 W UVP LOAD OFF TIMER
75. 3 2 7 2 9 2 7 2 10 I POWER 2 2 6 DC INPUT 30F 50F 0UA 150U IKIKUSUI 4 2 8 POWER LED 1
76. LED 5 SWON SW ON 5 6 PLZ U 5 4 PLZ U CC CR SLEW RATE bB ENTRY CC CR SLEW RATE LOAD 506 ENTRY SLEW RATE SLEW RATE Aus LED
77. PLZ U 2 3 PLZ U POWER POWER
78. RVP RVP 4 4 1 RVP RVP CC CV CV V 4 4 CC CC CV A 2 4 CC CV DUT 2 CC CV 3 CV 1V 4 CC 5 LOAD 6 7 DUT 8 DUT
79. 5 22 3 ENTRY 4 5 9 Du 5 30 PLZ U EE 5 12 4 CC CR CV CV RANGE VRANGE SLEW RATE FREQ DUTY LEVEL
80. CC CC HRANGE HRANGE 0 000 A 0 000 A 0 ms 0 ms 6 14 PLZ U SAV PLZ U PLZ30F PLZ150U PLZ70UA PLZ50F RPT 1 1 SEQ STEP 1 256 0 000 A 0 ms 0 000 A 0 ms SEQ REPEAT 1 1 OFF ENTRY a a CH1 INDEP DISP a PLZ150U PLZ70UA 02 0 0 03 OCP 04 OPP 05 0 0 06 08 OFF PLZ150U PLZ70UA A B C B C H 0 000 A 15 000 A 30 000 A 0 000A 7 500 A 15 000 A CC M 0 0000 A 1 5000 A 3 0000 A 0 0000 A 0 7500 A 1 5000 A L 0 00mA 150 00mA 300 00mA 0 00mA 75 00 mA 150 00 mA H 0 0 S 10 000 S 20 000 S 0 0S 000S 10 000 S CR M 0 00 S 1 0000 S 2 0000 S 0 00 S 500 0 mS 1 0000 S L 0 000S 100 00 mS 200 00 ms 0 000 S 50 00 mS 100 00mS H 157 50 V CV L 15 750 V RST 0
81. SCPI 1 SCPI 1 2 KIKUSUI 3 2 RCL SAV RST N A conductance SCPI MAXimum MINimum mS uS S current SCPI MAXimum MINimum mA uA A DOWer SCPI MAXimum MINimum mW uW W sta
82. 5 8 5 9 5 6 1 Sasa Sas 5 9 050 5 11 563 sita 13 2 1 sa 5 15 5 16 as 5 17 I hE SE SD ESE SE RE EER RS 5 21 5 10 1 FRAME CONT 5 21 5 10 2 CHCONT 5 25 29 EE SS RE RE 31 5 32 5 13 1 3 33 5 13 2 ABC
83. ABC 4 GPIB RS 232C DC DC SW 1 2 PLZ U 1 3 PLZ U PLZ U 3 11 kg 5 17kg 2 4 A g s PLZ150U 10 ws Rt INS
84. 10m 2 A ms 20 nl 2 13
85. A 8 OCP ON CR OFF OCP T NN OO DO NON OCP S CV Vo OS PLZ U HE A 3 0 A 3 1 PLZ150U PLZ150U 1 5 V H SGS 0 1 1 10 0 10 20 30 A PLZ150U 8 1 5 V NE RR M 0 01 01 03 1 3 0 0 1 0 2 0 3 A
86. 8g Hf Il CU N PLZ U SET CV SET CC SET CV SET CR 0 S mQ S 0O kO ms LOAD F LOAD INDEP LOAD LED
87. PLZ U 7 4 3 3 Ac 25 INPUT POWER 0 0
88. L OCP CV ML A 5 OCP ON CV OFF OCP ma lt CC CV CO CV CC CV A 10 V
89. 1 lt PLZ U 6 3 6 4 SCPI SCPI SOURce CURRent LEVe1 IMMediate AMPTi1tude lt current gt MTN1mum MAXimum SCPI SCPI SCPI SCPI CURR Curr curr CURRent CURRENT Current current
90. 42 0 V 0 V 5 1 1 3 NO 20 ms 0A SET SW 2 SET SW 15 3 CT PLZ U 7 7 E
91. AWG24 AWG24 M3 1 2 S S G 5 11 5 15 5 8 5 2 LOAD
92. NA 1 INPut STATe TRTGgered OFE ON N A 1 OUTPut STRTe TRIGgered OFF ON ON OFF N A 1 INITiate IMMediate NA 1 CONTinuous OFF ON ON OFF 1 SOURce CONDuctance LEVe1 TRTGgered AMP ritude lt conduoctance gt MTN1imum MAX N A 3 9 1mumt CURRent LEVe1 TRTGgered AMPL1 tu O de lt current gt MTN1mum MAX1mumr N A 1 SCPI 1 2 SOURce PULSe STATe OFF ON ON OFF 3 DCYC1e lt va1ue gt 1 FREOuency lt value gt 3 SOURcei PULSe LEVe1 VALue CONDuctance lt conductance gt CR 3
93. 1 CC Constant Current CR Constant Resistance 2 3 CV Constant Voltage 4 CC CV 5 CR CV CC CC CC A 2 V1 I I MW v V DT 7_TJ PLZ U i QA I A 2 OPP CC A 3 PLZ U
94. 2 ASCII 2 ASCII Code 20H 7EH PROGram SETiected MEMO My program 6 7 SCPI conductance MAXimum MINimum 20 2 2 0 10 1 1 0 2m 0 2 m lm 0 1 m 2 200m 200m 0 1 100m 100m
95. A e SYSTem ERRor NEXT SYST ERR 0 No error 100 Command error RS 232C sysTemz GTTioca1 LLO RS 232C SYSTem LLOut REN Remote Enable Disable RS 232C ON SYSTem RENable OFF ON SCPI SYSTem VERSion SYST VERS 1999 0 1999 0 6 32 PLZ U 6 6 6 6 1 PLZ U SCPI SCPI IEEE 488 2 SCPI OPERation QUEStionable
96. soURce CONDuotance hEVe1 IMMed1ate AMPL1tude lt conduoctance gt MINimum MAXimum SOURce CONDuctance hEVe1 IMMediate AMPLitude CUR CC SOURce CURRent LEVe1 MMediate AMPLitude lt current gt MTN1mum MAX1mum SOURce CURRent LEVe1 MMediate AMPL1tude VOLT CV 8OURce VOLTage LEVe1 IMMediate AMPL1tudle lt vo1tage gt MTN1mum MAXimum SOURce VOLTage LEVe1 MMediate AMPL1tude PLZ U 6 19 EE 5 4 CURR SLEW
97. 232 11 CF 11 SHIFT POWER 6 11 RS 232C RS 232C RS 232C Xon Xoff DC 6 2 DC SS ASCII DC1 11H DC3 13H RS 232C DC1 DC3 6 TXD 1 3 709 1 DC3 3
98. LED KEY LOCK KEYLOCK LED 5 8 KEY LOCK SHIFT LOCAL 1 E BEXT LED FRAME CONT 1 ENABLE RMT LED LOCAL 5 10 1 FRAME CONT 6 LOAD FRAME CONT 1 ENABLE FRAME CONT 1 ENABLE FRAME CONT 1 LOAD ON 10 FRAME CONT 1 LOAD ON 5 10 1 FRAME CONT PLZ U
99. WAT NA OPC SCPI 1 2 INSTrument SELect CH1 CH2 CH3 CH4 CH5 O NSELect 1 213 14 15 1 COUP1e lt list gt i CATa1og 6 CATalog FULL i SELect FOCus CH1 CH2 CH3 CH4 C H5 3 SCPI 1 2 MEASure SCALar CURRent DC 1 POWer DC VOLTage DC 1 MEASure ETIMe
100. 1 7 SET 1 000 8 TIME 100 9 6 8 2 8 10 RPT 3 11 SHIFT SEQ SHIFT SW ON 12 5 9 5 1 5 14 PLZ U 5 7 gt PLZ U
101. CC CC CV CC CR CR CV CR CV CV CC CV CR CV CV 5 18 PLZ U OCP CONFIG 3 OCP OFF ON OPP CONFIG 4 OPP Op ON CONFIG 5 0ms 1s CONFIG
102. LOAD ON 5 gt CH CONT gt LOAD 15 9 5 10 2 CH CONT CHCONT LOAD CH CONT ON LOAD ON 159 FRAME CONT FRAME CONT 1 ENABLE FRAME CONT 1 ENABLE 5 10 1 FRAME CONT CH CONT CONFIG 7
103. POWER 6 10 PLZ U 6 4 2 RS 232C PLZ U RS 232C PC RS 232C D sub 95 6 1 RS 232C 1 RX TX FG to RS 232C 1 ID LOAD LED LOAD CONFIG CONFIG SHIFT CLEAR CEF 01 9 CF 09 SHIFT
104. VMi Vp VN MN Mi M2 N N OPP OPP H 2 OPP ON OPP OFF N N OPP CV MN A 4 OPP ON CV OFF OPP
105. QUEStionable 3 MSS MSS 6 10 STB MSS RQS 5 6 6 STB ul IEEE 488 1 Group Execute Trigger IEEE 488 2 6 1 4 2 5 TRG ASCII 0 x msr
106. 16 SCPI 8 0 6 3 OPERation STATus OPERation 0 1 CALibrating CAL 1 2 NOT USED 2 4 NOT USED 3 8 NOT USED 4 16 NOT USED 5 42 Waiting for TRIGger Summary 9 TRIG 6 64 NOT USED 7 128 NOT USED 8 256 NOT USED 9 512 NOT USED 10 1024 NOT USED 11 2048 NOT USED 12 4096 NOT USED 13 8192 INSTrument Summary 14 16384 NOT USED 15 32768 NOT USED STAT OPER OpERaion STRATus OPERation EVENt STAT OPER COND OPERation gmATus OPERation CONDition STAT OPER ENAB OPERation
107. 3 A 17 A 18 SCPI sg SOURce FUNCtion MODE CCICVICRICCCVICRCV 3 SSTart 0 1MS 1MS 3MS 10MS 30MS 1 CC 00MS 300MS MTN1mum MAXimum 3 O SOURce CONDuctance hEVe1 IMMediate AMPL1tude CR lt conductance gt MINimum MAXimum 3 RANGe LOW MEDium HIGH CR 3 SOURce CURRent LEVe1 IMMediate AMPLitude lt current gt MTN1mum MAXimum 1 O ShEW lt slew gt 1 PROTection LEVe1 OVER lt va1ue gt MTNimum MAXimum 1 O PROTection ACTion LIMit TRIP 3 RANGe LOW MED1um HTGH CC
108. esw eswN LEVEL FREQIDUTY LOAD ENTRY CC SW ON LEVEL FREQ DUTY LOAD 5 5 PLZ U 5 5 ENTRY 2 CC CR CC CR CC CR 3 SET SET SET SET LED 4
109. 4 4 3 OCP sh 110 H 0 110 4 4 3 5 9 OPP 110 3 H 0 110
110. CONFIG 2 7 ABC A B C 5 13 3 O SHIFT RECALL ENTER STORE 5 23 1 STORE SHIFT RECALL STORE STORE PLZ U 5 31 2 No No 0 3 3 STORE SHIFT RECALL 4 ENTER STORE STORE 1 RECALL 2
111. Copyright 2003 2010 A DANGER WARNING CAUTION bp PLZ U 1000 V
112. IP IM AC100V 240V 47Hz 63Hz POWER AC INPUT PLZ U 2 6 PLZ U D 3
113. 0 1 2 3 4 FUNC SST CC 1ms SOURce FUNCtion SSTar 0 1MS 1MS 3MS 10MS 30MS 100MS 300MS MINimum MAXimum SOURce FUNCtion SSTart 0 0001 0 001 0 003 0 01 0 03 0 1 0 3 MIN MAX S HCON POL HCONE1iguration POroad OFF ON 0 1 HCONfFiguration POTioad ON OFF O PLZ U 6 23 6 5 5 ABOR COND TRIG CURR TRIG INIT INIT CONT PL
114. OCP OPP 1538 4 11 4 4 3 OCP OPP UVP LE LMI MI MEI ENTRY 4 7 OCP OPP UVP OCP OPP 1 ENTRY 2 OCP OPP OCP OPP SHIFT OCP OCP OPP A LED W LED 3
115. 6 26 6 3 7 AA NN uh 6 27 6 33 V VI 7 2 7 3 7 4 OO 8 1 8 2 A 1 A 2 A 3 A 4 A 5 A 6 6 6 1 SCPI 6 33 6 6 2 THEEE488 2 6 51 7 1 7 2 11 ea mn 7 2 7 12 7 2 13 nso ES 7 3 aa 7 3 8
116. POWER 2 3 2 13 4 2 14 2 15 5 M6 M6 2 13 2 16 PLZ U NO lt 8 R 0 SI VA a MSN WM AN 7 JS BOTTOM 1 2 14 2 2 15 2 17 PLZ U 2 8 3
117. 3 11 4 4 1 41 2 4 2 2 4 3 4 3 4 6 4 4 4 9 4 4 1 4 9 4 10 443 naa nS 4 12 IV PLZ U PLZ U 5 5 1 5 2 5 3 5 4 3 9 5 6 7 5 8 5 9 5 10 5 11 5 12 5 13 6 1 6 2 6 3 6 4 6 5 6 6 5 1 5 2 ABC EUs 35 3 5 5 5 7
118. 12V 0V 10V CH CONT 1 1 EXTREF _ RN Ei 1 COM In ln L_ 02 Ein 10V 5 18 5 26 PLZ U 100 CC CR CV 0 0 Ein V 5 19 1 18 CHCONT 1 3 2
119. FIFO Error 350 0 EEE488 2 11 4 3 4 CLS SCPI A 6 2 PLZ U 199 100 IEEE 488 2 5
120. INST FOC INSTrument SELect FOCus CH1 CH2 CH3 CH4 CH5 INSTrument SELect FOCus 6 5 3 MEAS CURR MEASure SCRALar CURRent DC MEAS POW MEASure SCALiar POWer DC MEAS VOLT MEASure SCATLiar VOLTage DC MEAS ETIM MEASure ETIMe 6 18 PLZ U 6 5 4 UM SOURce FUNCtion MODE CC CR CV CCCV CRCV SOURce FUNCtion MODE CC CR CV CCCV CRCV COND CR
121. DEFault V A W CURRent lt current gt MTN MAX 6 6 PLZ U PLZ U MINimum MAXimum SOURce CURRent LEVe1 lt current gt MTN1mum MAXimum CURR MIN CURRent MIN CURRent MAX 2
122. Vo QS A 9 A 2 5 CR CV CR CV CR CV A 12 Vw R V R VM gt V I V Vy V R ke RI I ES Wo VM V V V I PLZ
123. 5 34 5 13 3 5 34 6 1 6 2 6 2 SCPI 6 3 6 3 1 SCPI 6 3 63 2 6 6 0 6 10 6 4 1 GPIB 6 10 642 RS 232C 6 11 1 0 A TR RS EAE SS 6 13 6 5 1 IEEE 488 2 6 13 6 5 2 6 17 653 NN ES 6 18 6 5 4 6 19 65 5 Saas nai Saas 6 24 6 5 6
124. 7 4 7 4 7 5 8 1 8 2 8 8 A 1 A 1 A 2 A 2 1 CC A 2 A 2 2 CR A 4 A 2 3 CV A 6 A 2 4 CC CV A 8 A 2 5 CR CV A 10
125. 7 10 1 SW 1 10 2 SEQ 10 3 EXT 5 ro oa Auv H eL_ LS 4 ob 11 DISP gt 12 INDEP 3 LOAD 13 ENTRY 14 1 DC INPUT 1 DC INPUT _ 2 3 2 1 DCINPUT 2 3 LOAD LOAD LED 4 CC CR CV LED 3 8 PLZ U 5
126. CC 1 255 1 256 256 1ms 9999 s 0 0 9998 9999 EY ED 2 HF YD 256 2 ENTRY ENTRY 3 CC CR CC CR RANGE CC CR
127. WN DISP DISP LOAD CLEAR KEY LOCK SHIFT LOCAL LOCAL RMT SHIFT KEY LOCK 5 12 KEY LOCK SHIFT LOCAL KEY LOCK LED KEY LOCK LED KEY LOCK SHIFT LOCAL KEY LOCK LED 5 16 PLZ U 5 9 5 3 5 3 0 1 28548 5 11 2 0 1 2 5 10 2CH CONT 3 OCP OFE ON 4 4 3 4 OPP OFE ON 14 4 3 5 Oms 1s
128. a NBE 130 Suffix error A 23 Invalid suffix Oo 13 134 Suffix toolong 138 Suffix not allowed 140 Character data error _ 2 150 String data error 160 Block data error 170 Expression error
129. 4 5V 0V 10V 0 100 1 CR CV 100ms GPIB IEEE std 488 2 1994 SH1 AH1 T6 L4 SR1 RL1 PP0 DC1 DT1 C0 E1 SCPI POWER RS 232C D SUB 9 HIA 232 D POWER 2400 4800 9600 19200 bps 1 8 NONE XON XOFF 8 6 PLZ U 2 kg 1 2 M6 M6 M6 M4 2 M3 10 2 M3 6 AC100V 240V AC90V 250V
130. 5 9 5 13 1 H H zx 13 2 ABC 3 PLZ U PLZ U 6 SCPI 6 1 6 1 RS 232C GPIB IEEE 488 2 SCPI 2 IEBEE 488 2 CLS ESE ESB ESR IDN O
131. CC CR 5 1 ul 4 5 4 3 4 6 3 CV CC CC CV CR CR CV CV A 2 CC A CR 0 CV V LOAD ENTRY INDEP RANGE CC VRANGE CV SET SHIFT LOAD 4 3 1
132. CR AB A 2 OPP ON CR OPP OFF B OCP OCP OCP gt R Ri R2 RE JIocP IB A A 6 CR OCP OCP Tocp B V1 Ri R Rg AF Ai A F F OCP OCP 2
133. PLZ U ul 1 E 5 6 lt conductanoce gt lt current gt lt power gt lt vo1tage gt PROG MEMO 11 PROGram SELected MEMO lt string gt PROGram SELected MEMO PROG LOOP PROGram SELiected LOOP lt value gt PROGram SELected LOOP 1 999 8 9999 1 PROG LINP PROG LOUT ON OFF PROGraml SELiected LTNPut OFF ON 0 1 PROGram SELected LOUTput OF
134. LED 10 ENTRY 11 12 LED 131 SW SEQ STORE 13 1 SW 13 2 SEQ 13 3 STORE ENTER 3 4 PLZ U PLZ U 14 A B C A B C 3 SHIFT SHIFT A B C gt INDEP
135. 5 15 FRAME CONT IQ 1 mm Fn E a eng 5 15 5 24 PLZ U 5 10 2 CH CONT 5 6 DODO FFFF 12345 5 16 AWG24 10mm 5 6 CHCONT kb 1 CoM 2 IMON 0V 10V 0 100 3 EXT REF
136. CC 4 2 CR CR CR 4 3 CV CV 2 CV CV CV CV SHIFT SHIFT CV CC CR CV CC CC CV CR CR CV RANGE V RANGE 5 PLZ U 3 3 RANGE CC CV RANGE LM HI
137. VM DD VM gt V a VM fv 1 A 10 OS 5 PLZ U I PLZ U PLZ U OPP A 10 IM1 IM2 IN OPP OPP IN A A 11 CC CV OPP Vp CC i Ip IN MN MI Mo N OPP Pn N OPP
138. SCPI SCPI 1
139. 1 LOAD LOAD INDEP INDEP 3 9 INDEP 5 11 4 LOAD run StoP LOAD SEQ SEQ ENTRY SHIFT SEQ LOAD 5 9 5 12 PLZ U 5 6 3 5 10 1 8 3 3 10A
140. SHIFT SHIFT 1 POWER POWER SHIFT POWER SHIFT POWER 5 13 REMOTE 3 LOAD LOAD LED LOAD LED INDEP 4 CC CR CV CV 4 1 CC CC
141. 180 Macro error 299 200 4 200 Bxecution error generic 399 300 1 32767 RNN TRS 2 Ce 3 Device specific err
142. NEMA5 15 84 49 00711 85 AA 0003 2 4m FRAME CONT 2 PLZ 30F 2 PLZ 30F 2 PLZ 50F 4 PLZ 50F 4 P1 000 406 P1 000 405 Z1 002 980 1 2 1 2 2 PLZ U gt 0O o gt U M1 100 006 0 M5 101 006 M4 100 006 Q1 500 077 M3 112 026 2 M3 112 012 M3 112 014 M3 6 2 M3 10 2 2 2
143. 5 4 5 4 PLZ U Eee 5 3 CC CR SET SW LEVEL 5 20 ms CC ALM CR ALM T ES lt gt FREQ DUTY X100 SET SW LEVEL ea 5 4
144. PLZ U 2 3 2 2 2 4 0 40 20 70 NM 20 85 RH 90 RH
145. ENTRY LOAD INDEP DISP HH Il CH ul md aml lm lm ml LB LOAD ENTRY INDEP DISP RANGE CC CR cv V RANGE V SW ON LEVEL STEP FREQ TIME DUTY R SEQ UVP TIMER SLEW RATE OCP SHIFT S START OPP LOAD Exr Fur keriock RECALL ENTER LOCAL CLEAR STORE KEY LOCK CONFIG 4 1 4 2 PLZ U ES 4 2 LOAD LED PLZ70UA 0V
146. RS 232C TXD DC3 DC1 RXD 10Y229 RS 232C DC3 10 6 1 RS 232C 6 12 PLZ U 6 5 6 5 1 CLS ESE ESR IDN PLZ U SCPI SCPI GPIB RS 232C IEEE 488 2 6 6 CLS ESB 6 6 ESE ESE ESE 16
147. 3 CC CC CV CC SN SN CR CR CV CV a CONFIG 2 2 3 gt CCc CV CR CV CV 5 9 EXT LED PLZ U 5 27 CH CONT 1 4 5 9
148. NONE MAIN CC CC CV CC CR CR CV CR CV CV SUB CC CV CR CV CV INP PROT CLE OUTP PROT CLE TNPut PROTection CLEar OUTPut PROTection CLEaL PLZ U 6 27 INP TIM OUTP TIM TNPut STATe TIMer STATe lt va1ue gt MTN1mum MAX1mum OUTPut STATe TIMer STATe lt va1ue gt MTN1mum MAXimum TNPut STATe TLMer STATe OUTPut STATe TIMer STATe 1 99999 0 1 S INP DEL OUTP DEL TINPut STATe DETiay lt va1ue gt MTN1mum MAXimum OUTPut STATe DELay lt va1ue gt MTN1mum MAX1mum TNPut STATe DELay OUTPut STATe DELay 0 001 1 000 0 0 001 S 6 28
149. UVP OFF CC SS 2 15 6 0 000 A 0ms RPT 1 a 4 5 8 eye 4 2 ENTRY 1 INDEP 3 1 DISP 5 9 5 33 5 13 2 ABC ABC H 6 H 5 9 5 9 ABC PLZ150U PLZ70UA A B C A B C H 0 000A 15 000A 30000A 0000A 7 500A 15 000A CC M 0 0000A 1 5000A 3 0000A 0 0000A 07500A 1 5000A L 0 00mA 150 00mA 300 00mA 0 00mA 75 00 mA 150 00 mA H OPEN 100 00m 50 000 ml OPEN 200 00 m0 100 00 ml CR M OPEN 100000 5s0000mQ OPEN 200000 100000 L OPEN 10 000 2 0000 0 OPEN 20 000 0 10 000 2 H 157 50 V CV L 15 750 V 5 13 3 5 34
150. 2 6 3 9 5 3 2 9 7 2 3 9 3 22 2 6 3 9 3 4 8 5 A 10 A 4 UVP 4 9 A 6 A 8 A 2 2 11 5 5 2 8 2 12 PLZ U 3 28 2 4 8 7 2 4 8 7 7 5 4 6 3 9 4 3 3 3 3 5 3 9 5 4 7 3 2 8 2 12 2 12 2 14 2 18 2 14 8 7 4 2 4 4 6 51 2
151. L2 L3 L4 0 V 0 V 1 5 V 1 5 V 1 5 V A 3 PLZ U 4 150 100 A PLZ150U 1 5 V 10 i H 10 20 30 A 150 100 PLZ70UA 0 V 10 3 gt lt H 1 0 1 0 1 1 10 5 10 15 A A A 1 A 1 A 2 A 2 1 A 2
152. PLZ 50F PLZ U 1 5 1 2 PLZ 30F mm 2 PCO01 PLZ 4W 84540 300 mm PC02 PLZ 4W 84550 330 mm 1 6 PLZ U 2 PLZ U 2 1 2 1 2 1 1
153. 1 SYSTem GTLocal RS 232C NA 3 SYSTem LLOut LLO NA 3 RS 232C SYSTem RENab1e OFF ON REN Remote Enable Disable RS 232C N A 3 SYSTem VERSion SCPI A 20 PLZ U SCPI 1 2 SEAEUS SERESEE N A 1 STATus OPERation CONDition 6 36 6 3 OPERation 1 STATus OPERation lt ENAB1e lt status enable gt 1 EVENt 1 NTR 1 PTR 1 STATus OPERation INSTrument CONDition 6 37
154. INDEP LOAD 1 I ID LOAD LOAD 1
155. LOAD 4 4 LOADLED 0ms 0 ms L 159 ul 5 9
156. CC OPP OFF A 3 CD V2 CD D PLZ U A 3 A 2 2 CR CR CR A 4 V1 R I V R N 5 2 1 R V1 N V 1 9 v VI a I A 4 OPP CR A 4
157. MEMO lt string gt 3 LOOP lt value gt 3 LINPut OFF ON ON OFF 3 LOUTPut OFEF ON ON OFE 3 LVALue lt conductanoe gt lt current gt 3 PROGram SELected FSPeed STEP END lt step gt 3 STEP EDTT POTNt lt step gt lt cond uctance gt lt current gt lt 1g gt lt 1me 3 gt TIME lt time gt 3 SCPI 2 SYSTem CRPability SCPI 1 SYSTem FORMation SYSTem ERRor NEXT
158. 0 2 CE 3 4 Class 1 PLZ U 8 7 8 2 8 8 8 1 A 8 2 MAX315 MAX 470 MAX145 Ue PLZ 30F mm 400 MAX 470 PLZ 50F mm PLZ U SCPI A 1 A 1 L1
159. IQ ENTRY ENTRY CC CR CV CC CR CV CV SHIFT CV CV SHIFT CV PLZ U CC CR RANGE CC CR RANGE TL Low M Mid H High LED CV V RANGE SHIFT RANGE CV V RANGE SHIFT RANGE TH High gt L Low LED V RANGE CV
160. 1 ENTRY ENTRY 2 PLZ U 5 3 A B C 2 ABC ABC 1 1 ENTRY ENTRY 2 3 A B C ABC
161. CSUMmary IEEE488 2 3 SCPI OPERation SCPI QUEStionable SCPI CSUMmary PLZ U IEEE488 2 ESR9 STB SCPI CONDition EVENt ENABle PTRansition NTRansition 6 3 SCPI 6 3 6 12 CONDition CONDition EVENt EVENt
162. RSQ STB MSS STB MSS ROQS 6 14 0 1 Reserved IEEE 1 2 Reserved 5 4 Csummary CSUM CSUM Questionable Status Register QUES QUEStionable 3 8 QUEStionable Message Available MAV 4 16
163. DC500 V DC500 V CC H 0A 30A 0A 15A M 0A 3A 0A 15A L 0A 300mA 0A 150mA 0 105 offs H 2mA 1 mA M 0 2 mA 0 1 mA L 0 02 mA 0 01 mA HML 02 ofset 02 offs Vin 2 500 kQ H 2 mA M 1 mA L 0 1 mA rms 3 mA 7 5 mA P P 5 30 mA 50 mA 1 0 3 V 0 3 V 1 0V 0 3V 1 0 3 V 2 Vin 3 Vin 500 kQ 4 10 Hz 1 MHz 5 10 Hz 20 MHz 8 2 PLZ U CR
164. SHIFT LEVEL STEP UVP 15 3 FREQ TIME TIMER FREQ TIME TIMER SHIFT SHIFT FREQ TIME 3 5 15 4 DUTY RPT DUTY RPT 16 16 1 SLEW RATE S START SLEW RATE S START SHIFT SHIFT SLEW RATE
165. STATus CSUMmary INSTrumen EVENT STAT CSUM COND CSUMmary INSTrument STRATus CSUMmary TNSTrument CONDition STAT CSUM ENAB CSUMmary INSTrument STATus CSUMmary TNSTrument ENABle lt status enable gt STRATus CSUMmary LNSTrument ENAB1e STAT CSUM INST PTR CSUMmary INSTrument STATus CSUMmary TNSTrument PTRansition lt status enab1e gt STRATus CSUMmary LNSTrument PTRansition PLZ U 6 47 STAT CSUM INST NTR CSUMmary INSTrument 8TATus CSUMmary INSTrument NTRansition lt status enable gt STRATus CSUMmary INSTrument NTRansition CSUMmary INSTrument ISUMmary lt n gt CSUMmary INSTrument z lt n gt 2 INSTrument2 CSUMmary INSTrument ISUMmary2 lt n gt 1
166. PLZ S0F 5 ji 1 PLZ S0F 3 2 L IL EE M S S GO M S PLZ S0F 3 2 5 21 5 7 PLZ70UA PLZ1S0U 2 30A 150 W 60A 300 W 3 45 A 225 W 90A 450 W 4 60A
167. SCPI IEEE 488 2 SCPI 1 0 ON OFF 1 0 ON OFF 4 SOURce FUNCtion CTTMe OFF ON SCPI SOURce POWer RANGe LOW MEDium HTGH
168. 4 1 al 10 b 8 c a b 8 1 al lc 10 8 2 ML 3 1 2 d 2 2 e 2 2 fl d e 2 4 2 3 d f 2 2 0 5 0 c 8 OHP 2 OCP CLEAR CLEAR
169. 0 A 12 OPP A 12 Rwi Rm2 RT OPP OPP IN Iocp A A 13 CR CV OPP A 10 PLZ U PLZ U OCP Tocp N r Vy CR RM RA RN MN M M2 N OPP Py N OPP OPP 2 UI OPP OFF N
170. 5 10 xzA PLZ70UA 20 gzA PLZ150U PLZ S0F 5 PLZ 30F 3 PLZ1S0U PLZ70UA 5 PLZ S0F PLZ70UA 5 375 W PL
171. N OPP CR MN A 7 OPP ON CR OPP OFF N OPP PNi OPP S CV Vo QS OCP Rwi RM2 RT OCP OPP
172. 6 4 OPERation INSTrument 1 ENAB1e lt status enab1e gt ii NR 1 EVENt 1 NTR 1 PTR 1 STATus OPERation INSTrument TSUMma lt n gt CONDition 6 39 6 5 1 OPERation INSTrumentISUMmary ENAB1e lt status enable gt 1 STATus OPERation INSTrument ISUMmary 0 1 NTR 1 PTR 1 STATus OUEStionab e INSTrument CONDition 6 41 6 6 QUEStionable 3 STATus QUEStionable ENAB1e lt status enable gt 1 EVENt NTR 1 PTR 1 STATus OUES 1onab1e INSTrument CONDition 6 42 6 7 1 QUEStionable INSTrument ENAB1e lt status enab1e gt STATus QUEStionable INSTrument 1 EVENt NTR 1 PTR 1 PLZ U A 21 STATus OUEStionab1 e INSTrument
173. 7 1 Iocp Iocpi A A 14 CR CV OCP A 11 A 12 ON ON NR Vw CR RM Rvp R MT MI M2 T OCP Iocp OCP OCP 2 OCP ON OCP OFF T T OCP CR MT
174. OPP 2 ON OPP OFF N N OPP CC MN A 6 OPP ON CC OPP OFF N OPP PNi OPP S CV
175. OPP OPP V A A 3 CC OPP A 3 AB V1 AB B OPP OPP 2 OPP ON 5 OPP OFF B B OPP CC AB A 1 OPP ON
176. 0V 10V fis 0 100 LOAD ON 4 10kO 5V 0V 1 V 4V SV 5 12 V 12V 50mA PLZ U 5 25 PLZU 5 17 0 10V 0 100 N CH CONT 1 3
177. A V 1 Q 2 3 4 5 6 7 PLZ U fs set X fs 8 3 CC CR 1Hz 20kHz 2 98 01 1 Hz 1kHz 1Hz 1k Hz 10 kHz 10 Hz 10 kHz 20kHz 100 Hz 0 5 ofset CC CR H 0 10 A s 2 40 A 7s 0 05 A z 1 20 A ns CC M 0 10 A s 0 24 A xs 0 05 Am 0 12A s L 24 mA s 12 mA s 1 H 0 10 A s 0 24 A ns 0 05 Az 0 12 A ns M 24 mA s 12 mA s 1 L 2 4 mA ns 1 1 2 mA ns 0 01 A pns gt 10 of set 5 ps CC 0 1 1 3 10 30 100 300 ms 30 of set 100 ps
178. EE STH a 2 3 2 2 2 4 2 3 2 5 2 4 gt 0 2 6 2 5 2 8 6 2 9 2 7 2 10 2 8 2 12 2 8 1 2 12 2 8 2 2 16 2 8 3 2 18 3 3931 M 2 at 3 2 TD DES EAE ESS NR EEE 3 2 3 1 2 3 8 3 2 MS lttssstssesssesessS
179. CONDiton PTRansition NTRansition EVENt ENABle ENABle 6 33 PTRansition NTRansition
180. 1s 0s QUEStionable 0s 1s 0s CSUMmary 1s 1s 0s STATus PRESet PLZ U 6 6 2 IEEE488 2 MMS ii co ESR 6 13 Standard Event Status Resister Operation Complete OPC OPC Event 800 Operation Complete
181. 4 4 ESB 6 6 xESR ROM TDN IDN PLZ 50F ROM 1 00 KTKUSU PLZ 50F 0 1 00 6 13 PE IO OPC Operation Complete 0 OPC ASCII 1 F EE 488 2 1992 12 5 3 OpC ul OPC RCL 0 3
182. 5 9 5 6 2 LOAD LOAD I ky PLZ U 5 9 CC ee ON 1 5 20 ms 0 0A SHIFT SEQ SHIFT SW ON SEQ SW ON SEO
183. 6 39 EE STAT OPER INST ISUM PTR OPERation INSTrument ISUMmary ee EX STATus OPERation INSTrument ISUMmary lt n gt PTRansition lt status enable gt STATus OPERation INSTrument ISUMmary lt n gt PTRansition STAT OPER INST ISUM NTR OPERation INSTrument ISUMmary STATUS OPERation INSTrument TSUMma gt NTRansition lt status enable gt STATus OPERation INSTrument ISUMmary lt n gt NTRanS1tion 6 40 PLZ U QUEStionable QUEStionable 16 SCPI 8 0 1 3 4 9 10 11 6 6 Q
184. OCP ON OCP OFF F F OCP CR AF PLZ U A 5 A 3 OCP ON CR OFF OCP A 2 3 CV CV
185. 1 2 1 2 ABC 1 ABC MT 20P 5 5 N POWER
186. GPIB GPIB 7 RS 232C RS 232C RS 232C 8 FRAME CONT1 2 lt 9 CH CONT1 2 3 4 5 10 CH CONT 3 12 PLZ U LE 4 PLZ U 4 1 EI 4 1 ENTRY
187. Request Control RQC Query Error QYE A e Device Dependent Error DDE A 6 Execution Error EXE SCPI A 6e Command Error CME IEEE 488 2
188. STATus QUEStionable INSTrument ISUMmary lt n gt PTRans1 1on STAT QUES INST ISUM NTR QUEStionable INSTrument ISUMmary STATugs OUESt1onab1e TNSTrument TSUMma gt NTRansition lt status enable gt STATus QUEStionable INSTrument ISUMmary lt n gt NTRansition PLZ U 6 45 CSUMmary PLZ U 0 1 2 3 8 6 9 CSUMmary STATus CSUMmary 0 1 CC CC 1 2 CV CV 2 4 CR CR 3 7 Not Used 8 256 PRUN PROGram 9 12 Not Used 13 INSTrument Summary 14 15 NotUsed STAT CSUM CsUMmary STRATus CSUMmary EVENt STAT CSUM COND CSUMmary STATus CSUMmary COND1tion STAT CSUM ENAB CSUMmary
189. VALue CURRen lt current gt CC 3 SCPI 1 2 INPut OUTPut STATe IMMediate OFF ON ON OFF 1 EXTernal LPOLarity POSitive NEGa O tive EXTerna1 REFerence NONE MATN SUB 3 PROTection CLEar N A 3 STATe TIMer STATe lt va1ue gt MT Nimum MAXimum 3 O STATe DELay lt value gt MINimum M 0 AXimum A 19 SCPI 1 2 PROGram CLEar N A 3 PROGram SELected STATe RUN STOP N A 1 EXECuting 1
190. mm Ta 30 Al 2 14 2 08 27 10 3 5 12 3 31 37 9 9 10 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 2 298 125 344 150 395 300 200 469 250 556 325 650 172 57 2 12 PLZ U PLZ U L IT L I E PLZU E LX AI AT AI AT 2 9 1m 17H
191. pl RU STEP 5 10 5 1 1 5 1 PLZ1S0U ES CC A H 30 A RPT 1 9999 3 OFF ON OFF 1 1A 100s 2 5A 100s 3 1A 200s 4 5A 200s 5 1A 100s 6 10 A 50 s 7 1A 50 s 8 10 A 50 s PLZ U 5 13 2 1 ENTRY 3 CC 4 RANGE CC CR H 5 SHIFT SEQ SHIFT SW ON SEQ SHIFT SWON SEQ 6 STEP
192. CV A 7 V1l gt V I V V1 V Ri I MW 1 Vi kX MM V PLZ U I A 7 OPP Io CV A 7 OPP OPP IN locp A A 8 CV OPP A 6 PLZ U OCP Tocp N Vyy Vo VMo gt VM V Vu
193. 2 15 2 8 OVP 4 10 OPP 4 9 OHP 4 10 5 16 REV 4 10 2 15 3 10 3 12 2 9 5 9 4 5 5 8 4 12 5 32 3 11 2 16 1 5 22 A VN TF DE CONFIG 5 17 2 12 5 9 5 11 5 9 A 15 8 7 4 4 5 8 8 7 5 5 5 5 PLZ U 5 5 6 52 5 9 5 9 5 7 2 9 2 4 3 4 S 31 2 18 3 8
194. 6 34 PLZ U QUEStionable INSTrument ISUMmary lt n gt FREQuenoi to QUEStionable INSTrument4 PHASe INSTrument INSTrument5 MODulation bit lt n gt INSTrument6 CALlbration INSTrument7 Available to designer INSTrument8 Available to designer Available to desiqner Available to desiqner INSTrument Summar Command Warning NOT USED MEASuring Waiting for TRIGger Summal Waiting for ARM Summal CORRecting Available to designer Available to designer Available to designer Available to designer Available to designer INSTrument Summary PROGram Running NOT USED bit lt n gt NOT USED to CSUMmary INSTrument5 NOT U INSTrument INSTrument6 NOT U bit lt n gt INSTrument7 PRUN INSTrument8 NOT USED INSTrument9 NOT USED INSTrument10 NOT USED INSTrument11 NOT USED 6 3 PLZ U to OPERation INSTrument QUEStionable INSTrument NOT USED INSTrument1 INSTrument2 INSTrument3 INSTrument9 INSTrument10 INSTrument11 INSTrument12 INSTrument13 INSTrument14 NOT USED OPERation INSTrument NOT USED INSTrument1 INSTrument2 INSTrument3 INSTrument4 INSTrument5 INSTrument6 INSTrument7 INSTrument8 INSTrument9 INSTrument10 INSTrument11 INSTrument12 INSTrument13 INSTrument14 NOT USED INSTrument1 INSTrument2 INSTrument3 INSTrument4 INSTrument12 INSTrument13 INSTrument14 NOT Standard E
195. A PLZ150U 8 1 5V a L 0 001 0 01 0 1 0 0 1 0 2 0 3 A A PLZ U A 13 EE A 3 2 PLZ70UA PLZ70UA 0 V H 0 1 1 10 A PLZ70UA 0 V M 0 01 0 1 1 A PLZ70UA 0 V L 0 001 0 01 0 1 A A 14 PLZ U A 4 1 5 CC CR A A RPT 1 9999 OFE ON OFF ON x ll SN dH Ro PLZ U A 15 A 5 SCPI PLZ_U SCPI SCPI SCPI
196. 5 6 11 CSUMmary INSTrument ISUMmary STATus CSUMmary INSTrument ISUMmary 0 1 CC CC 1 2 CV CV 2 4 CR CR 3 7 Not Used 8 256 PRUN PROGram 9 15 Not Used STAT CSUM INST ISUM CSUMmary INSTrument ISUMmary STATus CSUMmary TNSTrumen TSUMma y n gt EVEN STAT CSUM INST ISUM COND CSUMmary INSTrument ISUMmary STRATus CSUMmary TNSTrument TSUMmary lt n gt COND1tion STAT CSUM INST ISUM ENAB CSUMmary INSTrument ISUMmary STATus CSUMmary INSTrument LISUMmary lt n gt ENABle lt status enable gt STATus CSUMmary INSTrument ISUMmary lt n gt ENAB1e 6 48 PLZ U PLZ U TI STAT CSUM INST ISUM PTR CSUMmary INSTrument ISUMmary gt S
197. CC CR 255 1ms 9999s 1 9999 9999 1 2 H 2 100 10 90 8 4 PLZ U OVP 110 OCP H 0 110 110 OPP H 0 110 110 95 RVP UVP OFF 0 100
198. ISUMmary lt n gt CONDition 6 44 6 8 1 1 QUEStionable INSTrument ISUMmary ENAB1e lt status enable gt 1 STATus QUEStionable INSTrumentISUMmar IsEVENG y 2 NTR 1 PTR 1 STATus CSUMmarY CONDition 6 46 6 9 CSUMmary 3 STATus CSUMmary ENAB1e lt status enable gt 3 EVENt NTR 3 PTR 3 STATus CSUMmary INSTrument CONDition 6 47 6 10 CSUMmary INSTrument 3 ENAB1e lt status enab1e gt STATus CSUMmary INSTrument 3 EVENt 4 NTR 3 PTR 3 STATus CSUMmary INSTrument TSUMma ry n gt CONDition 6 48 6 11 3 CSUMmary INSTrument ISUMmary ENAB1e lt status enable gt 3 STATus CSUMmary INSTrumentISUMmary SWENEJ NTR 3 PTR 3 A 22 PLZ U A 6 A 6 1
199. Part No Z1 002 980 IB004848 Aug 2010 PLZ U PLZ 70UA PLZ 150U PLZ 30F PLZ 50F IKIKUSUI 1 2 3 This warranty is valid only in Japan 1 S SN
200. 3 RST A 5 SCPI 8AV lt va1ue gt 0 3 1 6 15 6 16 SRE STB TRG TST WAI SRE 0 SRE SRE SRE8 3
201. 50 Hz 60 Hz 47 Hz 63 Hz 33 VA 40 VA MP Mi 300 VAmax 500 VAmax 0 40 20 85 RH 20 70 90 RH DCS00 V 30 MQ 70 RH AC1500V 1 AC25 A 0 10 3 25 3 5 mm 5kg 7kg 1 SVT3 18AWG 3P 2 4m 2 4 2 FRAME CONT 1 EMC 2 3 EMC 2004 108 EC EN 61326 1 EN 61000 3 2 EN 61000 3 3 3 4 2006 95 EC EN 61010 1 Class I Pollution degree 2
202. B C 6 S RNN ww 1 0 3 A B C 0 3 ee 5 V 100mA 10kQO 5V 0V 1V 4 V SV DC30 V 1 1 V 100 mA PLZ U 8 5 12 V 50 mA CC CR CV 0V 10V fs 0 100 10 kO SV 0V 1V
203. RANGE TL Low M Mid H High LED 5 9 SEQ SEQ 0 ENTRY e666 SET STEP TIME RPT LOAD 5 8 4 SHIFT SEQ SHIFT SW ON SEQ SEO 5 STEP 6 SET
204. 0 0 2 m 20 0 1 m 10 4 200 m 20m 20m 0 100 m 10m 10m 0 20 7 2 10 ln SIE current MAXimum MINimum 0 31 500 0 15 75 2m 1 m MK 0 3 1500 0 1 575 0 2m 0 1m 0m 315 00m 0m 157 50m 0 02 m 0 01 m A status enable CONDirion 16 99 0 65535 step 256 string ASCII Code 20H 7EH 6 8 PLZ U time 0 001 9999 0 0 001 S Value MAXimum MINimum voltage MAXimum MINimum 1 5 157 5 0 137 5 10 m 1
205. 12 FREO 3 PLZ U FREQ TIMB TIMER 3 5 G GPIB 3 12 GPIB 6 10 IEEE 488 2 6 52 6 2 INDEP 3 9 K KEY LOCK 3 6 3 7 L LED 3 6 LEVEL 3 5 LEVEL STEP UVP 3 5 LOAD 3 3 3 8 LOCAL 3 7 LOCAL KEY LOCK 3 7 O OCP 3 6 OCP OPP 3 6 OPP 3 6 P POWER 3 3 R RANGE 3 4 RANGE VRANGE 3 3 RECALL 3 6 RECALL STORE 3 6 REMOTE 3 3 RMT 3 6 ROM 1 2 RPT 3 6 RS 232C 3 12 RS 232C 6 11 1 S S START 3 6 SCPI Volume 4 Power Supply 6 2 SCPI 6 2 6 3 6 13 SCPI A 16 SEO 3 5 SEQ 3 4 SHIFT 3 4 SET 3 4 SLEW RATE 3 6 SLEW RATE S START 3 6 STEP 3 5 STORE 3 7 STORE 3 4 SW ON 3 5 SW 3 4 T TIME 3 5 TIMER 3 5 U UVP 3 5 V VRANGE 3 4 2 9 8 6 4 11 4 11 4 10 6 10 A 23 8 8 5 21 3 26 A 13 1 2 2 10
206. 16 2 13 1 2 3 8 2 6 2 2 8 7 2 6 1 2 3 2 5 24 6 8 5 14 conductance 6 8 current 6 8 status enable 6 8 step 6 8 0 KN 13 string 6 8 time 6 9 Value 6 9 voltage 6 9 5 29 5 29 8 5 2 4 8 7 2 4 8 7 A 1 1 5 1 5 5 15 5 15 7 2 5 13 3 4 3 8 3 4 4 5 4 4 4 3 5 28 4 PLZ U
207. 2 OHP A bi 7 1 2 7 8 PLZ U LE 8 PLZ U 8 1 8 1 30 23 5 of set of fs of rdg DC 15V 150V 0V 150V H 30A 150 W 15A 75 W M 3A 150W 1 5 A 75 W L 300mA 45 W 150 mA 22 5 W
208. 300 W 120 A 600 W 5 75A 375 W 150 A 750 W LE f i AMAX PB Rsaazc sO CC 8 LECTRONICS CORP No 5 22 2 8 1 POWER 2
209. 4 s 1 2 LED LED LED LED
210. 5 7 7 Operation Status Register OPER OPERation 7 128 OPERation 8 15 Not Used IEEE 488 2 6 5 1 IEEE 488 2 6 52 PLZ U PLZ U 7 gt j POWER 7 1 1
211. 6 ON OFF CONFIG 7 CH CONT LOAD ON L H PLZ U 5 19 gt RO CONFIG 8 ON OFF CONFIG 9 GPIB RS 232C GPIB GPIB 232 RS 232C GPIB CONFIG 10 GPIB 1 30 GPIB
212. No No 0 3 3 RECALL 4 ENTER 0 2 5 13 POWER ABC 5 8 5 9 ABC
213. STATus OPERation ENAB1e lt status enab1e gt STRATus OPERation ENAB1e 6 36 PLZ U STAT OPER PTR OPERation 8TATus OPERation PTRans1tion lt s atus enab1e gt STATus OPERation PTRansition STAT OPER NTR OPERation STRATus OPERation NTRansition lt status enable gt STATus OPERation NTRans1tion OPERation INSTrument 6 4 OPERation INSTrument STATus OPERation INSTrument 0 1 NOT USED 1 2 TINSTrument1 2 4 INSTrument2 3 8 INSTrument3 4 16 TINSTrument4 5 32 INSTrument5 6 64 INSTrument6 7 128 INSTrument7 8 256 INSTrument8 9 512 INSTrument9 10 1024 INSTrument10 11 2048 INSTrument11 12 4096 INSTrument12 13 8192 INSTrument13 14 16384 INSTrument14 15 32768 NOT USED STAT OPER INST OPERation INSTrument STRATus OPERation INSTrument EVENt STAT OPER INST CO
214. 0m NM 1 5 15 75 0 15 75 lm 1m V PLZ U 6 9 6 4 GPIB 6 4 1 GPIB GPIB TEEE488 PC GPIB 1 IQ IF LOAD LED LOAD CONFIG CONFIG SHIFT CLEAR CEF 01 9 CF 09 SHIFT GPIB 10 CF 10 SHIFT
215. 1 SOURce POWer PROTection LEVe1 OVER lt value gt MTNimum MAX1mumr 1 O PROTection ACTion LIMit TRIP 3 O SOURce VOLTage tEVe1 IMMediate AMPLitude AMPLitude lt vo1tage gt MTNimum MAX1 1 mum PROTection LEVel UNDer lt voltage gt MTNimum MAXimum 3 O PROTection STATe OFF ON ON OFF 1 RANGe LOW HTGH CV 1 SOURce PRESet STORe MEMA MEMB MEMC ABC NA 5 RECa11 MEMA MEMB MEMC ABC NA 3 DISPlay METer 0 1 2 3 4 ON OFF 3 O HCONfigration POLoad OFF ON 3 PLZ U PLZ U SCPI 1 ABORt
216. 42 6 OFF ON 5 6 7 HL 15 10 2CH CONT 8 OFE ON 42 9 GPIB 232 6 10 GPIB 1 30 6 4 1 GPIB 11 RS 232C 2400 4800 9600 6 4 2 RS 232C 19200 bps 1 2 PLZ 30F 3 CONFIG SHIFT 5 13 CONFIG PLZ U 5 17 LOAD LED LOAD ENTRY ENTRY
217. 8 OP Over Power 4 16 OT Over Temperature 32 Not Used 6 64 Not Used 7 128 Not Used 8 256 Not Used 9 512 UV Under Voltage 10 1024 EXT External Problem 11 2048 REV Reverse Voltage 12 4096 Not Used 13 8192 Not Used 14 16384 Not Used 15 32768 Not Used STAT QUES INST ISUM QUEStionable INSTrument ISUMmary STATus OUESt1onab1e TNST rument TSUMma gt EVENt1 STAT QUES INST ISUM COND QUEStionable INSTrument ISUMmary gmAmus OUEStionab1 e TNSTrumen TSUMma gt CONDition 6 44 PLZ U STAT QUES INST ISUM ENAB QUEStionable INSTrument ISUMmary STATus QUEStionable INSTrument ISUMmary lt n gt ENABle lt status enable gt STATus QUEStionable INSTrument ISUMmary lt n gt ENABle STAT QUES INST ISUM PTR QUEStionable INSTrument ISUMmary STATus OUEStionab1e TNSTrument TSUMmary n gt PTRansition lt status enable gt
218. F ON 0 1 PROGram SELected LINPut PROGram SELected LOUTput OFF O ON 1 PLZ U 6 29 PROG LVAL PROGram SELected LVALiue lt conductance gt lt curren gt PROGram SELected LVALue PROG LVAL 9 876 A 9 876 PROG FSP END PROGram SELected FSPeed STEP END lt step gt PROGram SELected FSPeed STEP END lt step gt 255 1 1 PROG FSP END 6 PROG FSP EDIT PROGram SELiected FSPeed STEP EDTT POTN lt step gt lt condu
219. FT LOCAL 8 E E EXTLED CONFIG 2 0 5 10 2 CH CONT S 9 RMT LED LOCAL 3 1 1 17EXT RMT KEY LOCK ENTRY ENTRY 4 1 5 3 2 8 1 2 i 1 PLZ70UA
220. N JAPAY 3 PLZ U 4 5 AC INPUT 6 GPIB 3 7 RS 232C 3 3 PLZ 30F 3 11 1 DC INPUT 2 8 2 S S 3 4 No 5 ACINPUT 6 GPIB
221. ND OPERation INSTrument STATus OPERat1on TNSTrument COND t1on PLZ U 6 37 STAT OPER INST ENAB OPERation INSTrument STATus OPERation TNSTrument ENAB1e lt status enable gt STATus OPERation INSTrument ENABle STAT OPER INST PTR OPERation INSTrument STATus OPERation INSTrument PTRansition lt status enable gt STATus OPERation INSTrument PTRansition STAT OPER INST NTR STATus OPERat1on TNSTrument NTRansition lt status enable gt STATus OPERation INSTrument NTRansition 6 38 PLZ U OPERation INSTrument ISUMmary lt n gt OPERation INSTrument lt n gt 2 INSTrument2 OPERation INSTrument ISUMmary2 lt n gt 1 5 6 5 OPERation INSTrument ISUMmary STATus OPERation INSTrument ISUMmary
222. OUEStionab1e TNSTrument ENAB1e lt status enab1e gt STATus OUEStionab1 e TNSTrument ENAB1e STAT QUES INST PTR QUEStionable INSTrument 8TATus OUEStronab1e TNSTrument PTRans1t1on lt status enable gt STATus QUEStionable INSTrument PTRansition STAT QUES INST NTR QUEStionable INSTrument STATus OUEStionab1 e TNSTrument NTRans1tion lt status enable gt STATus QUEStionable INSTrument NTRansition PLZ U 6 43 QUEStionable INSTrument ISUMmary lt n gt QUEStionable INSTrument lt n gt 2 INSTrument2 QUEStionable INSTrument ISUMmary2 lt n gt 1 5 6 8 QUEStionable INSTrumentISUMmary STATus QUEStionable INSTrument ISUMmary ee 0 1 OV Over Voltage 1 2 OC Over Current 2 4 Not Used 3
223. PC OPC RCL RST SAV SRE SRE STB TRG TST WAI SCPI A 5 SCPI 16 3 SCPI SCPI SCPI 6 2 IEEE Std 488 2 1992 IEEE Standard Codes Formats Protocols and Common Commands For Use With IEEE Std 488 1 1987 IEEE Std 488 1 1987 IEEE Standard Digital Interface for Programmable Instrumentation TIA EIA 232F Standard Commands for Programmable Instruments SCPI version 1999 0 IEEE 488 2 GPIB IEEE 488 2 SCPI GPIB RS 232C SCPI SCPI Volume 4 Power Supply 6 2 PLZ U 6 3 SCPI 6 3 1 SCPI SCPI ASCII
224. SOURce CURRent SLEW lt s1ew gt SOURce CURRent SLEW lt s1ew gt H 0 10 2 40 005 1 20 CC M 0 10 0 24 0 05 0 12 L 24 m 12m H 0 10 0 24 005 0 12 CR M 24 m 12m L 2 4 m 12m 0 01 A US CURR PROT SOURce CURRent PROTection LEVe1 OVER lt va1ue gt MTN1mum MAX1mum SOURce CURRent PROTeotion LEVe1 OVER 0 33 00 0 16 5 10m 10m A 6 20 CURR PROT ACT SOURce CURRent PROTection ACT1on LTM1t TRTP SOURce CURRent PROTection ACT1on LIMit TRIP POW PROT SOURce POWer PROTection LE
225. SP 1 2 3 4 2 3 9 IDISP PLZ U 5 6 5 6 1 PLZ U CC CR 1 1 LOAD
226. STATUS 17 SVIF V 100 mA 18 N C N C NC 19 GND 20 GND GND GND 1 10 kO SV 0 V 1 V 4 V V ENABLE ABC 2 2 ENABLE 3 DC30 V 1 1 V 100mA 5 22 PLZ U LOAD LOAD EFRAME CONT 10 20 LOAD ON 9 20 ENABLE
227. TATus CSUMmary INSTrument ISUMmary lt n gt PTRansition lt status enable gt STATus CSUMmary INSTrument TSUMmary lt n gt PTRansition STAT CSUM INST ISUM NTR CSUMmary INSTrument ISUMmary 4 STATus CSUMmary ITNSTrument ISUMamry lt n gt NTRansition lt status enable gt STATus CSUMmary INSTrument ISUMamry lt n gt NTRans1tion 6 49 6 50 STAT PRES OPERaion QUEStionable STAT PRES ENABle STAT PRES
228. UEStionable STATus QUEStionable 0 0 1 OV Over Voltage 1 2 OC Over Current 2 4 Not Used 3 8 OP Over Power 4 16 OT Over Temperature 5 32 Not Used 6 64 Not Used 7 128 Not Used 8 256 Not Used 9 512 UV Under Voltage 10 1024 EXT External Problem 11 2048 REV Reverse Voltage 12 4096 NotUsed 13 8192 INSTrument Summary 14 16384 Not Used 15 32768 Not Used STAT QUES QUEStionable STRATus OUESt1onab1e EVENt 2 STAT QUES COND QUEStionable grATus OUEStionab1 e CONDition STAT QUES ENAB QUEStionable STATus OUESt1onab1e ENAB1e lt status enab1e gt STATus OUEStionable ENABle PLZ U 6 41 STAT QUES PTR QUEStionable STATus OUEStionab1e PTRans1tion lt status enab1e gt 8TATus OUES
229. VALiue CURRent lt current gt SOURce PULSe LEVe1 VALue CURRent 6 26 PLZ U 6 5 7 MI ON OFF INPut STATe MMediate OFF ON I0 1 OUTPut STATe IMMediate OFF ON 0 1 TNPut STATe IMMediate OUTPut STATe IMMediate OFF O ON 1 INP EXT LPOLOUTP EXT LPOL INPut EXTerna1 POTar1ty POSitive NEGative OUTPut EXTernal LPOLarity POSitive NEGative 1NPut EXTerna1 LPOLar1ty OUTPut EXTernal LPOLarity POSitive NEGative INP EXT REF OUTP EXT REF INPut EXTernal REFerence NONE MATN SUB OUTPut EXTerna1 REFerence NONE MATN SUB TNPut EXTerna1 REFerence OUTPut EXTerna1 REFerence
230. Ve1 OVER lt va1ue gt MTN1mum MAXimum SOURce POWer PROTection LEVe1 OVER 0 165 0 0 82 5 100 m 100 m W POW PROT ACT SOURce POWer PROTection ACTion LTM1it TRTP SOURce POWer PROTection ACTion LIMit TRIP VOLT PROT UND SOURce VOLTage PROTection LEVe1 UNDer lt vo1tagqe gt MTN1mum MAX1mumi SOURce VOLTage PROTection LEVe1 UNDer VOLT PROT STAT ON OFF SOURce VOLTage PROTection STATe OFF ON 0 1 SOURce VOLiTage PROTection STATe ONC ON OFE O OFF PLZ U 6 21 COND RANG CR
231. Z S0F PLZ1S0U 5 750 W 0V PLZ70UA 0V 1 3 ABC 3 os
232. Z U ABORt SOURce CONDuctance LEVe1 TRTGgered AMPLitude lt conductance gt MINimum MAXimum SOURce CURRent LEVe1 TRTGgered AMPT1tude lt current gt MTN1mum MAX1mum INIT CONT ON 213 NrTiate MMediate ON OFF 6 2 INTTiate CONTinuous OFF ON 0 1 TNTT1ate CONT1nuous ON
233. ctance gt lt curren gt lt 1g gt lt 1me gt PROGram SELected FSPeed STEP EDTT POTNE lt step gt lt trig gt 0 0 PROG FSP EDIT lt step gt lt step gt lt conductance gt current gt 1 0 lt time gt PROG FSP EDIT 5 5 CC H 9 876 A 1 234 s 9 876 0 1 234 6 30 PLZ U EE PROG CLE gt PROGram CLEar PROG STAT PROG EXEC PLZ U PROGram SELected STATe RUN STOP RUN STOP BROGram SELiected EXECuting PROG EXEC IRUNISTOP lt time gt lt l
234. oop gt lt step gt 1 1 lt time gt RUN step STOP STEP4 10 3 RUN 10 000 3 4 1 6 31 SYST CAP SYST FORM SYST ERR SYST GTL SYST LLO SYST REN SYST VERS SCPI DCPSUPPLY WITH MEASURE amp TRIGGER SYSTem CAPab111ty 1 2 SYSTem FORMation SYST FORM PLZ1S0U 2 PLZ70UA 1 SLOT1 15S0U MAST SLOT2 1S0U SLAV SLOT3 70UA MAST 255
235. or 300 generic 350 Queue overflow A 24 PLZ U PLZ U 499 400 IEEE 488 2 6 2 400 Query error generic
236. tionab1e PTRans1tion STAT QUES NTR QUEStionable STATus OUEStionab1e NTRans1ition lt status enab1e gt STRATus OUEStionab1 e NTRans1tion QUEStionable INSTrument 6 7 QUEStionable INSTrument STATus QUEStionable INSTrument i 0 1 NOT USED 1 2 TINSTrument1 2 4 TINSTrument2 3 8 INSTrument3 4 16 INSTrument4 5 32 INSTrument5 6 64 INSTrument6 7 128 TINSTrument7 8 256 INSTrument8 9 512 INSTrument9 10 1024 INSTrument10 11 2048 INSTrument11 12 4096 INSTrument12 13 8192 INSTrument13 14 16384 INSTrument14 15 32768 NOT USED STAT QUES INST QUEStionable INSTrument STRATus OUEStionab1e TNSTrument EVENT STAT QUES INST COND QUEStionable INSTrument STATus OUEStionab1e TNSTrument CONDition PLZ U STAT QUES INST ENAB QUEStionable INSTrument STATus
237. tus enable 16 step 253 string ASCTII Code 20H 7EH time S value MAXimum MINimum voltage SCPI MAXimum MINimum mV uV V A 16 PLZ U IEEE 488 2 PLZ U SCPI TA CLS N A ESE ESR
238. vent Status Register Operation Complete Request Control Query Error Device Dependent Error Execution Error Command Error User Request Power On Waiting for TRIGger Summal QUEStionable VOLTage CURRent TIME POWer TEMPerature FREQuenc PHASe MODulatlon CALlbration Available to desiqner Available to desiqner Available to desiqner Available to desiqner INSTrument_Summar Command Warning NOT USED Status SCPI SS 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 OPERation Status SCPI CALIbrating CORRecting Available to designer Available to designer Available to designer Available to designer Available to designer INSTrument Summa PROGram Running NOT USED NOT USED NOT USED NOT USED NOT USED NOT USED PRUN NOT USED NOT USED NOT USED NOT USED INSTrument Summary NOT USED NOT USED GS Goo amRoo Available to designer Available to designer Summary of IEEE 488 2 Status Structure Registers The use of Bit 15 is not allowed since some controllers may have difficulty reading a 16 bit unsigned integer The value of this bit shall always be 0 SCPI Standard 1999 0 Volume1 fig 9 1 6 35 OPERation OPERation
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