Agilent単入力電子負荷 操作ガイド
Contents
1. 3 12. Copyright O Agilent Technologies Inc 2000 Copyright O Agilent Technologies Japan Ltd 2000 All rights reserved Reproduction adaptation or translation without prior written permission is prohibited UE
3. 8 4 5 30
4. 31 input On Off GPIB INPUT ON OFF
5. Y aul En 5
6. CF 1 5 0 mA E A
7. 10 4 Programming HPSL HPSL Reference Guide 901 902 903 904 906 912 900 Agilent 8120 1351 8120 1369 8120 1689 8120 1378 8120 0698 8120 2104 812
8. TEC 348 CSA 22 2 No 231 UL1244 1 1 0 5 C 25 5 1 2 1 1 AC 2 100 120 220 240Vac
9. 1A 5V 0 2 5Q 10 008 4 4 8 520 60V 10 000 Q 6 89
10. AC ICIS SEGA toy be ACER Si 0 p E A O es Herstellerbescheinigung Diese Information steht im Zusammenhang mit den Anforderungen der Maschinenlaminformationsverordnung vom 18 Januar 1991 Schalldruckpegel Lp lt 70 dB A Am Arbeitsplatz Normaler Betrieb Nach EN 27779 Typprufung 1991 1 18 German Sound Emission Directive Lp lt 70 dB A
11. CHET K4 5 4 5 FREQ FREQ value 0 25 10000Hz DCYCLE value 3 97 0 25Hz 1kHz 6 94 1kHz 10kHz 62 CC 1 CC a CC 0 5A CC 1A 0 0025A Ms CC b MODE CcURR Enter CC 2 Crea 5 o o o Enter SkHz 3
12. a NC RG GPIB GET TRG HP SL TRIG HP SL b 1 go aia ees a ke eS NOE ee a c 17ms 1 6 17ms
13. Meter GPIB MEAS TH Meter DC CShort On Off GPIB INPUT SHORT ON OFF
14. GPIB TRIG IN TTL RBA CT LCL Al J Eo E P
15. 10 1kQ 10kO 300W Oe 1 10 0 033 1Q 8 10 10 0 008 Q 0 992 1 008 Q 0 033 Q 0 033 Q 0 008 Q 0 032 0 048 Q 2 1kQ 1Q IKQ 18 0 0018
16. CC CR CV OUT OF RANGE DC INPUT
17. 10 Flf Porf 44 Ka m 4 TB201 RTB2 3 10 TRIG IN 1 TRIG OUT 2 3 4 TB201 RTB2 PIN 1252 1488 3 10 TTL
18. CV 4 6 1 Recal 7 Center Gan 2 10 Cente ti 20V b VOLT VOLT20 000 61 Input ENTRY A Y Imput 1 VOLT 1 0 016V Enter
19. LED IEC 825 1 1 LED II 2 95 2000 a ae ta 3
20. 2 7 tw ob AA lt gt HI zi _ us V A 2 7 E 12 1 2 2uF
21. AC O
22. GPIB CURR TRIG CC CC CC 1 CURR TRIG O
23. 31 31 1 D 3 4 5 6 Ae ra aa 7 8 Lota
24. 68 CC CR CV CC CR 4 CC CR CC CV CR CR CR CR CC Als 12
25. DAC CAL MEAS RAM 78 CALibration SAVE EEPROM CAL SAVE ee
26. Err Local a ee Error Error 1 se 4 ES Fo ERROR 0 100 499 Agilent Electronic Load Family Programming Reference Guide
27. 1 1 2V 0V CC CR 12 11 3 de
28. OV OP OT PS VF 1 Prot Prot Clear OT Prot Clear
29. CV CR RMT 3 1 AWG 1 AWG MIL W S088B mm IEC Publication 33 51 22 5 0 20 8 33 0 75 10 18 15 4 2 84 1 13 5 16 19 4 1 5 16 3 2 14 31 2 2 5 25 12 40 2 94 4 32 3 89 10 55 4 83 6 40 3 76
30. OV GPIB CURR PROT STATE ONIOFF CURR PROT CURR PROT DEL 33
31. E l 1 AC 3 3 A4C
32. _Meter Meter 54 INPUT OFF SHORT ON 9 99 0 99 9 9WATTS VE OV RV PS REREN OC OP BEH OT ENTRY
33. 3 13 1 1 TRIG OUT 2 TRIG IN 2 Belk 1 3 14 3V 0 3 2 0 5V
34. 40 55 CO ffi FH TA Agilent J ILT A qe E Service Manual 910 ALT A MH Pe 38
35. OP OC HP BASIC HP 200 300 10 705 20 1
36. RAM CALibration LEVel LOW lt NRf gt HPSL Agilent Electronic Loads Programming Reference Guide CAL LEV CAL LEV RAM CAL ibration TLE Vel HIGH lt NRf gt
37. CV CC O R 1 2 CR lt I G DD
38. I1kQ 1110 1kQ 0 001 0 001 6V 6 0 008 6V 48 10kQ 90 C COCER A a ee A AE EE ES 74 CADA a So RE led ld to dd der NR 59 GREE OB ies AA AS AA A A A A ee es 74 GR Sa 61 CAES ROR LS A AA AENA EE 74 CVIE E nade rt ee dla Lt Matis et So a Ca dado e An Le A ald bien Miata al a a sr heated 63 G GPIB FB WAS ii A Snes A Sy A A SE ae See eens teas 44 66 69 GPIBA VA A ASA fe enh NE OE beng a A A a jest Ne ak bees PO 24 69 GPTBE 43 GPIB 69 H PS 24 69 70 L LED 4 AP MN A A O NE EE
39. Agilent Electronic Loads Programming Reference Guide Status Reporting 29 2 10 90 90 10
40. CC GPIB 1 CC MODE CURR D 1 lt 2 1 CMODE CURR Enter GPIB CC
41. 8in 1lbf 42 RE LEXAN 1 AWG 4 2 AWG6 8 13mm 3 In Ibf 5 3 8 10 TB301
42. 604 50 50 lt 70 2 9 35 H 1 H PROTO ON OFF GPIB TTL PORT ON PORT OFF 36 Ka m T
43. E 4 6 Save Recall 0 6 Recal 1 6 156 0 2 Save Imput omoff
44. SLES OS Ei A A A bid 41 GPIB 41 GPIB UA ad dt NN tots 42 42 42 it AA E NR RE 43 y o E A esd Neh eine A NS AN 45 EZA SAA TE OS 45 A A IAN 46 5 46 D ARA a EE EE EE e di 46 IS q A EA 46 UN ctu chon tas A A IR A ON 47 A IS EAEE E EEN 47 51 PES A Sette Gane E E E EE SR 54 TRATARA DA ls a NI a la lr tds 55 API A 2 AT RE EE i A ity Bo Da a lg EEE 55 MEE a Dott MS e ae a SIR a lla a A Mant Sas 57 57 59 61 62 NADAR EIA A es ce Macao Na 63 63 ARTE AS O E EE A E13 63 AS A dct ta teh ste atl MAE GI he ao Set salted caet alts Gale diate acdtinn Mi 64 64 pa A A RN NN 64 ADULTE AE L A gil Sale Gre weeds A tt AS I A Deets 65 Le FA AT pe EAT OR ch chee KS ESE 66 IE NS E DAS A NS 67 DIN TIT ZI O id it dat A AI O beanbag 67 AA E O II A o eau tials hate at t dee 67 VEZ RRA IAE tt SR NN amp ted GOS 68 E PEA RA A A Shean a O al a a ele Bid 68 VETADO AZ A LO 68 CESTO Mosa id dra Lordi dla adas dela badd ond 72 AE lr a A A ai ais 72 GREEN 72 TASA ANNE a EEA AEE A A EEA A 73 AN SAA E EE EE A 73 EVIDENTE AE NN A A odes eaita a 77 EA
45. Waulf VF Fault TTL Torie Fault las 3 Agilent 59510A a A CR CV
46. Rmt GPIB Seance Local GPIB SYSTEM FUNCTION
47. 3 100 AC 100V 48 63Hz 220 AC 220V 48 63Hz 240 AC 240V 48 63Hz 020 908 1 909 910 1 Operating Manual amp Programming Reference Guide Service Manual 1 11 AC 1 3
48. 6 1 6 1 6 1 0 10 15A 0 04 25W Guildline 9230 15 0 012 100A 0 04 100W Guildline 9230 100 EJER DC 0 01 6 Agilent 3456A 240Vdc 60Adc Agilent 6032A Agilent 6035A i PARD lt 3mV rms 30mV pp GPIB IEEE 488 Agilent 6031A HP BASIC 5 0 5 1 77 6 1 gt CALibration MODE ON OFF CALibration LEVel HIGH lt NRf gt
49. Agilent Electironic Loads Programming Reference Guide _Eror O 0 A E ean ee AA 0 E GPIB SYST ERR Emor Err
50. Input On Off INPUT OFF 55 A CHURN SCC CR CV he ERIN
51. GPIB GET TRG HPSL TRIG HPSL Programming Reference Guide HPSL TRIG TRIG TRIGGER TRG TRIG GET TRIGGER DVM 1
52. AS a O Gave GPIB SAV 0 6 PER BERET AO E OREA SET IDE alle Lc aE IL Aas SAV 0 od Od ZJU SEX 0 6 HH SCV RCL 0
53. JOA TRIG TRIG NOTE lt 1us TRIG DELAY s 2 6
54. LCL 90 AVC100 120 220 240V 1 3 2 af LINE FUSE RATING 100V 0 5A 60VA x 120v 259V MAX Dezov 025A 90 60 Desov 250V Hz L praris 3 2 4 M5 No 2 SSS2 SSS3 3 3 PC
55. CR Tit 1ms 10 OUTPUT 705 INPUT OFF 20 OUTPUT 705 MODE RES 30 OUTPUT 705 RES 10 40 OUTPUT 705 RES TLEV 5 50 OUTPUT 705 TRIG SOUR BUS 60 OUTPUT 705 CURR SLEW 5000000 70 OUTPUT 705 TRAN MOOE PULS TWID 001 5SkHz 1A 2300A s 7 73 80 OUTPUT 705 TRAN ON 90 OUTPUT 705 INPUT ON 200 OUTPUT 705 TRG 210 END 1047 20 CR 30 10Q 40 5Q 1 1kQ
56. MEAS CURR LOJRA Fir dn te Agilent Electronic Load Family Programming Reference Guide FROM AR 10 OUTPUT 705 MEAS CURR 20 ENTER 705 A 30 DISP A 40 END 10 20 4 30
57. 1 2 10V 3 4 5A CC CV 3 6 VOLTS AMPS 10 0 4 99 CC CR CV Tran Unr Prot Err Shift Rmt Addr SRQ 3 6 Meter 6 50W 7 GPIB
58. Local GPIB ENTRY GPIB I Error Address Y ENTRY Recall 0 7 Recall 7 Recal ENTRY SAVE 0 6 AC 1 6 biie cl EME A
59. V V uhs Ed 4 4 CV 6060B 6063B VOLT value 0 000 60 000 0 000 240 000 M Slew V SLW value 0 0010 0 5000 V us 0 0040 2 000 V us 1 V TLV value 0 000 60 000 0 000 240 00 2 1 12 9 1 1 T 12 2 2
60. E 703 1 GPIB
61. 60 HP SL HP SL Agilent Electronic Load Family Programming Reference Guide HP SL 5 1 HP SL 4 6 DC
62. GPIB GPIB HP SL of LOcAL GPIB
63. 0 25Hz 10kHz 3 3 97 0 2SHz 1kHz 6 94 1 10kHz 6 2 S0us 3 4s 3 13 1 1 30 PARD 20Hz 10MHz 7 X T Ss m 6060B 0 0A 0 60A 0 1 80mA 0 1 350mA 0 033 1Q 1 1000Q 10 10 0002 0 8 10mQ 6A 0 3 10mS 6V 0 3 10mS 6V 0 60V 0 1 300mV 0 05 65mA 0 05 45mV 0 2 4W 4mA rms 40mA p p 6mV rms 6063B 0 1A 0 10A 0 18 13mA 0 18 50mA 0 20 240 24 10 0002 240 50 0002
64. 10 3 S S CV CR 34 IMON VMON 0 10V DVM CC CV AC DC Ext Prog
65. Enter Rmt SYSTEM FUNCTION ENTRY
66. Agilent Electronic Load Family Programming Reference Guide HP SL GPIB HP 300 BASIC HP BASIC OUTPUT do Ar RE UE KADD OTR BAI SHP BASIC E
67. GPIB 3 7 2 3 8 1 AWG 4 16mm AWG 6 8 13mm AWG 10 10mm AWG4 AWG6 8 1 2 aul
68. 50 GPIB 60 As 70 1ms 80 90 100 190 200 TRG 1ms 5 1 HP SL CC 6060B 6063B CURR RANG value 0 6A 0 1AN gt 6 60A gt 1 10A CURR value 0 6A 0 1A 0 60A 0 10A CURR SLEW value 100 500 000A s 1 7 83 000A s 1000 5 000 000A s 17 830 000A S CURR TLEV v
69. 40 90 6 2 40 S0 70 80 90 7 6 2 al 79 6 2 N i ae gt Zk a i a Al A 1 gt of A ROR M A A ER H F ma BA Se SE SE SE SE SE SE SE SE N rs A DA at a zat ER Zio o Zo Hi_curr_rng
70. DAC CALibration MEASure HIGH lt NRf gt 1 DAC DAC CAL MEAS RAM CALibration MEASure LOW lt NRf gt
71. 0 mn a mp 0 SAVE 0 65 Enter 4 6 CRecal 7 Center GPIB RST Agilent Electronic Load Family Programming Reference Guide
72. MopE MODE CURR CC CR CV E CC CR MODE RES Enter CR CR CC Range Tran Level Slew Tran Level CC CR CV
73. i Programming Reference Guide CURR CTran Level ENTRY GPIB CURR TLEV Aas Cli GPIB CURR PROT 0 102 CC
74. 1 2 3 4 3 Programming Reference Guide AC120V 48 64Hz 100 220 240
75. 4 1 12 LCD 3 4 1 e WVS_e treed SYSTEM OC ELEC TARE k040 4 1 4 1 1 AC 2 LCD 10 09 0 99 CURR1 000 51 4 1 CC CC 4 1 CC CC CR CR
76. OVLD tk IEEE 488 2 E 12 12 Qs V s CV CR 1 As MEAS VOLT MEAS POW OVLD E 9 9E 37 a MEAS POW 69 70 START 1 INP OFF
77. 1000Q A CC 10 20 30 40 30 604 70 10 OUTPUT 705 INPUT OFF 20 OUTPUT 705 MODE CURR 30 OUTPUT 705 CURR 5 40 OUTPUT 705 CURR TLEV 1 SLEW 2500 50 OUTPUT 705 TRAN MOOE CONT FREQ 5000 DCYC 40 60 OUTPUT 705 TRAM ON 70 OUTPUT 705 INPUT ON 80 END CC 5A 40
78. 5 6060B 18 1 2 CC CR 500us 6060B 6063B lt 10 lt 5 0 033Q 0 02Q 0 209 0 100 20k 80k 8 0 03 10mA 0 03 15mA 0 01 10mV 0 01 20mV 100A 20A 40A 10A GPIB GPIB 70ms GPIB SH1 AH1 T6 L4 SR1 RL1 DT1 DC1 6 12kg 8 16kg iB 425 5mm He 88 1mm 346mm 50mm 19 20
79. DEAD ri dd ld ito tidad ls ll nds db Nk 11 SS 11 A Ye eee 11 A ATE a nD Mt A A ENTE ii e oi 12 NN NN af alta hcl NE saute Meas ae 12 6 21 AE E IR HPP MSN MI DVM MAA AR LCD SA GO ts 21 WES TE 21 22 PE TR DIVA E A AAA te E ta a id 22 WE A teh A coll ta Bs seth Nas sae S EEE Sects an 22 CO ER SN ieee eed csc a NRN AA een ate SN 22 GR 24 WE ER 25 EPA E A e e Ni a e a Ne A 26 Ri ec tee acetate ceded eee ean tan the ct A A AAA Ba ae a 29 do dd 29 INTI E IO ME A A A iR 30 A SIA AA E A e o A on us War a e AS 31 a A EER ER EE i 32 a A A SR ac shes AE d dou E uals 32 DYES hs OD LTDA AGO II A e ia 14 1 32 LENA il A A EN NISSAN 32 EAA 33 TSF A A NN RN 33 A cease race E ie ee O ne ae de ed de a be e Ae sa a A Moi 33 TREE Tan sce cane al vs Ear aana y ca daa Do Nee OS 33 RU PEt SA A E daa 34 SD i e is 34 SE a ER E E 34 34 Use SES ID A A A A A 34 35 NESST ARDER DOT A A A E 35 35 36 EA E RE SS E A SR E NS ii 37 IA re lada adsl cto ibid 37 A A A Lod A A A a 38 38 ERE LORA a SG di sd 38 a A A ares bg ad sind 40 Bae TAR a ea iin kk EE hin 40 41
80. DAC BIEL BIEL DAC DAC DAC DAC
81. Gar 12 CV CHARLES E 2 6 Tran Tran On Off Tran On Off 1 1 CC CD CV 3
82. 0 10V CV CC 0 ED GPIB 1 2 SV CC 60 GPIB FIV 2V 1lkHz SS XK 2 9 1V 1 10 1V 1 10 2 9 50 70
83. 0 SV 3 2 3 11 LCL y gt 3 12
84. _Meter Co o ae 11 11 CC CR CV Trn Unr Prot Err Shift Remote Addr S ReQ 3 2 2 1 ee ae Shift
85. AWG Q KQ Qik 5A 10A 20A 30A 40A 50A 60A mm dl 22 16 15 6 3 1 5 1 0 77 0 62 0 52 0 5 40 1 2 5 1 2 0 6 0 4 0 31 0 25 0 21 20 10 16 9 5 4 5 2 1 5 1 23 0 98 0 82 0 75 26 7 3 7 1 9 0 9 0 6 0 47 0 37 0 31 18 6 388 15 5 7 5 3 5 2 5 2 0 1 57 1 30 1 20 0 5 0 2 5 13 0 8 0 63 0 50 0 42 16 4 018 24 5 12 6 4 3 1 2 49 2 07 1 5 13 7 73 3 6 1 8 1 2 0 91 0 73 0 61 14 2 526 39 5 19 5 9 5 6 5 4 9 3 46 3 30 2 5 8 21 12 2 6 1 3 0 2 0 1 52 1 22 1 01 12 1 589 62 5 31 15 5 10 5 7 9 6 29 5 24 4 5 09 19 6 9 8 4 9 3 3 2 46 1 96 1 64 10 0 9994 100 50 25 17 12 5 10 00 8 34 6 3 39 29 14 7 7 4 4 9 3 69 2 95 2 96 8 0 6285 159 79 39 5 27 19 9 15 91 13 25 10 1 95 51 25 12 8 8 5 6 41 5 13 4 27 6 0 3953 252 126 63 40 31 6 25 30 21 07 16 1 24 80 40 20 13 4 10 08 8 06 6 72 4 0 2486 402 201 100 68 50 37 40 23 33 51 47 n ax IE DC CV OUTPUT if Pe i i aoe ae 3 gt L aoa A LCL 3 11 DC CC OUTPUT RMT
86. CR CR 24 GPIB CURR TRIG CORT CR CR CR
87. Local Address Error Address Recall Save Recal Local 63 GPIB GPIB GPIB GPIB Address 5 Meter 0 30 ADDRESSS 12 Aqdress 1 2 CEnter
88. 3 1 LINE GPIB LCD 3 5 CC VOLTS AMPS y cc CR CV Tran Unr Prot Err Shift Rmt Addr SRQ 3 5 1 1 GPIB ERROR 4 GPIB ERROR 100
89. EK Hi OC PS 50ms OP PS OP PS OT OT
90. a Cante 1 Emer 1A 58 b Tran Level C TLV1 0000 Imput ENTRY CR CR FUNCTION ENTRY R RNG A 3 1 4 3 2
91. Shiftt Glew Tran Level C SLW v o o 2 5 CEnter 0 0025A hs c slew C SLW0 0025 4 C TLV y 2 0 5A CC
92. CC Agilent 6060A 300 0 60A C RNG60 000 CC CURR10 000 10A C TLV12 000 12A C SLW5 0000 3 A Ls 0 6A C RNG6 0000 CURR6 0000 6A C TLV6 0000 6A C SLW S0000 0 5A Ls CC Recall 7 Enter 4 6 gt 1 CCURR CC Rang
93. 11kQ R RNG 1000 0 59 RES 50 000 50Q R TLV 40 000 40Q C SLW 50000 R RNG1 0000 RES 1 0000 1Q UE R TLV 1 0000 1Q V SLW 5 0000 V us CV R RNG10000 0 5A us 1 1k CC RES 10 000 10QO R TLV 10 000 10Q 0 5A us CC Recal 7 Enter CR C SLW 50000 CR 4 6 1 a
94. T E ma TOR ERA ae Agilent Technologies
95. wo OUT OF RANGE 5 Ss HE BE BEH BA pProt OT Protection Shutdown PS PS OT GPIB RST IN
96. B E R SE IO See ae ta 60ms e e Pad j Ji 15 24ms A ig My i Sy gt iA 12ms A ae er ee 3 2ms all i E oy H Bias i _ Sf pc 24ms 16ms aie a A E f 1 2ms AECI 4 pa y A 800us LAA os Li 32048 AFA AA 160us gt JR oy iA i 20ps 5 133 16 7 50 100 2 8 Et CV DOV CC CC CR CV
97. DAC DAC DAC 3 DAC GPIB 1 DAC DAC DAC DAC
98. 1 Q 10 1 1k0 0 001 1kQ 0 001 yA y M 10 1 1S 0 008S 1 008 0 9928 0 992 1 008 Q 1kQ 0 001 0 0018 0 008S 0 009 0 007S 1110 MBR 900 11000
99. ELET Hr Cia HAL Cia LET Pie Cista E GPIB GPIB HA Cita 88 A Agilent CV CC CR
100. V s CC CURR PROT RLET CR CR 1 CR El 2 lt 12 CV Foe CCA
101. Recall 7 GPIB RST Recal GPIB RCL gt gt GEN Y A 1XX 2xx 3XX 4XX SYST ERR Error 30 x OT il 32 SYST ERR E Agilent Electronic Load Family Programming Reference Guide 6
102. CV pul Na T R I V CC V I KR G 2 CC 1 Q Q
103. N27779 DECLARATION OF CONFORMITY according to ISO IEC Guide 22 and EN 45014 Manufacturer s Name Agilent Technologies Inc Manufacturer s Address New Jersey Division 150 Green Pond Road Rockaway NJ 07866 U S A declares that the product Product Name Electronic Load Model Number s Agilent 6060B Agilent 6063B conform s to the following Product Specifications Safety HD 401S1 IEC348 EN 61010 1EC 1010 1 1990 Amendment 1 1992 EMC CISPR 11 1990 EN 55011 1991 Group 1 Class B IEC 801 2 1991 EN 50082 1 1992 4kV CD 8 kV AD IEC 801 3 1984 EN 50082 1 1992 3 V m IEC 801 4 1988 EN 50082 1 1992 0 5 kV Sig Lines 1 kV Power Lines Supplementary Information The product herewith complies with the requirements of the Low Voltage Directive 73 23 EEC and the EMC Directive 89 336 EEC New Jersey April 1993 Mord Shamir Quality Manager European Contact Your local Agilent Technologies Sales and Service Office or Agilent Technologies GmbH Department TRE Herrenberger Strasse 130 D 71034 Boeblingen FAX 49 703 1 14 3143
104. 23 en i a areca CCURR slew slew ENTRY GPIB CURR SLEW P ee nN 12 12 12 1 CR 2 2 CR MopE REs Enter
105. AC 3 4 AC Agilent 100 120Vac 0 5A 2110 0803 220 240Vac 0 25A 2110 0817 7 E 180 120 228 To 294 le AC 3 3 3 4 39 Ka mm AC Dt 3 3
106. HP SL TRAN MODE COUT CURR 5 5A CURR TLEV 10 10A TRAN FREQ 1000 1kHz TRAN DCYC 40 40 TRAN ON Ir SA 60 600us 2 4 5A
107. 85us 1 1 2 8 110us Z EJT E 30 E 12 MEAS SURR
108. Part No 1 1991 5 y Copyright 1993 Agilent Technologies Inc 2 1993 5 1997 11 Se es 2000 4 Agilent Technologies
109. TRIG SOUR EXT BUS HOLD NO TRAN ON 5 1 2 2 71 CC 0 7 im 10 OUTPUT 705 INPUT OFF 20 OUTPUT 705 MODE CURR 30 OUTPUT 705 CURR RANG 1 40 OUTPUT 705 CURR 0 75 50 OUTPUT 705 INPUT ON 60 OUTPUT 705 MEAS CURR 70 OUTPUT 705 A 80 DISP A 90 END 1047 20 CC 30 40 0 75A 30 60 o gt 1 T A 80 CV 10V 10 OUTPUT 705 INPUT OFF 20 OUTPUT 7
110. 4 CC 27 HP SL TRIG SOUR EXT TRAN MODE PULS CURR 5 5A CURR TLEV 10 10A TRAN TWID 001 1ms TRAN ON 2 3 SA
111. CURR RES VOLT CC CC FUNCTION ENTRY C SLW CC 4 2 CC A uhs 4 2 CC 6060B 6063B C RNG value 0 6 0 1 gt 6 60 gt 1 10 CURR value
112. CURR3 275 53 4 1 6 FUNCTIONS RES1000 ENTRY RES MODE Enter CR MODE RES VoLT VOLT5 567 ENTRY VOLT MODE Enter CV MODE VOLT 7 ENTRY Ao Bl CURR2 525 RES1000 VOLT7 000 Hr RES inputa Cinputw NN ar SR Cnc a A
113. F il GPIB VOLT TRIG VOLT Tran Level ENTRY CV E VOLT ENTRY GPIB VOLT CV GPIB VOLT TLEV Re Ue Ale et ENTRY GPIB VOLT SLEW E
114. Dcyele 2 5 Center 25 4 Gran owoff 5 Tran short On Off SHORT ON 1 INPUT OFF SHORT ON 2
115. E E E A ROA o 6 2 30 CAL MEAS HIGH 30 1
116. Pil Error Save Slew Shift 52 4 1 6 _ FUNCTION INPUT SHORT ON OC Meter C RNG RIRNG Tnput off Imput on Short On Off Short Off CY a C TLV E BNTRY E
117. Q A CV 2 3 Wo CMopE VOLT Center GPIB MODE VOLT CV 1 V ANE M a E 2 3 CV 25 U gt E N CV Ay ES To a FE
118. MODE CURRIRESIVOLT CURR RES VOLT VOLT CURR RES CURR RANG RES RANGY i CURR RES VOLT 1 1 CURR SLEW VOLT SLEW CURR TRIG RES TRIG VOLTTRIG TRIG SOUR EXT BUS HOLD 5 1 1 2 CURR PROT STAT ON CURR PROTDEL CURR PROT TRAN MODE CONT PULS TOGG CURR TLEV RES TLEV VOLTTLEV aa 945 LORE TRAN FREQ TRAN DCYC 0 zn ax TRAN TWID
119. FREQ FREQ1000 Dcyele Freq Bil DCYCLESO 0 Dcycle Per Gear ENTRY Freq ENTRY TLEV E MODE CURR MODE CURR 2 ENTRY CURR MODE Enter CC MODE CURR MODE VOLT CURR RES VOLT Enter
120. GPIB 705 GPIB 67 GPIB GPIB HP SL 10A OUTPUT 705 CURR 10 BASIC GPIB GPIB HP SL MR
121. RTB1 V 1 3 9 RTB1 5 mr PFT 1234567890 RTB1 AWG14 28 PIN 0360 2345 3 9 43 S S 1 S 1 2 2 S IM VM 3 4 010V 3 IM
122. 2 1 OT PS ee a H RV DC DC RV VF Eault Fault DC
123. GPIB GPIB 15 2mx 20m IEEE 488 1978 1 4m GPIB 3 41 GPIB GPIB 5 GPIB Address ENTRY GPIB 4 213 713 Agilent 6060
124. GPIB MODE RES CR ei GERBE 2 2 CR 3 CRES Range ENTRY GPIB RES RANG RES ENTRY GPIB RES CR
125. Input ENTRY ly CC CR CV 2 GPIB 1 2 Tran omoff 2 CC CR CV
126. GPIB GET TRG TRIG GPIB TRAN TOGG CC H HP SL TRIG SOUR EXT TRAN MODE TOGG CURR 5 5A CURR TLEV 10 10A TRAN ON 28 2 6
127. Input4 Inputw A 2 Q us V uhs CV A us CC 3 CR Agilent 6060A 300W
128. ERROR ERROR 101 2 RAM ERROR 102 2 ROM ERROR 103 2 ERROR 104 BEPROM ERROR 105 DAC ERROR 106 DAC ERROR 107 DAC ERROR 108 DAC ERR 40 4 6 4 10V 10A
129. G CEner 66 3 YA LET 4 GPIB GPIB HP SL HP SL
130. 4 HP SL Agilent Electronic Load Family Programming Reference Guide CC A CR CV 3 mm fy 1 E Onda ra ae 6ms
131. AL V Input 1 RBS 1 CR3 3 a 60 CIECIE Center EEC ye V SLW 0 2500 E Shift Tran Level V SLW Enter
132. VOLT TLEV value CV VOLT TRIG value CV TRAN FREQ value 0 25 1000Hz TRAN DCYC value 397 0 25Hz 1kHz 6 94 1 10kHz TRAN TWID value 0 00005 4 6060B 6063B CURR PROT value 0 61 2A 0 10 2A CURR PROT DEL value 0 60 GPIB 75 76 DAC DAC 6 DAC 2
133. GPIB 3 HPSL MODE e a ai OUTP INST CHAN 1 eee 21 Rmt VY
134. 3 60V 1A ms 2 5A ms SA ms 10A ms 25A ms 50A ms 0 1A us 0 25A us 0 SA us 1A us 2 5A us SA us 0 1A ms 0 25A ms 0 5A ms 1A ms 2 5A ms SA ms 10A ms 25A ms 50A ms 0 1A us 0 25A us 0 SA us 6063B ACEMED ARE 3 240V 0 17A ms 0 42A ms 0 83A ms 1 7A ms 4 2A ms 8 3A ms 17A ms 42A ms 83A ms 0 17A us 0 42A us 0 83A us 17A s 42A s 83A s 0 17A ms 0 42A ms 0 83A ms 1 7A ms 4 2A ms 8 3A ms 17A ms 42A ms 83A ms E E 1A 6060B 0 2A 6063B BY LE 8 0ms 3 2ms 1 6ms 800us 320us 160us 80us 32us l6us 12us 12us 12us 8 0ms 3 2ms 1 6ms 800us 320us 160us 80uUs 32us 20us 20us 16Ls 16Ls 17 1 2 6060B 0 60V 6063B 0 240V ss a ole SM 1 1A ms 4V ms 8 0ms 2 2 5A ms 10V ms 3 2ms 3 SA ms 20V ms 1 6ms 4 10A ms 40V ms s00
135. A us V us 4 3 CR 6060B 6063B C RNG value 0 1 0 24 gt 1 1000 gt 24 24000 gt 1000 10000 gt 24000 24000 RES value 1 0 033 1 0000 0 200 24 000 1 0000 1000 0 24 000 240000 10 000 10000 240 000 240000 Cien V SLW value 2 C SLW value R TLV value 1 3 0 033 1 0000 0 200 24 000 1 0000 1000 0 24 000 24000 10 000 10000 240 000 240000 1
136. CR b c Range R RNG 2 RES 0 4Q a b C ENTRY R RNG EO CD Range aun Hi RES e RES 0 4000 RES
137. CV CV Tran Unr CC CR Prot AEJ Err Shift SYSTEM DH 4 GPIB Rmt GPIB Local dd GPIB SRO GPIB SRQ 5 SYSTEM
138. EVA CC E CV CR 45 3 1 cn k
139. 4 VM 5 IM VM Ext Prg INPUT Ext Prg 6 CC CV 010V AC DC GPIB 6 AC DC 7 Fit 8 TTL 9 PORTO ON TTL
140. CURR Range ENTRY GPIB CURR RANG CUR RANG 0 2ms 22 E 10A 0C6A E 6A 4 2 1 CC CURR ENTRY GPIB CURR CC CC CC
141. CURR TRIG CREs Tran Level ENTRY GPIB RES TLEV one Q Q V
142. DAC DAC 2 DAC DAC Cavers HP BASIC HP 200 7300 1
143. o 10A Oms da E 5A 10 ms TRIG 2 5 2
144. 1 6 64 5 EE 1 LE gt 25 2 save 2 2 Center ES Recall 4 6 6060B 6063B CURR 0A 0A CURR 0A 0A CURR 1A us 0 83A us CURR 60A 10A CURR 61 2A 10 2A CURR 15 15 CURR VOLT 60V 240V VOLT 60V 240V VOLT SV Ls 2V us RES 1000
145. CAL MEAS HIGH lt NRF gt VERIFY THAT TRANSIENT OPERATION IS WITHIN SPEC SET LOW CAL POINT e VOLT_LOPT MEAGURE VOLTAGE ACROSS INPUT TERMINALS ENTER VALUE IN VOLTS CAL LEV LOH lt NRY gt CAL MEAS LON lt NRF gt gt 6 2 SELECT LO MID OR HI RANGE RES RANG lt LO_res_rng gt OR RES RANG lt SMId_ cas_cng gt OR RES RANG lt H1_res_eng gt SEE TARE 6 2 SET TRIGGER SOURCE TO GPIB TRIG SOUR BLS SET DC POWER SUPPLY AND CONNECT POER SHUNT FOR LOH MID OR HI RANGE CALIBRATION SEE TABLE 6 2 SET HIGH CAL POINT FOR LOW MIDOLE OR HIGH RANGE SET TRANSIENT CAL POINT SET TRANSIENT CAL POINT RES lt Lo_res_hipt gt OR FOR LOW RANGE FOR MID OR HI RANGE RES lt Mtd_rea_hipt gt OR RES TLEV lt Lo_res_hipt gt RES TLEV lt Mtd_rez_lopt gt OR RES lt HI1_res_htpt gt SEE TABLE 6 2 RES TLEV lt H1_rez_lopt gt SEE TABLE 6 2 SEE TRELE 6 2 LON RANGE CHECK THAT PORER SUPPLY IS OPERATING IN CC MODE ORL LEV HIGA NRE gt A SET LOW CFL POINT FOR LOW MIDAOLE OR HIGH RANGE RES lt lo_rex_hipt gt OR RES lt Mid_res_htpt gt OR RES lt H1_res_htpt gt DIVIDE VOLTAGE MEASURED AT SET HI CAL POINT FOR MID OR HI RANGE RES lt Mid_res_hipt gt OR RES lt H1_res_hipt gt SEE TABLE 6
146. 13 6 48 63Hz DC 6060B 6063B 0 60A 0 10A 3 60V 3 240V 300W 40 55C 250W 40 55C 225W 187W ed 240 300W 250W y V x4 20 4 QO x 60 o s o A A 12 5 1 1 6060B 0 6A 0 1A 0 60A 0 10A 0 1 0 75mA 0 15 10mA 30 10mA 8mA 0 033 1Q 0 02 24Q 1 1000Q 24 10 0002 10 10 0000 240 50 000Q 0 8 8mQ 6A 0 8 200m0 1A 0 3 8mS 6V 0 3 0 3mS 24V 0 60V 0 240V 0 1 50mV 0 12 120mV 10mV 10mV 40mV 40mV
147. CV 2 a Shift slew Tran Level V SLW Ed b 5 Center 0 3V hs c DE V SLW 0 5000 3 a o Center 30V b Tran Level V TLV 30 000
148. 0 0000 6 0000 0 0000 1 0000 0 000 60 000 0 000 10 000 C SLW value 1 0 00010 0 5000 A us 0 000017 0 083 A us 0 0010 5 000 A Ls 0 00017 0 83 A us C TLV value 2 0 0000 6 0000 0 0000 1 0000 0 000 60 000 0 000 10 000 1 CC 12 E 12 4 1 1 4 pes 2 57
149. 3 12 A do Kia i DC CV OUTPUT o_o eL NE CR 3 13 0 RMT 3 14 0 49 2 GPIB
150. Tmput CC CR 2 Agilent Electronic Load Family Programming Reference Guide 3 Status Reporting OVLD OVLD 4 2
151. 8 75 10 63 4 6 100 50C 4 135 105 C 46 RE 3 13 6 CC CR CV 2 Sa Neale No 1 10A No 2 20A 30A 3 13
152. 94 1kHz DRE E GPIB TRAN ON TRAN OFF CC CR CV FREQ ENTRY GPIB TRAN FREQ Dcycle ENTRY GPIB J 0 25 HCEX CC
153. C 300ppm C 0 03mS C 64mV 120ppm C 10mV C 4 4 4mA 43mA 180ppm C 1 2mA C 100mQ 0 18mS 0 018mS 1 0V 120ppm C 10mA C 2 7mA GPIB 10mA 100ppm C 1mA C 15 1 2 0 10V 0 10V EEN BIL DC 6060B 17mV GPIB 20mV S0ppm C 1 2mV C 65 70V 0 10Vdc 0 10Vac 10kHz 3db 14 5 75mA 14 5 250mA 0 8 200mV 100ppm C 6mA C 100ppm C 1mA C 4 85mA S0ppm C 6mA C 0 25 40mV S0ppm C 0 2mV C 61 2A 75V 6063B 67mV GPIB 100mV 100ppm C 8mV C 260V 3 10mA
154. Short On Tram 2 Hi R TLV V TLV ENTRY TLV REDD CURR RES VOLT Tran Level C SLW V SLW gt ENTRY
155. 0 3 0 5mS 24V 0 8 200mQ 1A 0 3 0 4mS 24V 0 240V 0 15 1 1V 0 12 10mA 0 1 150mV 0 2 3W 1mA rms 10mA p p 6mV rms 14 1 2 a eb He Bi E 6060B 1 6mA 16mA 100ppm C 5mA C 6A 60A 0 27mQ 0 27mS 0 027mS 800ppm C 0 4mQ C 300ppm C 0 6mS C 16mV 100ppm C 5mV C 4 4 26mA 260mA 100ppm C 7mA C 4 3mQ 4 3mS 0 4mS 260mV 150ppm C 5mV C 17mA GPIB 20mA 50ppm C 5mA C 6063B 0 26mA 2 6mA 150ppm C 1mA C 1A 10A 6mQ 0 011mS 0 001mS 800ppm C 10mQ
156. YOR tf RIERA YY ei a p Re BUENA MAS y 7360370 7380390 Loses O 1550560 JU n i X EDI 2 N I ae 4 Tho x Th Alo 1 1690700 1710720 1870890 1930940 1980990 110301070 Tul 1080 1090 4711101150 1190 1200 E 7 a i N Y
157. 0 25V us I 4 R TLV Grant Emer 0 80 b Tran Leve CV R TLV 0 8000 Input ENTRY CV FUNCTION ENTRY V TLV 1 4 4 CV
158. 2 gt 6 2 83 10 20 30 40 50 60 70 80 90 100 110 120 130 140 150 160 170 180 190 200 210 220 230 240 250 260 270 280 290 300 310 320 330 340 350 360 370 380 390 400 410 420 430 440 450 460 470 480 490 500 510 84 ASSIGN Ld TO 705 Chan 1 OUTPUT Ld CHAN Chan CAL ON Cal_curr Ld Chan Hi_curr_mg Hi_curr_offset 1 Cal_curr Ld Chan Lo_curr_rng Lo_curr_offset 0 Cal_volt Ld Chan Volt_hipt Volt_lopt Cal_res Ld Chan Lo_res_rng Lo_res_hipt Lo_res_lopt 0 Cal_res Ld Chan Mid_res_rng Mid_res_hipt Mid_res_lopt 1 Cal_res Ld Chan Hi_res_rng Hi_res_hipt Hi_res_lopt 1 OUTPUT Ld CAL SAV OUTPUT Ld CAL OFF END SUB Cal_curr Ld Chan Curr_mg Curr_offset Flag PRINT CURRENT CALIBRATION RANGE Curr_mg PRINT Set power supply according to calibration information table PRINT Use the correct current shunt for the range you are calibrating PRINT Press CONT when ready PAUSE OUTPUT Ld CHAN Chan OUTPUT Ld MODE CURR OUTPUT Ld CURR RANG Curr_rmg OUTPUT Ld CURR 05 Curr_mg INPUT Enter current through shunt for low point in amps Lopt_curr OUTPUT ALd CAL LEV LOW Lopt_curr OUTPUT Ld CURR 85 Curr_mg IF Flag THEN WAIT 25 INPUT Enter current through shunt for high point in amps Hipt_curr OUTPUT Ld CAL LEV HIGH Hipt_curr OUTPUT Ld CUR
159. 3 20mA 0 5 150mV 150ppm C 1mA C 120ppm C 10mA C 13 10mA 100ppm C 1mA C 0 4mA 240mV 70ppm C 1 2mV C 10 2A 250V 240Vde Vlo 0 9V I1lo 1mA VHi 3 15V Vlo 0 72V Tlo 1mA VHi 4 4V Ilo 20uA 100Vac 400mA 120Vac 350mA 220Vac 200mA 240Vac 180mA 16 1 2 AC 0 5A 100 120Vac 0 25 220 240Vac VA 60 2 5A 2 5 20A 6060B 2A 6063B 25 oo 10 12 6060B ACHHEDIER
160. A A A E ia Dawa te real aA 39 IE 53 42 Os 41 40 A ee te ee ee hee ad Peel Sed A e ac 2 67 PTT So A Sal bn tad dalle Sab sed dole ooh Saeed GN te ie ee eels 24 Be IA i SS Ste ae epee Site A E NR onde a shinee SR es Mee ede hehe we 57 By Roe RR 24 HEHE VO E A Gee see tenis Wee dd a elie eae haere at beet and Sheed la 59 AN SS A A RR SS AE EE RE 31 AA A RN O E RRA 28 64 LSS Selah ees hdd eB Ee EE EE EE 46 WIS PRY BS cased Bh nents SA Gand Maeda ted A aed A A eth 31 Ss ic cee colt hth ee atid Sete gis EE ESE Eh 26 28 5 25 92 NIJA A A Ek EE EEE EE EN ERE A OR EE 57 69 NIOR AAT A A AAA AA AS AAA AAA A ss 33 57 RI A E 65 DTV BIR ses i PEE Cae LB EE OE OLE COLE ROIS EEE ahha ee Eafe I BR lg wage Cs 44 NA TANT DANA al ls 44 29 IST Ae ET e AAA EC eh had Gh Ahhh RE 29 75 SN RR EEE RE SR 29 DEG RT TOO RN ER A RN NS ae hea 55 56 57 es 23 TAE IV Dp enh ete A bie a e ss Le dd eek edo le ad Sob deal td Mo ol kd 46 34 RU 67 IA 5 53 56 EAE E E E A CE EETA EEE EE E E EEA TT 48 38 57 REA E e tears is EE ad dt 57 BS BO AYIA Lt NE AA AAA A AA A ee Ik 37 46 ES A e Yo 26 57 QOS EE GE EI EE EE 53 57 ES di EE ER EE Ek 36 4 DRT EC TS A
161. Hi_curr_offset Lo_curr_rng Lo_curr_offset N A Volt_hipt Volt_lopt Lo_res_rng Lo_res_hipt Lo_res_lopt Mid_res_mg Mid_res_hipt Mid_res_lopt Hi_res_mg Hi_res_hipt Hi_res_lopt 60 0 0282 0 0197 N A 60 2 7 04 10 30 1001 120 12 6060B En SV 61A 100A SV 10A 15A 61V 5A N A 15V 10 9A 15A 10 9V 15A 15A 60V 6A 15A 10 0 0048 0 0032 N A 240 24 23 9 88 240 500 24 24020 2000 240 6063B SN plod FB REX XE 25V 10 5A 25V 2A 246V 0 6A 60V 1 8A 43 6V 4A 240V 2A 15A 15A N A 15A 15A 15A 80 TURN CAL MODE ON OR CFL ON er 1 SELECT CURRENT MODE MODE CURR SELECT HIGH OR LOW RANGE MERSURE CURRENT ACROSS SHUNT ENTER VALUE IN AMPERES CAL LEV LOW lt NRF gt SEE TRELE 6 2 SET LOW CAL POINT e 5x OF CURRENT RANGE 1 SET HIGH CAL RANGE 85 OF CURENT RANGE CHECK THAT THE POER SUPPLY IS IN CV MODE MERSURE CURRENT ACROSS SHUNT ENTER VALUE IN APES CAL LEV HIGH lt NRE gt SET HIGH CAL POINT e ae OF CURRENT RANGE SEND VALLE IN PERES TO REAROBRCK CHL MEAS HIGH lt NRE gt SET LOW CAL POINT IF HIGH RANGE 4 w LSB OF RANGE IF LOW RANGE 19 LSB OF RANGE 6 2 MEPSURE CURRENT ACROSS SHUNT ENTER VALLE IN APPERES IF HIGH RANGE CAL
162. 0 2956 8120 4211 L N E 3 1 37 EZ LJ gt 19 908 909 fi LO 40 C Fit BE BG Ly EA 1 1 po System II a
163. 05 MODE VOLT 30 OUTPUT 705 VOLT TRIG 10 40 OUTPUT 705 TRIG SOUR EXT 50 OUTPUT 705 INPUT ON 60 END 10 20 CV 30 10V 40 50 10V CR 2A 1000 A 10 OUTPUT 705 INPUT OFF 20 OUTPUT 705 MODE RES 30 OUTPUT 705 CURR PROT LEV 2 DEL 5 40 OUTPUT 705 CURR PROT STAT ON 50 OUTPUT 705 RES RANG 25 60 OUTPUT 705 RES 100 72 80 90 100 70 OUTPUT 705 INPUT ON 80 OUTPUT 705 MEAS POW 90 ENTER 705 A 100 DISP A 110 END CR 5 2A
164. 2 TRAN MODE CONT GPIB Cran oof 2 6 10000Hz TRAN DCYC 26 f 3 97 0 25Hz 1kHz E 12 H 6
165. 9 24000 RES 1000Q 24000Q RES 10000 240000 CC CC 1kHz 1kHz 50 50 0 5ms 0 5ms 0 TTL logic 0 TTL logic 0 GPIB GPIB 0 4 6 Save Recal E o Enter 0
166. Agilent Agilent 6060B 3119A 00101 Agilent 6063B 3117A 00101 Agilent Technologies Agilent Part No 5951 2834 Printed in USA 2000 9 Operating Manual Agilent Technologies Single Input Electronic Load Family Part No 5951 2826 Printed in USA October 1997 Updated April 2000 au a y
167. DC CC CV CR GPIB DUT 3 7 1 GPIB
168. E 53 54 TODAS A IN NS A ANA A NN A A NE 54 ToT WLR a SN EE A a a O tag 47 TS PT A AN ES A A A AO IT Oui Aa MS dan OS M N oca 48 EA A NN 23 EI A AE AAA o a ea i eee nat 66 AR a o de e e nia ada a A 57 NE NR A r a a 36 57 EN 53 36 57 ARIE PI E E EOE EEE EE E EE Ne EI EE E E ETE E 70 RDR STI ART DAR NAS ERA NS EC AN Non 34 LL A A ER EE SS RS TE eg 36 IN E A A a IS RS a Na 70 a A SS RR RS SNS Ghee awa dee 66 80 a 4 S kk EE 79 PAE A A A Do a RENN 81 TIE E TE CN NN RK 45 222 57 91 ASS IA I I See tein ae od IM te 31 A A o e a o ao lc e dr h 54 65 28 31 OE AN E A A NN a a a keane ance y 65 DS O RR 69 PIES PRO ANS AA A Gens a e dnd a A rd ci deca ua lala 34 57 A A A Be LE PAS A hs bate Vince ted has MeO te I a 26 27 36 45 PEE DATE EFI di ER A EE EG 34 66 EVITA td a eh Ml A Laced dd dt ns did del dl a o oh 42 AA Y E A E he Mad Cee Ah 48 O OE E A A Na Red ehh mat oe 31 ERE RIN AR ER EN O A e DES 44 47 TINE NS a e O e dyed mk Laat Shere eed O O Md da 35 CUELA A RE A A ia 26 EAT SR CR 27 RAS A wand aoe Shey ad ne ened E A AE AE aia e wet cedi 25 32 71 2 71 FAT AAA NN a saa I NE SR 40 39 E CRES pee ec GE ta a N A e E E 26 91 EBE CVE A AI SEE EI ta e Be 27 E CO EESE arna a ERTS a de e a NR NNR do li 24 64 DETER MD a a a ia 57
169. LEV HIGH lt MERSLREMENT HIGH CURRENT OFFSET gt IF LOW RANGE CAL LEV LOM lt MERSUREMENT LON CURRENT OFFSET gt VERIFY THAT CC MODE CURRENT PROGRAMMING AND REARNHACK PRE WITHIN SPEC SET LOR CAL POINT FOR HIGH OR LOW RANGE QURRCH curr_lopt gt OR OURR lt Lo curr_lopt gt SEE TABLE 6 2 SET TRIGGER SOURCE TO GPIB TRIG SOUR BUS SET TRANSIENT CAL POINT FOR HIGH OR LOW RANGE TORR TLEV lt mMt_curr_nipt OR ARR lt nipt SEE TRAE 6 2 81 VERIFY THAT CV MODE VOLTAGE PROGRAMMING AND READSACK FRE WITHIN SPEC SELECT VOLTAGE MODE MODE VOLT SET DC POER SUPPLY FOR VOLTAGE CALIBRATION SEE TABLE 6 2 SET LOW CAL POINT e 5x OF VOLTAGE RANGE CHECK THAT POWER SUPPLY IS IN CC MODE MERSURE VOLTAGE ACROSS INPUT TERMINALS ENTER VALUE IN VOLTS CAL LEV LOW lt cMRT gt CAL MEARS LOW lt NRE gt SET LOW CAL POINT VOLT lt Vole_tapt gt SEE TABLE 6 22 SET TRANSIENT CAL POINT VOLT TLEV lt Vest hipt SET HIGH CAL POINT e 85x OF SEE TABLE 6 2 VOLTAGE RANCE MERSURE WOLTRAGE ACROSS INPUT TERMINALS ENTER VALLE IN VOLTS CAL LEV HIGH NRF gt CR MEAS HIGH lt NRF gt SET HIGH CFL POINT 188 OF VOLTAGE RANGE MEASURE VOLTAGE ACROSS INPUT TERMINALS ENTER VALLE IN VOLTS CAL LEV HIGH lt NR gt
170. NTER a Gaz GPIB Rmt Addqr GPIB GPIB GPIB GPIB GPIB 4 Addr 05 300 GPIB 7 05 1
171. P PROTCLE Prot Clear 9 AC DC OV VF
172. R Curr_mg INPUT Enter current through shunt for high point in amps Hipt_curr OUTPUT Ld CAL LEV HIGH Hipt_curr IF Flag THEN OUTPUT Ld CAL MEAS HIGH Hipt_curr IF Flag THEN WAIT 25 IF Flag THEN OUTPUT Ld CURR 4 Curr_mg 3750 WAIT 1 INPUT Enter current through shunt for low point in amps Lopt_curr OUTPUT Ld CAL LEV HIGH Lopt_curr Curr_offset OUTPUT Ld CAL MEAS HIGH Lopt_curr ELSE OUTPUT Ld CURR 10 Curr_mg 3750 INPUT Enter current through shunt for low point in amps Lopt_curr OUTPUT Ld CAL LEV LOW Lopt_curr Curr_offset END IF PRINT Test unit to verify that program and readback values are in spec PRINT Press CONT when ready to calibrate transient levels PAUSE OUTPUT Ld CURR 05 Curr_mg OUTPUT Ld TRAN STAT ON MODE TOGG TRIG SOUR BUS OUTPUT Ld CURR TLEV 85 Curr_mg E 520 530 540 550 560 570 580 590 600 610 620 630 640 650 660 670 680 690 700 710 720 730 740 750 760 770 780 790 800 810 820 830 840 850 860 870 880 890 900 910 920 930 940 950 960 970 980 990 1000 1010 1020 OUTPUT Ld TRG IF Flag THEN WAIT 30 INPUT Enter current through shunt for high point in amps Trpt_curr OUTPUT ALd CAL TLEV Trpt_curr OUTPUT Ld TRAN OFF PRINT Test unit to verify that transient values are in spec PRINT Press CONT when ready to calibrate next range or mode PAUSE SUBEND S
173. T TE ADS A Ada is Moet A A A E e de a e od et Mn 2 Bs 77 IL TO a Walt Gath eas Aine AAA tn ern ee ibe GRE a a 77 PAE Re O A o Oa 10 2 GPIB 3 4 6
174. TAN CE Na I NS 40 DB e ll cea e o a a a 35 VEREIS AAA A CE RN Aa bu A RA oe 44 ESSE A A NR i NS 49 MAA SAND E NANA NA A lays Cena as ae aon a 24 53 36 47 50 YES E A AAA E NN 34 ALT atc A A ia AE le dde ada ad ed dal do do ak 23 40 TA ER A ta ALIAS A AA A ISA A 28 75 ARS AAA RR eaten ed 24 AS SS eae 47 93 94
175. UB Cal_volt Ld Chan Volt_hipt Volt_lopt PRINT VOLTAGE CALIBRATION PRINT Set power supply according to calibration information table PRINT Press CONT when ready PAUSE OUTPUT Ld CHAN Chan OUTPUT Ld MODE VOLT OUTPUT ALd VOLT 05 Volt_hipt WAIT 3 INPUT Enter voltage across input terminals for low point in volts Lopt_v OUTPUT ALd CAL LEV LOW Lopt_volts OUTPUT ALd CAL MEAS LOW Lopt_volts OUTPUT ALd VOLT 85 Volt_hipt WAIT 3 INPUT Enter voltage across input terminals for high point in volts Hipt_ OUTPUT ALd CAL LEV HIGH Hipt_volts OUTPUT ALd CAL MEAS HIGH Hipt_volts OUTPUT Ld VOLT Volt_lopt WAIT 3 INPUT Enter voltage across input terminals for low point in volts Lopt_v OUTPUT ALd CAL LEV LOW Lopt_volts OUTPUT Ld CAL MEAS LOW Lopt_volts OUTPUT Ld VOLT Volt_hipt WAIT 3 INPUT Enter voltage across input terminals for high point in volts Hipt_ OUTPUT ALd CAL LEV HIGH Hipt_volts OUTPUT Ld CAL MEAS HIGH Hipt_volts PRINT Test unit to verify that program and readback values are in spec PRINT Press CONT when ready to calibrate transient level PAUSE OUTPUT Ld VOLT Volt_lopt OUTPUT ALd TRAN STAT ON MODE TOGG TRIG SOUR BUS OUTPUT Ld VOLT TLEV Volt_hipt OUTPUT Ld TRG INPUT Enter voltage across input terminals for transient point in volts OUTPUT ALd CAL TLEV Trpt_volts OUTPUT Ld TRAN OFF PRINT test unit to verify that transient values are in sp
176. alue CC CURR TRIG value CC 74 5 1 HP SL CR 6060B 6063B RES RANG value 0 1Q 2020 240044 gt 1O 1kQ gt 24 24kQ gt 1kO 10kQ gt 24kO 24kQ RES value 0 10 0 24Q 1 1kQ 24 24kQ 10 10kQ 240Q 240kQ VOLT SLEW value CV CURR SLEW value CV RES TLEV value CR RES TRIG value CR CV 6060B 6063B VOLT value 0 60V 0 240V VOLT SLEW value 1000 5 000 000V s 4000 2 000 000V s
177. e AT DORNER SOR COU L oe b 1 Enter e Range C RNG CC 2 CURR CURR CC CcURR 5 Enter 0 5A c CURR 0 5000 Input ENTRY CURR A YW Imput 1 CURR 1 Enter CC 3 a
178. ec PRINT Press CONT when ready to calibrate next mode PAUSE SUBEND 85 1030 1040 1050 1060 1070 1080 1090 1100 1110 1120 1130 1140 1150 1160 1170 1180 1190 1200 1210 1220 1230 1240 1250 1260 1270 1280 1290 1300 1310 1320 1330 1340 1350 1360 1370 1380 1390 1400 1410 1420 1430 1440 1450 86 1 SUB Cal_res Ld Chan Res_rng Res_hipt Res_lopt Flag PRINT RESISTANCE CALIBRATION RANGE Res_rng PRINT Set power supply to calibration information table PRINT Press CONT when ready to continue PAUSE OUTPUT Ld CHAN Chan OUTPUT Ld MODE RES OUTPUT Ld RES RANG Res_rng OUTPUT Ld RES Res_hipt INPUT Enter voltage across input terminals in volts Hipt_volt INPUT Enter current through current shunt in amps Hipt_curr Hipt_res Hipt_volt Hipt_curr OUTPUT Ld CAL LEV HIGH Hipt_res OUTPUT ALd RES Res_lopt INPUT Enter voltage across input terminals in volts Lopt_volt INPUT Enter current through current shunt in amps Lopt_curr Lopt_res Lopt_volt Lopt_curr OUTPUT Ld CAL LEV LOW Lopt_res PRINT Test unit to verify resistance values PRINT Press CONT when ready to calibrate transient level PAUSE IF Flag THEN OUTPUT Ld RES Res_hipt ELSE OUTPUT Ld RES Res_lopt END IF OUTPUT Ld TRAN STAT ON MODE TOGG TRIG SOUR BUS IF Flag THEN OUTPUT Ld RES TLEV Res_lopt ELSE OUTPUT Ld RES TLEV R
179. es_hipt END IF OUTPUT Ld TRG INPUT Enter voltage across input terminals in volts Tran_volt INPUT Enter current through current shunt in amps Tran_curr Tran_res Tran_volt Tran_curr OUTPUT Ld CAL TLEV Tran_res OUTPUT Ld TRAN OFF PRINT Test unit to verify transient values are in spec PRINT Press CONT when ready to end program or calibrate next range PAUSE SUBEND 111020 1130 114090 11100 110 140 230 240 260 270 280 300 310 350 gt gt gt 7400 3410 1430 1440 1500 gt gt gt gt J1 gt gt J1 7570 7590 7600 7610 7630 7640 7680 gt J1 gt J1 gt J1 gt J1 gt 1l gt gt gt gt J 1730 1750 1760 1820 gt Ji gt J1 gt Ji gt gt 1 1900 gt 1950 gt gt 471100 471160 1210 200 220 EEROM RIERA Y RY xe A nb
180. us 5 25A ms 100V ms 320us 6 50A ms 200V ms 160us 7 0 1V us 0 4V us 100us 8 0 25V us 1V us 100us 9 0 5V us 2V us 100us 0A 6060B 60A 6 60A 0 3A 1 5A us 1 3A 1A ms 0 5A us 0 6A 6A 0 3A 0 25A us 0 5A us 1 3A 0 1A ms 0 1A us 0 6063B 10A 2 10A 0 0 5A 0 17 0 83A us 5 0 5A 0 17 42A ms 0 1A 0 83 A us 1 1A 0 17A ms 0 17A us 0 1A 0 5A 83A ms 4 0 5A 17A s 17A ms 0 1A 0 1mH DUT
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