Home

ユーザーズ・ガイド Agilentモデル66111A Agilentモデル66311B/D

Contents

1. E 5 p Xd
2. DC 1
3. gt V RPG 3 0 9
4. 3 3 OFF
5. i 3 2 L N L O El J A A AC
6. TRIGger SEQuence2 LEVel CURRent lt NRfH gt TRIGger ACQuire LEVel CURRent lt NRf gt O MAX GE 8 3 A RST 0 fj TRIG SEQ2 LEV CURR 5 TRIG ACQ LEV CURR MAX TRIG ACQ LEV 2 TRIGger SEQuence2 LEVel CURRent TRIGger ACQuire LEVel CURRent lt NR3 gt TRIG SEQ2 LEV VOLT TRIG SEQ2 HYST CURR TRIGger SEQuence2 LEVel DVM TRIGger ACQuire LEVel DVM Agilent 66311D 66309D DVM
7. AC
8. e
9. F TRIGger SEOuence2 HYSTeresis DVM lt NRfH gt TRIGger ACQuire HYSTeresis DVM lt NRf gt RST 0 0 MAX A 3 V TRIG SEQ2 HYST DVM 0 5 TRIG ACQ HYST DVM 0 5 TRIGger SEQuence2 HYSTeresis DVM TRIGger ACQuire HYSTeresis DVM lt NR3 gt TRIG SEQ2 LEV DVM TRIGger SEQuence2 HYSTeresis VOLTage TRIGger ACQuire HYSTeresis VOLTage 4 12 RST
10. 2 Agilent 66309B 66309D 2 2048 13 6 ns 2 MEAS VOLT2 MEAS CURR2 Agilent 66311B 66311D 66309B 66309D SCPI
11. STB MAV MAV CLS 6 MSS ROS
12. OUTPut DFI SOURce QUEStinable OPERation ESB ROS OFF DFI OUTPut DFI STATe ON OFF IO SOURCe DIGital FUNCtion RIDFi DIGio
13. MEAS ARR CURR DC 71 1 FORMatDATA 32 H 1 MEAS ARR VOLT DC xn FORMat BORDer Dll Dis 3h ni NORMal 7 Motorola big endian SWAPped
14. 1 FBTCh 4096 4096 DEN E E E
15. RST 1 1 1 I edid um TRIGger SEQuence2 COUNt VOLTage lt NRf gt TRIGger ACQuire COUNt VOLTage lt NRft gt 1 100 1 TRIG SEQ2 COUN VOLT 5 TRIGger SEQuence2 COUNt VOLTage TRIGger ACQuire COUNt VOLTage lt NR3 gt TRIG SEQ2 TRIG ACQ COUN VOLT 1 TRIG ACQ TRIGger SEQuence2 HYSTeresis CURRent TRIGger ACQuire HYSTeresis CURRent 4 B 12 LM IRF RST
16. 4096 85 7 DC DC 7 7 4096 4096 2048 4096 0 4096 0 2 4096
17. A v Ww amp Imput v CURR RANGE char v CURR DET char 50 5 DC 1 46 8 us 2048
18. DVM 1 4 5 Vdc 25 Vdc T DVM 37 w l Ke fuf DVM 38 a DVM 3 8 aS
19. H Copyright Agilent Technologies Inc 2000 Copyright Agilent Technologies Japn Ltd 2000 All rights reserved Reproduction adaptation or translation without prior written permission is prohibited
20. 7 STATus OPERation ENABle lt NR 0 32767 0 Bj STAT OPER ENAB 1312 STATus OPERation ENABle NRI STAT OPER EVEN STATus OPERation NTR STATus OPERation PTR NTR 6 FER PTR NTR PTR
21. 2 Agilent 66309B 66309D DVM 66 66 67 67 68 68 68 69 69 69 69 70 70 70 70 70 70 7l 7l 71 72 72 72 72 73 73 73 73 73 74 74 75 75 75 75 76 76 76 77 77 77 78 78 78 79 79 80 81 81 81 81 82 SCPI
22. RCL DC SAV ABORt CAL STATe OFF 0 OUTPut PON STATe RCL0 RCL NRP 0I 112 3 RCL 3 PSC RST SAV 135 8 RST DC CAL STAT OFF DIG
23. 2 3 4 5 C 1 100 199 5 100 Command error generic 101 Invalid character 102 Syntax error unrecognized command or datatype 103 Invalid separator 104 Data type error e g numeric or string expected got block data 105 GET notallowed GET 108 Parameter not allowed too many parameters
24. 16 30 125 MEASure SCALar CURRent HIGH FETCh SCALar CURRent HIGH MEAS CURR HIGH FETC CURR HIGH lt NR3 gt MEAS CURR LOW CALC REF HIGH MEASure CURRent LOW FETCh CURRent LOW Agilent 66311B D 66309B D
25. Output DC On Off DC Dis Shift Prot cu Prot DR pce OCP OCP CV CC OCP OCP
26. 60 5 5 DFI SOUR DFESOUR RQS ROQOS ESB 6 DFISOUR ESB Enter DFESOUR OPER 7 AN DIGIO 1 FUNCTION Output RST 2 V Output PORT RIDFI PORT DIGIO DIGIO Enter 3 DIGIO
27. 8 1 93 R 8 1 ABORt CALibrate CURRent SOURce DC POSitive E MEASure DC LOWRange AC AC CURRent2 2 DATE lt date gt DVM ee LEVel lt level gt P1 IP2 PASSword n SAVE
28. 6 Vlplug amp play Agilent Xmlug amp play 64 6 Agilent VEE LabVIEW LabWindows CC Visual BASIC Vxipnp Start Programs Vxipnp Agxxxx Help 32 agxxxx
29. ZZZZD ESE SYST LANG SYST LANG DC DC COMP SCPI 177 F 2 COMPatibility3 YUE DC TST ZZZZD STAT OPER ENAB STAT QUES ENAB
30. 8 ABORt SENSe CALibrate CURRent RANGe lt n gt CURRent POSitive DETector ACDC DC NEGative FUNCtion VOLT CURR DVM MEASure LOWRange PROTection STATe lt bool gt AC SWEep OFFSet POINts lt n gt CURRent2 2 POINts n DATA lt n gt TINTerval lt n gt DATE lt date gt WINDow TYPE HANN RECT DVM 3 SOURce LEVel P1 P2 CURRent lt n gt PASSword n TRIGgered n SAVE PROTection STATe lt bool gt STATe bool lt n gt CURRent2 n VOLTage DC TRIGgered n lt PROTection DIGital DATA lt n gt VOLTage2 FUNCtion RIDF DIG DISPlay VOLTage lt n gt bool TRIGgered n CHANnel channel PROTection n MODE NORMal TEXT STATe bool TEXT display string VOLTage2 n 2 FORMat TRIGgered n lt DATA ASCII REAL length STATus BORDer NORM SWAP PRESet INITiate OPERation EVENt SEQuence 1 2 CONDition NAME TRANsient ACQuire ENABle lt n gt CONTinuous SEQuence 1 bool NTRansition lt n gt NAME TRANSient bool PTRansition n MEASure QUEStionable EVENt CURR
31. DC Local Local Local SYSTEM FUNCTION Cir Entry 5 1 47 5 14 CV DC CC DC Unr DC Dis DC OCP
32. H NE v Ell AC A HL d cr SM 19914 Lp lt 70dB A N27779
33. STAT OPER EVEN QUES EVEN MARMOAT FABBOE F CC O STAT OPER PTR 1024 NTR 1024 T ME DC CC RQS PTR NTR STAT OPER ENAB 1024 SRE 128 PTR NTR CC 4 STATus OPERational EVEN E OPERational RQS CC OPERational RQS
34. SCPI Error Output DC Lockount 18 1 ADDRESS 7 INTF GPIB BAUDRATE 300 PARITY NONE FLOW NONE LANG SCPI REMOTE FP OFF GPIB GPIB
35. DC 0 05 0 2 A us DC DC 0 05 Aus 0 2 As DC
36. FLT 1 B FLT 3 10 FLT INH 3 3 3 11 FLT INH IO 40 IO 8 SOURce DIGitalIDATA SOURce DIGital xFUNCtion A R 3 3 FLT INH I O FAULT INHIBIT I O 1 FLT 0 2 FLT 1 3 INH 2 4 INH 0 1 2 0 25A
37. PA 2 1 25 MEASure SCALar VOLTage LOW FETCh SCALar VOLTage LOW MEAS VOLT LOW FETC VOLT LOW lt NR3 gt MEAS VOLT HIGH CALC REF LOW MEASure VOLTage MAXimum FETCh VOLTage MAXimum Agilent 66311B D 66309B D T x MEASure SCALar VOLTage MAXimum FETCh SCALar VOLTage MA Ximum fij MEAS VOLT MAX FETC VOLT MAX lt NR3 gt MEAS VOLT MIN MEASure VOLTage MINimum FETCh VOLTage MINimum Agilent 66311B D 66309B D MEBASure SCALar VOLTage MINimum FETCh SCALar VOLTage MINimum fij MEAS VOLT MIN FETC VOLT MIN lt NR3 gt MEASVOLT MAX 108 1
38. DC STATUS OPERATION CONDITION JLED OPER 1 NTR 1 PTR 1 9 NTR PTR 1 N
39. 3 1 DC DC 28 3 cms um MT dc dc 3 CRT CRT PU CERT dc
40. OVP OVP CV Prot OVP OV Prot CV CC quid Bina oul 1 CC
41. FETC CURR HIGH FETC VOLT HIGH FETC CURR LOW FETC VOLT LOW 80 MEASure ARRay FETCh ARRay ag PERSE EB E MEAS ARR CURR MEAS ARR VOLT DVM Agilent 66311D 66309D FEL aCe Bevis 1 E yZ Lr E L3 DVM FETCh EB LOSE 13 6 ps Rand DC
42. Sbe Ax Shift Input 3 POINT Shift 1 2 4 S8 L V Lv 1 E KIZ TINT V 15 6us 1 s Enter V 16 32 64 128 256 512 Input 1024 2048 Enter 1H SE
43. Agilent 66311 66309 E 5 E RE ARI COU 20 mA ACDC KE
44. DC STATus QUEStionable CONDition STAT OUES COND NRI 121 STATus QUEStionable ENABle CE H QUES 3
45. 12 Vdc 26 Vdc Agilent 66309D Agilent 66311D DVM 1 H E DVM 25 Vdc 3 DVM 1 YEIC UC 4 5 Vdc E 2 Vdc 6 Vde Vlead E 1 o BANZ MEIC LT 425 Vdc 3 8 R1 12 Vdc 36 Vdc Vlead
46. E 7 5 L LC POSitive NEGative H INITiate ETCh H FETCh DC 7 1 SCPI INITialize OPC
47. SYSTEM Channel Error 5 2 ocal DC 5 Shift B 3 L ERROR Shiftf E Local Local with Lockout Remote with Lockout
48. A OAT Y ABBOEAX RD DFD TO T 8 8 BE Nel E CALibrate CURRent CALibrate CURRent2 CALibrate CURRent MEASure LOWRange CALibrate CURRent MEASure AC CALibrate DATA CALibrate DATE CALibrate DVM CALibrate LEVel CALibrate PASSword CALibrate SAVE CALibrate STATe CALibrate VOLTage CALibrate VOLTage2 CALibrate VOLTage PROTection DISPlay DISPlay CHANnel DISPlay MODE DISPlay TEXT FORMat FORMat BORDer MEASure ARRay CURRent FETCh ARRay CURRent MEASure ARRay VOLTage FETCh ARRay VOLTage MEASure CURRent FETCh CURRent MEASure CURRent2 MEASure CURRent ACDC FETCh CURRent ACDC MEASure CURRent HIGH FETCh CURRent HIGH MEASure CURRent LOW FETCh CURRent LOW 82 82 83 83 83
49. HH Rt XRST DC 75 7 DC DC ABOR RST RCL INITiate DC 1
50. OPC 0 ASCII I OPC 1 OPC OPC OPC OPC OPC lt NR1 gt 1 OPC TRIG WAI 134 J OPT DC 0 PSC
51. 1 i LED IEC 825 1 1 LED II 2 95 2000 AC
52. INH FLT A 2 E RD INH DC OUTP RT MODE LATC LIVE OFF 91 7 DC DFI FLT
53. cos 2 SENSe SWEep TINTerval HANNing RECTangular RST ILT SENSe WINDow TYPE lt type gt HANNing RECTangular HANNing SENS WIND RECT SENSe WINDow TYPE lt CRD gt 111 x Agilent 66309
54. Hi 3 OF 7 DC BU SEI 1 O s VM E zu mk FETCh A 1 2 3 2 ON Ww A se
55. n BUS GPIB INTernal DC 1 DVM rH GPIB TRIG SEO2 SOUR BUS TRIG ACQ SOUR BUS TRIG SEQ2 SOUR INT TRIG ACO SOUR INT DC 1
56. 1 E E 1 H ON 1 1 2 1 OFF 20 50 x x 3 2 3 4
57. DC DC T DC DC B 1 10nV 1V Agilent 3458A 8 5 gt 20 ppm 400 Agilent p n 0811 2878 3 W TC 20ppm C 800 Agilent pn 0811 0600 8V 25A Agilent 6611C Agilent 6631B 25V DVM Agilent 6631C Agilent 6633B GPIB Agilent 200 300
58. OPC OPC OPC 71 6 GPIB SCPI 9 DC 9 DC
59. RST SENSe CURRent DC RANGe UPPer lt NRft gt 0 MAX 8 3 4 MAX SENS CURR RANG 4 0 SENSe CURRent RANGe lt NR3 gt 109 8 SENSe FUNCtion CURRent DVM VOLTage SENSe PROTection STATe 1 DVM Agilent 66311D 66309D 1 SENSe FUNCtion lt function gt VOLTage CURRent SENS FUNC SENSe FUNCtion lt SRD gt VOLT DVM DC
60. 4 El NY B 1 3 145 B DC
61. DC 45 4 4 1 Error 0 Error 1 RAM RDO0 Error 2 RAM CONFIG Error 3 RAM CAL Error 4 RAM STATE Error 5 RST Error 10 RAM Error 117 14 VDAC IDACEJV7 FA b1 4 Error 15 OVDAC Error 80 LO C E Prot
62. DD WAI OPC OPC 8 1 WAI DC OPC 1 OPC OPC OPC
63. PTR STAT OPER PTR n 8 STAT OPER NTRIPTR NTR STAT OPER NTR n 8 STAT OPER NTRIPTR STAT OPER EVEN PTR NTR j STAT OPER ENAB n 88 DC 7 DC 7 8
64. VOLTage PROTection MAX 2 1 STATus OPERation QUEStionable SCPI 3 NL ASCTII 10 10 16 0A lt END gt lt NL gt lt END gt
65. Agilent 66309D Agilent 66311D DVM DVM 85 Vpk GND GND Vac B 3 9 FLT SCPI DFI NH SCPI RI
66. FETCh 231000 Hz 100 us 3 A 2 10 IRev A 00 00 20 OPTION BASE 1 30 DIM Curr array 100 40 50 ASSIGN GPs TO 705 60 ASSIGN Ld TO 706 80 OUTPUT Ps RST 90 OUTPUT Ps OUTP ON 100 OUTPUT Ps VOLT 5 110 120 OUTPUT Ld CURR LEVEL 0 130 OUTPUT GLd CURR TLEVEL 3 140 150 OUTPUT Ld TRAN FREQ 1000 160 OUTPUT Ld TRAN DCYCLE 10 170 OUTPUT Ld TRAN MODE CONT 180 OUTPUT Ld TRAN STATE ON 190 200 OUTPUT Ps SENS CURR DET ACDC 210 OUTPUT Ps SENS CURR RANG MAX 220 OUTPUT Ps TRIG ACQ SOUR INT 230 OUTPUT Ps SENS FUNC CURR 240 OUTPUT QGPS TRIG ACO LEV CURR 1 250 OUTPUT GPs TRIG ACO SLOPE CURR POS 260 OUTPUT GPs TRIG ACO HYST CURR 05 270 OUTPUT Ps SENS SWE TINT 20E 6 280 OUTPUT Ps SENS SWE POIN 100 in sweep 290 OUTPUT 705 SENS SWE OFFS POIN 20 300 OUTPUT Ps INIT NAME ACQ 310 occur 320 OUTPUT GPs FETCH ARRAY CURR ompletes 3330 706 Sets supply to default values Turn on power supply output Prog
67. DVM SENS FUNC CURR SENS FUNC VOLT SENS FUNC DVM 83 7 DC GPIB 1 GPIB TRIG IMM TRG IEEE 488 Group Execute Trigger TRIG ACQ LEV CURR level gt TRIG ACQ LEV VOLT level TRIG ACQ SLOP CURR TRIG ACQ SLOP VOLT NEG 1 TRIG SEQ2 LEV CURR TRIG ACO LEV CURR
68. DVM 4 3 Vde 23 Vdc SV AC 6 Vac 48 5 Vpeak SV 85V 5V 13 5 V 8 5 V 5V 3 V DVM
69. LBVel E VOLTage TRTGgered 17 5 INITialize TRG OUTPut OFF RCL 2 OUTPut ON 68 6 DC
70. P1 P2 T 2 AC DVM 0 o a w M e SCPI P Lill 3 Output Output On Off FF 5 Shift Cal z
71. RST TRIGger SEQuence2 LEVel VOLTage lt NRft gt TRIGger ACQuire LEVel VOLTage lt NRf gt 0 MAX CE 8 3 V 0 TRIG SEQ2 LEV VOLT 5 TRIG ACQ LEV VOLT MAX TRIGger SEQuence2 LEVel VOLTage TRIGger ACQuire LEVel VOL Tage lt NR3 gt TRIG SEQ2 LEV CURR TRIG SEQ2 HYST VOLT TRIGger SEQuence2 SLOPe CURRent TRIGger ACQuire SLOPe CURRent POSitive NEGative EITHer RST 130 TRIGger SEQuence2 SLOPe CURRent lt slope gt TRIGger ACQuire SLOPe CURRent lt slope gt EITHer POSitive NEGative POSitive TRIG SEQ2 SLOP CURR POS TRIG ACQ SLOP CURR EITH TRIGger SEQuence2 SLOPe CURRent TRIGger ACQuire SLOPe CURRent lt CRD gt TRIG SEQ2 SLOP VOLT Dll on oH 3h ni oo TRIGger SEQuence2 SLOPe DVM TRI
72. 7 mtel little endian FORMat BORDer lt type gt NORMal SWAPped RST NORMal FORM BORD SWAP FORMat BORDer lt CRD gt FORM DATA MEAS ARR CURR DC MEAS ARR VOLT DC MEASure ARRay CURRent FETCh ARRay CURRent Agilent 66311B D 66309B D MEASure ARRay VOLTage FETCh ARRay VOL Tage SENSe SWEep TINTerval SENSe SWEep O
73. DC i Es AS Fee PRE ERE Scd YAT 6 DES REN GR amp a 32 1 2 50 HERS C B 3 4 DC
74. WO TUM E T DC KORIZ AWG American Wire Gage R 3 2 20C 20 6
75. RST 32 ms 4 ns 60 Hz 5 53 70 dB 7 2 lt SENS SWE TINT lt time gt e SENS SWE POIN lt of points 7 2 77 7 DC n oe
76. 0 1 NTR PTR 1 NTR PTR 0 STATus QUEStionable NTRansition lt NRf gt STATus QUEStionable PTRansition lt NRf gt 0 32767 NTR register 0 PTR register 32767 l STAT QUES NTR 16 STATUS QUESTIONABLE PTR 512 STAT QUES NTR STAT QUES PTR NRI 122 STAT QUES ENAB Dl
77. 16 530 1 25 MEASure SCALar CURRentLOW FETCh SCALar CURRentLOW fj MEAS CURR LOW FETC CURR LOW lt NR3 gt MEAS CURR HIGH CALC REF LOW MEASure CURRent MAXimum FETCh CURRent MAXimum Agilent 66311B D 66309B D MEBASure SCALar CURRent iMAXimum FETCh SCALar CURRent MAXimum fij MEAS CURR MAX FETC CURR MAX lt NR3 gt MEAS CURR MIN 105 8 MEASure CURRent MINimum FETCh CURRent MINimum Agilent 66311B D 66309B D
78. 2 0 CALibrate SAVE CALibrate STATe lt boo gt lt NR 0 11OFF ON lt password gt RST OFF fj CAL STAT 1 6812 CAL STAT OFF CALibrate STATe lt NR1 gt CAL PASS CAL SAVE RST CALibrate VOLTage CALibrate VOLTage DC
79. 1 Shift Cal CALON CALON 0 0 2 Enter 3 Shift Cal CAL PASS CAL PASS 0 4 6 0 0 GPIB SCPI DC
80. Prot Questionable Status 5 7 Prot sense open sense open sense open sense open
81. E OR QUEStionable 3 STAT OUES COND PTR STAT QUES PTR n 8 STAT QUES NTRIPTR NTR STAT OUES NTR n 8 STAT QUES NTRIPTR STAT OUES EVEN PTR NTR
82. 100 VAC 230 VAC C n All voltages E 1 AC 174 Agilent 66111A 66311B DC HP Agilent 6632A 6633A 6634A DC COMPatibility COMPatibility GPIB Agilent 66111A 66311B SCPI COMPatibility 8 SYST LANG F 2 COMPatibiity
83. Vset H ISET 15V are ree aoe 1 Pad VSET e 4 M de Y Ju IN LC X b 2 m 7 ms m E S E d pI 8A 3A 2 1 DC 1 25 2 DC 2 1 1 8 2 VET mp luknwZe wwi 2
84. SCPI DC DC ASCILI lt NRI gt 10 273 lt NR2 gt 10 Pil 0273 lt NR3 gt 10 2 73E 2 lt Nrf gt lt NR1 gt lt NR2 gt lt NR3 gt 273 273 2 73E2 lt Nrf gt lt NR MIN MAX 10 273 273 2 73E2 MAX MIN MAX lt Bool gt 0 1 ON OFF 70 6
85. y 2 Agilent 66309B DC Agilent 66311B 2 2 Agilent 66311D 66309D DC DVM
86. DC 1 OQutput SENS PROT ON Enter 0
87. Current CURR 0 400 Number 4 Enter Current 2 CURR 0 500 KIZ met 1 2 1 5 A 2 5 A 1 5 A 1 52 A 10 Enter RX OCP KT Output On Off 2 8 003V 0 500A 2 56 Dis
88. Enter Number 3 3 6 Enter 3 1 33 6 F DC Enter
89. OUTP ON TX Agilent 66309B 66309D 73 7 DC VOLT 5 VOLT2 5 VOLT MAX VOLTage H 2 i 8 lt VOLT PROT n F CURR lt n gt CURR2 n lt m gt A
90. STATus QUEStionable ENABle lt NRf gt 0 32767 0 STAT OUES ENAB 4098 STATus QUEStionable ENABle NRI STAT QUES STATus QUEStionable NTR STATus QUEStionable PTR NTR f lenables OC2 and OCP HE PTR NTR 1 1 0 PTR 1
91. 3 7 DVM Agilent 66309D UF ROE Agilent 66311D 1 V DVM 4 5 Vdc lt V lt 25 Vdc 3 7 DVM it a DVM 25 Vdc 4 5 Vdc EZ DVM
92. OUTPut PROTection CLEar fl OUTP PROT CLE OUTP PROT DEL RCL SAV OUTPut PROTection DELay 1H CC oe uc du m c UU OCP OCP E s 113 Oo Dll RST OUTPut RI MODE LATChing LIVE OFF INH TTL INH OUTPut PROTection CLEAR OUTPut PROTection DELay lt NRf gt
93. SCPI 4 D 48 DC A YW
94. DIGIO 5 Enter Number 0 7 3 T 0 7 Enter 9 GPIB DC GPIB Address Address GPIB l SYSTEM Address ADDRESS 5 2 Enter Number 7 Enter ADDRESS 7 Agilent 66309B D a SYSTEM
95. RST TRIGger SEOuence2 COUNt CURRent lt NRfH gt TRIGger ACQuire COUNt CURRent lt NRf gt 1 100 1 TRIG SEQ2 COUN CURR 5 TRIGger SEQuence2 COUNt CURRent TRIGger ACQuire COUNt CURRent lt NR3 gt TRIG SEQ2 TRIG ACQ COUN CURR 1 TRIG ACQ TRIGger SEQuence2 COUNt DVM TRIGger ACQuire COUNt DVM Agilent 66311D 66309D DVM DVM 1 RST 126 TRIGger SEQuence2 COUNt DVM lt NRf gt TRIGger ACQuire COUNt D VM lt NRft gt 1 1 TRIG ACQ COUN DVM 1 TRIGger SEQuence2 COUNt DVM TRIGger ACQuire COUNt DVM lt NR3 gt Dll Dis 3h ni TRIGger SEQuence2 COUNt VOLTage TRIGger ACQuire COUNt VOLTage EF 2
96. PON ERU TE FA PON DC PON SRQ 7 BSB PSC OFF ESE 128 SRE 32 5 SRQ PSC OFF
97. 1 H SCPI DC SEQuence2 ACQuire 7 4 1 82 ABORt XRST lt RCL INITiate IM Mediate SENSe SWEep POINts NO TRIGger COUN YES 7 4 DC 7
98. 1 1 2 2 RST DISPlay MODE DISPlay CHANnel channel 112 1 DISPLAY CHANNEL 2 DISPlay CHANnel NRI 0 1 HH HIC Sb a EANET DISPlay TEXT RST DISPlay TEXT DISPlay WINDow MODE lt mode gt NORMal TEXT NORM DISP MODE NORM DISPlay WINDow MODE lt CRD gt NORMAL TEXT DISPLAY MODE TEXT TEXT
99. TEM CALibrate SAVE 0 CALibrate PASSword lt NR lt modeL number gt l CAL PASS 6812 CAL SAV E CALibrate SAVE CALibrate STATe OFF CALibrate SAVE CAL SAVE CAL PASS ot fy E CALibrate SAVE CAL STAT 99 8 CALibrate STATe
100. H E Prot RI INH GPIB SRQ A 1 INH MO INH RD DC E
101. 0 RCL 0 2 2 2048 13 6us OVLD GPIB 1 Meter DC reading V lt reading gt A 2
102. H7J 1 HJ 2 H H H H High Low ona WwW 21 21 22 23 24 24 24 25 26 27 27 28 28 28 28 28 29 29 29 29 30 30 30 30 30 31 33 33 35 35 OVP DVM I O GPIB RS 232 4 5
103. H 1 4 eR NI vu re um f TTA H 4 4 DC 4 Protf S
104. DTR Mor rs mec EM c DC1 10 17 DSR XON XOFF ASCTI DC3 10 19 RTS CTS DC DTR DSR DC NONE SCPI SCPI Standard Commands for Programmable Instruments SCPI IEEE 4882 DISPlay
105. INH INH AWG 22 AWG 12 39 3 Im 13 1012 DC Y ADFLT INH D 1 Hu H fll A INH Imhibit qbus B 1 FLT INH
106. 1 1 2 2 epum 1 Agilent 66311D 66309D DVM DVM Meter DVM 1 2 CV CC NUR 1 1 DVM DVM DVM DVM 3
107. ADDRESS lt value gt GPIB INTF lt char gt GPIB RS 232 BAUDRATE lt char gt 300 600 1200 2400 4800 9600 PARITY lt char gt NONE EVEN ODD MARK SPACE FLOW lt char gt XON XOFF RTS CTS DTR DSR NONE LANG lt char gt SCPTI COMP REMOTE FP lt char gt Agilent 145753A ON OFF ROM lt char gt SN lt char gt DC 4 0 3 1 2 reading V lt reading gt A 1 reading V lt reading gt A 2
108. 2 0 Save Enter Number 0 Enter 3 2 1 3 62 SAV 0 RCL 0 PON STATE RST RST SAV 0 SAV 1 SAV 2 SAV 3 GPIB GPIB Agilent BASIC GPIB Command Library for MS DOS SCPI Local Lockout GPIB 2 ANSI IEEE Std 488 1 1987 IEEE Standard Digital Interface for Programmable Instrumentation GPIB A
109. dX DC A 02 04 Agilent 66309B 66309D LEBA ALL OUTPut NONE 0 INSTrument COUPle OUTPut STATe lt state gt ALLINONE ALL 3521 INST COUP OUTP STAT ALL INSTrument COUPle OUTPut STATe lt CRD gt NONE 1 2 Agilent 66309B D RST OUTPut 1P STATe lt bool gt 0 OFF 1 ON 0 OUTP ON OUTPut 1 2 STATe lt NRI gt O
110. 1 20 MQ DVM lt 60 pF 1 mV GPIB 0 2 mV JZ EVIER EMC ee DC lt 25 mV 15 mV 10 Vrms 1 10 Vdc LEF DVM 144 Agilent 66111A DC Agilent 66311B D 66309B D DC GPIB DC
111. A H RR 2 j j DC Low 1H E 3 JP 18 45 E 20088 8 OUTputcTYPE E 5 99 zn nx JJ ED EE i rn doge FOF H Dl H High 321 DC DC am FE d iB High
112. B H lt DC LANG SCPI LANG COMP LANG SCPI RST 00 003 V 0 0006 A CALON 0 0 CAL DENIED OUT OF RANGE CAL VOLT CAL LEV P1 CAL DATA 0 00 CAL LEV P2 CAL DATA 0 00 153 B 13 18 Agilent 66309B 66309D 2 13 DMM 2 2 14 Shift Cal CAL VOLT2 Enter 15 Shift Cal CALLEV Enter
113. MEASure SCALar CURRent MINimum FETCh SCALar CURRent MINimum MEAS CURR MTN FETC CURR MIN lt NR3 gt MEAS CURR MAX MEASure DVM FETCh DVM Agilent 66311D 66309D DC MEASure DVM ACDC FETCh DVM ACDC Agilent 66311D 66309D MEASure SCALar DVM DC FETCh SCALar DVM DC MEAS DVM DC lt NR3 gt FETC DVM DC AC DC MEASure VOLTage FETCh VOLTage 106 MEASure SCALar DVM ACDC FETCh SCALar DVM ACDC MEAS DVM ACDC lt NR3 gt FETC DVM ACDC DC MEASure SCALar VOLTage DC FETCh SCALar VOLTage DC MEAS VOLT lt NR3 gt MEAS CURR FETC VOLT DC MEASure VOLTage2 Agilent 66309B D
114. E 0 2H HZ ETE ENT UAT b CURR MAX yd FELUIL m og o CURR PROT STAT ON OFF DC E g OUTPut PROTection DELay 74 gt E H 5 DC
115. Prot Clear 4 2 Overvoltage Overcurrent Overtemperature Remote inhibit RI sense open sense open sense open sense open OVLD
116. QUAM s ae 1 2 3 2 Agilent 66309B 66309D 4 5 6 7 DVM Agilent 66311D 66309D 8 9 GPIB 10 6 GPIB SCPI Agilent VXIplug amp play DC GPIB GPIB DC
117. STAT OUES ENAB n 7 8 B ESE PSC ON ESR
118. E 12 20 E o Els ue Dt mibi LL TRIGger SEQuence2 HYSTeresis CURRent lt NRft gt TRIGger ACQuire HYSTeresis CURRent lt NRf gt 0 MAX 8 3 A 0 TRIG SEQ2 HYST CURR 0 5 TRIG ACQ HYST CURR 0 5 TRIGger SEQuence2 HYSTeresis CURRent TRIGger ACQuire HYSTeresis CURRent lt NR3 gt TRIG SEQ2 HYST VOLT TRIG SEQ2 LEV CURR 127 Dll 8 TRIGger SEQuence2 HYSTeresis DVM TRIGger ACQuire HYSTeresis DVM Agilent 66311D 66309D DVM E
119. 3 1 Agilen IO 1252 1488 IO 4 0360 2604 3 8120 8821 2110 0638 100 120 Vac 3 15A 2110 0773 220 230 Vac 1 6A 5041 8801 5964 8125 AGE
120. ESB BSR 1 ESB R 8 6 PON DDE CME QUE EXE OPC ESE NRP 0 235 GPSC ESE 129 ESE NRI
121. Dll on OH 3h Th Oo RIDFi DIGio DIG DATA SOURce DIGitalFUNCtion lt CRD gt RIDFi DIGio fl DIG FUNC DIG SOURce DIGital FUNC lt CRD gt SOURce VOLTage DC SOURce VOLTage LEVel IMMediate AMPLitude l lt NRfH gt R 8 3 V RST 0 VOLT 2 5 ae output voltage to 2 5V SOURce VOLTage LEVel IMMediate AMPLitude lt NR3 gt VOLT TRIG SOURce VOLTage2 Agilent 66309B 66309D 2 SOURce VOLTage2 LEVell IMMediate AMPLitnde lt NRfT gt R A 3 V RST 0 VOLT2 500mV lset
122. OFEE KM F 15 0 3 V FREBSFEEO SOME 1 0 1 V
123. 16 H 1 25 MEASure SCALar VOLTage HIGH FETCh SCALar VOLTage HIGH MEAS VOLT lt NR3 gt HIGH FETC VOLT HIGH MEAS VOLT LOW CALC REF HIGH HH ZDEAHNZ 107 8 MEASure VOLTage LOW FETCh VOLTage LOW Agilent 66311B D 66309B D 0 16
124. Number out of internal range The number received was too large or small to be represented in internal format Comma A comma was not received where one was expected Terminator expected A valid terminator was not received where one was expected Parameter Out The number received exceeded the limits for its associated command Em Lai e e n baci hec a heal m 178 F 3 COMPatibillty Voltage Programming Error The programmed value exceeded the valid voltage limits Current Programming Error The programmed value exceeded the valid current limits
125. SENSe SWEep POINts lt NRfH gt RST 110 1 4096 2048 SENS SWE POIN MEAS ARR SENS SWE POIN 1024 SENSe SWEep POINts lt NR3 gt SENS SWE TINT SENS SWE OFFS MEAS ARR SENSe SWEep TINTerval Dll ou OH 3h ni oo 13 6 us RST SENSe WINDow SENSe SWEep TINTerval lt NRf gt 15 6 ns 31200s 15 6 us SENS SWE TINT 31 2E 6 SENSe SWEep TINTerval lt NR3 gt SENS SWE POIN SENS SWE OFFS MEAS ARR AC DC DC
126. STATe bool VOLTage2 LEVel IMMediate AMPLitude lt n gt 2 TRIGgered AMPLitude lt n gt 2 STATus PRESet OPERation EVENt CONDition ENABle lt n gt NTRansition lt m gt PTRansition lt n gt E QUEStionable EVENt CONDition ENABle lt n gt NTRansition lt m gt fU BBT PTRansition lt n gt SYSTem ERRor
127. 1 O 3 A 1 7 ms 5 A O DC O O 7 0 A O 16 14 SCPI GPIB O Agilent 66111A SUL XE SC e 4 GPIB v DC
128. 9 AC F301 100 120 Vac 3 15A Agilen 2110 0638 220 230 Vac 16A Agilent 2110 0773 2 173 5 120 VAC 220 VAC NIO A IO IN
129. Shif A BF 3 Enter CURR RANG AUTO n DIZ 2 20 mA HIGH bak Lest LOW DC ix V ACDC AE HY VN HA 20 mA Shift LOW MLET CURR DET DC 2
130. 7 M 1 1 MEAS VOLT MEAS CURR X TDMA
131. 1 VOLT 8 000 M 7 000 8 000 Enter 1 0 4 A CV CC 2 DEF 2 8 003V 0 400A H RPG FT 0 400 0 500 w Enter
132. PON CLR FAU FAULT 180 dh Xx i 51 57 58 60 sense open 34 46 sense open 34 46 sense open 46 Kimm 30 E Axi 30 0 9 53 AARD 71 ABORT 124 nee 79 109 173 dar BASIC 166 AWG 30 B BASIC 171 BUS 132 C CC 90 CC 55 56 compatibility errors 178 179 COMPatibility 175 175 COMPatibility 175 COMpatibility 179 CRD 71 current measurement range 109 CV F 55 56 D DC 109 DC 21 GPIB 63 Local 47 RS 232 65 141 28 73 DC 59 DFI 92 DFI 39 DFI 171 DIGIO 60 DTR DSR 66 DVM E FORE 37 56 37 37 38 39 81
133. V AMAX E p 46 8us V AHIGH V ALOW V AMN A 100 ms 5 5 58 Agilent 66111A is 7 A ON o 2 0 1 Low DC Function Meter Agilent 66111A p EX k OE FELUIL EE E
134. RLDIF O A 2 FAULT INHIBIT DI O 1 FLT OUT0 0 2 FLT OUT 1 1 3 INH IN OUT 2 2 4 INH MO SOURCe DIGital DATA data DIGitalIDATA ab data 0 7 1 3 92 aS DC IEEE 488 2 SCPI 6 6
135. OPC OPC 7 6 DC S 4 Bp x H rt i 8 i Aq 1 SRQ SRQ DVM TRIG ACQ COUN VOLT 3 mi TRIG ACQ COUN CURR 3 TRTG ACO COUN CURR number TRIG ACQ COUN VOLT number 7 6
136. e n 8 5xo 99x e GPIB e e RS 232 RULET e SCPI Bjo KE 85 002 70 DE CEES 1 DVM GPIB IEEE 488 O INHIFLT INHibiw FauLT Agilent 66111A 66311B D RS 232 WARNING E e
137. DC GPIB GPIB DC GPIB DC IEEE 488 2 A GPIB DC 1 GPIB GPIB Address GPIB e 0 30 ADDRESS lt value gt GPIB DC RS 232 Agilent 66111A 66311B D DC RS 232 Address see SCPI COMPatibiity RS 232
138. p Ia Fil zn 100 ms 29 0775 1 EAT ki OVERCURRENT CURR 3 0712 PROT STAT OFF ERROR 0 HJ 1 46 8 us 2048 753 JLT E d tb 13 6 ns 1s 15 6us 57 5
139. 40 12 30 F EA JEA E VON HX DC Alus LI 4Q 1 2Q 8 1 4 2A 4Q 3 6
140. E E DC 2 ABO Mediate Y INITiate IM Y 7 1 VOLT TRIG lt n gt VOLT2 TRIG n 2H CURR TRIG lt n gt CURR2 TRIG lt n gt 2H H H 6 Q H E E CNTR ET Bi 6
141. E E Err GPIB E C Dn PROTSTAT OFF Enter 0 RCL 01 CAR AE 10 5 2 Hz
142. RIDFTI 1 H 1 iX DC BAL EST 5 DC SCPI Agilent 66311B8 D SCPIL COMPatbility v ON Wet E
143. 16 Shift Cal CALDATA DMM 17 Shift Cal CAL LEV P2 2 Enter 18 Shift Cal CAL DATA Enter Number DMM 2 19 Shift Cal CAL VOLT PROT Enter 20 DC OVTP E 21 22 23 24 25 26 154 CAL VOLT2 CAL LEV P1 CAL DATA 0 00 CAL LEV P2 CAL DATA 0 00 CAL VOLT PROT B 1A 1 DMM 1
144. A mA V VV mV S ms 1E3 k 1E 3 m 1E 6 u lt CRD gt lt AARD gt ASCI lt SRU gt SCPI DC SCPI 7 ASCII oe H
145. TNTT SEO1 INIT NAME TRAN INIT CONT SEO1 ON INIT CONT NAME TRAN ON BUS TRIG SOUR BUS GPIB TRIG IMM TRG IEEE 488 Group Execute Trigger
146. 1 4 A 30 us 1 10 mA 142 30 ms 20 ms A A 2 Agilent 66111A Aglen s ES SCPI GPIB INH FLT DO FLT INH H OUT 0 1 2 IN 2 47 Hz 63 Hz 2048
147. 14 14 RST DISPlay WINDow TEXT DATA display string display string gt DISP TEXT DEFAULT MODE DISPlay WINDow TEXT lt STR gt 101 MEASure FETCh j Er wo H MEASure
148. 1 ON B Enter 9sumstms Meter
149. wmm MD 1 RERRERERKERERE CV CC Unr Dis OCP Prot Cal Shift Rmt Addr Err SRQ HH 1 2 HH 1 2 H 1 2 H OFF Output On Off ON OCP Prot Clear ON Cal Of Bnter Shift md dod Lk GPIB RS 232 Local
150. PTR STAT OPER PTR 1024 ENAB 1024 2 PTR 0 1 4 PTR STAT OUES PTR 19 ENAB 19 1 2 16 19 3 RQS SRE 136 8 128 136 4
151. 0 OUTPut iPON STATe RCLO RCL 136 SAV 3 SAV lt NRf gt 0 1213 SAV 3 RCL RST E SRE MSS RQS STB 6
152. 13 6 ns 2048 2048 32 ms 20 ms 1 20 ms SENS SWE TINT sample period SENS SWE POTN lt points gt 13500 1 46 8 us SENS SWE TINT 46 8E 6 POIN 1500 DC 2
153. 7 1 TINITiate CONTinuous SEQuencel ON INITiate CONTinuous SEQuencet OFF 76 DCV7 AOR R DC DC 1 1 1 DV
154. OVP SCR E H IE HC Rau d d ager FE OVP IRH DVM 50 Vdc DVM DVM 3 3 AWG 22 AWG 14 DVM 1
155. PA FORMat ASCII lt ength gt H E wo FETCh DC ELET 2 MEASure FETCh H 9 91E 37 E
156. 0 RST SCPI RST INSTrument STATe lt bool gt 0 OFF 1 ON 0 INST STAT 1 INSTrument STATe NRI 0 1 OUTPut STATe OUTPut PROTection TRIPped OV OCP OT RI 0 1 SCPI CURRent LIMit HIGH OUTPut PROTection TRIPped lt NR1 gt 0 1 OUTP PROT TRIP STATus QUEStionable CONDition SCPI CURRent LIMit LOW SOURce CURRent LIMit HIGH lt NRf gt CURR LIM HIGH SOURce CURRent MAX SCPI
157. DC CC DC 7 8 10 CC 6 ROS 0 1 4 RQS 90 DC 7 1 PTR 10
158. 1 H2 HIGH pis 2 3 ALLE 3 0721 A 5 E ENTRY D gt 7 003V 0 004A 1 VOLT 7 000 VOLT 8 000 8 003V 0 400A CURR 0 400 CURR 0 500 gt au CAR AE TYPE CAP HIGH 8 003V 0 500A 55 5 3 2 Agilent 66309B 66309D 2 PNA Meter 2 M d Shift Channel T D gt RPG 7 V CC
159. National mstruments GPIB National Instruments GPIB National mstruments DECL BAS IBCONEEXE DC GPIB IBCONF EXE 1 0 30 DC EOI EOI w last byte of Write Disable Auto Serial Polling em IBSTA
160. 2 1 100 87 106 Vac 47 63 Hz 220 191 233 Vac 47 63 Hz 230 207 253 Vac 47 63 Hz 8ZJ 004 3 AXS 2 Agilent p n 5061 9694 Agilent p n 5062 3974 ICM 1 Agilent p n 5062 3972 521 66309B D 052 Agilent 66311B Agilent E3663A
161. DC AC DC E DC 1 46 GPIB E DC DO Rz xd DC
162. H RPG ENTRY ENTRY E x 1 7 000 8 000 SC Enter Number 7 Enter UT gt zB FUNCTION Voltage FUNCTION X 23 Voltage 1 KIZ A Enter 1 ENTRY H CV CC
163. OUTP PROT DEL 2 OUTP 2 2 Deon HCHO OUTP OUTP PROT DEL 2 1 OUTPut PROTection CLEAr STATus OPERation CONDition VOLTage LEVel 20 PROTection 28 CURRent LEVel 3 PROTection STATe ON
164. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 3 5 34 1 Any 2 ON Cp COME 1 H H mth E H 1 D WEDE ORE amp ERE E 1 H
165. 5 12000uF 2 RHO TH Low DC PUES E E 20 m Uses E Remote out F nx EN E BAS Ye VAD Local in dic eH w
166. DC 5 SCPI SCPI A
167. J 1 32 ms 20 ms DVM AC DC DC 7 cu DVM DVM o 3 DVM 50 Vdc up H 2048 1 DR MNT Fa AH ew ih c 1 1 DVM FE DVM WA WC
168. Remote VEU E Aap c E Rica COMPatbihty SCPI 6 Enter Cal CAL DENIED 7 DMM DC DC 1 1
169. DVM DC AC 2 vA 2 L3 C 1 JAM Vita z YE 4 5 Vdc 25 Vdc DVM SCPI 2 3 Agilent Agilent Agilent Agilent Agilent 66111A 66311B 66311D 66309B 66309D nj nj f nj f ACDC E A i A A BDH 2 dn DVM fm fm RS 232 4 1 23 2 12
170. STATE bool lt n gt VOLTage DC PROTection VOLTage2 2 DISPlay WINDow STATe lt bool gt CHANnel n 112 MODE lt mode gt NORM TEXT TEXT DATA lt string gt FORMat DATA lt type gt BORDer lt type gt INITiate IMMediate SEQuence lt n gt 112 NAME name TRAN ACQ CONTinuous SEQuencel bool NAME TRANsient bool INSTrument COUPling OUTPut STATe st
171. 2 SOURce CURRent2 LEVel IMMediate AMPLitude lt NRf gt KR A 3 A RST MAX 10 CURR2 200 MA CURR2 LEVEL 200 MA SOURce CURRent2 LEVel IMMediate AMPLitude lt NR3 gt SOURce CURRent PROTection STATe OCP DC OC 7 SOURce CURRent DC OUTPut PROTection CLEar
172. H CDMA TDMA PCS DECT TERA PHS NADC PHS 2 1 DC a A Agilent 6631 Met Dok fH ee en VET sx Sai nj nt EL CFA H23H 2 JHDC Agilent 66111A 15 V
173. BEE DVM oureurt 0 1270 15A 0 19V70 3A a 2 WARNING USE SPECIFIED v m d d 2 Agilent 66309B D C EC 320 Address GPIB RS 232 GPIB RS 232 SCPI COMPatibility Agilent 14575A 1
174. DISP 0IIIOFFION DSP 1 ERR DC SYST ERR ERR UNMASK FAULT STAT OPER STAT QUES ESE 10 Z
175. Shift Cal CAL LEV P2 2 CAL LEV P2 Enter Shift Cal o c E T CAL DATA 0 00 DMM 2 DMM dud Number 2 LET Agilent 66311B D 66309B D 1 DC 34 Shift Cal CAL CURR MEAS LOW Enter CAL CURR MEAS LOW XIB IBICART E 512 8000 1 DMM i E Shift Cal Shift Cal CALLEV Enter
176. gt COMPatibiiity Agilent 66111A 66311B 100 Vac 87 106 Vac 115 Vac 104 127 Vac 220 Vac 191 233 Vac 230 Vac 207 253 Vac oT Agilent 663xA Agilent 66309B D 2 oe 50 ms SCPI COMPatibility AH1 CO DC1 DT1 E LA PPO RLI SH1 SRI T6 1 2 3 4 16 Vde 1 2SmA 0 SV J 100ms fidelis INH FLT 0 8 V H 16V 0 1mA 0 1 12 5mA 2 H 5V 0 1mA 0 1 0 25mA 2 0 5V 4mA 1V 50mA 0 4V
177. SYSTem LANGuage SYSTem ERRor lt NR1 gt lt SRD gt SYST ERR SCPI B DC cement SYSTem VERSion SYSTem LANGuage lt string gt SCPI COMPatibility SYST LANG SCPI SYSTem LANGuage lt CRD gt S
178. HJIO 1 nu n2 a 50 3 6 High Low p uM CAPACitancelSCPI E Output Low 0 12 000 pF F High Hieh 5 uF 12 000 pF Ht DC E faf eis TYPE CAP 1 Low Low E Low OuF 12 000uF
179. Shift Cal CALCURR Enter Shift Cal CALLEV Enter Shift Cal CALDATA DMM DMM DMM Enter Number Shift Calf Enter CAL LEV P2 2 Shift Cal CAL DATA DMM DMM 2 DMM Enter Number 2
180. A 02 04 Agilent 66309B8 D 2 3 7 value char a Iv Ro kK E eto 5 ENTRY Cir Enti 2 g N N Ly EB A NB y w yo E S Number V 3 7 N S SS 2 A 8K 4 9 SS TA 9 N E x J e Backspace KE 5 4
181. CURR RANG LOW CURR DET DC H 20 mA B 2 B 3 B 4 CURR RANG HIGH 2 A B 2 B 2 B 3 B 4 DVM B DVM B ID 1 DC DVM 1 DC 2 1 0 V 2 Vl 3 3458 DMM 4 1 15 V 3 B ID DMM H DVM 1 5 DVM 8 1
182. 128 E 12 TRIGger SEQuence2 HYSTeresis VOLTage lt NRft gt TRIGger ACQuire HYSTeresis VOLTage lt NRf gt 0 MAX 8 3 V 0 TRIG SEQ2 HYST VOLT 2 TRIG ACQ HYST VOLT 2 TRIGger SEQuence2 HYSTeresis VOLTage TRIGger ACQuire HYSTeresis VOLTage lt NR3 gt TRIG SEQ2 HYST CURR TRIG SEQ2 LEV VOLT TRIGger SEQuence2 LEVel CURRent TRIGger ACQuire LEVel CURRent Dll
183. Current Enter Number 1 Enter Shift OCP 7 Shift OCP 7 Shift Prot Clear NO FAULT VOLT 0 000 VOLT lt 15 gt 15 003V 0 0001A PROT LEV 22 00 PROT LEV lt 8 gt 0 000V 0 0001A PROT LEV lt 22 gt 15 008V 0 0001A 0 000V 0 0000A 0 004V 3 0712A CURR 1 0 001V 0 0003A 0 001V 0 0003A 0 004V 0 998A Port Prot CV E 15 V OVP 8
184. Agilent BASIC IEEE 488 C QuickBASIC CLEAR 705 IOCLEAR 705 SCPI SCPI GPIB HGPIB 1H GPIB Agilent 66111A 66311B D 66309B D SCPL 1995 0 ABOR CAL DATA CAL STAT DISP WIND STAT DISP WIND TEXT DATA INIT IMM SEQ NAME INIT CONT SEQ NAME MEAS FETC ARR CURR DC MEAS FETC ARR VOLT DC MEAS FETC SCAL CURR DC MEAS FETC SCAL CURR HIGH MEAS FETC SCAL CURR LOW MEAS FETC SCAL CURR MAX MEAS FETC SCAL CURR MIN MEAS FETC SCAL VOLT DC MEAS FETC SCAL VOLT HIGH MEAS FETC SCAL VOLT LOW MEAS FETC SCAL VOLT MAX MEAS FETC SCAL VOLT MIN OUTP STAT OUTP PROT CLE SCPI CAL CURR SOUR DC POS CAL CURR SOUR DC NEG CAL MEAS DC LOWR CAL MEAS AC CAL LEV CAL PASS CAL SAVE CAL VOLT DC
185. SE 3 uF pu S uF X DC jux E n E C High DC DC 2 E J HIE 2 Low E E320 HR Esel V OH 2 6 Skt ZH PIC
186. RCL 0 3 33 3
187. VOLTage PROTection STATe0 DC 2 1 MMEA F SCPI 1 H 1 DC 7 1 SCPI SEQuencel SEQuence2 K5 SEQuencel SEQuence2 INITiate CONTinuous OFF INITiate CONTinuous ON JL x SEQuencel H 7 1 1 TRANsient ACQuire HA RU Ws wATA E SEQuence2 tifl
188. 2 CGC 2 2 2 1 A 2 CC OCP Protf OCP 2 Prot CC TAY ee Ei RST ERROR lt n gt m
189. B 7 7 ET Bl v 7 y OBEN edite hU ioe CAF E v FS SIX Xxoonx7rVF eEHUE3 SENS SWE OFFS POIN offset ZEE ROSSPHIE 4096 2 000 000 0008 4 Yb CH Bdizzm3 4 DIC WE MEAO FTZ e La KORD 0 0
190. DC SRQO DC 7 8 DC 7 1 IEEE 488 2 Standard Digital Interface for Programmable Instrumentation GPIB DC 86 DC7 A0O08 8 RS
191. LANGuage lt language gt SCPI COMP VERSion SCPI TRIGger SBOuence2 ACQuire IMMediate COUNt CURRent lt n gt DVM lt n gt DVM VOL Tage lt n gt HYSTeresis CURRent lt n gt DVM n DVM VOLTage n LEVel CURRent lt n gt DVM n DVM VOLTage n SLOPe CURRent lt slope gt POS NEG EITH DVM slope DVM POSINEGIEITH VOLTage lt slope gt POS NEG EITH SOURce source BUS IND SEQuencel TRANsient
192. ABORt H F WTG INITiate CONTinuous ON WTG ABORt RCL RST ABORI ABOR INIT RST INITiate SEQuence INITiate NAME INITiate H ABORt 7 ABORt 3n HX AL TRG TRIG HH 4 ELEF
193. MARK 7 nee TEZ By REARER NU FH NONE 8 Address H Address 1 300 600 1200 2400 4800 9600 RS 232 RS 232 Address DC 5 DC Mo 15 KTS CTS
194. GPIB HH GPIB GH lt reading gt V lt reading gt A DC lt reading gt V MAX lt reading gt V MIN lt reading gt V HIGH lt reading gt V LOW lt reading gt V RMS lt reading gt A MAX lt reading gt A MIN lt reading gt A HIGH lt reading gt A LOW lt reading gt A RMS lt reading gt V DC DVM DVM DC reading V RMS DVM DVM
195. cu ERR ERR BERR ITBSTA IBERR p e lt 163 D National mstrruments E 4 National Instruments 990 Merge DECL BAS here 1000 DC Source Variable PS Stand Alone Address 706 10
196. DIGIO 60 DFI 39 DFI 92 101 123 DISP 101 DISP CHAN 101 DISP MODE 101 DISP TEXT 101 101 EXT 101 72 161 21 75 30 37 55 56 22 j hy it Gt mu om 186 28 29 39 173 73 28 173 46 E EQ WO do Ed 79 75 57 109 39 109 59 26 51 59 79 79 90 88 m m ee 1 yf LES 30 142 75 124 TRIG 125 TRIG ACQ 126 TRIG ACQ COUN CURR 126 TRIG ACQ COUN
197. LOW E 3 DC Agilent Agilent DC DC DC
198. 2 H MEASure SCALar VOLTage2 DC MEAS VOLT2 lt NR3 gt MEAS CURR2 MEASure VOLTage ACDC FETCh VOLTage ACDC Agilent 66311B D 66309B D FETC VOLT2 DC AC DC MEASure SCALar VOLTage ACDC FETCh SCALar VOLTage ACDC f MEAS VOLT ACDC FETC VOLT ACDC lt NR3 gt MEAS CURR ACDC MEASure VOLTage HIGH FETCh VOLTage HIGH Agilent 66311B D 66309B D H 2 15 6 us Dll on OH 3h ni oo 2048 30
199. 2 f RHEI 79 7 DC FETCh 7 3 DC W FETC CURR MAX FETC VOLT MAX 2053 FETC C FETC V URR HIGH OLT HIGH C CURR LOW LCCIVOLT LOW FETC VOLT MIN 7 3 E FETCh ceci AC FETC VOLT MAX FETC VOLT MTN FETC CURR
200. DC 3 LEF NTR PTR 7 STATus PRESet PTR NTR STATus PRESet STAT PRES
201. OUTPutPROTecton DELay SOURce CURRent PROTection STATe lt bool gt 0 1IOFFION RST OFF f CURR PROT STAT 0 current protection off CURR PROT STAT 1 Icurrent protection on SOURce CURRent PROTection STATe lt NRI gt 0 1 OUTP PROT CLE RST 115 8 Dll SOURce CURRent TRIGger DC T UIER RST A INTTiate SOURce CURRent LEVel TRIGgered AMPLitude lt NRft gt d 8 3 MAX
202. 109 Missing parameter too few parameters 112 Program mnemonic too long maximum 12 characters 12 113 Undefined header operation not allowed for this device Check the language setting 114 Header suffix out of range 121 Invalid character in number includes 9 in octal data etc 8 9 123 Numeric overflow exponent too large exponent magnitude gt 32 k gt 32 kl 124 Too many digits number too long more than 255 digits received 255 128 Numeric data not allowed 159 C
203. 2 SENSe CURRent DETector Agilent 66311B D 66309B D 2 Dll Dis 3h ni Oo ACDC ACDC H kHz ACDC DC DC Deseo a ned DC kHz
204. OVP AC DVM 3 CAL ON value CAL OFF CAL LEV char CAL DATA lt value gt CAL VOLT CAL VOLT2 CAL VOLT PROT CAL CURR CAL CURR2 CAL CURR MEAS LOW CAL CURR MEAS AC CAL DVM CAL SAVE DATE lt char gt CAL PASS lt value gt Agilent 66111A value char 152 FH 2 R T CR o
205. Prot DC 1 Cal DC Shift Shitt Rmt GPIB Addr Err SCPI SRO 3 DC Local o DC GPIB RS 232
206. DC 0 DC 1 2 A 0 V 2 8 A DC UNR AC A 2 Agilent 66
207. E nz Ee 6 1 2 ee Cp TN BN 3 2 3 xE DC Q DC
208. OCP Prot OCP pProt CC RST Re E E Agilent 66309B 66309D 23 Shift Channel 24 Voltage Enter Number lt 12 gt Enter 25 Output On Off 26 Output On Off 27 2 28 Output On Off 29 Current Enter Number lt 1 gt Enter 30 Shift OCP 31 Shift OCP 32 Shift Prot Clear 33
209. 8 45 30 IB s e e lt
210. Agilent 66111A DC Agilent 66311B D 66309B D DC 23 eye Agilent Technologies Agilent Part No 5964 8118 Microfiche No 5964 8119 Printed in USA April 2000 USERS GUIDE Agilent Model 66111A Fast Transient DC Source Agilent Model 66311B D 66309B D Mobile Communications DC source Part No 5964 8125 Printed in USA January 2000 BR LEBOCT o
211. AN O INCTION Current IC 1 KIZ Enter M TYPE CAP H LOW H2 HIGH 53 uF H GEJ ded LK o RS Enter SF DC H2 1 FUNCTION Output On Off A 321 amp S
212. AS CMOS HC iS K 0 1 2 2 A B 3 11 O DC GPIB Agilent 66111A 66311B D RS 232 GPIB GPIB DC GPIB 3 Address GPIB DC GPIB
213. DC ABORt RST RCL INITiate DC INIT SEO2 INIT NAME ACQ al 2
214. iR SCPI D DC OFF 0 RST CLS STAT PRES SRE 0 ESE 0 FRSTIZ TLTORG 4 2 RAID AUT PIERRET A EOMERI ECT 850 HRSTI YY F ORT RSTI Y ESE SRE 8 PSC
215. 10 ESE MEAS VOLT SZZD DD 6634B SZD DDD VOLT 8 3 0 V A D E N ll MT X F 3 COMPatibility ERRO No error EEPROM save failed Data write to non volatile memory failed EEPROM Second PON after power on More than one PON command received after power on Only one is allowed 2 PON PON 1 RLYPON sent with no relay opti
216. STB 2 gt STAT QUES EVEN STAT OPER EVEN ESR 3 3 NTRIPTR
217. 3 DVM DVM iP Meter DVM DC reading V DC DVM 1 1 AC DC lt reading gt V RMS DVM 8 DC RIDFI RIDFI 1 FUNCTION Output RST 2 W Outp
218. 4000 DVM X IER Di st H 1 400Q 8000 15A 0 100 B 1 REETZ ROR RA DCY 5 GPIB DC EE I uM Du 1 2 3 DC 4
219. 66 GPIB LTH SCPI gt A EAT JLT DC SCPI 6 lt gt lt NR1 gt NORM TEXT TEXT NORM SOURce VOLTase SOURce 1 0
220. LANG LANG SCPI 51 SCPI COMPatibility Enter LANG COMP 156 B B 3 GPIB 401 CAL 402 CAL 403 CAL 404 405 406 0 DC
221. VOLT value 1 vOLT value 2 Agilent 66309B 66309D CURR value 1 CURR lt value gt 2 Agilent 66309B 66309D RST DC COUPLING lt char gt 1 2 NONE ALL TYPE CAP lt char gt HIGH H2 LOW PON STATE lt char gt RST RCLO PROT DLY lt value gt RI lt char gt LATCHING LIVE OFF DFI char
222. AC CAL CURR CAL LEV P1 CAL DATA 0 00 CAL LEV P2 CAL DATA 0 00 B 27 32 Agilent 66309B 66309D 2 27 28 29 30 31 32 33 34 35 36 37 B 1A 2 DMM 2 Shift Cal CAL CURR2 Enter CAL CURR2 Shift Cal CAL LEV Enter CAL LEV P1 Shift Cal ee OE NN CAL DATA 0 00 DMM DMM Enter MM
223. Address ADDRESS 5 2 V Address LANG LANGSCPI 3 Y Enter Dull SCPI COMPatibility nu 4 0 3 NO OO SCPI 3 0 5 0
224. COMP Enter Agilent 66111A Address DC GPIB Agilent 66111A 66311B D RS 232 1 24 6632A 6633A 6634A DC DC Agilent 6632A 6633A S er DC GPIB DC E GPIB SCPI Standard Commands for Programmable Instruments DC Agilent 66311A 66311B D Agilent Pee E 1 DC 1
225. 4 Output SENSE PROT SENSE PROT ON ON Enter 5 Output On Off 0 224V 0 0000A Dis Prot 6 Protect SENSE OPEN 43 4 44 20 21 22 yE E Shift Prot Clear2 1 Voltage Enter Number lt 15 gt Enter Shift OV Enter Number lt 8 gt Enter f Shift OV Enter Number lt 22 gt Enter 1 Shift Prot Clear 7 Output On Off Output On Off
226. INTTiate IMMediate SEQuence 1 2 INITiate IMMediate NAME lt name gt TRANsient ACQuire INIT NAME INIT SEQ2 TNTT NAME TRAN ABOR INIT CONT TRIG TRIG SEQ DEF TRG 124 Dll Dis 3h Th Oo INITiate CONTinuous SEQuence1 INITiate CONTinuous NAME TRANsient 1 ON 0 OFF INITiate SEQuence INITiate CONTinuous SEQuencel lt bool gt INITiate CONTinuous NAME TRANsient bool 0 1 OFF ON INIT CONT SEQ ON INIT CONT NAME TRAN 1 ABOR INIT TRIG TRIG SEQ DEF TRG TRIGger BUS 1 CURRent TRIGger VOLTage TRIGger
227. DC 2 GPIB 13 41 3 2 20 GPIB 2 2 GPIB 4 RS 232 Agilent 66111A 66311BID DC RS 232 Address SCPI COMPatibii
228. ESR PSC STB PSC 0 ESE 133 ESE ESR lt NR1 gt 2 CLS ESE ESE OPC IDN DC D 3 IDN lt AARD gt Agilent Technologies XxxxxA 0 lt A gt XX XX fj AGILENT 66312A 0 A 00 01 OPC
229. Em Channel 5 000V 0 104A 1 2 2 77 000V MIN 772 330V HIGH E 70 3504 MAX 70 0504 MIN 70 2704 RMS ES 1 1 CURR 2 000 CURR 1 000 COUPLING ALL TYPE CAP LOW RI LATCHING DFI OFF SENSE PROT OFF ON OFF So ee HIGH LOW AUTO CURR DET ACDC TINT 46 8 RCL 0 772 000V 0 204A H 1 70 080V LOW 0 400A HIGH 12 000V DC DVM DVMA 7 ODCH FE Bi E 1 OVERCURRENT PON STATE RST DFI SOUR OFF DFI 7 E QUES OPER ESB RQS OFF ONE OFF VOLT P
230. IDN ID OPC ESRO OPC 1 OPT PSC lt bool gt PSC RCL lt n gt RST SAV n SRE lt n gt SRE STB TRG TST WAI 8 3 SOUR CURR LEV IMM MAX 3 0712 A SOUR CURR LEV TRIG MAX SOUR CURR2 LEV IMM MAX
231. VOLT CURR DVM HANNIRECT H EE Bo LI i H7J200 Efl H 2 E E RIDF DIG 4 4 Zo Zk 95 R 8 1
232. DC GPIB 1 National Instruments GPIB PCII 2 Agilent BASIC GPIB DC Address GPIB 7 6 Dc PS 1070 ASSIGN PS TO 706 Agilent BASTC National Imstruments DOS BCONFIG EXE
233. SOM SCR DC RARO H2 High 2 CARTE E ki act j H2 E oe 7x 5 H H 1 8 VOLTage PROTection STATe SCPI DC
234. 0 DC 1 1 C TST lt NR1 gt WAI DC OPC WAI DC GPIB DCL WAR OPC OPC 138 Dil on OH 3h ni oo Fluke PM2811 SYSTem LaANGage SCPI INSTrument STATe DC
235. Dll OPT lt AARD gt PSC PSC ON 1 PON SRQ PSC OFF 0 da dc m d PON SROQ PSC lt Boo gt 0 1 OFF ON PSC 0 PSC 1 PSC lt NRIPOL ESE SRE PSC
236. Query Interrupted SCPI SCPI 2 DC 1 SCPI DC DC SCPI DC SCPI Data Message Unit T d Query l VOLT LEV20 PROT 21 CURR NL Keyword Separator Message Terminator Message Unit Separators Root Specifier
237. 0 000V 00001A Dis nm nnnV nnnnA A V Coo ON Meter Err Shiff Error 4 1 2 DC 3 0 224V 0 0000A 0 2 V
238. 2 DC 2 mA DC DC AC SENS CURR DET DC MEAS VOLT ACDC MEAS CURR ACDC DVC AC ry 205 ILL zum AER AC E jU x3 2 J O y HET H
239. B E GPIB 0 V 0 A B 2 B 3 B 4 15 V n OB o B 1A LEF Output On Off ph OS 0 01 V Ix B 2 B 3 B 4 VY H H A EE FIMEN OREH V A B 4 12 V 5 B 4 1
240. Enter DC 53 5 lL 2 3 2 4 5 6 7 8 9 DVM GPIB 10 1 Agilent 66309B D Meter f 1 Shift Channel 2
241. SENS WIND HANN RECT DC cos 3 1 2 NN 1
242. fap c d 8 V 2Q 8V 4 A 0 2 0 25nH 04uH f DC
243. RS 232 GPIB EIA RS 232 DTE DCE DC DTE PC COM DTE RS 232 Address Address 65 6 RS 232 RS 232 10 1 EVEN 7 ODD 7
244. 7 E 1 FETCh E COR MEASure FETCh FETCh MEASure DC 2 SENS CURR RANG MIN MAX MIN 20 mA 20 mA DC 2 kHz ACDC SENS CURR DET ACDC
245. OC OS Agilent 66111A 66311B D ERR BERR CC NH FAST Fast Agilent 6632B 6633B 6634B NORM Normal Agilent 6632B 6633B 6634B F 5 7 So esc eoe s pc g9 3 arae 9 q 9 i ee RQS DC ERR ERR BERR RDY
246. OUTP DFI OUTPut PON STATe DC RST RCLO 2 OUTPut PROTection CLEar RST RST RCL 0 RCL OUTPut PON STATe lt state gt RST RCLO OUTP PON STAT RST OUTPut PON STATe lt CRD gt RST RCL
247. Ple ead 8 CV DC 9 CV2 2 Meals 10 CC DC 11 CC DC 12 CC2 2 0 OV E 1 OCP E 2 FS 3 FP 4 OT 5 OS 8 UNR2 2 9 RI 10 UNR 12 OC2 2 E 14 MeasOvld 0 OPC 2 QYE 3 DDE 4 EXE 5 CME 7
248. i nos TE t H 70 50 119 STAT OPER COND 120 STAT OPER ENAB 120 STAT OPER NTR 120 STAT OPER PTR 120 STAT OPER 120 STAT PRES 119 STAT QUES COND 121 STAT QUES ENAB 122 STAT QUES NTR 122 STAT QUES PTR 122 STAT QUES 121 89 87 86 91 88 28 28 97 71 161 45 46 102 SENS CURR DET 109 SBNS CURR RANG 109 SENS FUNC 110 SENS PROT STAT 110 SENS SWE OFFS POIN 110 SENS SWE POIN 110 SENS SWE TINT 111 SENS WIND 111 81 112 SOUR SOUR SOUR CURR 115 CURR LIM HIGH 139 CURR LIM LOW 139 SOUR CURR PROT STAT 115 SOUR CURR PROT TRIP 140 SOUR CURR TRIG 116 SOUR CURR2 115 SOUR CURR2 TRIG 116 SOUR DIG DATA 116 SOUR DIG FUNC 117 SOUR VOLT 117 SOUR VOLT LIM
249. nul Agilent 66309B D 1 2 A 02 04 OUTPUT Enter 2 0 AEE M 54 COUPLING NONE 7 003V 0 004A 8 013V 0 003A reading V DC DVM COUPLING NONE 1 EH 7V CC ety CV 3
250. 1 2 S 48 l EL 3 3 3 4 20 350
251. CAL LEV P1 L CALDATA DMM CAL DATA 0 00 Enter Number DMM AC Agilent 66311B D 66309B D 1 38 39 40 DC Shift Cal CAL CURR MEAS A Enter CAL CURR MEAS AC DC AC 155 B DVM Agilent 66311D 66309D 4l DVM 1 B ID DMM DVM Agilent 3478 DMM
252. H DVM gt H MEAS DVM DC Y F E 3 1 H 1 50 ms MEAS DVM ACDC h Bt LACHE 3 AC DC 1 DVM 4 5 V 25 V 3
253. SE EA Hm mu 3 uF DC OVP DC agy DC H H OV OVP H DC rau VOLT PROT SCR OVP Hae H f SCR 36
254. TINT 0 002 Shift Input TINT W i 13 6us 1s Enter 3 POINT Shift Input V PONT 1024 1 2 4 8 16 32 64 128 256 312 1024 2048 Enter 3 6 Agilent 66311B D 66309B D DC
255. 2 400 Query error generic 410 Query INTERRUPTED query followed by DAB or GET before response complete DAB GET 420 Query UNTERMINATED addressed to talk incomplete programming message received 430 Query DEADLOCKED too many queries in command string 1 440 Query UNTERMINATED after indefinite response 160 C C 1 0 99 3 0 Noerror 1 Non volatile RAM RDO section checksum failed RAM RD0
256. 2 mA DC DC SENSe CURRent DETector detector ACDC DC RST ACDC f SENS CURR DET ACDC SENS CURR DET DC SENSe CURRent DETector lt CRD gt SENSe CURRent RANGe Agilent 66311B D 66309B D DC 0 MAX 8 3 0 0 02 A C E 20mA SENSe CURRent RANGe 20mnA
257. EAT ms 1 ms 3 0 0 03 ae E 20 mA 20 mA 20 mA 420 mA rms p p rms F 3 A E 1 5 A LET 0 05 2 3 mA Agilent 66111A DC 3 DC 0 2 3 6 mA Agilent 66111A Agilent 66311B D Agilent 66309B D Agilent 66309B D 2 1 0 15V 0 3A 5A 0 05 10 mV 0 05 1 33 mA 0 03 5 mV 0 03 5 mV 0 2 15 mV 0 2 3 mA 0 2 9 mA 0 2 0 5 mA NA 0 2 9 mA 0 2 1 1 mA NA NA 0 1 2 5 nA NA 1 mV 6 mV 1 mV 6 mV 2 mA 2 mA EHE 2mV 1 6 mV EE 0 75 mA 0 375 mA 0 5 mV 0 4 mV 0 75 mA 0 25 mA 0 A H ACDC 0 2
258. EO IZ DC 4 23 33 20 025V 0 0002A VOLT lt 12 gt 12 005V 0 0002A 20 000V 0 0000A 20 004V 1 520A 2CURR lt I gt 20 001V 0 0003A 20 001V 0 0003A 20 004V 0 998A Shift Errorx f TE TI E RA E Shift Channel 1 2 Mary 1 1 2 2 2 12 V 2 Dis CV
259. OPC 0 4 DC 1 0 DC ESE OPC OPC
260. 8 Shift Cal CAL VOLT Enter 9 Shift Cal CALLEV Enter 10 Shift Cal CAL DATA Enter Number DMM ll Shift Cal CALLEV P2 2 Enter 12 Shift Cal CAL DATA Enter Number DMM 2 SCPI Enter RST Enter L CAL ON Enter DC Address LANG
261. Agilent A 2 2 Agilent GPIB 1 0 Agilent 10833A 2 0 Agilent 10833B 4 0 Agilent 10833C 0 5 hv Agilent 10833D BA TEOJSIPASEEGEOBY PRAG 5062 3996 1494 0015 2 5062 3996 1 5062 3996 1494 0015 5062 4022 E Agilent 14575A 6 3 AC DC 22 Agilent 66111A DC
262. C 1 131 Invalid suffix unrecognized units or units not appropriate 138 Suffix not allowed 141 Invalid character data bad character or unrecognized 144 Character data too long 148 Character data not allowed 150 String dataerror 51 Invalid string data e g END received before close quote END 158 String data not allowed 160 Block data errr 161 Invalid block data e g END received before length satisfied END 168 Block data not allowed 170 Expression error 171 Invalid expression 178 Expression data not allowed 200 299
263. RST HIGH HIGH SAV 0 OUTP PON STAT RCLO 0 RST DC OUTPut TYPE CAPacitance lt setting gt HIGH LOW LOW OUTP COMP HIGH OUTPut TYPE CAPacitance 011 Dll on OH 3h ni Oo SOURce CURRent DC SOURce CURRent LEVel IMMediate AMPLitude lt NRf gt R 8 3 A RST MAX 10 CURR 200 MA CURRENT LEVEL 200 MA SOURce CURRent LEVel IMMediate AMPLitude lt NR3 gt CURR TRIG SOURce CURRent2 Agilent 66309B 66309D
264. Agilent 66311B D 66309B D DC B IB 400Q 1 DMM DC mput LOW 1 0 V 3 A Output On Off DMM rlo 1 8 V H B 4 B 4 CURR RANG LOW H B 3 B 4 20 mA DMM thi 18 19 20 21 22 23
265. CV H 2 1 7 003V 0 004A E LE 2 Us 1 Enter BF 1 Voltage VOLT 7 000 Number 7 Enter Voltage
266. OUTP PROT CLE DC SENS CURR DC SENS CURR RANG RANG lt n gt 8 3 MAX SENS PROT SENS PROT STAT STAT0 1 F 1 SENS SWE 32 SENS SWE POIN POIN lt n gt SENS SWE 15 SENS SWE TINT TINT n SRQ0 1 SRE DC EX c uu s UNMASK SRQ0 STS STAT OPER COND DC STAT QUES COND
267. SCPI 0 DC 8 SAV 4 0 3 Agilent 66309B D value char 4A V Y 49 5 FUNCTION Input OV m x gt P gt N Prot Cir OCP Cal E59 eS Gm Uu E l A w A M E 5 3
268. 4 6 TRIGger SEQuence2 LEVel DVM lt NRft gt TRIGger ACQuire LEVel DVM lt NRf gt 0 MAX A 3 V 0 RST TRIG SEQ2 LEV DVM 5 TRIGger SEQuence2 LEVel DVM TRIGger ACQuire LEVel DVM lt NR3 gt TRIG SEQ2 HYST DVM E TRTG ACO LEV DVM MAX 129 Dll 8 TRIGger SEQuence2 LEVel VOLTage TRIGger ACQuire LEVel VOLTage
269. 41 28 XX mpm gt E 90 MEWE 80 80 74 74 94 68 29 GPIB 63 SCPI 63 163 C xu xm xu 160 49 Adress 49 Error 49 Local 49 Recall 49 Save 49 Shift 49 123 SYST ERR 123 SYST LANG 123 SYST VERS 123 160 79 HJJ 55 56 73 28 30 26 LE W 55 56 55 56 25 112 OUTP 112 OUTP COMP 114 OUTP DFI 112 OUTP DFI SOUR 113 OUTP PON STAT 113 OUTP PROT CLE 113 OUTP PROT DEL 113 OUTP PROT TRIP 139 OUTP RI MODE 114 H 52 HH 33 HJ EJE 74 H 74 H 76 75 H 22 35 52 55 H 90 141 71 73 76 84 EE Lr Te TE TE EE
270. 6 22 SCPI 1 1 ABOR lt NL gt VOLTage 20 lt NL gt DC 2 VOLTAGE STATUS DELAY VOLT STAT DEL 3 4 69 6 VOLTage VOLTage PROTection
271. Enter Number 2 DC 48 Shift Cal CAL SAVE Enter CAL SAVE 49 Shift Cal CAL OFF Enter Calibratton CAL OFF RST RCL OFF COMP SCPI 50 Address
272. 81 EJIE 81 yf 3 2 us 5 N DV m EITHer 131 EVEN 66 FETCh 102 FETCh 78 79 FETCh 102 FLT 60 FLT 91 92 FLT 39 Fluke PM2811 compatibility 139 G GPIB 61 DC 65 61 65 41 63 41 GPIB 24 163 INH 60 INH 91 INH 39 INTernal 132 181 latching 114 live 114 MARK 66 MAV 90 MEASure 102 MEASure 78 MEASUre 79 MEASure 102 MSS 90 N National Instruments GPIB F7 4 73 163 NEGative 131 NONE 66 OC 57 OCP 57 74 ODD 66 OT 57 OUTput TYPE CAPACitance SCPI 35 OV 57 Overcurrent 46 Overtemperature 46 Overvoltage 46 OVLD 46 58 OVP 74 154 32 OVP 36 36 OVP 36 P PON 89 POSitive 131 R Remote inhibit 46 RI 57 60 91 RIDFI 60 RQS 90 RS232 DC 65 RS 232 61 42 42 182 ur QE ud NET 66
273. EITHer TRTG SEO2 SLOP CURR slope TRIG ACQ SLOP CURR TRTG SEO2 HYST CURR value TRIG ACO HYST CURR E 7 ha Wey TRIG ACQ HYST CURR lt value gt TRIG ACQ HYST VOLT lt value gt POS 7 TRIG ACQ SLOP CURR NEG TRIG ACQ SLOP VOLT NEG x 7 5 value value lt slope gt lt value gt F h 84 4 1
274. 1 HIRTIE ji 1 2048 27 GPIB GPIB GPIB E 8 H PUER UE p ee 25 Hz MRA ZO ipl GPIB N AS em
275. 146 PR GPIB DC H 1 2 DC DMM 1 DC 3 A Output On Off DMM Vlo Vfplo 1 15 V DMM Vhi Vfphi DC V2fpl 6 10 Agilent 66309B 66309D 2 DMM 2 2 DC 1 5 A
276. 3 SAV 0 0 0 OUTP PON STAT RCLO RST SENSe PROTection STATe lt bool gt 0 OFF 1 ON 0 SENS PROT STAT ON SENSe PROTect STATe lt NR3 gt SENSe SWEep OFFSet POINts RST SENSe SWEep POINts 4 1H f E SENSe SWEep OFFSet POINts lt NRft gt 4095 2 000 000 000 0 SENS SWE OFFS POIN 2047 SENSe SWEep OFFSet POINts lt NR3 gt SENS SWE TINT
277. 3 8 R6 3 8 2V R2 FAIL f R2 R3 DVM SEE IL V lead E425 Vdc j HACUE 52 5cCi 36 V V lead 24 V V lead 12V V lead V lead 2V V lead 4V V lead 6V V lead C3 9 9 09 9 9 O DVM 4 5 Vdc 25 Vdc B 3 8 3 9 DVM 1
278. E B 8 RST 1 DC RET ADDRESS 5 GPIB
279. INTTiate RST 118 SOURce VOLTage LEVel TRIGgered AMPLitude lt NRft gt 8 3 V 0 VOLT TRIG 20 IVOLTAGE LEVEL TRIGGERED 20 SOURce VOL Tage LEVel TRIGgered AMPLitude lt NR3 gt VOLT RST Dll ou OH 3h ni Oo SOURce VOLTage2 TRIGger Agilent 66309B 66309D 2 HER INITiate SOURce VOLTage2 LEVel TRIGgered AMPLitnde lt NRf gt R A 3 v RST 0 fj VOLT2 TRIG 20 VOLT2 LEV TRIG 20 SOURce VOLTage2 LEVel TRIGgered AMPLitude lt NR3 gt VOLT RST DC
280. L RQOS 6 DC SRQ RQS 6 MAV MAV 4 DC Pen FIFO 1 SRQ 1
281. RS 232 RS 232 36 37 37 39 39 40 41 41 42 43 43 45 45 46 46 47 47 47 49 50 50 50 51 52 53 54 54 54 56 57 57 58 60 60 61 61 63 63 63 63 64 64 64 64 65 65 65 65 66 7 10 RS 232 SCPI SCPI E SCPI SCPI SCPI SCPI SCPI JE SCPI DC SCPI
282. 23 83 22 29 16 30 61 eub EE RI 60 91 Tapet bE Mas 46 33 188 32 24 22 31 32 33 68 70 Agilent BASIC 166 DFI 171 168 167 IBM 164 163 78 111 76 85 5 35 80 39
283. 5 SCPI D SCPI COMPatibiity F SCPI SCPI VXlplug amp play 6 PC wwwr agilent com fnd drivers 21 2 DC 1 DC
284. DVM DC nj cu ml i 1 2 3 4 E 5 6 GPIB RS 232 SCPI COMPatibility SCPI 7
285. E 29 3 1 5 AWG22 AWG12 1 2 Agilent 66309B D 2 GS NO OT E
286. IEEBE 4882 Standard Digital Interface for Programmable Imstrumentation 7 1 STB 6 MSS RQS 6 89 7 DC MSS MSS DC 1 STB 6 MSS a RQS RQS MSS
287. B 1 CURR DET DC 0 A B 2 B 3 B 4 B 2 B 3 B 4 B 7 11 Agilent 66309B 66309D 2 10 11 12 13 14 15 16 17 DC B 1A DMM 2 EC DC 2 2 5 V 0 A Output On Off2 Dlo 2 1 5 A 2hi 2fphi
288. ON OFF DFI SOUR char DFI QUES OPER ESB RQS OFF PORT lt char gt RIDFIT DIGIO DIGIO lt char gt VOR ME 0 7 SENSE PROT lt char gt ON OFF OVER CURRENT NO FAULT PROT STAT lt char gt ON OFF PROT LEV value DC B
289. Output On Off DMM V21o o 2 12 V DMM V2hi V2fphi DC Ed KZ DC DC DC FELLA AE 1 3 VI Agilent 66311B D 66309B D B 1A DMM H 1 Input 0 A Ilo ds 1 3 A IH ERE PF Fue Ca 0 01 V
290. 0 1 A 1 DC 0 12 000 uF 0C 5 30 A 1 25 C 45 C DC 25 5 GPIB 20 Hz 20 MHz BENI 20 mV
291. 1 RST RCL SAV INST COUP OUTP STAT DFI H OUTPut DFI STATe lt boo gt 0 1 OFF ON OFF OUTP DFI 1 OUTP DFI ON OUTPut DFI STATe 0 1 OUTP DFI SOUR HARA OUTPut DFI SOURce Dll nis 3h ni DED QUEStionable 3 OPERation 7 ESB S RQS 6 OFF DEFI OUTP DFI SOUR lt source gt QUES OPER ESB RQS OFF RST OFF 4i OUTP DFI SOUR OPER OUTPutDFI SOUR lt CRD gt
292. 152A SOUR CURR2 LEV TRIG MAX RST 10 SOUR VOLT LEV IMMIMAX 15 585 V SOUR VOLT LEV TRIG MAX SOUR VOLT2 LEV IMMIMAX 12 25 V SOUR VOLT2 LEV TRIG MAX RST 0V SOUR VOLT PROT LEV MAX 22V RST OVP MAX OUTP PROT DEL MAX 2 147 483 647 RST 0 08 SENS CURR RANG Agilent 66111A 0 20mA 20 mA MAX RST MAX 97 8 Dll CALibrate STATe CALibrate SAVE CALibrate CURRent
293. 4 200 Execution error generic 222 Data out of range e g too large for this device 223 Too much data out of memory block string or expression too long 1 224 Illegal parameter value device specific 1 225 Outofmemory 270 Macroerror 272 Macro execution error 273 Illegal macro label 276 Macro recursion error 277 Macro redefinition not allowed 300 399 3 310 System error generic 350 Too many errors errors beyond 9 lost due to queue overflow 9 400 499
294. L Wear Be HER LC SEITE TRV YOK FAV p German Sound Emission Directive Declaration Page DECLARATION OF CONFORMITY According to ISO IEC Guide 22 and EN 45014 Manufacturer s Name Agilent Technologies Manufacturer s Address 150 Green Pond Road Rockaway New Jersey 07866 U S A declares that the Product Product Name a Dynamic Measurement DC Source b System DC Power Supply c Remote Front Panel Model Number a Agilent 66311A 66311B 66312A 66111A b Agilent 6612B 6611C 6612C 6613C 6614C c Agilent 14575A
295. SCPI SCPI 8 GPIB B 3 157 DC 2 O O SYSTem ERRor SYSTem ERRor 2 NR1 SCPr
296. 1 100 ms DVM 2 15 6 ns 2048 GPIB
297. CAL VOLT CAL VOLT DC CALibrate VOLTage2 Agilent 66309B D 2 CALibrate VOLTage2 fl CAL VOLT2 CALibrate VOLTage PROTection OV DC CALibrate VOLTage PROTection fl CAL VOLT PROT 100 DISPlay DC RST DISPlay CHANnel Agilent 66309B D DISPlay WINDow STATe bool 0 1 OFF ON ON DISP ON DISPLAY STATE ON DISPlay WINDow STATe lt NRI gt 0 1
298. MEASure FETCh 78 2 MEASureZ 7 x Y Z fk H FETCh J m Te FAM ded E FETCh DC
299. RS232 300 600 1200 2400 4800 9600 NONE EVEN ODD MARK XON XOFF RTS CTS DTR DSR NONE SCPT COMP Agilent 145753A ON OFF SPACE urrent 2 AEA J C ees 1 2 NONE ALL HIGH H2 LOW RST RCL0 TE Ec o CE LE e N EE d OFF ON OFF a v vy Y vy zo v vy vy Y zo Y E protect Y v lv Y y vy T v Y ROM A 00 00 SN US12345678 shift Eror ERRORO SCPI
300. l 2 0 Save Enter Number 0 Enter 1 Recall Enter Number 0 Enter 0 DC 1 FUNCTION Qutput PON Output 2 A V RST RCL0 RST RST RCL0 RCL 0 Enter j DC 1 FUNCTION Output Enter
301. ASCIL REAL NRS3 RST 0 DC REAL Definite Length Arbitrary Block Response Data 2 BI 45 E IEBEE FORMatBORDer 9 3 1 8 0 lt byte1 gt lt byte2 gt lt byte180 gt lt newline gt 720 ET 102 ASCii REAL ASCii FORM REAL FORMat lt CRD gt RST FORMat DATA lt type gt length FORM BORD MEAS ARR CURR DC 4 LEV DC Kk
302. 030585 031869 0344369 031655 0320829 0325109 0333669 0320825 031449 031227 031441 0337949 0327249 031869 0327249 031013 0325109 0333669 3 09751 3 1814 3 14266 3 13817 3 13624 977283 0667496 0245932 0280171 031013 0331529 0350788 0348648 0327249 031227 0327249 031227 031869 0329389 030371 031655 031869 0329389 031869 0320829 0325109 0333669 0340089 0348648 0327249 031227 0320829 0303 71 031449 031227 031441 0337949 031449 031441 0337949 030371 031655 031869 0329389 031869 031441 0337949 0327249 031869 031655 031655 0320829 0322969 031655 0327249 0340089 2 97661 3 18632 3 14523 3 13453 3 13731 1 32438 0836549 0258772 0284451 0275891 0329389 0333669 0322969 0333669 MAX CURRENT 3 18632 MIN CURRENT 0245932 HIGH CURRENT 3 1371 LOW CURRENT 0314077 4 VISA include lt visa h gt include lt stdio h gt for printf include lt stdlib h gt ViStatus main void ViSession defRM instrumentHandle ViStatus err ViRea164 measvoltage meascurrent ViRea164 resultDC resultRMS resultMIN resultMAX ViRea164 voltArray 10 Vilnt32 i numReadings initialize the VISA session resultHIGH resultLOW 169 D 170 err viOpenDefaultRM amp defRM if err printf viOpenDefaultRM error check your hardware con
303. 2 Non volatile RAM CONFIG section checksum failed RAM CONFIG 3 Non volatile RAM CAL section checksum failed RAM CAL 4 Non volatile RAM STATE section checksum failed RAM STATE 5 Non volatile RST section checksum failed RST 10 RAM selftest RAM 11 VDAC IDAC selftest 1 VDAC IDAC 1 12 VDAC IDAC selftest 2 VDAC IDAC 2 13 VDAC IDAC selftest 3 VDAC IDAC 3 14 VDAC IDAC selftest4 VDAC IDAC 4 15 OVDAC selftest OVDAC 80 Digital I O selftest error IO 100 32767 3 213 Ingrd receiver buffer overrun mgrd 220 Front panel uart overrun uart 221 Front panel uart framing uart 222 Front panel uart parity uart 223
304. 42 Shift Cal CALDVM Enter CAL DVM 43 Shift Cal CALLEV Enter CAL LEV P1 44 Shift Cal CAL DATA Enter Number DMM CAL DATA 0 00 DMM 0 1 mV 45 1 DVM DVM 46 Shift Cal CAL LEV P2 2 CAL LEV P2 Enter 47 Shift Cal CAL DATA Enter Number DMM CAL DATA 0 00 2 DMM 0 1 mV 2
305. OT UNR2 2 Agilent 66309B D RI UNR OC2 2 Agilent 66309B D Meas Ovld STATus QUEStionable NTR PTR STATus QUEStionable EVBNt STAT OUES NRI CLS STAT QUES ENAB STAT QUES NTR STAT QUES PTR STATus QUEStionable CONDition
306. OUTPut RIIMODB lt CRD gt OUTP PROT CLE DC LOW 0 uF 12 000 uF H2 Hish HIGH F 5 uF 12 000 uF 321 LOW HIGH SnF E 3 DC te H2 HIGH HIGH HIGH
307. COMPatibilty HP Agilent Series 6632A 6633A and 6634A Operating Guide Agilent 97 6360 COMPatibility COMPatibility Compatibility HP Agilent 6632A 6633A 6634A Operating manual Agilent 957 6360 F 1 COMPatibility 1 ON POL 1 normal 8 ms fast PON 80 ms normal DSP 1 ON RELAY 1 close 0 04 A 66311B 1 close 0 02 A 6632B 0 008 A 6633B 0 004 A 6634B OUT 1 ON UNMASK 0 OVSET MAX VSET 0V 175 F 2 COMPatibility jm Sp ASTS STAT OPER MSN
308. DC DC 3 A 15 V 7 ms Y 3 0712 A Z 2 rA X Mu H 5 A E 3 A 7 ms 2 1 EDS HJE H ia H 5 A 7 ms 3 A 3 0712 A DC CV CCO DC
309. 1 25mm CF DC 19 2 1 DC Agilent 3 1 IEC 320 Agilent Lu AC
310. 2 0 1 3 H 3 3 2 4 0 1 2 3 2 1 0 4 3 2 1 0 0 0 0 GND Lo Lo 1 0 0 1 GND Lo Hi 2 0 1 0 GND Hi Lo 3 0 1 1 GND Hi Hi 4 1 0 0 GND Lo Lo 5 1 0 1 GND Lo Hi 6 1 1 0 GND Hi Lo 7 1 1 1 GND Hi Hi 116 SOURce DIGitaliIDATA VALue lt NRf gt 0 7 RST 0 DTIG DATA 7 SOURce DIGital DATA NRI SOURce DIGital FUNCtion
311. ESE ZZZZD CLR DC PON DCL DC0 1 760 OUTESTATENOR 0I1IOFFION DC 1 DLY n CV CC UNREG OUTP PROT DEL OCP 0 08 s Normal 0 008 s Fast DSP 0 1 DC
312. 0 2 147 483 647 0 08 OUTP PROT DEL 75E 1 OUTPut PROTection DELay lt NR3 gt OUTP PROT CLE CURR PROT STAT RCL SAV RI ds Ht INH INH INH INH INH OUTPut TYPE Agilent 66311B Agilent 66311B TEAM H2 004 114 INE es ML TCR IL Har RCH H ia HELET OUTPut RI MODE lt mode gt LATChing LIVE OFF OUTP RT MODE LIVE
313. 1 Overvoltage Programming Error The programmed value exceeded the valid overvoltage limits elay Programming Error The programmed value exceeded the valid delay limits Mask Programming Error The programmed value exceeded the fault mask limits EEPROM Checksum EEPROM failed or a new uncalibrated EEPROM was installed EEPROM EEPROM BEPROM STATUS REGISTER FAULT REGISTER SERIAL ACCUMULATED STATUS MASK REGISTER REGISTER not used not used ERR RQS not used F 1 COMpatibiity 179 OV OT
314. CAL VOLT PROT DISP WIND MODE MEAS FETC SCAL CURR ACDC MEAS FETC SCAL VOLT ACDC 72 OUTP PROT DEL OUT PROT STAT SOUR CURR LEV IMM AMPL SOUR CURR LEV TRIG AMPL SOUR CURR PROT STAT SOUR VOLT LEV IMM AMPL SOUR VOLT LEV TRIG AMPL SOUR VOLT PROT SENS CURR DC RANG UPP SENS FUNC SENS SWE OFFS POIN SENS SWE POIN SENS SWE TINT STAT OPER BVEN STAT OPER COND STAT OPER ENAB STAT OPER NTR STAT OPER PTR STAT PRES STAT QUES EVEN STAT QUES COND OUTP DFI STAT OUTP DFI SOUR OUTP PON STAT OUTP RI MODE OUTP TYPE SENS CURR DET SOUR DIG DATA VAL SOUR DIG FUNC TRIG SEQ2 ACQ COUN CURR VOLT TRIG SEQ2 ACQ HYST CURR VOLT TRIG SEQ2 ACQ LEV CURR VOLT TRIG SEQ2 ACQ SLOP CURR VOLT STAT QUES ENAB STAT QUES NTR STAT QUES PTR SYST ERR SYST LANG SYST VERS TRIG SEQI TRAN IMM TRIG SEQI TRAN SOUR TRIG SEQ2 ACQ IMM TRIG SEQ2 ACQ SOUR TRIG SEQ DEF CLS ESE ESE ESR IDN OPC OPC OPT PSC PSC RCL RST SAV SRE STB TRG TST WAI DC DC
315. DC 1 8 2 OUTP STAT ON PROT DEL 2 2 2 OUTP OUTP STAT ON OUTP 2
316. RQS MSS MSS DC 1 8 8 wg 6 Ts Te Ts Te Ts RQS ESB EN MAV MSS OPER QUES RQS STB NRI 2 137 8 Dill Bis 3h ni TRG lt GET gt TRG ABOR INIT TRIG IMM lt GET gt TST DC
317. conforms to the following Product Specifications Safety IEC 1010 1 1990 A1 1992 EN61010 1 1993 EMC CISPR 11 1990 EN 55011 1991 Group 1 Class B TEC 801 2 1991 EN 50082 1 1992 4 kV CD 8 kV AD TEC 801 3 1984 EN 50082 1 1992 3 V m TEC 801 4 1988 EN 50082 1 1992 0 5 kV Signal Lines 1 kV Power Lines Supplementary Information The product herewith complies with the requirements of the Low Voltage Directive 73 23 EEC 93 68 EEC and the EMC Directive 89 336 EEC and carries the CE marking accordingly New Jersey December 1 1998 Location Date Bruce Krueger 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 DECLARATION OF CONFORMITY according to ISO IEC Guide 22 and EN 45014 Manufacturer s Name Agilent Technologies Manufacturer s Address 150 Green Pond Road Rockaway New Jersey 07866 U S A declares that the Product Product Name a Mobile Communication DC Source Dual Output Model Number a Agilent 66309B 66309D conforms to the following Product Specifications Safety IEC 1010 1 1990 A1 1992 EN61010 1 1993 EMC CISPR 11 1990 EN 55011 1991 Group 1 Class B IEC 801 2 1991 EN 50082 1 1992 4 kV 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 Signal Lines 1 kV Power Lines Supplementary Informati
318. ACDC 20 ns 100 0 1 A 51 20 FBETCh MAXimum MINimum HIGH LOW 1 H MEASure 6 fay 3 Agilent BASIC DC 70S H MEASure f D 2 ms
319. CURR RANGE lt char gt AUTO LOW HI CURR DET lt char gt ACDC DC TINT value 15 6 ns 1s POINTS lt char gt Agilent 66111A Agilent 66311D 66309D reading value char a Jero W 1 2 4 8 16 32 64 128 256 512 1024 2048 TCS ETA e sxo p 51 5 52 DC
320. SOURce CURRent LIMitLOW lt NRf gt CURR LIM LOW SOURce CURRent MIN 139 8 Dll CURRent PROTection TRIPped OCP 0 1 SOURce CURRentPROTection TRIPped lt NRI gt O 1 fj CURR PROT TRIP SCPI STATusQUEStionable CONDition VOLTage LIMit HIGH SOURce VOLTage LIMit HIGH NRP VOLT LTM HTGH SCPI SOURce VOLTage MAX VOLTage LIMit LOW SOURce VOLTage LIMitiLOW NRE VOLT LIM LOW SCPI SOURce VOLTage MIN VOLTage PROTection TRIPped SOURce VOLTage PROTection TRIPped lt NR1 gt 0 1 VOLT PROT TRIP SCPI STATus QUEStionable CONDition 140 E OV
321. 0 HP VISA revision F 01 02 National Instruments VISA 1 1 AgilentVXmplug amp play lL http www agilent com find drivers 2 3 Windows 95 Windows NT PC 4 Start Run lt path gt agxxxx exe path agxxxx 5 readme txtt
322. 0 V 6 1 1 V 6 EC b 3458 DMM 7 3458 DMM Dvneg DVM H Dvpos DVM 4 5 V 0 V DVM B 3 B 4 DVM HILT 7 AD HELET B 3 B 4 15 V 15 V DVM B 3 B 4 DVM B 3 B 4 149 B B 2 Agilent 66111A Agilent 66111A No Vins v Tam ET Ihi 15 mA Ihi 15 mA Isinklo Isinklo 22 5 pA Isinklo 422 5 pA Isinkhi Isinklo 13
323. 1 30 ms 47 Hz a OVLD GPIB DVM DVM DVM 1 DVM 4 5 V 25 V 30 Vdc DVM
324. 1 0 4 AE RELET RPG ahs vs H ENTRY Enter Number FU y FT pet ENTRY FU A Enter 7 INCTION Current dvo 1 ON ZF 1 Output w YW fl 0 400 0 S00 G 3 A 5 A High HIGH LOW
325. 10 CURR TRIG 1CURRENT LEVEL TRIGGERED 1 SOURce CURRent LEVel TRIGgered AMPLitude lt NR3 gt INIT CURR SOURce CURRent2 TRIGger Agilent 66309B 66309D 2 SOURce CURRent2 LEVel TRIGgered AMPLitude lt NRf gt INITiate R A 3 RST SOURce DIGital DATA YOQ 1 A MAX 10 CURR2 TRIG 1 CURR2 LEV TRIG 1 SOURce CURRent2 LEVel TRIGgered AMPLitude lt NR3 gt INIT CURR2 2 1
326. 160 90 30 SCR 36 y 22 Fis 93 TH mt Di ni Sr Ed a Ke 156 24 61 153 28 43 145 DVM 149 145 145 147 147 147 150 ol f il up Bi 1 E zu f 145 AC 155 DVM 156 GPIB 157 OVP 154 157 145 145 156 153 153 154 155 157 98 CAL CURR 98 CAL CURR MEAS AC 98 CAL CURR MEAS LOWR 98 CAL CURR2 98 CAL DATA 99 CAL DATE 99 CAL DVM 99 CAL LEV 99 CAL PASS 99 CAL SAVE 99 CAL STAT 100 184 CAL VOLT 100 CAL VOLT PROT 100 CAL VOLT2 100 152 FE A AAT IV 153 175 Ha Fluke PM2811 139 175 159 E 68 68 68
327. 24 25 148 DC B IC 400Q 6 DMM DC Immput Imput DC 8 V 5 A DC 0 V 1 A LOW 1 f Output On Off DMM lsinklo Input HIGH 6 DMM smkhi B 3 B 4
328. Array Data 1 1 999680 V Array Data 2 1 998320 V Array Data 3 1 996970 V Array Data 4 3 214240 V Array Data 5 4 064840 V Array Data 6 4 538600 V Array Data 7 4 923570 V Array Data 8 4 941870 V Array Data 9 5 025240 V Output voltage 5 002450 V PROGRAM COMPLETED Press Enter key to continue DFI OCP DFI OUTput PROTection CLEar DFI 5 BASIC DFI 10 Rev A 00 00 20 ASSIGN GPs TO 705 30 OUTPUT Ps RST Sets supply to default values 40 OUTPUT GPs OUTP ON Turn on power supply output 50 OUTPUT Ps VOLT 10 CURR 1 Program power supply voltage and current 60 70 OUTPUT Ld CURR PROT STAT ON Turn on overcurrent protection 80 OUTPUT GLd OUTP DFI STAT ON Turn on DFI port 90 OUTPUT Ld OUTP DFI SOUR QUES Select DFI bit from Questionable status register 100 OUTPUT QGLd STAT QUES ENAB 2 PTR 2 Unm
329. DATA 0 DISP STAT ON DISP MODE NORM DISP TEXT ideis INIT CONT OFF INST COUP OUTP STAT ALL NONE 321 OUTP OFF OUTP DFI OFF OUTP DFI SOUR OFF OUTP PROT DEL 08 OUTP PROT STAT OFF OUTP TYPE LOW SENS CURR RANG MAX SENS CURR DET ACDC 66311A DC 66311A SENS FUNC VOLT SENS SWE OFFS POIN 0 SENS SWE POIN 2048 SENS SWE TINT 15 6 us SOUR CURR 10 of MAX SOUR CURR TRIG 10 of MAX 8 7 RST SOUR CURR2 SOUR CURR2 TRIG SOUR CURR PROT STAT SOUR LIST COUN SOUR VOLT SOUR VOLT TRIG SOUR VOLT2 IR SOUR VOLT2 TRIG SOUR VOLT PROT SOUR VOLT PROT STAT TRIG ACQ COUN CURR TRIG ACQ COUN VOLT TRIG ACQ HYST CURR TRIG ACQ HYST DVM TRIG ACQ HYST VOLT TRIG ACQ LEV CURR TRIG ACQ LEV DVM TRIG ACQ LEV VOLT TRIG ACQ SLOP CURR TRIG ACQ SLOP DVM TRIG ACQ SLOP VOLT TRIG ACQ SOUR TRIG TRAN SOUR E RST ABORt 10 of MAX 10 of MAX OFF POS POS INTERNAL BUS SAV RST PSC SAV DC 4
330. DC CALibraterCURRent SOURce DC POSitive CAL STAT 1 enable calibration CAL CURR start current calibration CAL CURR NEG CAL LEV CAL DATA CALibrate CURRent2 Agilent 66309B D 2 CALibratecCURRen 2 CAL CURR2 CAL CURR NEG CAL LEV CAL DATA CALibrate CURRent MEASure LOWRange Agilent 66311B D 66309B D CALibratecCURRent MBASure DC LOWRange CAL CURR MEAS CAL CURR CALibrate CURRent MEASure AC Agilent 66311B D 66309B D AC CALibrate CURRent MEASure AC l CAL CURR MEAS AC 98 CALibrate DATA CALibrate LEVel CALibrat
331. DFI ag m z 14 152 153 157 157 157 159 159 163 163 163 163 166 167 172 173 173 173 173 173 175 175 181 1 D 14 G ms veer oh UAL QUTPUT ioNs Di SYSTEM ENTRY Cir Entry DC OQ TU e lt E
332. DVM 126 TRIG ACQ COUN VOLT 127 TRIG ACQ HYST CURR 127 TRIG ACQ HYST DVM 128 TRIG ACQ HYST VOLT 128 TRIG ACQ LEV CURR 129 TRIG ACQ LEV DVM 129 TRIG ACQ LEV VOLT 130 TRIG ACQ SLOP CURR 130 TRIG ACQ SLOP DVM 131 TRIG ACQ SLOP VOLT 131 TRIG ACQ SOUR 132 TRIG SEQ1 DEF 132 TRIG SEQ2 126 TRIG SEQ2 COUN CURR 126 TRIG SEQ2 COUN DVM 126 TRIG SEQ2 COUN VOLT 127 TRIG SEQ2 DEF 132 TRIG SEQ2 HYST CURR 127 TRIG SEQ2 HYST DVM 128 TRIG SEQ2 HYST VOLT 128 TRIG SEQ2 LEV CURR 129 TRIG SEQ2 LEV DVM 129 TRIG SEQ2 LEV VOLT 130 TRIG SEQ2 SLOP CURR 130 TRIG SEQ2 SLOP DVM 131 x pi TRIG SEQ2 SLOP VOLT 131 TRIG SEQ2 SOUR 132 TRIG SOUR 125 75 76 79 86 76 82 84 29 29 80 37 78 111 79 80 167 87 89 67 89 AM 50 A 5
333. Dc source at stand alone address 706 OPTION BASE 1 DIM Codes 80 Response 80 Mode 32 Program DC source to CV mode with following voltage and current OUTPUT 706 VOLTAGE MAX CURRENT MAX 1Ouery DC source outputs and print to screen OUTPUT 706 MEASURE VOLTAGE CURRENT Query output levels ENTER 706 Vout Iout PRINT The output levels are Vout Volts and Iout Amps Program current triggered level to a value insufficient to maintain supply within its CV operating charACteristic OUTPUT 706 CURR TRIG MIN Set operation status mask to detect mode change from CV to CC OUTPUT 706 STAT OPER ENAB 1024 PTR 1024 Enable Status Byte OPER summary bit OUTPUT 706 SRE 128 Arm trigger circuit and send trigger to DC source OUTPUT 706 INITIATE SEQUENCEI1 TRIGGER Poll for interrupt caused by change to CC mode and print to screen Response SPOLL 706 IF NOT BIT Response 7 THEN GOTO 1130 INo OPER event to report OUTPUT 706 STAT OPER EVEN IQuery status operation register ENTER 706 Oevent IRead bACk event bit IF BIT Oevent 10 THEN PRINT Supply switched to CC mode Clear status OUTPUT 706 CLS Disable output and save present state in location 2 OUTPUT 706 OUTPUT OFF SAV 2 END GPIB AC
334. LEVel lt NR3 gt OUTP PROT CLE VOLT PROT STAT SOURce VOLTage PROTection STATe OVP RST Ex US jr SOURce VOLTage PROTection STATe bool 0 1 OFF ON OFF VOLT PROT STAT O OFF VOLT PROT STAT 1 ON SOURce VOLTage PROTection STATe lt NRI gt O 1 OUTP PROT CLE RST VOLT PROT SOURce VOLTage TRIGger DC
335. MAX FETC CURR MIN High Low 16 350 H 350 High Low 1 25 1
336. PON 3 QUES 4 MAV 5 ESB 6 MSS RQS 7 OPER PTR NTR OR OPER ation 7 STAT OPER COND
337. RTS CTS 66 SCPI 66 E 67 93 67 71 67 67 93 70 72 72 75 82 JE SCPI 72 69 63 SCPI 72 68 68 SCPI 20 SCPI 69 69 SCR 36 sense open 34 46 sense open 34 SPACE 66 SRQ 90 SRU 71 Nu TYPE CAP 52 TYPE CAP 35 UNR 26 V VISA 168 VOLT PROT 36 VOLTage PROTection STATe SCPI 36 VXIplug amp play 21 VXIplug amp play 64 XON XOFF 66 22 76 50 22 55 56 22 33 Addr 48 Cal 48 CC 48 CV 48 Dis 48 Err 48 OCP 48 Prot 48 Rmt 48
338. SRQ SRBE SRE lt NRf gt 0 255 PSC SRE 20 SRE NRI 2 RQS SRE 0 Dll Dis 3h ni 1 MSS DC SRQ ESE ESR PSC PSC 0 SRE
339. STATUS PRESET X 8 4 e jm le Eo WTG A b 7 CV DC CV2 DC Agilent 66309B D CC DC CC DC CC2 2 Agilent 66309B D 119 8 STATus OPERation STATus OPERation COND STATus OPERtion EVENt 7EL STAT OPER NRI CLS STAT OPER NTR STAT OPER PTR ition STATus OPERation CONDition STAT OPER COND NRI STATus OPERation ENABle
340. Shift 48 SRQ 48 Unr 48 30 INH 39 78 78 78 A 57 45 164 37 m7 0Wlz 57 45 159 53 1 53 53 1 53 lt 53 0 9 53 Backspace 53 Clear Entry 53 Enter Number 53 34 33 22 31 ME 23 E 46 VP 36 iit 46 141 Zh 46 E l O Bg i Em Ex n Xu mm 69 124 INIT CONT NAME 125 INIT CONT SEQ 125 INIT NAME 124 INIT SEQ 124 24 High 35 Low 35 35 36 35 bi av YB 97 119 123 133 CLS 133 ESE 133 ESR 134 IDN 134 OPC 134 OPT 135 PSC 135 RCL 135 RST 136 S AV 136 SRE 137 STB 137 TRG 138 TST 138 WAI 138 Ey E FEE 37 183 69 70
341. bit 1195 IF POLL 1 THEN GOTO 1230 No interrupt to service 1200 CODES STAT OPER EVEN GOSUB 2000 Query status oper register 1205 ALL IBRD PS OEVENTS Read bACk event bit C 1210 IF IBSTA 1215 OEVENT VAL OEVENTS 1220 IF OEVENT AND 1024 1024 THEN PRINT Supply switched to CC mode 164 D 1225 1230 Clear status circuit 1235 CODESS CLS GOSUB 2000 1240 FOR I 1 TO 50 NEXT I Wait for supply to clear 1245 1250 Disable output and save present state to location 2 1255 CODESS OUTPUT OFF SAV 2 GOSUB 2000 1260 END 1265 2000 Send command to DC source 2005 CALL IBWRT PS CODESS 2010 IF IBSTAT 2015 RETURN 1250 Disable output and save present state to location 2 1255 CODESS OUTPUT OFF SAV 2 GOSUB 2000 1260 END 1265 2000 Send command to DC source 2005 CALL IBWRT PS CODESS 2010 IF IBSTAT 2015 RETURN 2020 2100 Error detection routine 2105 PRINT GPIB error TBSTAT HEXS IBSTATS 2110 PRINT IBERRS IBERR in line ERL 2115 STOP 2120 3000 Get data from DC source 3005 CALL IBRD PS OUTPUTS 3010 IF IBSTA 3015 I 1 Parse data string 3020 X 1 3025 C INSTR I OUTPUTS 3030 WHILE C lt gt 0 3035 DS MTDS OUTPUTS 1 C I 3040 OUTPUT X VAL DS Get values 3045 T C 1 3050 C INSTR I OUTPUTS 3055 X X41 3060 WEND 3065 DS RTGHTS OUTPUTS LEN OUTPUTS I 1 3070 OUTPUT X
342. lt A gt lt B gt B A RF EE A TRIGger COUNt CURRent lt NRf amp It AVY FER TRIGger COUNt CURRent 10 SCPI H Ley lZe EDC V A DAA RHE O BIBT BGA SCPI 2 3 RST I
343. output2 voltage to 0 5V 27rUf amp x SOURce VOLTage2 LEVel IMMediate AMPLitude lt NR3 gt 117 8 SOURce VOLTage PROTection DC OVP OVP DC OV 7 HH OVP OUTP PROT DEL OUTP PROT CLE OVP OVP VOLT PROT STAT RST SOURce VOLTage PROTection LEVel lt NRf gt 8 3 V MAX VOLT PROT 21 set voltage protect to 21V SOURce VOLTage PROTection
344. 0 yy 50 Cal 52 Cal 50 Current 52 Current 50 Input 50 51 Meter 50 51 OCP 50 Output 52 Output 50 Output On Off 50 OV 52 OV 50 Prot Cir 50 Protect 52 Protect 50 Voltage 52 102 FORM 102 BORD 103 FLT 39 26 33 61 52 62 86 61 DVM 60 18 18 48 15 48 152 58 17 37 HOEA 24 Hk 77 47 58 19 48 Es zu mulli FEODOR 69 c rit ST ZX 69 3X 69 NN 7 57 FS 57 OC 57 OT 57 OV 57 RI 57 57 57 3 86 61 28 187 51 AES vc que x 69 70 71
345. 0 3 pA low range 0 01 1mV 0 03 3 mV 0 01 30 pA 0 03 0 8 mA 10 90 lt 200 ps lt 3 ms 90 10 200 us 35 ms 0 2 ms NA E 0 2 ms NA s 6 x p 15 6 us 31200s S 2 8 A 0V 1 2A 15 V 2 30 8 3 1 V 2 mV 4 1 V 3 mV 5 1 LSB 1 3 75 mV
346. 05 CODESS SPACES 50 MODES SPACES 5 OEVENTS SPACES 20 1010 DS SPACES 60 OUTPUTS SPACES 40 BDNAMES PS 1015 DIM OUTPUT 2 1020 1025 Set up DC source interfACe for DOS driver 1030 CALL TBFTND BDNAMES PS 1035 IF PS 1040 CALL TBCLR PS 1045 1050 Program DC source to CV mode with following voltage and current 1055 CODESS VOLTAGE MAX CURRENT MAX GOSUB 2000 1060 1065 Query DC source outputs and print to screen 1070 CODESS MEASURE VOLTAGE CURRENT GOSUB 2000 GOSUB 3000 1075 VOUT OUTPUT 1 1080 IOUT OUTPUT 2 1085 PRINT The programmed levels are VOUT Volts and IOUT Amps 1090 1095 Program triggered current level to value insufficient to maintain 1100 supply within its CV operating charACteristic 1105 CODESS CURR TRIG MIN GOSUB 2000 1110 1115 Set operation status mask to detect mode change from CV to CC 1120 CODESS STAT OPER ENAB 1024 PTR 1024 GOSUB 2000 1125 1130 Enable Status Byte OPER summary bit 1135 CODESS SRE 128 GOSUB 2000 1140 1145 Arm trigger circuit and send trigger to DC source 1150 CODESS INITIATE SEQUENCE TRIGGER GOSUB 2000 1160 Wait for supply to respond to trigger 1165 FOR I 1 to 100 NEXT I 70 gt 4 1175 Poll for interrupt caused by change to CC mode and print to screen 1180 SPOL 0 1185 CALL TBRSP PS SPOL 1190 IF SPOL AND 128 128 THEN POLL 1 Set interrupt flag on OPER
347. 1 25mA SV 0 25mA 0 8V 2 0V 2A 170 W 1 7A 170 W 0 92 A 170W 0 85A 170W 1 TCS EA 143 A A 2 j iir UL 3111 1 f CSA 22 2 No 1010 1 IEC 1010 1 EN 61010 1 EMC 84789 336 EEC ISM 1 B A 3 Agilent 66311D 66309D DVM 0C 55 AC DC 25 C 5 C DC 60 Hz 10 kHz 196 5 mV gt 25 mV 45 Hz 60 Hz 10 kHz 20 kHz 4 5 mv 1 4 5 Vpk DVM 25 Vpk 25 V poem
348. 2 WTG WTG 3 INITiate CONTinuous ON WTG 1 TRIGger SEQuencel IMMediate TRIGger TRANsient IMMediate fj TRIG TRIG IMM ABOR CURR TRIG INIT TRG VOLT TRIG TRIGger SOURce ded BUS BUS GPIB TRG GET TRIGger SEQuencel SOURce lt source gt TRIGger TRANsient SOURce lt source gt BUS RST BUS TRIG S
349. 3 mA 5 3 V m RF 7 6 uF 0 1 A 1 5 A 90 75 A 1 5 A 141 A 2 Agilent 66309B D 2 0 12 25 V 0 152A zi 3 E A 2 Agilent 66311B D Agilent 66309B D Agilent 66111A 1 0 15 535 V 0 3 0712A 22V 14 1 75 mA N 2 4 240 mV A a Low Re NA 0 6 pA A i EE EE 0 01 0 5 mV 0 01 15 pA 0 015 4mV C DC ACDO 0 01 300 uV 0 02 15 nA NA NA 0 01 300 pV 0 02 15 pA 0 05 120 nA 0 01
350. 309B D 12 V 1 5 A 1 ms 2 2 2 A 1 A 3 Agilent DC 26 ks E bn DC 1 High Low 0 12000pF
351. 84 86 86 87 88 89 89 89 90 90 91 91 91 92 92 93 93 93 97 97 98 98 98 98 98 99 99 99 99 99 99 100 100 100 100 101 101 101 101 101 102 102 103 103 103 104 104 104 105 105 11 MEASure CURRent MAXimum FETCh CURRent MAXimum 105 MEASure CURRent MINimum FETCh CURRent MINimum 106 MEASure DVM FETCh DVM 106 MEASure DVM ACDC FETCh DVM ACDC 106 MEASure VOLTage FETCh VOLTage 106 MEASure VOLTage2 107 MEASure VOLTage ACDC FETCh VOLTage ACDC 107 MEASure VOLTage HIGH FETCh VOLTage HIGH 107 MEASure VOLTage LOW FETCh VOLTage LOW 108 MEASure VOLTage MAXimum FETCh VOLTage MAXimum 108 MEASure VOLTage MINimum FETCh VOLTage MINimum 108 SENSe CURRent DETector 109 SENSe CURRent RANGe 109 SENSe FUNCtion 110 SENSe PROTection STATe 110 SENSe SWEep OFFSet POINts 110 SENSe SWEep POINts 110 SENSe SWEep TINTerval 111 SENSe WINDow 111 112 INSTrument COUPle OUTPut STATe 112 OUTPut 1 2 112 OUTPut DFI 112 OUTPut DFI SOURce 113 OUTPut PON STATe 113 OUTPut PROTection CLEar 113 OUTPut PROTection DELay 113 OUTPut RI MODE 114 OUTPut TYPE 114 SOURce CURRent 115 SOURce CURRent2 115 SOURce CURRent PROTection STATe 115 SOURce CURRent TRIGger 116 SOURce CURRent2 TRIGger 116 SOURce DIGital DATA 116 SOURce DIGital FUNCtion 117 SOURce VOLTage 117 SOURce VOLTage2 117 SOURce VOLTage PROTection 118 SOURce VOLTage PROTection STATe 118 SOURc
352. B 66309D DC INSTrument COUPle OUTPut STATe 1 2 RST OUTPut 1 2 DC 2 RST OUTPut DFI RST 112 1 2 DUIRU SE OUTPu2 5 RCL 0
353. CPLI YYYY V YYYY V SYSTem VERSion lt NR2 gt SYST VERS 123 8 Dll EBLE E H 4 HH DC 1 1 TRANsient 2 ACQuire SENSe FUNCion DVM
354. DN SRE 8 x DC 1 8 1 OUTPut STATe DFI PON PROTection STATus OPERation STATe SOURce STATe CLEar DELay EVEN CONDition 6 1 67 6 SCPI 1 2
355. EFine ACQuire TRANsient ACQuire f SEQ1 DEF ACQ SEQ2 DEF TRAN TRIGger SEQuencel DBFine TRIGger SEQuence2 DEFine lt CRD gt TRIG SEQ2 ACQ TRIG SEQ1 TRAN 132 ACQuire 1 Dill nuli OH 3h ni oo CLS 7 CLS lt NL gt MAV CLS ESE
356. ENS FUNC VOLT n viPrintf instrumentHandle TRIG ACQ LEV VOLT 51gXn 2 75 viPrintf instrumentHandle TRIG ACQ HYST VOLT 51gXn 0 1 viPrintf instrumentHandle TRIG ACQ SLOP VOLT POS n viPrintf instrumentHandle TRIG ACQ COUN VOLT 1dEn 1 viPrintf instrumentHandle TRIG ACQ SOUR INT n initiate the ACquisition system for measurement trigger D printf Arm ACquisition system n viPrintf instrumentHandle INIT NAME ACQ n must allow time for pre triggered samples printf Pre trigger delay n trigger the ACquisition by changing the output voltage level to 5V printf Trigger ACquisition Yn viPrintf instrumentHandle VOLT 51gXn 5 0 fetch dynamic measurements from the same measurement data viQueryf instrumentHandle FETC VOLT n lf amp resultDC viQueryf instrumentHandle FETC VOLT ACDC n lf amp resultRMS viQueryf instrumentHandle FETC VOLT MAX n lf amp resultMAX viQueryf instrumentHandle FETC VOLT MIN n lf amp resultMIN viQueryf instrumentHandle FETC VOLT HIGH n 1f amp resultHIGH viQueryf instrumentHandle FETC VOLT LOW n lf amp resultLOW display measurement results printf Dynamic voltage measurements n printf DC f V n rms f V n max f V n min f V n high f V n low f V n resultDC resultRMS res
357. EQuence2 SLOPe VOLTage TRIGger ACQuire SLOPe VOLTage 131 TRIGger SEQuence2 SOURce TRIGger ACQuire SOURce 132 TRIGger SEQuencel DEFine TRIGger SEQuence2 DEFine 132 133 CLS 133 ESE 133 ESR 134 IDN 134 OPC 134 OPT 135 PSC 135 RCL 135 RST 136 SAV 136 SRE 137 STB 137 TRG 138 TST 138 WAI 138 139 INSTrument STATe 139 OUTPut PROTection TRIPped 139 CURRent LIMit HIGH 139 CURRent LIMit LOW 139 CURRent PROTection TRIPped 140 VOLTage LIMit HIGH 140 VOLTage LIMit LOW 140 VOLTage PROTection TRIPped 140 A 141 141 142 B 145 145 145 145 ns 146 147 147 DVM 149 152 13 C D E F GPIB GPIB National Instruments GPIB Agilent BASIC
358. FFSet SENSe SWEep POINts MEASure ARRay CURRent DC FETCh ARRay CURRent DC MEAS ARR CURR lt NR3 gt lt NR3 gt SENS SWE TINT FETC ARR CURR SENS SWE OFFS SENS SWE POIN Agilent 66311B D 66309B D ki SENSe SWEep TINTerval SBNSe SWEep OFFSet SENSe SWBep POINts MEASure ARRay VOLTage DC FETCh ARRay VOLTage DC MEAS ARR VOLT FETC ARR VOLT lt NR3 gt lt NR3 gt SENS S WE TINT SENS SWE OFFS SENS SWE POIN 103 8 MEASure CURRent FETCh CURRent DC MEASure SCA
359. Front panel buffer overrun 224 Front panel timeout 401 CAL switch prevents calibration CAL 402 CAL password is incorrect CAL 403 CAL not enabled CAL 404 Computed readback cal constants are incorrect 405 Computed programming cal constants are incorrect 406 Incorrect sequence of calibration commands 407 CV or CC status is incorrect for this command CV CC 601 Too many sweep points 603 CURRent or VOLTage fetch incompatible with last acquisition CURRent VOLTagse 604 Measurement overrange 606 Remote front panel communication error 161
360. Gger ACQuire SLOPe DVM Agilent 66311D 66309D DVM POSitive NEGative EITHer H R RST TRIGger SEQuence2 SLOPe DVM lt slope gt TRIGger ACQuire SLOPe DVM lt slope gt EITHer POSitive NEGative POSitive TRIG SEQ2 SLOP DVM POS TRIG ACQ SLOP DVM EITH TRIGger SEQuence2 SLOPe DVM TRIGger ACQuire SLOPe DVM lt CRD gt TRIG SEQ2 LEV DVM TRIGger SEQuence2 SLOPe VOLTage TRIGger ACQuire SLOPe VOLTage POSitive NEGative EITHer E R RST TRIGger SEQuence2 SLOPe VOLTage lt slope gt TRIGger ACQuire SLOPe VOLTag
361. HIGH 140 SOUR VOLT LIM LOW 140 SOUR VOLT PROT 118 SOUR VOLT PROT STAT 118 SOUR VOLT PROT TRIP 140 SOUR VOLT TRIG 118 SOUR VOLT2 117 SOUR VOLT2 TRIG 119 51 NST COUP OUTP STAT 112 I INST STAT 139 64 102 MEAS ARR VOLT 103 MEAS CURR ACDC 104 MEAS CURR HIGH 105 MEAS CURR LOW 105 MEAS CURR MAX 105 MEAS CURR MIN 106 MEAS CURR 104 MEAS CURR2 104 MEAS DVM ACDC 106 MEAS DVM7 106 MEAS VOLT ACDC 107 MEAS VOLT HIGH 107 MEAS VOLT LOW 108 MEAS VOLT MAX 108 MEAS VOLT MIN 108 MEAS VOLT 106 MEAS VOLT2 107 185 MEASure ARRay CURRent 103 77 51 ACDC 79 DC 79 82 83 84 83 1 1 37 31 28 146 26 vos 5 27 34 40 LO 40 1O 92 28 60
362. IMMediate SOURce source BUS SEQuencel DEFine TRANsient SEQ1 SEQuence2 DEFine ACQuire SEQ2 96 Dill ou OH 3h ni oo k 3 3 ps vty Bld IEEE 488 2 5 nice K 8 2 CLS ESE lt n gt ESE ESR
363. Lar CURRent DC FETCh SCALar CURRent DC fj MEAS CURR EETC CURR DC lt NR3 gt MEAS VOLT MEASure CURRent2 Agilent 66309B D 2 2 15 6 us 2048 MEASure SCALar CURRen2 DC MEAS CURR2 FETC CURR2 DC lt NR3 gt MEAS VOLT2 MEASure CURRent ACDC FETCh CURRent ACDC Agilent 66311B D 66309B D AC DC MEBASure SCALar CURRent ACDC FETCh SCALar CURRent ACDC MEAS CURR ACDC FETC CURR ACDC lt NR3 gt MEAS VOLT ACDC 104 MEASure CURRent HIGH FETCh CURRent HIGH Agilent 66311B D 66309B D Dll
364. OUR BUS TRIGger SEQuence1 SOURce TRIGger TRANsient SOURce lt CRD gt 125 8 Dll TRIGger SEQuence2 TRIGger ACQuire BUS DC DVM E SENSe FUNCton TRIGger SEQuence2 IMMediate TRIGger ACQurire IMMediate TRIG SEO2 TRIG ACQ TRIG SOUR TRIG SEQ2 DEF TRIG SEQ2 COUN TRIG SEQ2 LEV VOLT TRIG SEQ2 SLOP CURR SENS FUNC TRIGger SEQuence2 COUNt CURRent TRIGger ACQuire COUNt CURRent 1 1
365. PH ANSUIEEE Std 488 2 1987 IEEE Standard Codes Formats Protocols and Common Commands Ge BRICENSZLLERHWOLETV HAHEORMBBOSCPIZ vt Z7 74 b FORME hsv F 2 IEEE Institute of Electrical and Electronics Engineers 343 East 47th Street New NY 10017 USA WEB www ieee org SCPI SCPI Standard Commands for Programmable Instruments Volume 1 Syntax and Style Standard Commands for Programmable Instruments Volume 2 Command References Standard Commands for Programmable Instruments Volume 3 Data Interchanges Format Standard Commands for Programmable Instruments Volume 4 Instrument Classes in RS E Fred Bode Executive Di
366. PLitude lt n gt PROTection STATe lt bool gt CURRent2 LEVel IMMediate AMPLitude lt n gt TRIGgered AMPLitude lt n gt DIGital DATA VALue n7 FUNCtion function VOLTage LEVel IMMediate AMPLitude lt n gt TRIGgered AMPLitude lt n gt PROTection LEVel lt n gt DVM DC A m AC DC LOW ED xU E Cx E ER DC DFI QUES OPER ESB RQS OFF RST RCLO LATC LIVE OFF HIGH H2 LOW ACDC DO
367. ROT 22 PROT STAT ON E bci a ACDC DC POINT 2048 Shift Rave Save m SAV 0 112 500V MAX 7 772 000V RMS 70 0724 LOW EEE E gt f VOLT 72 000 VOLT 2 000 A E B RST PROT DLY 0 08 H LATCHING LIVE PORT RIDFI eru DIGIO E CURR RANG HIGH EE E B v ne Meter ie 66309B Agilent 66111A Agilent 66309B D Agilent 66311D 66309D 19 1 SCPI
368. T CONDITION EVENT PTR NTR LOGICAL OR OFF OC2 N U OVLD EVENT OPC py a ENABLE N U OUTPut DF 7 gt FLT SOURoe N U 0 2 OYE DDE EXE CME N U PON 1 4 LOGICAL OR 16 32 128 CONDITION CAL PTR NTR EVENT ENABLE N U WTG N U cv CV2 LOGICAL OR CC GO CC2 N U LOGICAL OR RQS FIGA 6 GAL 7 8 DC 87 7 DCV AO08 Ku uli K 7 1 0 CAL DC 5 WTG DC
369. TR PTR 0 120 1 0 0 1 Dll ou OH 3h ni oo STATus OPERtion NTRansition lt NRf STATus OPERtion PTRansition lt NRf gt 0 32767 NTR register 0 PTR register 32767 STAT OPER NTR 32 STAT OPER PTR 1312 STAT OPER NTR STAT OPER PTR NRI STAT OPER ENAB 8 5 OV H 1 OCP o4 v 2 FP
370. VAL D 3075 OUTPUTS SPACES 40 Clear string 3080 RETURN 165 D Agilent BASIC Agilent BASIC Windows Agilent BASIC GPIB DOS DC SRQ SRQ C 2 Agilent BASIC 1000 1005 1010 1015 1020 1025 1030 1035 1040 1045 1050 1055 1060 1065 1070 1075 1080 1085 1090 1095 1100 1105 1110 1115 1130 1135 1140 1145 1150 1155 1160 1165 1170 1175 1180 1185 1190 166
371. ZZZD DC DC E E IDN Agilent663XA IOUT H 4X SD DDDD MEAS CURR ISET lt n gt CURR 8 3 F 1 OCP 0 1 DC CURR PROT STAT DC CC DC 0 1 OFF ON OCP 0 OUT0 1 DC DC OUTP STAT 0I1IOFFION OUT 1 176 X F 2 COMPatibilty z SCP OVSET lt n
372. ask bit 2 OCP on positive transition 110 120 OUTPUT QGLd OUTP PROT CLE Clears the protection circuit 130 OUTPUT Ld STAT QUES EVENT Clears the Event register and DFI 140 OUTPUT Ld EVENT Reads the event and clears the buffer 190 172 E AC 5 2 15 2 imt A AC E 1 AC
373. ate 1 2 NONE ALL MEASure CURRent2 2 VOL Tage2 2 MEASure FETCh ARRay CURRent DC VOLTage DC SCALar CURRent DC DC ACDC OU ea CE ACTDC HIGH HIGH LOW LOW MAX MIN DVM DC DVM DC 94 R 8 1 ACDC VOLTage DC ACDC HIGH LOW MAX MIN OUTPut 1 2 STATe lt bool gt DFI STATe lt bool gt SOURce source PON STATe lt state gt PROTection CLEar DELay lt n gt RI MODE lt mode gt TYPE CAPacitance setting SENSe CURRent DC RANGe UPPer lt n gt DETector detector FUNCtion function PROTection STATe lt state gt SWEep OFFSet POINts lt n gt POINts lt n gt TINTerval lt n gt WINDow TYPE lt type gt SOURce CURRent LEVel IMMediate AMPLitude lt n gt TRIGgered AM
374. e VOLTage TRIGger 118 SOURce VOLTage2 TRIGger 119 119 STATus PRESet 119 STATus OPERation 120 STATus OPERation CONDition 120 STATus OPERation ENABle 120 STATus OPERation NTR STATus OPERation PTR 120 STATus QUEStionable 121 STATus QUEStionable CONDition 121 STATus QUEStionable ENABle 122 STATus QUEStionable NTR STATus QUEStionable PTR 122 123 SYSTem ERRor 123 SYSTem LANGuage 123 SYSTem VERSion 123 124 ABORt 124 INITiate SEQuence INITiate NAME 124 INITiate CONTinuous SEQuencel INITiate CONTinuous NAME TRANsient 125 TRIGger 125 TRIGger SOURce 125 TRIGger SEQuence2 TRIGger ACQuire 126 TRIGger SEQuence2 COUNt CURRent TRIGger ACQuire COUNt CURRent 126 TRIGger SEQuence2 COUNt DVM TRIGger ACQuire COUNt DVM 126 TRIGger SEQuence2 COUNt VOLTage TRIGger ACQuire COUNt VOLTage 127 TRIGger SEQuence2 HYSTeresis CURRent TRIGger ACQuire HYS Teresis CURRent 127 TRIGger SEQuence2 HYSTeresis DVM TRIGger ACOuire HYSTeresis DVM 128 TRIGger SEQuence2 HYSTeresis VOLTage TRIGger ACQuire HYSTeresis VOLTage 128 TRIGger SEQuence2 LEVel CURRent TRIGger ACQuire LEVel CURRent 129 TRIGger SEQuence2 LEVel DVM TRIGger ACQuire LEVel DB VM 129 TRIGger SEQuence2 LEVel VOLTage TRIGger ACQuire LEVel VOLTage 130 TRIGger SEQuence2 SLOPe CURRent TRIGger ACQuire SLOPe CURRent 130 TRIGger SEQuence2 SLOPe DVM TRIGger ACQuire SLOPe DVM 131 TRIGger S
375. e DATE fate 8 a Dll 7B 1 E CALibrate DATA lt NRf gt lt external reading gt A CAL DATA 3222 3 MA CAL STAT CAL LEV CAL DATA 5 000 CALibrate DVM Agilent 66311D 66309D E DVM CALibrate LEVel 10 E ASCT CALibrate DATE lt date gt lt date gt CAL DATE 3 22 99 CALibrate DATE lt SRD gt CAL DATE 22 3 99 CALibrate DVM CAL DVM 1 Pl 1 P2 2 CALibrate LEVel point P1 P2 CAL LEV P2 T3 CALibrate PASSword
376. e lt slope gt EITHer POSitive NEGative POSitive TRIG SEQ2 SLOP VOLT POS TRIG ACQ SLOP VOLT EITH TRIGger SEQuence2 SLOPe VOL Tage TRIGger ACQuire SLOPe VOL Tage lt CRD gt TRIG SEQ2 SLOP CURR 131 8 Dll TRIGger SEQuence2 SOURce TRIGger ACQuire SOURce BUS GPIB TRG lt GET gt INTernal TRIGger SEQuence2 SOURce lt source gt TRIGger ACQuire SOURce lt source gt BUS INTemal RST INTernal TRIG ACQ SOUR BUS TRIGger SEQuence2 SOURce TRIGger ACQuire SOURce lt CRD gt TRIGger SEQuence1 DEFine TRIGger SEQuence2 DEFine 1 2 2 TRANsient 1 1 2 TRIGger SEQuencel DEFine TRANsient TRIGger SEQuence2 D
377. ent2 DC 2 VOLTage2 DC 2 MEASure FETCh CONDition ENABIe n NTRansition lt n gt ARRay CURRent PTRansition n VOLTage SYSTem CURRent DC ERRor ACDC 1 LANGuage SCPI COMPatibility HIGH VERSion LOW TRIGger MAX 1 SEQuence2 ACQuire IMMediate MIN 1 COUNt CURRent n DVM DC 3 DVM n ACDC VOLTage n VOLTage DC HYSTeresis CURRent n ACDC 1 DVM n HIGH VOLTage n LOW LEVel CURRent lt n gt MAX 1 DVM n MIN 1 VOLTage n OUTPut 1 2 SLOPe CURRent POS NEG EITH bool DVM POS NEG EITH DFI bool VOLTage POS NEG EITH SOURce QUES OPER ESB RQS OFF PON STATe RST RCLO PROTection CLEar DELay lt n gt RI MODE LATCHing LIVE OFF TYPE CAPACitance HIGH H2 LOW Agilen Agilent Agilen 20 SOURce BUS INTernal SEQuence1 TRANsient MMediate SOURce BUS SEQuence1 DEFine TRANsient SEQuence2 DEFine ACQuire t66111A t 66309B D t 66311D 66309D COLA Agilent 66111A DC Agilent 66311B D DC Agilent 66309B D DC Agilent 66311D 66309D
378. ets Tux DC 1 GPIB 8550 3 SCPI COMP SHES CV Mop Port Er R BEEE lt
379. gt VOLT PROT 8 3 MAX POL 0 1 760 OUTP REL POL 0 1 1 0 POL 1 PON 0 1 SRQ 1 0 PSCO 1 RELAY 0 1 760 OUTP REL 0 1 ur OF 1 RELAY 1 RLYPON0 1 760 ui x RCLO 0 1 RLYPON 1 W HMM eb RST
380. hift OCPZ1 OCP Protect E Current Shift Prot Clr 1 Shift Error 1 Shift OV LET 4 2 OCP OCP 2n 5 Prof DC
381. l Bis 3h ni oo SYSTem ERRor EIFO gt er oan a O NO ERROR 330 TOO MANY ERRORS Gigs C ae Emo
382. mA DC DC Enter A 20 mA jM 12 5 nA AUTO DC kHz reading V lt reading gt A reading V MAX reading V MIN reading V HIGH reading V LOW reading V RMS lt reading gt A MAX lt reading gt A MIN lt reading gt A HIGH reading A LOW reading A RMS TINT 0 002 POINT 1024 CURR RANG AUTO CURR DET ACDC 5 5 7 DVM Agilent 66311D 66309D DVM 1 DVM 15 6 hs 2048
383. mA Isinklo 13 mA B 3 Agilent 66311B D No vi vis i Im i Ilrhi 222 5 nA O mA DVM Agilent 66311D Demy v Been Dvneg 6 8 mV 150 B B 4 Agilent 66309B D Agilent L 3R HkFNo Ben ERER SAER Lem I ee i me mew zur URS im DVM Agilent 66309D 151 B Lu B 1 E SCPI 1 B 1
384. nections n exit 1 Open the instrument at address 5 for Communication err viOpen defRM GPIBO 5 INSTR VI NULL 5000 amp instrumentHandle if err viClose defRM printf viOpen error exit 1 check the device at address 5 n Reset the instrument viPrintf instrumentHandle RSTEn turn on the output viPrintf instrumentHandle OUTP 1 n output on 1 0 and current 1A levels turn VOLT 51g CURR 5lg n 2 0 Set output voltage 2V viPrintf instrumentHandle Measure the DC voltage level at the output terminals viQueryf instrumentHandle MEAS VOLT n lf amp measvoltage Measure the DC current level at the output terminals viQueryf instrumentHandle MEAS CURR n lf amp meascurrent printf Output Voltage f Sf Yn measvoltage meascurrent Output Current configure DC source for change sweep parameters viPrintf instrumentHandle 31 2E 6 sampling dynamic measurements SENS SWE TINT 519g POIN 1d OFFS POIN 1dEn rate 31 2us 256 points 4 points 256 sweep size 4 pre trigger offset 125us setup the voltage sensing triggered measurement parameters voltage trigger level to 2 75V hysteresis band to 0 1V positive slope trigger count ACquisition triggered by measurement viPrintf instrumentHandle S
385. on The product herewith complies with the requirements of the Low Voltage Directive 73 23 EEC 93 68 EEC and the EMC Directive 89 336 EEC and carries the CE marking accordingly New Jersey February 1999 Location Date Bruce Krueger 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 Declaration Page Bz 1 SCPI 2 HA 1 Oe HA 2 DRM H H H H HE FT 3 RE
386. on present A RLYPON command was sent with no relay option present RLYPON RLYPON No relay option present A relay option command Was sent with no relay option present Addressed to talk and nothing to say The unit was addressed to talk without first receiving a query DAEIEIMAUCZUIUSS0NBZnvcobk Z T RV eader expected A non alpha character was received when a header was expected 1 Unrecognized header The string of alpha characters received was not a valid command Number expected A non numeric character was received when a number was expected Number Syntax The numeric character received did not represent a proper number
387. ram power supply to 5 volts Set up electronic load to produce pulses Set meter to ACDC High Current range Set to trigger on pulse Acquire current reading Trigger at 0 1 amps Trigger on positive slope Set hysteresis of trigger Set sample time interval to 20us Set number of measurement samples Number of sample points before trigger Initiate the trigger system Controller now waits for trigger to Get the data after measurement 167 D 340 ENTER GPs Curr array Enters all 100 data points 168 D 0340089 031655 3 13667 031655 030799 0322869 0327249 0333669 40293011 031227 3 13496 0329389 350 PRINT Curr array Print all data points 360 370 OUTPUT Ps FETCH CURR MAX Get more data from previous measurement 380 ENTER Ps Curr_max 390 PRINT MAX CURRENT Curr max 400 410 OUTPUT Ps FETCH CURR MIN 420 ENTER Ps Curr min 430 PRINT MIN CURRENT Curr min 440 450 OUTPUT QGPs FETCH CURR HIGH 460 ENTER GPs Curr hi 470 PRINT HIGH CURRENT Curr hi 480 490 OUTPUT Ps FETCH CURR LOW 500 ENTER Ps Curr_low 510 PRINT LOW CURRENT Curr low 520 530 END 100 MIN MAX HIGH LOW
388. rector SCPI Consortium 8380 Hercules Drive Suite P3 Ls Mesa CA 91942 USA 63 6 Agilent Vp ug amp p agy Microsoft Windows 95 Windows NT Agilent Zzz http www agilent comyfind drivers Agilent Agilent ZZ gp SCPI VISA TO 1 Agilent VEE Microsoft Visual BASIC Microsoft Visual C C Borland C C National Instruments LabVIEW National Instruments LabWindows CVI Agilent VXIPlug amp play Power Products Microsoft Windows 95 Microsoft Windows NT 4
389. ty RS 232 RS 232 GPIB RS 232 DB 9 DB 25 DC 2 2 12345 io qi looooo TAN C QJ Ne o x O el y IN 6789 3 12 RS 232 1 2 RxD 3 TxD 4 DTR 5 6 DSR 7 RQS 8 CTS 9 42 REFI
390. ultMAX resultMIN resultHIGH resultLOW fetch first 10 data points from the measurement numReadings 10 viQueryf instrumentHandle FETC ARR VOLT n S Hlf t amp numReadings amp voltArray 0 for i20 i lt numReadings i printf Array Data d f V n i voltArray il reset sweep parameters for faster measurement viPrintf instrumentHandle SENS SWE TINT 51g POIN 1d OFFS POIN ld n 15 6E 6 sampling rate 2048 sweep size 0 pre trigger points Measure final DC voltage level at the output terminals viQueryf instrumentHandle MEAS VOLT n lf amp measvoltage printf Output Voltage f V n measvoltage close all opened sessions viClose instrumentHandle viClose defRM printf PROGRAM COMPLETED Yn printf Press Enter key to continue n getchar return VI SUCCESS 171 D 10 DC RMS MIN MAX HIGH LOW Output Voltage 1 999860 Output Current 0 000043 Arm ACquisition system Pre trigger delay Trigger ACquisition Dynamic voltage measurements dc 5 002660 V rms 5 002660 V max 5 080140 V min 1 996970 V high 5 002310 V low 3 538550 V Array Data 0 2 000360 V
391. ut PORT RIDFI PORT RIDFI DIGIO Enter 3 Remote INHibit RI RILIVE Bow LIVE LATCHING RI RILATCHING Enter RI INH H LIVE INH LATCHING 4 Outpunt DFI DFION VY ON FLT Enter ELT

Download Pdf Manuals

Related Search

Related Contents

Mode d`emploi et formulaire Don au  Sun StorageTek Crypto Key Management System  Fujitsu ESPRIMO P5731  SCD300 - Sound Storm Lab  Owner`s Manual  HandyStep® electronic  SMS Smart Media Solutions FS040012 mounting kit  Mode d`emploi des capteurs pH de la série SE 553 Istruzioni  POLARplus Manager User Guide  

Copyright © All rights reserved. Failed to retrieve file