Agilent B2900 シリーズ - Agilent Technologies
Contents
1. Emergency2. p 2 27 p 2 27
3. 2 6 Agilent B2900 2 Agilent B2900 Ne 2 SMU 2 High Force Low Force High Sense Low Sense Guard chassis ground P 3 10 CAUTION CAUTION
4. E Measure Speed Speed P 4 10 HA
5. 5 10 Agilent B2900 2 p 4 11 1 View Single Ranges Hide XXXX F p 6 Range Source Volts Spot Source Amps Spot EDIT AUTO FIXED Source Amps Spot 7
6. A A Agilent B2900 2 5 9 1 Single Mode Dual Chl Mode Ch2 Mode Source 2 VOLTS V en m DC 1 Single Source Dual Ch1 Source Ch2 Source Source 2
7. 1 View Single Ranges Hide XXXX 2 Measure Ohms OFF 3 EDIT 4 AUTO FIXED VI ELET MOVE Range p 4 11 p 5 22 1 Single Measure
8. INDOOR USE IEC 61010 1 INSTALLATION CATEGORIY Il INSTALLATION CATEGORIYI T POLLUTION DEGREE 2 CATI IEC Interlock High Force Guard High Sense
9. EDIT JOT E BEL YU ORF nw FF Agilent B2900 2 IK View Single MOVE Source Volts Spot p 6 7 Show Pulse Pulse Pulse p 4 14 Pulse EDIT ON MOVE
10. ae DECLARATION OF CONFORMITY According to EN ISO IEC 17050 1 2004 CC Agilent Technologies Manufacturer s Name Manufacturer s Address Agilent Technologies Singapore International Pte Ltd No 1 Yishun Ave 7 SINGAPORE 768923 Singapore Declares under sole responsibility that the product as originally delivered Product Name Precision Source Measure Unit Model Number Agilent Model B2901A B2902A B2911A B2912A Product Options This declaration covers all related options of the above product s complies with the essential requirements of the following applicable European Directives and carries the CE marking accordingly Low Voltage Directive 2006 95 EC EMC Directive 2004 108 EC and conforms with the following product standards EMC Standard Limit IEC 61326 1 2005 EN 61326 1 2006 CISPR 11 2003 EN5501 1 1998 A1 1999 A2 2002 IEC 61000 4 2 2008 EN 61000 4 2 1995 A1 1998 A2 2001 2006 A1 2007 EN 61000 4 3 2002 A1 2002 2004 EN 61000 4 4 2004 2008 EN 61000 4 5 1995 A1 2001 2008 EN 61000 4 6 1996 A1 2001 A2 2006 IEC 61000 4 11 2004 EN 61000 4 11 2004 Canada ICES NMB 001 2004
11. DC Range P 4 11 Sweep P 4 27 Ranging P 4 28 6 4 Agilent B2900 2 4 Single
12. Agilent B2900 2 5 25 p 6 20 Trigger ae Composite Limit Test Setup p 4 31
13. Acquire Agilent B2900 2 6 31 WARNING 42 V 42 V LED 1
14. Output Filter P 4 26 Agilent B2900 2 6 11 SMU 0V Output Connection P 4 2 6 12 Agilent B2900 2 Table 6 1 NOTE SMU
15. Composite Composite Limit Test Setup p 4 31 Limits Limit Test Setup p 4 32 Trace Buffer Setup p 4 34 Math Expression Math ON Ch 2 1 Chl 2 Ch 2 Status Math ON OFF Unit String Math expression Unit String
16. Math Expression P 4 30 Graph P 4 17 Measure Result CE 4 39 B2900 Power POWER Offset Compensated Ohms OFFCOMPOHM Varistor Alpha VARALPHA Voltage Coefficient VOLTCOEFE c 1 2 POWER VOLT c CURR c OFFCOMPOHM VOLT c 1 VOLT c O CURR c 1 CURR c O
17. IEC Agilent SMU DC SMU Force Sense Guard Force Sense Guard 4
18. Table 6 2 Table 6 3 In log sin cos tan exp log m log 10 log 10 1 6 18 Agilent B2900 2 Table 6 2 Table 6 3 SOUR c SOUR c ll VOLT c CUBR CURR eI
19. Agilent Agilent Agilent FAR 12 211 12 212 DFARS 252 227 7015
20. Program p 4 43 IO LEFT IO p 4 44 Display p 4 49 System p 4 50 1 Agilent B2900 2 4 23 Config Config Config SMU 3 my Source Connection Output Conn
21. Agilent B2900 2 3 5 3 NOTE AC AC i OG AC AC 100 Vac i On ae AC 30 Hz 60 Hz 50 Hz
22. LIST Start Stop Points EDIT E Edit List Sweep Load Load List Sweep Data USB A USB List Sweep GUI B2901A B2902A 6 B2911A B2912A 7 Type V I CH 1 2 2 Points Max Min SME
23. Set 1 1 Set 2 2 OFF ON Zoom Out Dual Single
24. 10 nA 100 nA 1 View Single Single Range More Hide Sweep Hide Pulss Hide Trigger Range 2 Range Measure Amps AUTO FIXED 10 nA 100 nA 3 18 Agilent B2900 2 A DF Figure 3 11
25. LLO ERR A 1 EDIT fk EDIT MOVE MOVE LAN LXILAN LAN LAN LAN D Dual 1 1 Single 2 2 Single G Graph Roll 4 22 Agilent B2900 2 1 2
26. n Agilent B2900 2 4 25 Config Output Filter Ch 2 1 Ch 1 2 Ch2 Filter State ON OFF ON SMU ON OFF ON ELET Time Constant 5 us 500 us Automatic Filter 4 26 Agilent
27. ARM ARM TRIGGER TRIGger ACTION ACTION Ch Layer Action Trigger Output TRANS Transient ACQ Acquire Ch Layer SKU Action 0 100000 INF ARM ON OFF ON Ch Layer Action OFF GEE Ch Layer Action AUTO BUS TIMER INTI INT2 LAN EXT1 EXT2 EXT3 EXT4 EXTS EXT6 EXT7 EXT8 EXT9 EXT10 EXT11 EXT12 EXT13
28. Run Pause Step Stop Continue 5 32 Agilent B2900 2 MERE DF Agilent B2900 e a on B
29. 100000 Single Dual Graph Roll Measure Result DC Source Single Dual Roll Trigger p 4 15 Acquire ARM acquire
30. p 5 11 1 View Single 2 Show Sweep Sweep Parameters Sweep p 4 12 3 Sweep Parameters 4 EDIT 5 LINEAR SINGLE LINEAR DOUBLE LOG SINGLEB LOG DOUBLE MOVE 6 RB le ieee Start Stop Points Step 7 EDIT 8 Start Stop Points Step 9 10 6 9
31. DC 3 ES 6 26 BORIC AT DAVIE Sou AE 2 H Config gt Common gt Group gt ON Config gt Common gt Group gt OFF E HH Agilent B2900 2 BUS Ar A B2900 1999 SCPI Command Reference ARM TRIGger ARM TRIGger ARM TRIGger LERO for loop
32. GPIB Agilent 82357A B USB GPIB Agilent 10833A B C D GPIB AC 7T o Agilent B2900 2 2 7 WARNING NOTE LAN 10 100 Base LED AD LED USB B USB Digital IO D sub 25 VO GPIO Digital VO P 3 29 16 24 17 25 B2900 42 V
33. 6 2 Agilent B2900 2 Viy pr ayx TATRA iL SBE Limit Compliance NO AE aE 100nA 19 10 nA 1nA 02V 20 mV Agilent B2900
34. EDIT EDIT On Off SMU ae 1 2 2 3 1 SMU 1 High Force Low Force High Sense Low Sense Guard chassis ground P 3 10
35. Limit Test Setup p 4 32 1 Function gt Limit Test gt Limits Limit Test Setup Ch Feed Data MATH Math expression VOLTS AMPS OHMS Vmeas Imeas Vmeas Imeas Test mdex No 12 No 1 1 gt 12 1 12 p 5 29 Agilent B2900 2 5 27 NOTE
36. Limit Test Result p 4 40 1 Result gt Limit Test Limit Test Result 2 Ch Length 3 OK Length Length aaaaa BIN bb DATA c ccccccEK ddd NN aaaaa aaaaa BIN bb 01 12 p 5 27 GRADING 00 SORTING 15 DATA c c
37. initial state ARM ARM ACQ TRAN TOUT SIGN ARM TRIGger TRIG ACQ TRAN TOUT SIGN TRIGger Transient SOUR TOUT SIGN TRIGger Acquire SENS TOUT SIGN Agilent B2900 2 4 37 Trigger Table 4 8 Trigger Source AUTO BUS GET TRG TIMER Period INT1 1 2 INT2 LAN ARM ACQ I TRAN SOUR LAN TRIG ACQI TRAN SOUR LAN LXI EXTn Digital O D sub DIO n 1
38. Na AR ait WARNING CAUTION gt GO
39. 1 1 2 2 EDT MOVE FE EDIT EDIT
40. Table 6 11 DHCP IP 169 254 5 2 255 255 0 0 0 0 0 0 DNS DHCP DNS 0 0 0 0 WINS 0 0 0 0 A B29xxA nnnnn B29xxA nnmnnn mDNS DNS NetBIOS GPIB 23 LXI GPIB USB VXI 11 SCPI Telnet SCPI SCPI HiSLIP 6 42 Agilent B2900 2 Web Telnet
41. 100000 2 30 10 us 100000 0 Agilent B2900 2 SCPI Standard Commands for Programmable Instruments B2900 SMU EF SCPI B2900 SCPI 1 SCPI 32
42. 10 6 9 MANUAL IRL Trigger Configuration Trigger gt Config Trigger p 4 35 p 6 5 Config gt Common gt Wait Wait Control Source Wait Control p 4 29 Apply OK
43. End ofTest BOT DIO 14 Digital VO Table 3 1 DIO 1 DIO 14 DIO More gt TO gt DIO gt Config DIO Configuration p 4 47 Digital IO Figure 3 15 Figure 3 15 Digital O to Input control to Digital 1 0 connector from Output control Vcc 5 V R1 5 kohm R2 100 ohm Agilent B2900 2 3 29 Digital VO Table 3 1 Digital JO
44. RESOLN gt valuel valuel x rate 100 lt value value2 x rate 1000 4 28 Agilent B2900 2 Ft heiress US re ees Config Wait Control DC DC
45. Agilent B2900 2 3 27 LAN SCPI SYSTem COMMunicate TCPip CONTrol DCL
46. Format Trace p 4 46 3 ASCII ASCI REAL32 TEEE 754 4 REAL64 IEEE 734 8 2 IEEE 754 H io OFF FONT EFTE ON ON TIEEE 734 1 4 4 1 TIEEE 734
47. 1 100 CT Run Pause Step Stop Continue Agilent B2900 2 4 43 Format LAN USB GPIB DIO Fa bests USS 1O MEZA IO VO LO 5 p 4 45 LAN Config LAN Configura
48. m Agilent 16442B Bere EYA rae Agilent N1294A 001 2 Agilent N1294A 002 4 2 2 4 3 oer ar 16442B Agilent N1294A 001 250 V N1295A 42 V Agilent N1294A 002 250 V N1295A 42 V Agilent 16442B 200 V 1A SMU Agilent B2900 2 3 15 Figure 3 8 Figure 3 9
49. www agilent com environment product LCD LOD LCD http www agilent com environment mercury shtml http www lamprecycle org http www eiae org http www agilent com go contactus DERMEE SAEM oN
50. csy 4 42 Agilent B2900 2 Catalog View Variable Control Program Program Program 4 SCPI Program Catalog Program View Variable
51. EDIT 4 4 Agilent B2900 2 Agilent B2900 View B2901A Single gt Graph gt Single B2902A Dual gt Single
52. Format Trace p 4 46 Trace Statistical Result p 4 41 1 Result gt Trace Trace Statistical Result 2 Ch 3 Element SOURCE VOLTS AMPS OHMS Lensgth 4 OK LU Length Mean Std Dev Min Max
53. e High Force High Sense Guard not on off 3 2 Agilent B2900 2 Agilent B2900 1
54. DIO Configuration p 4 47 EE GPIO Pins BUSY SOT EOT 0 14 1 14 DIO 1 14 0 GPIO Pins 1 2 3 4 DIO 1 4 LSB DIO 1 Limit Test Setup Ch 2 1 Ch 1 2 Ch2 Feed Data MATH VOLTS AMPS OHMS MATH Math expression VOLTS AMPS
55. Interlock 42 V Safety Class AC International Electrotechnical Commission IEC PTR
56. EDIT NN 0 Agilent B2900 2 5 3 2 1 p 5 3 2 Apply IA OK Apply Cancel Local
57. Roll B2911A B2912A 1 2 Y Table 4 3 3000 1 2 3 4 CH1 I I Oe StGee TOD teens mACE 2 500 008 10 9 8 036 000ps Config Function Trigger wl Result File More 5 6 Agilent B2900 2 4 19 FAAS Vt UTR ba BS B2911A ON OFF B2912A Ch 1 Ch 2 OFF 2 1 1 2 2 2 Y IT V R P 3 Y 1 A div V div Q div W div 4 X 1 s div 5 X
58. 10 h Limit Test Test Index ON OFF Function COMPLIANCE LIMIT SORTING Pass Pattern Pass COMPLIANCE Failon IN OUT IN OUT Fail Pattern Fail RE LIMIT GRADING EX Up
59. A e 1 1 Chl Ch2 M On Off p 6 1 View Single 2 Speed 3 AUTO SHORT MEDIUM NORMAL LONG MANUAL Speed p 4 10 4 MANUAL PLC Agilent B2900 2 5 21 p 6 4 Range
60. Limit Chl Limit Ch2 Limit Single Speed Hide Sweep Pulse Triggeer Single Show Sweep LIST Start Stop Points EDIT Edit Config gt Source gt Sweep Config gt Source gt Sweep Config gt Source gt Sweep Single Show Pulse Config gt Common gt Wait Config gt Source gt Filter Config gt Source gt Connection
61. Step 1 ON Single view Step 2 DC Source Limit Limit 10 mA AUTO AUTO AUTO 2 Q 200M2 Step 3 Sweep parameters 1 Moe 2 Show Sweep parameters Sweep 3 EDIT 4 LINEAR SINGLE MOVE 1 6 Agilent B2900 2
62. 1 Config gt Source gt Sweep Sweep 2 Ch 3 Output after Sweep START VALUE END VALUE Sweep p 4 27 4 Apply OK Cancel Local Agilent B2900 2 5 19 Agilent B2900 i
63. Limit Test Result P 4 40 YR acquire acquire 6 20 Agilent B2900 2 Figure 6 5 START y Wait for SOT y Source and Sense Perform Limit X No No No gt Display FAIL yao hs TPR Immediate Yes Yes No Yes Display PASS First Failure N o No 4 Yes Output Fail Pattern Immediate Yes y Save Fail No Output Pattern Pass Pattern yi Ano
64. v o L 2 3 Agilent B2900 2 3 7 WARNING mx IE Sr oe Agilent B2900
65. Ch 2 1 Ch 1 2 Ch2 State ON OFF Automatic ON OFF Gain Offset State ON Automatic ON Gain x Offset State ON Automatic OFF Offset State OFF 0 gt Agilent B2900 2 4 29 Math Limit Test Trace Function Function Function Math 3 Xe Math Expression p 4 30
66. 6 Config Function Trigger Result File Program T O System More 4 5 Mode Source Limit Measure More Single Graph Roll Dual 4 iew lt B2901A Single gt Graph gt Single B2902A Dual gt Single 1 Single 2 Graph Dual B2911A Single gt Graph gt Roll gt Si
67. Trigger BUS IEEE 488 1 group execute trigger GET VXI TRIGger TRG Trigger TIMER Trigger INT1 or INT2 1 2 o Trigger LAN LXI Trigger EXTn Digital TO DIO 1 14 Figure 6 8 p 6 28 Single Hi MANUAL Trigger Configuration
68. LE 2 28 2 28 EIA Ee cask Sakti a ious gotten dt what te ob urate cotati Succes ad 2 30 LEST De ODE FIR RR 2 31 DT RAG te AS ISI ZS de atl nse Pu ha ho ae eles dad a eae sehen g ets 2 33 AS 2 34 5 2 2 34 EARE T Z EF Y oela d adn edene gr kanoer Senla Eea 2 34 AE a AE EE EA AAE EEE EE AEE EEEE DEEE 2 36 A CC NEE 3 2 TPAD ERDE i Te nn ee ati chen Sette Sania TEE E OIN vu fuged E addon Atel hae 3 3 BBN Ge TR ie Go OD ors aioe ca canbe a a a Saud eye Pd mean eve ate ead wate OE 3 3 LL 3 4 Pits OIA oR ip ade aot eh te At Ae het toed tesla te aie 3 5 RG Ri ie RGSS RR RR I RS 3 5 SI aha ne es 3 6 A pT ei St tf ten Bn 8 9 AS 3 6 OF OOD i e are ep ee E E are a ad 3 7 2 3 8 1 en RN 3 8 a th Oa oa Naa 3 8 2 3 9 PS AAAA AEEA EAA AEA A 3 9 ME AARAA A pidge ea Ek 3 10 204 Vb L AOA VEE cece eee 3 11 Agilent B2900 2 TA CT ie Mt Mant ee cet alk ttt eee Rt Be Th ee Se 3 12 TA ka
69. Web LAN Internet Explorer 6 Firefox 2 Java SUN Java Runtime Environment Sun Microsystems Web Internet Explorer 7 Web Support Products Agilent Si PH eae A Another web enabled inst shy Agilent Technologies 72 P AAEE TETEE from Agilent Technolopies Welcome to your Web Enabled B2912A El Information about this Web Enabled LXI GP SMU corn Serial Number JP00XXXXXX Description Agilent B2912A Source Measure Unit JPOOXXXXXX Vl R i ronson TCPIP XXXXXXXXXX local inst0 INSTR Advanced information about this Web Enabled LXI GP SMU Turn On Front Panel Identification Indicator Use the navigation bar on the left to access your B2912A and related information Agilent Technologies Inc 2011 3 26 Agilent B2900
70. Arm 1 gt Arm AINT zy Am 100 ps gt Arm Os gt Arm OFF me Trigger 1 gt Trigger AINT gt 20 us B290x Trigger 0s gt Trigger OFF EXT1 gt LAN LANO 7 ON OFF OFF 6 38 Agilent B2900 2 Table 6 9 LXI 0 gt LAN WaitingForAcquir gt eArm1 WaitingF orTransitionArm1 WaitimgForAcqu ireTrigger1 Wait ingForTransitionTr iggerl Measurin gl Settling1 WaitingForAcquir eArm2 WaitingF orTransitionArm2 WaitingForAcqu ireTrigger2 Wait ingForTransitionTr igger2 Measurin g2 Settling2 0 ALL 5044 gt RISE OFF gt Po
71. Cancel Local 1 More gt System gt Reset Confirmation 2 OK Agilent B2900 Cancel Local 2 5 5 1 ee 2 ON OFF ei Cancel Local 1 More gt System gt More gt Info 2 Date Time Date and Time 3 4 Apply OK
72. Table 2 8 DARA B2901A B2911A B2902A B2912A 0 1Hz 10 Hz 200 mV 1 uV 0 1 uV 0 015 225 uV lt 10 pV 210 mV 2 V 10 nV 1 uV 0 02 350 uV lt 20 uV 2 1 V 20 V 100 pV 10 pV 0 015 5 mV lt 200 uV 21 V 200 V 1 mV 100 pV 0 015 50 mV lt 2 mV 210 V a Table 2 9 JIR B2901A B2911A B2902A B2912A 0 1 Hz 10 Hz 10 nAb 10 fA 0 10 50 pA lt 1pA 10 5 nA 100 nA 1 pA 100 fA 0 06 100 pA lt 2pA 105 nA 1 nA 10 pA 1 pA 0 025 500 pA lt 25 pA 1 05 pA 10 nA 100 pA 10 pA 0 025 1 5 nA lt 60 pA 10 5 pA 100 pA 1 nA 100 pA 0 02 25 nA lt 2nA 105 nA 1 mA 10 nA 1 nA 0 02 200 nA lt 6nA 1 05 mA 10 mA 100 nA 10 nA 0 02 2 5 uV lt 200 nA 10 5 mA 100 mA 1 uA 100 nA 0 02 20 uV lt 600 nA 105 mA 1 A 10 nA 1 pA 0 03 1 5 mA lt 70 uA 1 05 A 1 5 A 10 pA 1 uA 0 05 3 5 mA lt 100 pA 1 515 A 3 A 100 nA 10 pA 0 4 7 mA lt 120 nA 3 03 A 10 AC 100 nA 10 nA 0 4 25 mA 9 10 5 A a b 10 nA
73. 1 Result B na a Result p 4 39 SCPI o tm M 4 30 Agilent B2900 2 FAL T lt RS Fale heise s Ue ees Function p 6 17 Composite Limit Test Setup Ch Limit Test IMode Auto Clear Update Offset Cancel Offset Pass Pattern
74. Config gt Source gt Connection Config gt Source gt Connection Table 1 4 Ch 1 On Off Ch 2 On Off Measure Chl Measure Ch2 Measure Single Speed Agilent B2900 2 Single Speed Hide Sweep Pulse Trigger 7 Config gt Measure gt Ranging Config gt Common gt Wait Table 1 5 View
75. 0V eP 3 8 30 C 23 C 5 C DCMAx lt Pcs 30 Tam Voar x Ipl Voap x Ipl x 100 DCyax DC 0 Pog 64 W Tame Voa 250V Ip lt 105 mA Voap 39 V Ip gt 105 mA Vg gt 6V VoAs 21 V Ipl gt 105 mA 1Val lt 6V Vs
76. 50 us 10 90 Pulse width qor Pulse peak Pulse base Table 2 12 Table 2 13 2 20 Agilent B2900 2 ar 1ER 0 C 18 C 28 C 50 C 0 1 x C 102 1 5 A 3 A 106 lt 250 mV 100 ko 20 MHz lt 250mV R 20 MHz lt 1PLC Table 2 14
77. Agilent B2900 2 3 17 Figure 3 10 CAUTION a EL DUT Figure 3 10 x1 Guard High Force High Force Guard MITE Figure 3 7 3 8 wal Guard High Force DUT Guard
78. jpg Line 1 Cursors 1 Y 1 2 XX 1 2 Line 2 Cursors 4 20 Agilent B2900 2 Table 4 3 Line 2 Cursors Hide Cursors Ch n Source Ch n Limit Hide Ch n 2 Y 1 2 X 1 2 Hide Cursors Show Cursors Chn Limit Hide Chn Chn Source 1 2
79. F Sound OFF ON SCPI Default 2400 Keithley Instruments Inc Series 2400 Info Revision Revision Agilent B2900 2 4 51 System
80. TIMER TIMer INTI INT2 1 2 EXT1 EXT2 EXT3 EXT4 EXTS EXT6 EXT7 EXT8 EXT9 EXT10 EXT11 EXT12 EXT13 EXT14 Digital I O DIO 1 140 LAN LXI Single Trigger P 4 15 Trigger Configuration P 4 36 Agilent B2900 2 6 27 Figure 6 8 B2900 Trigger key Auto key Idle Initiated Yes ARM Layer Trigger output gt Trigger output before ARM after ARM y ARM count 0 Yes No aa gt pes Last count SM 1to100000 v ARM count 1 ARM delay A TRIGger Layer Tr
81. 6 Config Function Trigger Result File More Program Vo Display System More SMU EY Config p 4 24 Math Function 7 p 4 30 Trigger p 4 35 Result p 4 39 File p 4 42 2
82. Common Wait Wait Control p 4 29 Group 2 ON x 4 24 Agilent B2900 2 Ft heaps US re ees Config Output Connection Ch Sensing Type Low Terminal State High Capacitance Mode Ax 2 1 Ch 1 2 Ch2 2 2 WIRE 4 4 WIRE 4 WIRE
83. 5 4 Agilent B2900 2 gt GPIB 1 More gt System gt PLC 2 30 Hz 60 Hz
84. HH 0V Agilent B2900 2 6 13 Auto Output On SCPI SMU Auto Output Off Busy Ide SMU Output
85. Program gt Catalog Program gt Control Single Show Trigger Function gt Trigger gt Config Table 1 8 Function gt Trigger gt Initiate Abort Immediate T O gt Format gt Measure Math T O gt Format gt Math Limit IO gt Format gt Trace I O gt Format gt Data Type
86. Hide Pulse Hide Pulse Range Range p 4 11 Show Pulse Show Trigger Trigger Trigger p 4 15 Hide Trigger Hide Trigger Range Range p 4 11 Show Trigger More 1 Show XXXX Hide XXXX 4 10 Agilent B2900 2 Range Ranges Source Volts Spot AUTO 200mvV Measure Amps Measure Ohms AUTO 2 200M amp o Source Measure XXXX
87. Figure 3 6 Bad connection ACT 16442B Figure 3 8 DUT DUT Figure 3 8 Figure 3 9 2 SMU 1 Force DUT SMU 2 Force DUT SMU 1 Force Sense DUT Low Force Low Sense SMU 3 Sense il SMU 3 Sense Guard DUT Low Force Guard N1294A 16442B N1294A 001 Adapter for 2 wire connections N1294A 002 Adapter for 4 wire connections lt eee Low Force Low Sense to SMU 3 Sense or GNDU Low Force to SMU 2 Force High Force to SMU 1 Force High Sense High Force to SMU 1 Sense to SMU 1 Force 16442B
88. Self Test Confirmation OK CancelLocal S0 Hz 50 Hz 60 Hz 60 Hz Clear Confirmation OK Cancel Local Auto CLR AZ 4 50 Agilent B2900
89. 5 26 Agilent B2900 2 10 11 12 13 14 Pao h A GRADING Pass Pattern Pass yes SORTING Fail Patten Fail BUSY BUSY DIO amp SOT SOT DIO EOT EOT DIO Apply OK Cancel Local
90. Ch n Measure AMPS D VOLTS V OHMS R WATTS P AMPS 1 VOLTS V OHMS R WATTS P Vmeas Imeas Vmeas x Imeas Vmeas Imeas p 6 16 More 7 2 7 1 Ch 2 2 a EN Agilent B2900 2 4 7 TaY fs
91. Trigger gt Config Trigger p 4 35 Single ARM TRIGger Single Trigger Configuration TRIGger 4 16 Agilent B2900 2 Graph 1 2 3000 1 2 3 4 5 OFF Y I A LINEAR X ViV Il LZ 001 770 48 Vl 224 257mV 2 504 08lmV Hide Cursors 002 000na 010 000mV 010 000 V Confia Function Trigger Result File More ON OFF 2 FyRI EFO n
92. USB USB Agilent B2900 2 3 23 NOTE LAN 3 Agilent IO Libraries Suite Connection nn FN VISA A IDN VISA USB VISA Menu gt IJO gt USB USB Status 4 Connection Expert Interactive IO LAN LAN Agilent IO L
93. Ailent 16442B DUT 16442B P 3 19 y High Force High Sense Guard SMU B2900 2 8 Agilent B2900 2 SMU DC
94. Digital IO 42 V I ate S WARNING High Force High Sense Guard 210 V LED Agilent 1450 0641 1 Agilent 3101 0302 3101 3241 2 25 D sub 1 25 D sub 1
95. MOVE status EDIT status MOVE status wm Select ae m m a Press to select p 4 3 Figure 1 3 Trigger auto High voltage Remote Error AUTO ARM 1 ocr LXI LAN status indicator Trigger active Floating Local lockout MOVE EDIT View mode p 4 22 Agilent B2900 2 1 9 2 B2900 4 1 10
96. B2900 2 s 12 TFigure 6 12 TFHigure 6 6 SOT B2900 Digital IO start of test Composite Limit Test Setup P 4 31 Limit Test Setup P 4 32 Single Dual
97. Digital O Digital VO LXI lt 1 50 ppm Arm Trigger Arm Trigger lt 5 ps lt ns 200 us us 100 ms 0 100000 s B2901A B2902A 20 us 100000 s e B2911A B2912A 10 us 100000 s Arm Trigger TIMER Agilent B2900 1 100000 4 2 2 21 Table 2 12 RATS 99 9999 50 us 99999 9 s 6V 3 03 A 3 03 A 21V 1 515 A 1 515 A 210 V 0 105 A 0 105 A 2 5 50 us 1 ms 6V 10 5 A 500 mA 50 us 10 ms 180 V 1 05 A 50 mA 50 us 2 5 ms 200 V 1 515 A 50 mA Sy a f l HIRR 2 2 m 21 V 1 51
98. IN gt LIM gt 1 gt 1 P 0 gt 6 40 Agilent B2900 2 0 0 gt ON OFF OFF gt Math ON OFF OFF gt Math VOLT CURR gt Math POWER Math POWER gt OFFCOMPOHM VOLTCOEF VARALPHA Math yy 0 ON OFF OFF gt SENSe gt NEVer gt 100000 MEAN ABS gt Ae Agilent B2900 2 6 41 KEDR
99. Pass Fail 4 6 Agilent B2900 2 Chn Chl C4 2 Ch n Mode VOLTS V AMPS 1 VOLTS V AMPS D Ch n Source mV V nA uA mA A Source Chn Limit mV V nA uA mA A Limit
100. DCL SRQ SRQ nn nn To 3 28 Agilent B2900 2 Digital VO Digital VO Agilent B2900 GPIO Digital VO D sub 25 Start of Test SOT
101. l Fa Agilent B2900 SMU DC JLT DC DC 0 Math Expression B2900 DC pa y SS Agilent B2900 Table 2 1 Agilent B2900 ae ea B2901A 1 1 pA 0 1 pA DC 3 03 A 210 V 1 V 0 1 V B2902A gt u u 10 5 A B2911A 1 0 01 pA 0 1 uV B2912A 2 B2900 LAN eXtended Interface Class C LXI C Agilent B2900 2 2 3 NOTE Fay ks Ash
102. LAN Configuration LAN LAN Configuration p 4 47 Agilent B2900 2 3 25 NOTE LAN LAN Web Agilent B2900 Web 1 Web LAN IO
103. 3 4 1 2 Ch 1 Ch2 On Off lL 1 2 Ch 1 Ch 2 On Off p 6 3 1 Single Limit Dual Chl Limit Ch2 Limit Limit Compliance 2 3
104. Delay Width EDIT Peak Width Delay Peak Emil MLT ai 5 11 NOTE NOTE 10 6 9 On Off Source Source Trigger 6 6 9
105. LO LAN MS DOS telnet hostname 5024 hostmame IP 5024 telnet Telnet SCPI Agilent B2900 4 Telnet Agilent SCPIT 5025 ASCIUSCPI
106. 6 1 2 Y 7 X 8 1 2 Chn Source Ch n Limit Hide Chz 9 X 1 2 Y 10 Line 1 Cursors Line 2 Cursors Hide Cursors 1 Y 1 2 11 12 AA 2 X 1 2 t1 2 At Auto Scale Dump Screen File Selection Dump Screen JPEG USB A USB
107. 1 Function gt Limit Test gt Composite Composite Limit Test 2 Ch 3 Limit Test ON OFF 4 Mode GRADING SORTING 5 Auto Clear ON OFF 6 GRADING Update IMMEDIATE END 7 Offset Cancel ON OFF 8 Offset
108. 16 15 17 21 24 5V S V 22 23 25 6 LED 14 DIO Configuration p 4 47 14 HIGH VOLTAGE LAMP ag y Figure 3 12 LED Agilent 1450 0641 6 F LL I gt spoune9 apouy 3 20 Agilent B2900 2 Figure 3 13 Figure 3 14 Agilent 3101 0302 ls S lel E 1 ix 6 35 59 4 24 S x 8 1 28 3 1 co D Il 2 z al as is a WL a S S TNC gt ia A NO D COM SA 21 22 2 27 8 10 Units mm 37 8 Ag
109. 2 Ch 3 Sensing Type 2 WIRE 4 WIRE 4 Apply OK Cancel Local Low p 3 12 1 Config gt Source gt Connection Output Connection 2 Ch 3 Low Terminal State GROUNDED FLOATING 4 Apply Agilent B2900 2 5 15 Ten Sy
110. Step 3 Limit 1 1 himt 2 ch1 Limit Limit Limit EDIT i A Limit Compliance cal sc suc L_ We J 2 Limit 3 MOVE OPI Clk Limit 1mA Step 4 Ch 1 1 1 Source Step 5 ch 1 E
111. 1 1 4 Agilent B2900 2 Step 1 Step 2 Step 3 Step 4 2 N B2900 DC DC B2900 DC 1 1 Measure 2 ch1 Measure AMPS DC Source Ch 1 1
112. 1 mA 1 mA 2 V 0 02 0 02 200 nA 1 mA x 100 350 pV lmA 0 06 0 35 Q St T m a m 50 Hz Si Table 2 16 S bat Agilent B2900 2 2 25 Table 2 15 Table 2 16 4 2 V a BPE 2 1 uQ 1A 1A 0 2 0 00035 Q 20 Q 10 uQ 100 mA 100 mA 0 06 0 0035 Q 200 Q 100 uQ 10 mA 10 mA 0 065 0 035 Q 2kQ 1mQ 1 mA 1 mA 0 06 0 35 Q 20 KQ 10 mQ 100 pA 100 pA 0 065 3 50 200 kQ 100 mQ 10 pA 10 pA 0 06 35 Q 2 MQ 1Q 1 pA 1 pA 0 095 350 Q 20 MQ 10 Q 100 nA 100 nA 0 18 3 5 kQ 200 MQ 100 Q 10nA 100 nA 1 08 35 KQ 50 Hz WES GPIB
113. AMPS VOLTS OHMS WATTS MATH TIME AMPS VOLTS OHMS Vmeas Imeas WATTS Vmeas x Imeas MATH Math expression TIME Vmeas Hmeas p 6 16 Agilent B2900 2 4 39 Result Points Max Min Y Y Limit Test Result Length Ch Length 2 1 Ch 1 2 Ch2
114. ARM ARM ARM TRIGger TRIGger TRIGger TRIGger ARM TRIGger B2900 Figure 6 8 ARM TRIGger B2900 AUTO AINT BUS IEEE 488 1 group execute trigger GET VXI TRIGger TRG
115. Agilent B2900 2 6 25 NOTE reas 2 1 DE Wait Control P 4 29
116. TIMER Tmigger P 4 15 Period Count List Sweep P 4 13 igure 6 4 List Sweep rj List Sweep 0044 0 975917 0045 o 982287 OZE 0 987688 aoa MTA 0047 0 992115 Max 1 000000 V 0048 0 995562 da 3 3 Min 000 0000 mV 6 10 Agilent B2900 2 SMU
117. Table 2 7 p 2 15 VA AUTO T Agilent B2900 2 4 11 FAAP VET VR ba SS Sweep Sweep Parameters LINEAR SINGLE Stat QOOO 0000mv Stop 1 500000 v Points Tb Oba Step 015 0000 my Sweep Parameters EDIT 4 LET LINEAR SINGLE Start Stop LINEAR DOUBLE Start Stop Start LOG SINGLE
118. 2 GPIB GPIB Configuration 3 GPIB 4 Apply OK Cancel Local 1 More gt System gt More gt SCPI 2 Default 2400 3 Confirmattion OK CancelLocal 1 More gt Display 2 Remote 3 ON OFF
119. 3 12 Agilent B2900 2 Figure 3 5 DUT Figure 3 5 2 Agilent U8201A SMT 2 CAT II 1000 V 15 A 4 2 7 ae My 7 E D e Agilent 11059A 4 42 V 2 High Force High Force 210V Max 250V Max Low A 2 wire connections Agilent B2900 2 3 13 a EL N1295A
120. 100 KB 2300 LXI LXI Class C IVIL COM e 10 100Base T USB2 0 USB TMC488 x1 GPIB IEEE 488 2 USB USB 2 0 MSC xl Agilent B2900 2 2 31 Digital IO D sub 25 ii 14 1O 5 25 V 0 25 V 0 8 V 2 0 V 1 mA Vout 0V 50 mA Vout V SV 600 mA 1 1 42 V 2 32 Ag
121. 2 Y TI A V V R Q P W MATH Table 4 2 3 Y LINEAR LOG 4 X TI A V V R P W MATH t V1 V2 Table 4 2 X LINEAR LOG 1 2 Chn Source Ch n Limit Hide Chz 9 X 1 2 Y ann Agilent B2900 2 4 17 Table 4 2 FAAP UH USAR ba Se 10 Show Cursors Hide Cursors 1 Y 1 2 I1 I2 AA 2 1 2 t1 t2 A0 Graph X
122. B2900 SMU SMU a CE 6 3 2 10 Agilent B2900 2 Agilent B2900 e Figure 2 2 31 8 W Table 2 2 Table 2 7 gi pail fj aia Figure 2 2 Current A DC output A Pulsed output 303 Duty cycle lt 99 9999 l gt Voltage V Current A A 10 5 1 515 gt Voltage V 200 Pulsed output Duty cycle lt 2 5 Agilent B2900
123. Voltage or current Trigger Trigger Trigger Stop value i Source delay 1 1 1 IMeasure delay 2 2 Source wait 3 gt lt 3 Measure wait 4 Previous value 4 gt 4 Start value Measurement Time Period 5 5 i Trigger P 4 15 Wait Control P 4 29 Trigger P 4 35 6 6 Agilent B2900 2 SMU Figure 6 2 1
124. 2 1 Chl 2 Ch2 o gt ELET E GRADING a an ON OFF GRADING GRADE SORTING SORT Figure 6 5 p 6 21 SORTING Figure 6 6 p 6 22 E OFF ON such CXIE DIO GRADING E 1 H IMMEDIATE ON SS IMM END Figure 6 5 p 6 21 D Immediate IMMEDIATE HJ L F Immediate Yes END Immediate No
125. nA uA mA A Limit AMPS D VOLTS V OHMS R WATTS P yu AMPS 1 LET VOLTS V ELET OHMS R gt Syu WATTS P EX o Vmeas Imeas Vmeas x Imeas Vmeas Imeas 2 Agilent B2900 2 p 6 16 FAAP UALS VR ba 2 Speed AUTO 1
126. Ch 1 On Off Ch 2 On Off 2 4 Config gt Source gt Connection Low Config gt Source gt Connection Config gt Source gt Connection Config gt Source gt Connection Config gt Measure gt R Compen 2 1 E Config gt Common gt Group Agilent B2900 2 Table 1 3 Ch 1 On Off Ch 2 On Off Mode Chl Mode Ch2 Mode Source Chl Source Ch2 Source
127. 5 6 Agilent B2900 2 gt 4 OK Cancel Local 1 More gt System gt More gt Start up System Start up 2 Start up p 4 51 1 More gt System gt Error 2 Log Error Log 3 OK 1 More gt System gt Error 2 Clear Cancel Local
128. ch1 Source Source Source EDIT Source VOLTS 000 0000 my 2 3 Source MOVE Agilent B2900 2 1 3 DC Source Limit HORE Source 500 mV
129. http www dtsc ca gov hazardouswaste perchlorate NOTE Agilent Technologies B2900 SMU OF 1 Agilent B2900 Agilent B2900 EXE Agilent B2900 Agilent B2900 Agilent B2900 Agilent B2900 Agilent Technologies http
130. 1 8 8 1 Agilent B2900 2 4 45 0 Format Measure Voltage Current Resistance Source Time Status ON OFF ON OFF ON OFF ON OFF ON OFF ON OFF Format Math Limit Data ON OFF Time ON OFF Status ON OFF Format Trace Ch Data Timestamp 4 46
131. Display gt Color Display gt Zoom gt ON Zoom Out Display gt Digit Display gt Remote Table 1 6 USB File gt Save gt Measure Math USB USB File gt Save gt Math File gt Save gt Limit Test USB File gt Save gt Trace USB File gt Save gt Config USB
132. 0A gt UP BT tins OFF gt BEST gt ON gt 0s gt 50 ps gt 6 36 Agilent B2900 2 ON gt Os gt ON gt 0 1 PLC gt AUTO gt 0 2 V gt 2V AUTO gt 1 uA gt 100 nA gt OFF gt 2 0 gt RAH ELSO 29 gt 200 MQ gt OFF z3 OFF gt NORMAL gt 90 Agilent B2900 2 6 37 Table 6 8
133. Source Volts Spot VE AUTO FIXED Measure Amps AUTO FIXED Source Amps Spot AUTO FIXED Measure Volts AUTO FIXED FIXED AUTO 6 2 11 FAL TS KAU Measure Ohms AUTO FIXED VI AUTO FIXED CE Ne VII VI eae FIXED AUTO
134. GPIB KAO GPIB 23 GPIB rr ey GPIB Configuration GPIB OK Connection Expert Interactive IO USB USB Universal Serial Bus USB Connect to USB port on instrument PC j qa 7 Connect to USB port on PC USB cable Instrument CD Agilent IO Libraries Suite
135. More gt System gt Cal Test gt Self Cal Confirmation 5 OK Pe Sy Agilent B2900 2 3 9 NOTE NOTE tlt OC EL 5S Agilent B2900 DUT DUT on
136. Config gt Measure gt R Compen gt ON 2 Config gt Measure gt R Compen gt ALL Ch 1 Ch2 gt ON eft LET E 1 Config gt Measure gt R Compen gt OFF 2 Config gt Measure gt R Compen gt ALL Ch1 Ch2 gt OFF a Agilent B2900 2 POWER OFFCOMPOHM B2900 Agilent B2900 SCPI Command Reference CALC MATH
137. GPIB USB GPIB USB Agilent Technologies USB LAN GPIB Interfaces Connectivity Guide GPIB General Purpose Interface Bus GPIB Connect to GPIB port on instrument Instrument GPIB cable j EE gt Connect to GPIB interface card installed in PC Sa Instrument 3 22 Agilent B2900 2 CD Agilent IO Libraries Suite GPIB GPIB GPIB GPIB Agilent IO Libraries Suite Connection Expert
138. NEVER 48 SENSE MATH LIMIT Z NEXT 5 Buffer Size 7 4 FIZ F 6 Ax Sus E LIMIT 4 46 5 30 p 4 46 1 100000 Apply 1 OK Cancel Local SENSE Format Measure 4 LET MATH Format Math Limit p Agilent B2900 2
139. WRITE Digital IO Value Digital IO READ Digital JO WRITE Digital YO 4 48 Agilent B2900 2 Remote Color Zoom Digits hes US er ees Display Display Display 4 Aa OFF ON
140. 2 5 13 NOTE p 6 27 1 2 9 View Single Show Trigger Trigger Trigger p 4 1 Trigger EDIT AUTO SYNC TIMER MANUAL MOVE Source Count Delay Period Trigger EDIT Count Delay Period Trigger
141. 4 3 5 AY 6 5 7 6 Agilent B2900 2 4 49 Error Reset Cal Test PLC Timestamp System System System 9 Log Error Log SCPI Clear Reset Confirmation OK Cancel Local Self Cal
142. DC SMU Figure 2 1 SMU E Fit Fit Figure 2 1 SMU E 2 wire connections eo ID eo High Force 0 KO o Low Force 4 wire connections So Xo A High Force 55 so High Sense P o Low Sense oo Low Force V Chassis ground Agilent B2900 2 2 9 B2900 R R Vmeas Imeas P P Vmeas x Imeas Vmeas Imeas P 6 16
143. Force Sense 1 2 Force Sense Guard Chassis ground Agilent B2900 High Force High Sense Guard Low Force Low Sense High Sense for 4 wire connection High Force Low Force Low Sense for 4 wire connection High Voltage Shock Hazard A
144. Math Expression 2 Ch 3 Status ON OFF 4 Unit String ABC 123 AR Delete ve Insert 5 Unit String 6 Apply OK Cancel Local
145. SMU B2900 Range 4 11 P 3 20 E R Compen R Compen 2 EMF E OFF E FA Reompen V2 V1 G2 h V 0A I 0 V E 1
146. System gt More gt Info gt Update gt Firmware System gt More gt Info gt Demo Agilent B2900 2 2 1 16 Agilent B2900 2 Agilent B2900 Agilent B2900 2 2 Agilent B2900 2 Table 2 1 Agilent B2900 Agilent B2900 B2900 LCD B2900
147. Agilent B2900 2 5 31 NOTE p 6 25 Program p 4 43 1 More gt Program gt Catalog Program Catarog 2 3 OK Variable Program p 4 43 1 More gt Program gt Control 2
148. B2900A gt Telnet Welcome to Agilent B2900A Series Table 6 12 q 1 1 2 2 1 Web Web SCPI Default 30 Hz Agilent B2900 2 6 43 6 44 Agilent B2900 2
149. Date Time Date and Time Update Demo 4 52 Agilent B2900 2 NOTE NOTE NOTE NOTE Agilent B2900 e ui m LBEBD Cancel Local On
150. JPG gt gt a gt ASCII Ki GPIO ASCII gt ASCII gt gt V VR S T Stat CALC gt ON gt 6 34 Agilent B2900 2 gt cae gt Table 6 7 SMU Low OFF ON gt ON gt 5 us gt
151. ee AA 3 14 Agilent B2900 2 CAUTION NOTE CAUTION fy Agilent N1294A 001 250 V N1295A 42 V Agilent N1294A 002 250 V N1295A 42 V Agilent N1295A 42 V 1 05 A 16442B Agilent 16442B SMU 6 GNDU mtk 6 16442B Agilent 16442B User s Guide
152. 2 6 3 Yel ee se FIXED AUTO SEL Ae ae ge BEST
153. E E SE Ze HE ae E JTRS r LAOTI ESV Sul
154. Figure 3 11 Shielding box D sub connector Digital 1 0 Negative or Positive kA 24 257a sf l C i F Access door i c i a Mechanical switches 17 1 Dsub cable Q Interlock circuit B2900 Digital 1 0 Agilent B2900 2 3 19 lL Figure 3 13 Figure 3 14 2 LED Figure 3 12 LED 3 D sub 4 D sub Digital 10 Table 3 1 Figure 3 11 24 25 16 17 W 5 D sub 2
155. VW a b c d 2 a 3 p 3 3 VW 1 Line 2 AC 3 Line LCD Figure 3 1 3 2 Agilent B2900 2 3 3
156. gt Dual B2902A B2912A 1 2 NR a 1 2 3 4 5 67 8 D HC 4 Source VOLTS TO00 0218 mA 01 0 Limit Compliance 01 00643 WV 050 0000n Bisi ate Source VOLTS 000 0155 pA v Limit Compliance 00 00243 V Config 1 1 2 HC 4 VOLTS AMPS At DC DC At B2902A 5 B2912A 6 y 8 D1 D2
157. ABO AB2 ABA ABJ bh 1CM 2 36 Agilent B2900 2 Agilent B2900 LAN Digital I O WARNING AN EREJE 4210 V High Force High Sense Guard 3 16442B
158. AUTO o FIXED Range p 4 11 Source Volts Spot Source Amps Spot Agilent B2900 2 4 27 Table 4 6 Config Ranging Ch 2 1 Ch 1 2 Ch2 Current Auto Ranging NORMAL SPEED RESOLUTION RESOLN Table 4 6 Voltage Auto Ranging NORMAL SPEED RESOLUTION RESOLN Table 4 6 Threshold rate NORMAL SPEED
159. Graph Roll Dump Screen 7 USB File gt Load gt Config USB LIST Start Stop Points EDIT Load Agilent B2900 2 2 Table 1 7 Result gt Measure Math Expression Function gt Math thi Math uk Result gt Measure Function gt Limit Test Result gt Limit Test Function gt Trace Result gt Trace
160. Agilent B2900 XE Agilent B2912A Precision Source Measure Unit 083 0495 nA 000 1418 mv 0 081397 pA ow 000 0186 mV B2900 Sys 4 Trigger DC 100000 100000 Single Dual Graph Roll Tu
161. Single Aa eae 2 1 D1 nye O Measur Ranges 2 3 4 5 6 7 8 HC are 00 0567 UA co ooooo y 0 0 0 0 0 al V Limit Compliance e Speed MANUAL 020 0ms 01 00PLC Source VOLTS Source Yolts FIXED 20 V Measure Amps 200M2 1 1 2 a woe Le imi a Sx lt _ X 4 HH VOLTS AMPS H DC DC HAE B2901A B2902A 5 B2911A B2912A HC Sa up N DN WN 8 64 9 AUTO SHORT MEDIUM NORMAL LONG MANUAL 10
162. 2 Tht betes System OFF ON Start up System Start up Power on State RST RCL0 RCL1 RCL2 RCL3 RCL4 RST RCLO RCL1 RCL2 RCL3 RCL4 SAV 0 SAV 1 SAV 2 SAV 3 SAV 4 Power on Program ON OFF ON PROG PON COPY
163. Agilent B2900 Table 2 17 Table 2 17 N1294A N1294A 001 2 N1294A 002 4 N1294A 011 16442B 1 5 m N1294A 012 16442B 3 0 m N1295A 2 34 Agilent B2900 2 16442B 16442B 010 1 Sm 4 16442B 011 3 0m 4 16442B 800 PTFE 16442B 801 0 1 inch 10 16442B 802 0 075 inch 10 16442B 803
164. IP Subnet IP MANUAL Gateway IP MANUAL IP DNS Server Config DNS AUTO MANUAL DNS Server DNS MANUAL DNS IP Hostname WINS Server WINS IP DIO Configuration Digital YO Pin Digital TO 1 14 Function Digital VO DIGITAL IO DIGITAL IN TRIGGER OUT Agilent B2900 2 4 47 IO Polarity Output Trigger Type Output Trigger Timing Output Pulse Width J TRIGGER IN HIGH VOLTAGE LAMP HI VOLT LAM
165. 4 Apply NORMAL OK Cancel Local mnie p 6 14 FAL T lt SV 1 Config gt Source gt Connection Output Connection 2 Ch 3 Auto Output On ON OFF 4 Apply Les Prt OK Cancel Local p 6 14 ELTIB
166. FAULTS HSV 4 Connection Expert Interactive IO Web Web p 3 26 LAN More gt I O gt LAN gt Status LAN status IP LAN LAN Configuration LAN FHC LAN More gt TO gt LAN gt Config
167. OFF ERR On Off 3 8 Agilent B2900 2 vos 1 Cancel Local On Off More gt System gt Cal Test gt Self Test Confirmation 5 OK
168. Apply OK CancelLocal Config gt Measure gt R Compen ALL Ch 1 Ch 2 1 2 Chl 1 Ch 1 2 Ch 2 OF Ch 2 ON OFF Cancel Local 5 24 Agilent B2900 2 p 6 17 Math Expression p 4 30 1 Function gt Math
169. More gt System gt PLC gt 50 Hz 60Hz More gt System gt PLC gt 60 Hz AS Ait A 5 mm 100 mm e 3 6 Agilent B2900 2 NOTE CAUTION 1CM 19 EIA 2 2U
170. ON OFF ON Sete 9 999999E 20 9 999999F4 pass HH 20 GRADING 3 Agilent B2900 2 H o 4 31 NOTE Function Fail Pattern fail SORTING GPIO Pins DIO BUSY BUSY DIO SOT SOT DIO EOT EOT DIO DIO Digital O p 3 29 GPIO Pins BUSY SOT EOT DIO DIGITAL VO
171. 2 EE 0 01 uF 30 uF DC 250 VDC Low Force lt 4 mV 2 High Force High Sense 3 V Low Force Low Sense 3 V gt 1GO lt 4300 pF 1 kO gt 10 GQ Agilent B2900 2 2 23 0 01 uF 50 uF 0 1 4 7 pF REA 200 mV 2 V 600 ns
172. Agilent B2900 B2900 1 23 C 5 C 30 80 RH 60 3 C 1 1 PLC Power Line Cycle aa nw FY N Figure 2 2 Table 2 3 Table 2 4 Figure 2 2 Table 2 2 Table 2 4 e it TE EC ot Ren S Table 2 8 Table 2 9 e i Ew at Le gr any Table 2 10 Table 2 11 an ate 2 16 Agilent B2900 2
173. Dual Chl Measure Ch2 Measure 5 20 Agilent B2900 2 NOTE 2 it VOLTS V OHMS R WATTS P L p 5 20 2 DC p 10 3 1 2 Chl Ch2 On Off 4 Trigger
174. RESlc RES c TIME c a c 1 2 2 OE CURR2 e Agilent B2900 2 6 19 NOTE veerer Ah 12
175. Source Count Measure Count 10 Delay Period Trigger AUTO BUS TIMER INTm 2 LAN EXT 1 2 1 14 Table 4 1 Delay Period EDIT us ms s Agilent B2900 2 4 15 Table 4 1 NOTE FAAS UH USAR bi Count Delay Period Trigger AUTO 0 AUTO SYNC AJE AUTO TIMER TIMER MANUAL Trigger AUTO
176. EDIT Peak Source ek Single 4 8 L Delay Width EDIT nA pA mA A mV V us ms s 4 14 Agilent B2900 2 Trigger
177. Figure 6 2 1 Source delay Measure delay Pulse delay om ae el A Source wait Measure wait F Pulse width 10 90 9
178. Single Pulse P 4 14 Peak Sweep P 4 12 Start Stop Points Source 6 8 Agilent B2900 2 SMU Figure 6 3 SMU Figure 6 1 6 2 Figure 6 3 Single Sweep DC output Pulse output DC output Pulse output Linear Sweep DC output Pulse output DC output Pulse output Logarithmic Sweep Sweep P 4
179. Y 1 2 X 1 2 Hide Show 2 NOTE Ch n Limit Hide Chn Hide Ch n Chn Source 1 2 CZ C 77 Ch 2 5000 5000 Graph Roll 1 3000 5001 10000 2 n 1 1 10001 25000 1 1 25001 50000 10 m 1 1 50001 100000 20 1 1
180. 10 6 9 MANUAL IRL Trigger Configuration Trigger gt Config EY Trigger p 4 35 p 6 1 Config gt Common gt Wait Wait Control Agilent B2900 2 5 23 Measure Wait Cont rol p 4 29 App
181. 2 p 10 3 Source Limit Compliance DC p 5 10 p 10 4 p 5 20 5 p 5 12 6 View Graph 7 1 2 Chl Ch2 On Off 5 22 Agilent B2900 2 NOTE Source
182. FF A aaaaa aaaaa BIN DATA 4 40 BIN bb DATA c ccccccE dd aaaaa bb 01 12 Limit Test Setup p 4 32 GRADING 00 SORTING 15 t c ccccccE dd Agilent B2900 2 Fale 2Y Result Trace Statistical Result Mean Std Dev Min KU Max Ch Feed Element Length Mean Std Dev Min Max 2 1 Chl 2 Ch2 SENSE AMPS VOLTS OHMS AMPS VOL
183. Low GROUNDED FLOATING ON OFF ON p 6 15 Over Voltage Current Protection ON OFF Output Off State Auto Output On Auto Output Off ON HIGH Z NORMAL ZERO Table 6 1 p 6 13 ON OFF ON AD SCPI ON OFF ON
184. PLC 1 MANUAL D1 4 8 Agilent B2900 2 1 D2 Pass Fail Mode Source Limit Measure More VOLTS V AMPS D VOLTS V AMPS I mV V nA uA mA A Source mV V
185. SMU 200V 1A Max 1 SMU 200V 1A Max 1 2 2 3 3 il Force Sense Force Force Sense Guard Guard Guard ard Guard Guard Force Sense Guard or GNDU ye GNDU Force DUT 2 wire connections 4 wire connections 3 16 Agilent B2900 2 NOTE WARNING Digital YO 42 V 16442B N1294A 011 012 Digital IO 16442B Intik 16442B OX FAL 16442B High Force High Sense Guard ia 210 V
186. List Sweep 9 List Sweep p 4 13 10 Apply OK Cancel Local Load 8 Edit Load gt Load List Sweep Data USB p 4 13 On Off Source Trigger Agilent B2900
187. 1 EDIT MOVE 2 He BD a IRE OO BATES 3 EDIT 4 MOVE MOVE Source Limit Compliance
188. AS a 3 C 60 1 Cancel Local On Off
189. MOVE Source Limit Compliance EDIT Source Limit Compliance EDIT 9 0 0 9 MOVE FE EDIT
190. On Off Source 5 12 Agilent B2900 2 NOTE NOTE Trigger o 6 10 1 View Single 2 Show Sweep Sweep Parameters 3 Sweep Parameters 4 EDIT 5 LIST MOVE 6 Start Stop Points 7 EDIT 8 Edit
191. S Va 25 13 DIO 13 bit 13 24 12 DIO 12 bit 12 S V 23 11 DIO 11 bit 11 5 VA 22 10 DIO 10 bit 10 GND 21 9 DIO 9 bit 9 GND 20 8 DIO 8 bit 8 GND 19 7 DIO 7 bit 7 GND 18 6 DIO 6 bit 6 GND 17 5 DIO 5 bit 5 16 4 DIO 4 bit 4 GND 15 3 DIO 3 bit 3 DIO 14 bit 14 14 2 DIO 2 bit 2 ie 1 DIO 1 bit 1 600 mA 22 23 25 a b 25 c 17 Fates Lo Lo 3 30 Agilent B2900 2 NOTE Pelt beset Ye es Agilent B2900 Config Function Trigger
192. 0 01 PLC 2 18 Agilent B2900 2 ar ttf 0 C 18 C 28 C 50 C 0 1 x C 31 8 W 6 V 3 03 A 21 V 1 515 A 210 V 105 mA 4 ee 1 10 nA 1 nA EE 1 200 mV 20 mV mu uly 101 1 5 A 3 A 105 105 mA 200V 0 1 10 90 200 mV 2 V
193. SMU H E Table 6 1 Output Connection P 4 25 Output Off State SMU HIGH Z od 40V 100 mA NORMAL 0V 100 nA 100 uA PAY Pera ZERO 0V 100 uA 100 uA
194. Agilent N1295A 4 2 2 AgilentN12959A 4 2 Agilent N1294A 001 2 2 1 2 A 1 A Figure 3 6 Bad connection 2 N1295A 3 Figure 3 7 1 2 DUT Figure 3 6 keen zi Agilent A ODE re SS lan Good connection no space Bad connection Figure 3 7 Agilent N1295A Low Force High Force NOTE N1295A
195. 2 NOTE LAN Web lL Web 2 IP Address Web Agilent B2900 3 Browser Web Control 4 Help with this Page Web agilent View amp Modify Configuration Telnet Telnet
196. 20 4 30 Math Expression 4 30 Composite Limit Test Setup 4 31 Limit Test Setup 4 32 Trace Buffer Setup Loe 4 34 ide 4 35 Trigger Configuration 4 36 Result r Fei he asa DC et OS 4 39 Measure Result cece ees 4 39 Limit Test Result occ cece eens 4 40 Trace Statistical Result 4 41 HR iene Ranh ed ein ely a rete Baloo ok a att Si 4 42 File Selection 4 42 Program Fe AI A ia Sedna he etek WN Be i AaB toad are 4 43 VOCS 23 orgie Bee a eh ease cient fn te oes 4 44 SAS RE 4 45 Format Measure 4 46 Format Math Limit 4 46 Format Trace 4 46 LAN Configuration 4 47 DIO Configuration 4 47 DIO Read Write occ cc cece cece es 4 48 Display 6 7 JAS sei es hee hs Bite oe he he ee tes 4 49 System ae VF ois Be E toed eto Re eA 4 50 5 Agilent B2900
197. CFB 4 M OO O a 2 i PET Chassis ground
198. DFARS 227 7202 3 General Public License Version 2 GPLv2 www agilent com find GPLV2 Agilent Agilent B2900 ee ae Agilent Agilent Agilent
199. Step 8 Ch 1 ovat 1 eB Y Y LINEAR Agilent B2900 2 B2900 SR View u W a Figure 1 1 View B2901A B2902A Dual 02 00400 mA mm 2 000030 v 099 6000 pA zo 1 000015 v B2911A B2912A Dual 02 00400 ma mr vE 2 000030 v 099 6000 pA gt 1 000015 v z 02 00400 mA wi v 2 000030 V Single Ch1 02 00400 mA on vl 099 6000 pA om 2 000030 v 1 000015 V 02 00400 mA 2 000030 v SY Single Ch1 Single Ch2 Graph 02 00400 mA or vii 099 6000 pA om 2 000030 V 1 000015 Vv p 4 1 8 Agilent B2900 2 Figure 1 2
200. 100000 s 50 us Agilent B2900 2 6 7 Figure 6 2 Voltage or current Trigger Trigger Trigger top vaiue Source delay 1 1 1 Measure delay 2 2 iE Pulse delay 3 i 3 1 gt e Source wait 4 lt gt Measure wait 5 gt Start value 6 Previous value Pulse width 6 6 mums Measurement Time Trigger P 4 15 Pulse P 4 14 Wait Control P 4 29 Trigger P 4 35 e Single Dual
201. AC H CAT IEC
202. Cancel Local 1 On Off 2 3 More gt System gt Cal Test gt Self Test Confirmation 4 OK Cancel Local 60 1 On Off 2 3 More gt System gt Cal Test gt Self Cal Confirmation
203. DUTCB leasure Count al 1 Delay 0 000 ps 0 000 ps Trigger MANUAL Period 0 000 ps 0 000 ps Trigger AUTO AUTO ed Trigger EDIT Se te S AUTO SYNC TIMER MANUAL Source Transient Measure Acquire Count AUTO 10
204. 1 JA gt Single 2 FA Graph gt Dual B2911A Single gt Graph gt Roll gt Single B2912A Dual gt Single 1 gt Single 2 H gt Graph gt Roll gt Dual 5 Mode Source Limit Measure More Dual Single Graph Roll Agilent B2900 2
205. 2 Table 2 15 4 X X 100 Table 2 9 Table 2 10 4 1 1 X x 100 Table 2 8 Table 2 11 1 PLC 23 C C
206. Trace Config File Selection p 4 42 File Selection 4 LET Path File Name v Path FileName R sta
207. 2 TE A oo ane r r a a a a a 5 3 PEA NO 2 E De A EEE EET 5 3 EE O CE EA 5 4 IRALE ERAT ge RC Rs 5 5 ete shenteoogane ete ncg tl died porate ecamenk te eens 5 5 5 5 ES SR SN h i 5 6 G6 kkk 5 6 PILAT Ab AATA O aa e a a A a 5 6 oo eee 5 6 LL 5 7 EF OSPR BARTS GOO ees DSO 5 7 TFET V Sea RR 5 7 5 7 5 7 E 5 8 GPIB FVA ZRET Oi e aaa s a a ER RN 5 8 Em rl ee ees Be tee ee O bb eae ot 5 8 Dis SR Bers eo IP eR ee ssl eee dich fete Sate tee tee te 5 8 A PAA eo ene RR OO re ok ae eee 5 9 5 10 DC 5 10 SA A ee PE Os ace hcl bsnl ens Mat aoe ik Seniesa S
208. 2 5 Start ME Stop Step Points 1V 2 V 11 Step 4 WOU Graph view Step 5 Ch 1 AA DF BF 3 Step 6 Ml Step 7 Auto Scale ze Ft LT 1 E 1 Source 1 High Force Low Force 1 ko Y I A LINEAR X
209. 2 Step 1 Step 2 2 DC DC B2900 DC DC i ae B2900 DC 500 mV ET Source lL 1 Mode 2 ch1 Mode Source EDIT BTR 2 VOLTS VVZ 4 MOVE Bg Source VOLTS 000 0000 mv Source 1 1 source 2
210. Cancel Local 5 8 Agilent B2900 2 Agilent B2900 DC Low
211. aces eee fail failed by exceeding upper limit GRADING GRADING failed by exceeding lower limit GRADING GRADING Composite Limit Test GPIO Pins DIO Agilent B2900 2 4 33 Func
212. 31 8309886 kHz gt gt OFF gt VARIES gt DC gt ON OFF 0V gt 2V gt ON gt 2V gt 0 2 V gt Agilent B2900 2 6 35 gt 1 OV gt OV 1 gt OV gt 100 pA gt 100 nA gt ON gt 100 pA gt 10 nA B291x gt 100 nA B290x gt 1 gt OA gt 0A 1 gt
213. I C CE CE 3 US C Tick N10149 Radio Communication Act 1992 lt EBMC G EMC ICES NMB 001 ISM ICES 001 ICES NMB 001 Cet appareil ISM est conforme la norme NMB 001 du Canada amoup 1 Industrial Scientific and Medical Group 1 Class A CISPER 11 ISM CLASS A RoHS 6 MCV HM HE RoHS MCV EFUP Environmental Friendly Use Period 40
214. VOLT c O CURR c 0 VOLT c 1 CURR c 1 Agilent B2900 2 6 17 VARALPHA VOLTCOEF VARALPHA log CURR c 1 CURR c 0 log VOLT c 1 VOLT c 0 CURR c 0 VOLT c 0 IL V CURRIc 1 VOLT c 1 VOLTCOEF RES c 1 RES c O RES c 1 VOLT c 1 VOLT c O 100 RES c 0 RES c 1 1 1 2 VOLT c 0 VOLT c 1 1 2
215. On Off High Voltage Interlock SMU I WEEE 2002 96 EC WEEE 2002 96 EC WEE 1
216. Table 4 7 Table 4 7 W ARM TRIGger Trigger TRIGger Arm ARM Table 4 7 ALL Transient Acquire Trans Transient Acq Acquire 1 mmitate Abort 1Immediate
217. 4 Low Terminal State FLOATING GROUNDED 5 OK Low Force Low Sense 250 V 1 2 Dual 1 2 Limit Compliance Function Low Force Low Sense 250 V IEC 61010 2 031
218. GPIB lt 0 001 PLC 20000 12500 19500 12500 0 01 PLC 4500 3950 4500 3950 0 1 PLC 500 490 500 490 1 PLC 49 49 49 49 1 2500 2 26 Agilent B2900 2 0 C 55 C 30 C 70 C 30 80 RH 10 90 RH 0m 2 000 m 0m 4 600 m 90 V 264V 47 Hz 63 Hz VA 250 VA EMC IEC61326 1 EN61326 1 AS NZS CISPR 11 IEC61010 1 EN61010 1 CAN CSA C22 2 No 61010 1 04 C US CE cCSAus C Tick 88 mm x 213 mm x 450 mm 180 mm x 260 mm x 480 mm e B2901A B2911A 5 0 kg B2902A B2912A 6 4 kg Agilent B2900 2
219. Figure 6 1 1 1 Source delay 2 Measure delay Agilent B2900 2 6 5 3 Source wait 4 Measure wait 5 Period TIMER MANUAL Figure 6 1
220. Layer Action 88 Trigger Output iat Timing ARM ARM TRANS ON BEFORE Transient ARM ARM ON AFTER TRIGger TRIGGER a ON BEFORE TRIGger TRIGGER Acquire ON AFTER Transient 7 ACTION TRANS ON BEFORE Transient ACTION TRANS ON AFTER Acquire ACTION ACQ ON BEFORE Acquire ACTION ACQ ON AFTER P 4 47 6 30 DIO Configuration Agilent B2900 2 2 Transient
221. 2 3 ALL 1 2 Ch 1 1 Ch 2 2 Initiate Abort Immeditate Agilent B2900 2 4 35 Trigger Trigger Configuration Tuh Single Trigger p 4 15 Ch Layer Action Count Bypass Trigger Source Period 4 36 2 1 Chl 2 Ch2
222. 2 2 11 Table 2 2 DC a B2901A Bata pe B2902A B2912A ionAd 10 fA 0 lt I lt 10 5 nA 3210V 4210 V 50 us lt t lt trax 100nA 1pA 100fA 0 lt I lt 105 nA luA 10pA pA 0 lt I lt 1 05 uA 10 A 100pA 10pA 0 lt I lt 10 5 pA 100nA InA ioopA 0 lt H lt 105 nA 1mA 10nA 1nA 0 lt I lt 1 05 mA 10mA ioonA ionA 0 lt I lt 10 5 mA 100mA 1pA ioonA 0 lt I lt 105 mA 1A 10 nA 1 nA 0 lt I lt 105 mA 105 mA lt lt 105A 321V 321V 0 lt I lt 1 05 A 200 V 50 us lt t lt 2 5 ms 180 V 50 us lt t lt 10 ms 1 5 A 0 lt I lt 105 mA 210V 210V 50 us lt t lt trax 105 mA lt lt 1 515A 21V 21v 0 lt lt 1 515 A z 200 V 50 us lt t lt 2 5 ms 0 lt I lt 1 05 A 180 V 50 us lt t lt 10 ms 3A 100pA 10pA 0 lt I lt 105 mA 210 V 210V 50 us lt t lt trax 105 mA lt lt 1 515A 21V lv 1 515 A lt I lt 3 03 A 6V 6V 10 A 0 lt I lt 10 5 A m 46 V 50 us lt t lt 1ms 0 lt I lt 1 515 A 200 V 50 us lt t lt 2 5 ms 0 lt I lt 1 05 A 180 V 50 us lt t lt
223. B2900 System gt PLC System gt Reset System gt Cal Test gt Self Cal System gt Cal Test gt Self Test System gt Error gt Log System gt Error gt Clear System gt Timestamp gt Clear System gt Timestamp gt Auto CLR System gt More gt Start up System gt More gt Sound System gt More gt SCPI System gt More gt Info gt Date Time
224. Load List Sweep Data GUI Path Points Max Min SME csv txt Agilent B2900 2 4 13 pm Pulse Pulse ON Peak 05 00000 wv Delay 0 0 ib E 0 0 0 ms Width O25 0000ms ON OFF Pulse
225. lt 50 us oe 20 V lt 110 us 200 V lt 700 us 0 1 3 A 0 3 10 190 10 nA 100 nA lt 10 ms 1 nA lt 500 us 10 uA 100 pA lt 230 ps Agilent B2900 2 2 19 1mA 3A lt 80 us 10 Hz 20 MHz 3 mVrms 20 V range lt 0 1 10mV 10 90 lt 0 1 3 A 0 3 10 90 lt 250mV 100kQ 20 MHz lt 230 mV R 20 MHz
226. 1A 20 V 1 5 ms 1A 200 V 20 ms 100 mA me EmA 5 V 1 nA 230 ms 10 nA 100 pA 23 ms 1 mA 10 mA 0 23 ms 100 mA 3 A 100 us 1 nA 230 ms 10pA 100pA 23 ms 1 mA 3 A 1 ms 10 ms 10 Hz 20 MHz 20 V 4 5 mVrms 0 1 20 V lt 230 mV 20 MHz FOA 10 nA 100 nA gt 1nuA 2 24 Agilent B2900
227. 2 P 3 19 42 V LET 0V SMU 6 32 Agilent B2900 2 30 C
228. 8 Trigger p 6 27 1 View Single 2 Show Trigger Trigger Trigger p 4 1 3 Trigger 4 EDIT 5 AUTO SYNC TIMER MANUAL MOVE 6 Co Measure Count Delay Period Trigger 7 EDIT 8 Count Delay Period Trigger 9
229. B2901A B2902A c 10A DC d 0 01 PLC Agilent B2900 2 2 17 Table 2 10 Table 2 11 B2901A B2911A B2902A B2912A 200 mV 0 1 uV 0 1 uV 0 015 225 uV 2 V 1 uV 1 pV 0 02 350 uV 20 V 10 uV 10 uV 0 015 5 mV 200 V 100 uV 100 uV 0 015 50 mV B2901A B2911A B2902A B2912A 10 nA 10 fA 0 10 50 pA 100 nA 100 fA 100 fA 0 06 100 pA 1 pA 1 pA 1 pA 0 025 500 pA 10 pA 10 pA 10 pA 0 025 1 5 nA 100 pA 100 pA 100 pA 0 02 25 nA 1 mA 1nA 1nA 0 02 200 nA 10 mA 10 nA 10nA 0 02 2 5 uV 100 mA 100 nA 100 nA 0 02 20 uV 1 A 1 pA 1 uA 0 03 1 5 mA 1 5 A 1 pA 1 uA 0 05 3 5 mA 3 A 10 uA 10 uA 0 4 7 mA 10 AP 10 pA 10 pA 0 4 25 mA a 10nA B2901A B2902A b 10A DC c
230. V DC V Ip i A DC A Voap 250 V Ip lt 105 mA VoAp 39 V Ip gt 105 mA Vp gt 6V Voap 21 V Ip gt 105 mA Vp lt 6V Vp V Ip A Agilent B2900 2 6 33 Agilent B2900 RST Table 6 6 GPIO Digital In GPIO D14 High Voltage gt GPIO Negative gt GPIO Edge gt GPIO Both gt GPIO 100 us gt 7 gt OFF
231. 6 5 IVA TR CG A a A 6 7 6 7 2 6 8 Hie EE ducer aces etd ee chee ease EA ROR a Lee Te Be See 6 9 ft PEL oe CRE So Dok Sa tet Ae Sst aise RS 6 9 NN 6 10 RA EN ER NI 6 11 6 12 HIA ARE e a a a a a a a a a aaa ala 6 13 IEAA AA A A e At TN EO 6 14 A a e a E ET TE A 4 tae TE EAEE 6 15 ann U a AA ttn ec E AEE ASAA 6 16 Eea a a a a et a a a ane a ea 6 16 PEAS HE sueeropank EN ae ade Sea asta Re 6 17 Agilent B2900 2 POEs Oth RR a aa 6 17 4 1 6 18 SS PR ee SAS SN 6 20 eS i PN NC Ie Se ec a OG ne 6 23 PAD tx PE eis inocu E Wide hotd aiken kena ities 6 25 6 26 EE 6 27 RR ae ee CE ee 6 27 FRC DE 6 29 RUD I RE HH 6 30 4 6 31 APE ATL SS l aie dieses Reese we is ees ec se ee ee Po ee a Sy 6 32 AUB Ge oe geet tance taeda Berar Ps ey et ca XO a AN Oe lg yee ah 6 33 O ease HE AS a i issu E ss eds Nees eh op ec ti ais roi aca Paya Dele oe 6 34 Agilent B2900 2 2 NOTE NOTE 2
232. EXT14 Table 4 8 TIMER Agilent B2900 2 Trigger Ch Layer Action TIMER 10 us 100000 s Trigger Delay Ch Layer Action 0 100s TriggerOutput ON OFF ON Ch Layer Action Figure 6 8 p 6 28 DIO Configuration p 4 47 Trigger Output EXT1
233. OHMS Vmeas Imeas 4 32 Agilent B2900 2 Test Index Limit Test Function Pass Pattern Fail on Fail Pattern Up Pattern Up Limit Low Pattern Low Limit Fale heise s Ur ees Function Vmeas Imeas p 6 16 No 1 No 12 1 lt 12 I 12 Limit Test Result p 4 40 ON OFFE COMPLIANCE COMP LIMIT COMPLIANCE LIMIT pass SORTING OUT IN AS ag ai
234. Y ee eee T A AMPS vV VOLTS V R Q OHMS R P W WATTS P MATH MATH t s TIME O X V1 Ch 1 V V1 2 1 v2 Ch2 V V2 2 X Auto Scale Dump Screen Show Curs Hide Cursors File Selection Dump Screen JPEG USB A USB ors Cursors Cursors Ch n Source Chn Limit 4 18 Agilent B2900 jpg
235. P 4 43 Start up P 4 51 32 1H 100 KB FRU TS HAV Pro Y H gram 7 Run Pause Step Stop Continue
236. 1 Source We Md Bese LV eh LCD 1 High Force Low Force 1 ko Source VOLTS 0 497000 mA 0 500000 v Limit Compliance 0 500005 V ch 1 E 1 Agilent B2900 2 1 5 2 B2900
237. 1 More gt System gt Timestamp 2 Clear HPL EF Confirmation 3 OK Cancel Local 1 More gt System gt Timestamp 2 Auto CLR 3 ON OFF cae Cancel Local Agilent B2900 2 5 7 1 More gt System gt More gt Info 2 Revision Revision 3 OK GPIB 1 More gt JO
238. Agilent IO Libraries 16 0 Basic Visual C LabVIEW LabVIEW VI National Instruments LabVIEW 7 0 NIICOM Visual C Agilent B2900 2 Agilent VEE Microsoft Visual Studio Visual National Instruments LabWindows FE http wwwr agilent com B2900A 2 33 Agilent B2900 Quick Reference 1 Product Reference CD ROM 1 e Agilent IO Libraries CD ROM 1 1 USB 1 Product Reference CD ROM Agilent B2900A IV
239. CancelLocal 5 14 Agilent B2900 2 p 6 11 1 Config gt Source gt Filter Outoput Filter 2 Output Filter p 4 26 3 Apply OK CancelLocal 2 4 p 3 11 1 Config gt Source gt Connection Output Connection
240. DUT 2 4 2 Force Sense Force DC 4 Force Sense Force Sense DUT 1 Config gt Source gt Connection Output Connection 2 Sensing Type 2 2 WIRE 4 4 W
241. IO Format LO P 4 44 Trace Buffer Setup P 4 34 Figure 6 7 VOLT CURR RES TIME STAT SOUR CALC BHA des MEAN SDEV MIN MAX PKPK PKPK Trace Statistical Result Tra
242. 0 05 inch 10 16442B 810 10 16442B 811 6 16442B 812 6 16442B 813 6 16442B 814 6 16442B 821 TO 4 16442B 822 DIP 18 16442B 823 28 DIP 16442B 890 16493G UO 16493G 001 1 5m 16493G 002 3 0m 16494A 16494A 001 1 5m 16494A 002 3 0m 16494A 003 80cm Agilent B2900 2 2 35 Sia On Agilent B2900 Table 2 18 Table 2 18 A6J ANSI Z540 UK6 F
243. 2 1 Chl 2 Ch2 1 MEAN STD DEV MIN MAX KAE PK PK 1 Agilent B2900 2 SS betes DO ABSOLUTE ABS To DELTA DELTA LAN Configuration LAN mDNS mDNS DNS ON OFF IP Address Config IP AUTO MANUAL AUTO DHCP IP Address IP MANUAL
244. Agilent B2900 Agilent B2900 DC B2900 1 B2900 AC 2 B2900 LCD NM Single view 2 Dual view DUT DUT p 3 10 1 2 Agilent B2900
245. T O gt Format gt Byte Swap LAN T O gt LAN gt Config LAN VO gt LAN gt Status LAN IO gt LAN gt Reset LAN VO gt LAN gt Default 1 14 Agilent B2900 2 USB 1O gt USB GPIB I O gt GPIB GPIB IO gt GPIB Digital O LO gt DIO gt Config Digital O VO gt DIO gt RIW Table 1 9
246. BEST AUTO FIXED ED Sweep p 4 27 4 Apply OK Cancel Local 1 Config gt Source gt Sweep Sweep 2 Ch 3 Sweep Direction UP DOWN Sweep p 4 27 4 Apply OK Cancel Local 5 18 Agilent B2900 2
247. Result File Program IO Display System J Agilent B2912A Precision Source Measure Unit 083 0495 nA 000 1418 mV 100 0 081397 pA 000 0186 mV S AUTO Count Trigger P 4 15 4 2 Agilent B2900 2 Trigger Auto View Vale heave US eS ao DC 100000
248. 10 ms 2 12 Agilent B2900 2 a 1 2 Table 2 4 POT DC H ea oy T H 50 us lt t lt tmax 99 9999 ks gt b 500 mA 50 us lt t lt 1 ms 50 ms 50 us lt t lt 2 5 ms c 50 us lt t lt 10 ms 99 9999 50 us lt t lt tnax 2 5 50 us lt t lt 1 ms 30 us lt t lt 2 5 ms 30 us lt t lt 10 ms d B2911A B2912A B2901A B2902A Table 2 3 DC l f B2901A B29I1A 7 ae DC ULA t B2902A B2912A 0 2 V 1 uV 0 1 uV 0 lt V lt 0 21 V 3 03 A 3 03 A with 50 us lt t lt tnax 2V 10 uV l uV 0 lt V lt 2 1 V 10 5 A with 50 us lt t lt 1 ms 20V 100uV 10uV 0 lt V lt 6V 6V lt IV lt 21V 1 515 A 1 515 A with 50 us lt t lt tnax 200 V 1 mV 100 uV 0 lt Vi lt 6V 3 03 A 3 03 A with 50 us lt t lt thay 10 5 A with 50 us lt t lt 1 ms 6V lt V lt 21V 1 5
249. ARM acquire AUTO TRIGger acquire Measure Count 100 TRIGger acquire Measure Trigger AUTO TRIGger acquire Measure Period 10 Source Delay Measure Delay 0 p 4 5 Agilent B2900 2 4 3 Cancel Local On Off SMU
250. Australia New Zealand AS NZS CISPR 11 2004 Group 1 Class A 4 kV CD 8 kV AD 3 V m 80 MHz 1 GHz 1 4 2 GHz 1 V m 2 2 7 GHz 0 5 kV signal lines 1 kV power lines 0 5 kV line line 1 kV line ground 3 V 0 15 80 MHz Voltage Dip 0 for 1 0 5 cycle 70 for 25 30 cycles Short Interruptions 0 for 250 300 cycles Safety EC 61010 1 2001 EN 61010 1 2001 Canada CAN CSA C22 2 No 61010 1 04 C US Supplementary Information The product was tested in a typical configuration with Agilent Technologies test systems This DoC applies to above listed products placed on the EU market after Year of the CE marking 11 July 20 2012 Date M FAT Toshiyuki Kawaji QA Manager Agilent Technologies Hachioji Semiconductor Test Division For further information please contact your local Agilent Technologies sales office agent or distributor or Agilent Technologies Deutschland GmbH Herrenberger StraBe 130 71034 Boblingen Germany COMPLIANCE WITH GERMAN NOISE REQUIREMENTS This is to declare that this product is in conformance with the German Regulation on Noise Declaration for Machines Larmangabe nach der Maschinenlarminformation Verordnung 3 GSGV Deutschland Herstellerbescheinigung GERAUSCHEMISSION Lpa lt 70 dB am Arbeitsplatz normaler Betrieb nach DIN 45635 T 19 Manufacturer s Declaration ACOUSTIC NOISE EMISSION Lpa lt 70dB operator position normal operation per ISO 7779 South Korean Cl
251. EE 3 13 N1295A 3 14 16442B 3 15 dm Aly ASAIN Sh E E EA ee AE a Tae ate Se E 3 18 3 18 INAS A 3 19 EE 3 22 agIBAUSB2O ET 3 22 EANI KK KK 3 24 LAN 3 26 Web 3 26 elnet TO 3 27 SPE TANS GANGES Te PENTE EE Sos sie eM ace ER SR 3 27 Biqital0 SO 3 29 2 4 3 PAAS A ETZAN EE ES RR RS 4 5 Dual SS EE RR 4 6 Sinde Et RE NA RE 4 8 Gfaph SAS 4 17 Roll SLEIAINNSSSIRSSSSRDNNSSEINOIOISSINNI SD SN 4 19 NAS 4 22 lia hie catia ees tn colt ER 4 23 Confid St ZI A sds ka pa enone te etal 4 24 Output Connection 4 25 Output Filter ole eee 4 26 Sweep 4 27 Agilent B2900 2 Ranging occ cece cece eee eee ens 4 28 Wait Control 4 29 Functinn
252. I t V t 1000 B2911A B2912A 2 28 Agilent B2900 2 VRR re M 6 o gt 3 1
253. Start Stop LOGDOUBLE Start Stop Start LIST List sweep p 4 13 Start Stop Points Step a LOG LIST EDIT nA uA mA A mV V Sweep p 4 27 Range Source Volt Spot Source Amps Spot AUTO BEST FIXED 4 12 Agilent B2900 2
254. p 4 11 1 View Single Ranges Hide XXXX 2 Measure Volts Measure Amps Measure Ohms 3 EDIT 4 AUTO FIXED MOVE Co 5 Measure Volts Measure Amps Measure Ohms 6 EDIT 7 p 6 9 1 View Single
255. 2 27 4 3 TFT WQVGA 480x272 LED GUI 4 Single Dual Graph Roll Single Dual 1 2 6 B2902A B2912A Graph 2 I V I t V t XY Roll
256. 44 Format NEVER NEXT NEVER NEXT NEVER 1 100000 y Yr T Agilent B2900 2 Config Initiate Abort Immediate Table 4 7 Trigger Trigger Trigger 4 ET Figure 6 8 p 6 28 au Trigger Configuration p 4 36 ARM
257. B2900 2 Table 4 5 Config Sweep Ch 2 1 Ch 1 2 Ch 2 Sweep Ranging BEST AUTO FIXED Table 4 5 Sweep Direction UP DOWN Output after Sweep START VALUE START END VALUE END BEST
258. Connection P 4 25 Auto Output On Auto Output Off 6 14 Agilent B2900 2 0 01 uF 50 uF 1uA 10A Output Connection P 4 25 High Capacitance Mode Agilent B2900 2 6 15 NOTE B2900 OHMS R
259. D chargez les ventuels condensateurs si la capacit est connect e a une unit SMU Informez les personnes travaillant proximit de instrument des conditions Agilent B2900 210 Vdc 3 Interlock High Force Guard High Sense On Off
260. Patten failed by exceeding upper limit i Low Pattern failed by exceeding lower limit k Up Limit Low Limit z p 5 25 E Apply E OK Cancel Local MATH p 5 24 5 28 Agilent B2900 2
261. ai Figure 3 1 1 Source Vc 3 Mode Limit Compliance Source Limit AUTO 200mvV Measure AUTO Ona AUTO moh 200MQ Function Result Figure 3 2 2 Ch1 Mode chi Source chi Limit A f me chi The Me Measure More Function Result 1 More gt System gt Error gt Log Error Log 0 No Error OK Agilent B2900 2 WARNING WARNING BE Agilent B2900
262. nA 10 mA 0 lt I lt 10 6 mA 10 nA 100 mA 0 lt I lt 106 mA 100 nA 1A 0 lt I lt 1 06 A 1 uA 1 5 A 0 lt I lt 1 53 A 3A 0 lt I lt 3 06 A 10 uA 10A 0 lt I lt 10 6 A a B2911A B2912A B2901A B2902A b DC 2 14 Agilent B2900 2 Table 2 6 Table 2 7 0 2V 0 lt V lt 0 212 V 0 1 pA 2V 0 lt V lt 2 12 V 1 uA 20 V 0 lt V lt 21 2 V 10 pA 200 V 0 lt V lt 212 V 100 uA 2O 0 lt R lt 2O 1 uQ 1A 202 2Q lt R lt 20Q 10 uQ 100 mA 200 2 20Q lt R lt 200Q 100 uQ 10 mA 2kQ 200Q lt R lt 2kQ 1 mQ 1 mA 20 kQ 2kQ lt R lt 20kQ 10 mQ 100 nA 200 KQ 20 KQ lt R lt 200 KQ 100 mQ 10 pA 2 MQ 200 kO lt R lt 2 MQ 1Q 1 uA 20 MQ 2 MO lt R lt 20 MO 10 Q 100 nA 200 MO 20 MO lt R lt 200 MQ 100 Q 10 nA 1 Agilent B2900 2 SBNS RES MODE 2 15
263. 0 nA 100 nA 1 PLC 0 01 PLC SHORT 0 01 PLC MEDIUM 0 1 PLC NORMAL 1 PLC LONG 10 PLC MANUAL p 6 5 MANUAL PLC 1 us ms sS Show Sweep Sweep ET Sweep p 4 12 Hide Sweep Hide Sweep Range Range p 4 11 Show Sweep Show Pulse Pulse Pulse p 4 14
264. 1 1 Trigger Trigger Acquire device action for voltage or current measurement Measure delay Measure Measure delay Measure 1 1 l l I l 1 1 I l I l 1 gt gt Trigger Trigger Agilent B2900 2 6 29 Table 6 5 B2900 Digital TO Digital TO 1H Digital VO Digital O Configuration P 4 47 H P 3 29 DIO Table 6 5 Trigger Configuration P 4 36 Layer Action Trigger Output DIO Configuration P 4 47 Output Trigger Timing Trigger Durput
265. 12 Sweep P 4 27 Sweep P 4 27 Pulse P 4 14 P 4 13 Double Sweep x Agilent B2900 2 6 9 Figure 6 4 SMU Figure 6 4 e B2901A B2902A 20 us e B2911A B2912A 10 us
266. 14 4 38 Agilent B2900 2 Measure Limit Test Trace Fel betas Wore ie Result Result Result 3 Measure Result p 4 39 Limit Test Result p 4 40 Trace Statistical Result p 4 41 Measure Result 100000 Type Point Ch Type 2 1 Ch 1 2 Ch2
267. 15A 1 515A 50 us lt t lt tnax 21V lt IVI lt 210V 105mA 105 mA 0 lt V lt 180 V a 1 05 A 50 us lt t lt 10 ms 0 lt V lt 200 V 1 515 A 50 us lt t lt 2 5 ms a 1 2 DC 30 us lt t lt tnax 99 9999 ks Table 2 4 b 99 9999 30 ns lt t lt t 2 5 50 ps lt t lt 1 ms 50 us lt t lt 2 S ms 50 us lt t lt 10 ms Agilent B2900 2 2 13 Table 2 4 2 a sa 0 lt V1 lt 6 V 0 lt V2 lt 6 V Il 12 lt 4A 6 V lt IV2 s21 V 1 2x16 lt 4A 6V lt IV1 lt 21 V 0 lt V2 lt 6V I1 I2 x 0 625 lt 2 5 A 6V lt IV2 lt 21V Il I2 lt 2 5A a Il 1 I2 2 Table 2 5 10 nA 0 lt I lt 10 6 nA 10 fA 100 nA 0 lt I lt 106 nA 100 fA 1 uA 0 lt I lt 1 06 pA 1 pA 10 uA 0 lt I lt 10 6 pA 10 pA 100 uA 0 lt I lt 106 nA 100 pA 1 mA 0 lt I lt 1 06 mA 1
268. 3 Over Too Protection 4 E Apply Su EX EX E OK Cancel Local p 6 15 iN N OFF p 6 13 1 Config gt Source gt Connection Output Connection Agilent B2900 2 2 Ch 3 Output Off State HIGHZ ZERO
269. 5 A 6 V 3 03 A 1 Table 2 4 Table 2 13 fe hast 200 V 1 5 A 200 Q 0 1 1 ms 6V 10 5 A 0 60 0 1 0 2 ms 1 5 A 200 V 65Q 0 1 2 5 ms 10 5A 6V 0 50 0 1 0 2 ms Table 2 14 lt 1PLC 0 2 V 2V 200V 10nA 100nA 1pA 100mA 1A 3A 0 1 PLC 0 01 0 01 0 1 0 01 0 01 0 01 0 01 PLC 0 05 0 02 1 0 1 0 05 0 02 0 001 PLC 0 5 0 2 5 1 0 5 0 2 2 22 Agilent B2900 2 ar ttf 2 4 Low PA 1
270. Agilent B2900 ee Agilent Technologies N Na Agilent Technologies Inc 2011 Agilent Technologies Inc B2910 97010 2011 3 2 2011 7 Agilent Technologies Inc 5301 Stevens Creek Blvd Santa Clara CA 95051 USA Agilent
271. Agilent B2900 2 Table 1 1 B2900 View Ch 1 On Off Ch 2 On Off AL Cancel Local Cancel Local Cancel Local Trigger Auto EDIT MOVE Table 1 2
272. Chn Ch 1 Ch 2 Rol Y oe wn I AMPS V VOLTS V R OHMS Q P WATTS P Agilent B2900 2 4 21 TRAP VESTA bi SS AUTO ARM CoA Table 4 4 AUTO A ARM HV 42 V n n n 1 2 REM A
273. FS eho yy USB EA RONG Agilent B2900 2 2 29 i 1 2500 DC B2901A B2902A 20 us 1 ps B2911A B2912A 10 us 1 us B2901A B2902A 20 us 50000 B2911A B2912A
274. IRE 3 OK 4 Single Dual 4 THC Dual 1 4 chi Source eee chi W Measure Function i Result Agilent B2900 2 3 11 Figure 3 4 CAUTION WARNING ai PROT Ae Low Force Low Sense chassis ground Low Config gt Source gt Connection Output Connection
275. NOTE NOTE LAN LAN NOTE DHCP DNS IP LAN LAN LAN LAN Configuration p 4 47 3 Agilent IO Libraries Suite D Connection BExpert Connection Expert IP Agilent Technologies USB LAN GPIB Interfaces Connectivity Guide
276. Off R ce Trigger DC Auto DC Source auld 5 2 Agilent B2900 2 NOTE B2900 MOVE Fo EDIT
277. P 14 HIGH VOLTAGE LAMP POSITIVE POS NEGATIVE NEG EDGE LEVEL AFTER ARM TRIGGER ACTION BEFORE BOTH 10 ps 10 ms Trigger p 4 35 DIO Read Write Digital VO Format Mask Value Value 2 BIN 10 DEC 16 HEX Mask Value Digital TO READ Digital VO
278. SO 1 Config gt Source gt Connection Output Connection 2 Ch 3 Auto Output Off ON OFF 4 Apply OK Cancel Local Agilent B2900 2 5 17 p 6 4 1 Config gt Source gt Sweep Sweep 2 Ch 1 3 Sweep Ranging
279. TS OHMS Vmeas Imeas Vmeas Tmmeas a N m HIE p 6 16 ar a Agilent B2900 2 4 41 Save Load Files 7 7 File File USB A USB File Selection p 4 42 1 Measure Math Limit Test
280. ass A EMC declaration This equipment is Class A suitable for professional use and is for use in electromagnetic environments outside of the home AF 717 AFE BEFANA ANE AFLAR AAA A qag HES aege oA AS FAAN A 4 AAAA AAAA ALE AS FAL a ch NOTE WARNING ET Agilent Technologies CD ROM www agilent com
281. cccccE ddd Agilent B2900 2 5 29 NOTE ee ZR p 6 23 ih BUYSA Trigger Trace Buffer Setup p 4 34 1 Function gt Trace Torace Buffer Setup 2 Ch 3 Feed Data IX 4 Buffer Control
282. ce Statistical Result P 4 41 a 6 q q Agilent B2900 2 6 23 B2900 USB A USB SCPI NOTE B2900 Figure 6 7 Sense Voltage Current Result gt Meas File gt Save gt Meas 4 y MATH Result gt Meas 4 a a a CALC TIME Limit Test File gt Save gt Math STAT Offset Binning Result gt Limit CALC File
283. ection p 4 25 Filter Output Filter p 4 26 Sweep Sweep p 4 27 Measure R Compen p 6 16 1 ON OFF LEV 2 ALL Ch 1 Ch 2 ALL 1 2 Chl 1 Ch 2 2 ON OFF Ranging Ranging p 4 28
284. ek 5 10 i 5 10 HIV S ARE T A ena aan I 5 11 PSAP Ie BE dO E E E E lt 5 11 P A EEN E44 i TEN 5 12 ENPE eA sent Ata cua eee E cnc E 5 13 5 14 YS eh Opin te eee S A n a a a a i 5 14 HIZA JU GF eee EG ON e 5 15 Agilent B2900 2 e N A A EA E dR 5 15 Low mT OWE RIE T Anie 5 15 5 16 5 16 EE Td Ae Pipe Ee ee I ca Nii lean EE 5 16 EEn AAE E 5 17 Li 5 17 5 18 deletes Sig i tens RS RE SS GR 5 18 dole Ce Ie RES OA iced ee hee een 5 19 pos viene A A E 5 20 EME cea Ba S See a E ROPE ER eee 5 20 a 20325 0 Sb SS 8 5 20 ARI ef kt ish tat See a tie Gt ER 5 21 TE ee PS acd a ch ns gas Nie a Sin Macey call lctaer ale 5 21 MEARE ee es ee thle u
285. gilent B2900 can force dangerous voltages 210 V at the High Force Guard and High Sense terminals To prevent electric shock hazard the following safety precautions must be observed during the use of Agilent B2900 Use a three conductor AC power cable to appliance coupler inlet and the instrument to an electric ground safety ground Prepare shielding box which covers interface to a device under test and equipped with interlock circuit that opens when the door is opened Before performing measurement connect the interlock circuit to the Interlock terminal of this instrument Confirm periodically that the interlock function works normally Before touching the connections of the High Force Guard and High Sense terminals turn the instrument off and discharge any capacitors of the measurement path If you do not turn the instrument off complete all of the following items regardless of any instrument s settings Terminate source output by pressing the On Off switch confirm that the On Off switch turns off Confirm that the High Voltage indicator is not lit e Open the shielding box access door open the Interlock terminal Discharge any capacitors if the capacitance is connected to an SMU Warn workers in the vicinity of the instrument about hazardous conditions Gefahr durch Hochspannung Von den Ger ten Agilent B2900 k nnen Spannungen an den Anschl ssen High Force Guard und High Sense von bis
286. gt Save gt Limit TIME STAT l l l l File gt Save gt Trace 4 v le Se Result gt Trace 6 24 Agilent B2900 2 Table 6 4 FULT A ERAR SCPI Agilent B2900 SCPI Command Reference 100 1 Table 6 4 1 Ges Be 256 1 THE
287. i et et cha esl J 5 21 MEL a eS a NR EN aaa 5 22 ARE OR Gh tea dda ashe Read bee 5 22 5 23 os Sas oe Re Seed dee wd 5 23 5 24 et 5 24 Le Pee SU IS Sh re hard Si nn ert ae aS ER 5 25 Se a hg 0 IRS ee Ae en Oe ee 5 26 Eh as a BU Ree pe FARERETS a wena es ae BSE ets 5 26 5 27 5 29 8000OT gt 5 30 FSR EPIA ee ed SR ee 5 30 Wal ae eo ea ae Mees a tai et doe ie te 5 31 Agilent B2900 2 GDB 5 32 PEA or Nae eet o gt Coleg NR a e 5 32 SS Sk ree 5 32 6 Se TK 3 6 3 A RR Bk 6 3 LAS CE 6 4 6 4 Jel TIE Hee enna este sate tara te Seta tana haat each a eo Ma tatcha Reade tet Sta 6 5 6 5 Ae a Noe FE NN i EAE 6 5
288. ibraries Connectivity Guide LAN LAN DHCP DNS Connect to LAN To site LAN DOrt on LAN cable To network Instrument interface card NIC A EA 1 CD Agilent IO Libraries Suite 2 LAN LAN REIL DHCP GA DHCP 1 3 24 Agilent B2900 2
289. igger output gt Trigger output before TRIGger after TRIGger TRIGger count 0 y Yes TRIGger Event No T gt fe gt events detector eer 1 to 100000 TRIGger count 1 y TRIGger delay Trigger output Trigger output before Device action after Device action AA Device action Transient or Acquire 6 28 Agilent B2900 2 EIUN Sar A B2900 Transient Transient Source delay Acquire Acquire Measure delay Figure 6 9 Transient Acquire Transient device action for voltage or current output Source delay Source delay k 3 Step value 1 1 1 Step value
290. ilent 3101 3241 _y 10 2 4 3 27 5 10 9 3 2 3 1 Switch off Switchon A 6 2 0 O 1 15 9 y 3 4 Units mm 27 8 6 8 Agilent B2900 2 3 21 CAUTION NOTE 1 kV GPIB LAN USB 3 LAN LAN LAN LAN
291. ilent B2900 2 NOTE e Agilent B2900A IV PC IV Such E GPIB LAN GPIB LAN USB U TH SMU4 USB B2900 1 Windows 7 64 bit 32 bit XP SP3 32 bit Microsoft NET framework 4 0 Agilent IO Libraries 16 0 Agilent B2900A 1 ba B2900 He LAN B2900 1 IVI C IVI COM Windows 7 64 bit 32 bit XP SP2 32 bit
292. l AUTO Count Trigger P 4 15 Auto 2 4 Agilent B2900 2 CAUTION Fale et DC Source Single Dual Roll USB A USB USB 10 USB B2900
293. ly 3 OK Cancel Local 1 Ranging p 4 28 Config gt Measure gt Ranging Ranging Ch Current Auto Ranging NORMAL SPBED RESOLN Threshold Voltage Auto Ranging NORMAL SPEED RESOLN Threshold nt 5
294. nfig DIO Configuration p a Digital I O a R W DIO Read Write p 4 48 Digital IO 4 44 Agilent B2900 2 Tet helt joe Format Measure Math Limit Trace Data Type Byte Swap 5 Format Measure Format Measure p 4 46 Format Math Limit Format Math Limit p 4 46 Format Trace
295. ngle B2912A Dual gt Single 1 Single 2 H Graph gt Roll Dual Cancel Local B2900 B2900 B2900 o Agilent B2900 2 2 5 CAUTION CAUTION Fay ks As VANE MOVE NE REN RN EDIT EDIT MOVE MOVE
296. orr 2 4 N1295A 16442B 42 V Digital JO 42 V Ae Ammen ale p 3 19 ir EJEN 3 10 Agilent B2900 2 Figure 3 3 2 4
297. sitive gt R 6699 gt 0 gt ON gt ON gt 100 gt Agilent B2900 2 6 39 Table 6 10 IMM gt ON gt 0 gt 0 gt GRADing gt GPIO gt GPIO gt BUSY GPIO EOT gt GPIO SOT gt VOLTage gt 0
298. ther amp Data No Immediate No Yes No Yes y y Output Saved Output Fail Pattern Pass Pattern Another Yes Device No y END D GRADING MODE Agilent B2900 2 6 21 Figure 6 6 START Vv m gt Wait for SOT v Source and Sense Yes Yes No No Yes y y Display FAIL Display PASS y AA Output Output Fail Pattern Pass Pattern Another Device vee SORTING MODE 6 22 Agilent B2900 2 A Sa RC Cen Figure 6 7 ene gt NEA
299. tion p 4 47 LAN Status LAN Status LAN Reset LAN Defaults LAN Reset Default Confirmation OK Y CancelLocal LET USB Status VISA USB USB0 2391 22553 MY 12345678 0 INSTR GPIB Configuration VISA GPIB GPIBO 23 INSTR GPIB Digital TO Co
300. tion Trace Buffer Setup Feed Data Buffer Control NEXT Buffer Size Figure 6 7 p 6 24 Ch Feed Data Buffer Control Buffer Size 4 34 2 1 Ch 1 2 Ch2 SENSE MATH LIMIT SENSE MATH Math expression LIMIT bean E aie 10 p 4
301. truments vor den Gefahren Danger de choc d une haute tension Une tension dangereuse max pour 210 Vdc manant du dispositif Agilent B2900 peut tre sortie aux bornes de force d appareil de protection ou de d tection Les pr cautions suivantes doivent tre obser es contre commotion lectrique acci dentelle Utilisez un cable d alimentation CA a trois conducteurs vers le coupleur secteur entr e et branchez 1 instrument sur une mise lectrique la terre prise de terre de s curit Pr parez le bo tier de protection qui couvre interface avec le dispositif a tester et quipez le d un circuit de s curit qui s ouvre lors de 1 ouverture d une porte Avant de proc der aux mesures connectez le circuit de s curit a la borne Interlock de l instrument V rifiez r guli rement le bon fonctionnement de la fonction de s curit Avant de toucher les connexions des bornes High Force Guard et High Sense mettez 1 instrument hors tension et d chargez tout condensateur du chemin de mesure Si vous ne mettez pas 1 instrument hors tension effectuez lt toutes gt les op rations ci dessous quels que soient les param tres de instrument Terminez les mesures en appuyant sur la touche On Off v rifiez que Vindicateur d tat On Off est teint e V rifiez que le t moin High Voltage est teint e Ouvrez la trappe d acc s au bo tier de protection ouvrez la borne Interlock
302. u Ax OK amp f Cancel Local 1 Config gt Source gt Connection Output Connection RIE LET N OFF 2 Ch 3 High Capacitance Mode Sue AX AE LET 4 E Apply EX EX OK Cancel Local Se dn ed 1 Config gt Source gt Connection Output Connection 2 Ch
303. www agilent com 1 1B lta 99 pacer D Se 1 3 1 5 ee Tel Ke At SEAT OOM E dust roc ate ede AT O R bce ran neat ONA 1 6 PEO eee as nto Aas ats tect el hae sot AE A aha AE Ae cot 1 8 PHP 1 10 2 Agilent B2900 2 3 ER 2 A Re ME ET Sn ee 2 4 2 6 TIN NT RE MAL ES AER aR RE LORE CREE 2 7 DBL POL Se BEIT EN l i tke 2 9 VEZ SAE occa ott ts ieee SE NAS e a with etd ata sa 2 10 US 2 10 SAS 2 11 E tenn See T ese ae aes oe sana NN tee 2 16 AA AA a Se ee e Pe A 2 16 FT Sore ale WEE ipsa eo Ha Peet Oa tie tk eC E Rees see te 8 2 16 ME ei Schnee eens NC acme eu aaa hil lth tg oy 2 16 2 16 ET 2 19 PSV WS OES as Fe aoe gals teehee totes tlh Meta UA ees 2 20 RE 2 21 PU BOA ODE Hake CE CS Ni athe Oo 2 21 2 30A WES tye hss ah Spikes bees Sit tsi eee tba NN 2 23 E ale fake fhe ase esa al coche Se Scar CN ad ae E hse AA a 2 27 Agilent B2900 2
304. zu 210 V ausgehen Um elektrischem Schlag vorzubeugen ist bei der Ben tzung der Ger te Agilent B2900 folgendes zu beachten Verwenden Sie ein dreiphasiges AC Stromkabel fiir die Geratsteckvorrichtung Eingang und schlie en Sie das Instrument an eine Erdung an Sicherheitserdung Bereiten Sie das Abschirmungsgehause vor dass die Oberflache eines zu testenden Ger ts abdeckt und mit einem Verriegelungsstromkreis ausgestattet ist der bei geoffneter T r unterbrochen wird Vor der Messung verbinden Sie den Verriegelungsstromkreis mit dem Interlock Anschluss dieses Instruments e Pr fen Sie in regelm igen Abst nden dass die Verriegelungsfunktion ordnungsgem funktioniert Bevor Sie die Verbindungen zu den Anschl ssen High Force Guard und High Sense ber hren schalten Sie das Instrument aus und entladen alle Kondensatoren des Messwegs Wenn Sie das Instrument nicht ausschalten f hren Sie unabh ngig von den Instrumenteinstellungen alle folgenden Schritte durch Beenden Sie die Messung indem Sie auf die Taste On Off dr cken Stellen Sie sicher dass die Statusanzeige On OfP nicht leuchtet Stellen Sie sicher dass die Anzeige High Voltage nicht leuchtet Offnen Sie die T r des Abschirmungsgeh uses ffnen des Interlock Anschlusses Entladen Sie alle Kondensatoren wenn die Kapazit t mit einer SMU verbunden ist e Warnen Sie Mitarbeiter in der Umgebung des Ins
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