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Agilent B1505A - Agilent Technologies

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1. p 4 7 Agilent B1500 User 1 2 Agilent B1505A 9 NOTE NOTE NOTE NOTE 2 B1505A B1505A B1505A
2. PC EasyEXPERT XML SS CSV 5 58 Agilent B1505A 9 Agilent 4284A E4980A 81110A 3458A
3. CATI IEC I C CE CE Q CSA US C Tick N10149 Radio Communication Act 1992 EMC ICES NMB 001 ISM ICES 001 ICES NMB 001 Cet appareil ISM est conforme la norme NMB 001 du Canada aroup 1 Industrial Scientific and Medical Group 1 Class A CISPER 11 ISM issa BMC
4. Table 4 2 Any bs gt We 10 B1513B SMU HVSMU B1512A SMU HCSMU B1514A SMU MCSMU B1520A CMU MFCMU B1S11A SMU MPSMU 1 B1510A SMU HPSMU 0 P GNDU ADC 4 14 Agilent B1505A 9 Agilent B1505A 5 2 Agilent B1505A
5. 2 Agilent B1505A 9 4 7 TH Table 4 1 1 Standby 2 Circuit Common
6. 500V II eee Et Stub
7. Agilent B1505A 9 3 27 WARNING mA Ngms Tee Ame O O O O O 1 oo O Er 2 enact he NTA protection adaptar between the SMU aa 5 5 o R a igital m Q a YV 4 HE 2075 CET N eA a0 a ll 1 Table 3 3 SMU SMU 1 2 3 SMU 1 3 2 4 5 6 HP MPSMU Force Force Force Force HP MPSMU Force Sense Force Sense MCSMU Force Sense Force Sense HCSMU DHCSMU Force Sense l Input UHV High Low High 4 UHV Low
8. Safety Class I 4C International Electrotechnical Commission IEC
9. Agilent B1505A Agilent B1505A ul cn Oy oo Mm POAT SA AG ae P ee Agilent oo AG RSD
10. Agilent B1505A 9 4 3 Ax E 50 60 Hz 100 240 V 10 AC 900 VA CT 5 C 40 C 20 70 RH ae 0 2 000 m 20 C 60 C 10 90 RH if LOZ 20 80 RH N1268A 0 4 600 m 0 2 000 m N1268A
11. qH e self test self calibration diagnosis Agilent EasyEXPERT N1265A UHC N1265A N1266A HVSMU N1266A N1265A HVSMU
12. Table 2 22 Figure 2 11 Z Z 1 2nfC IT f Hz C RE F 2 36 Agilent B1505A 9 Table 2 21 1 2 R Q X Q G S B S Z 0 9 Z Q 9 Y S 9 Y S 9 Cp
13. UHVU 10 42 VA A 3 34 Agilent B1505A 9 Figure 3 8 N126SA Gate Low High Low High Sense Force Sense Force F Force S Sense P A Protection adapter 100 kQ HVSMU force is connected to F High sense line S F Lcontrol S F F MCSMU GNDU MCSMU MCSMU SMU HVSMU Table 3 5 N1265A Status
14. Circuit Common N1258A 3 6 Agilent B1505A 9 N1259A N1259A N1259A GNDU MFCMU HPSMU MPSMU EY HVSMU HVMCU HCSMU MCSMU DHCSMU HCSMU GNDU HPSMU Oe Fe T
15. Interlock High Force Guard Sense ce 14 VGA LCD B1505A 14a Agilent B1505A 9 2 13 A A GNDU ADC AD B MFCMU MFCMU 4 4 Lcur Lpot Hpot Hcur A DUT Hcur Hpot Leur Lpot
16. 3 2 Agilent B1505A 9 N1258A DUT GNDU HPSMU MPSMU HCSMU DHCSMU 7 HCSMU HVSMU HVMCU N1258A 1 GNDU HPSMU DUT N1259A N126SA 1 2 2A 1 Power LED AC II 2 Status
17. Agilent Technologies CD ROM www agilent com INDOOR USE IEC 61010 1 INSTALLATION CATEGORIY II
18. j I F GPIB SMU CMM SMU Or Common VW SMU SMU ERE ae ee HM r a Agilent B1505A 9 2 17 Figure 2 3 HPSMU SMU SMU HPSMU 4 HPSMU HCSMU 4 200 V 1 A 20 W 2 V 1 Table 2 1 2 4
19. 1 p 4 7 2 Agee AC o p 4 8 3 A arn ate A S p 1 1 Windows Windows p 4 9 GPIB GPIB p 4 10 B1S05A EasyEXPERT GPIB i reins 1
20. DVD R GPIB USB USB 2 0 2 2 LAN 1000BASE T 100BASE TX 10BASE T 1 O VGA FLEX GPIB EasyEXPERT LAN VO GPIB FLEX DC EasyEXPERT 4155 56 Agilent 4155 4156 MES DAT EasyEXPERT Agilent B1505A 9 5 59 tHE APY av
21. Circuit Common IEC Agilent SMU DC
22. ON 100 us
23. RSI RSI eae
24. Selector Output High DUT Collector Drain Selector Output Low DUT Emitter Source 3 36 Agilent B1505A 9 Gate High DUT Base Gate Force e Gate Low DUT Emitter Source Force SMU 3 HC MC DHCSMU e SMU 3 High Force Sense DUT SMU 3 Low Force Sense DUT e GNDU Force Sense DUT GNDU Table 3 5 Selector Output Low 3 DUT 4 CAUTION Figure 3 9 165 mm Agilent N1265A Opt 010 3 Maximum
25. j Sul mt TI WARNING CAUTION gt be por CO Sti 1 Dia TART
26. DFARS 252 227 7015 DFARS 227 7202 3 Declaration of Conformity http regulations corpo rate agilent com DoC search htm A DECLARATION OF CONFORMITY Agilent Technologies According to EN ISO IEC 17050 1 2004 C Manufacturer s Name Agilent Technologies Singapore International Pte Ltd Manufacturer s Address No 1 Yishun Ave 7 SINGAPORE 768923 Singapore Declares under sole responsibility that the product as originally delivered Product Name Power Device Analyzer Curve Tracer High Power Source Monitor Unit Module Medium Power Source Monitor Unit Module High Current Source Monitor Unit Module High Voltage Source Monitor Unit Module Medium Current Source Monitor Unit Module Multi Frequency Capacitance Measurement Unit Module Model Number Agilent B1505A Agilent B1510A Agilent B1511A Agilent B1512A Agilent B1513A B Agilent B1514A Agilent B1520A Product Options This declarati
27. X Y Graph Plot Figure 1 9 Tangent Regression Interrupt Gradient On Sweep Agilent EasyEXPERT oles File Edit View Marker Cursor Line Text Pointer Window Help 200 f div It A 1p 800 f 600 f 400 f 200 f 200f 400f 600f 800f ip u QQ Xiid G BBB am FA az MARKER 5 6000000000E 001 V 6 0000000000E 014 A Intercept Intercept 5 00000 fA Gradient Gradient 2 000000E 015 Intercept 2 37975 V 0 100m 200m 300m 400m 500m 600m 700m 800m 900m 1 Vi V 100 m div 1 18 Agilent B1505A 9 NOTE NOTE Agilent B1505A
28. N1268A BISOSA N1268A Interlock Input N1268A Interlock Output High Force Guard Sense Step High Voltage N1268A High Voltage Enable Interlock
29. d Chassis common 4 Bias Tee High Low Bias Tee High Low SHV SHV N1254A 512 SHV N1254A 513 DUT UHVU Bias Tee 5 K Thermocouple 1 2 DUT N1265A 041 N 6 180 C UHV Hish Low UHV High Low UHV SHV N1254A 520 DUT
30. HHK yy be Zul Agilent B1505A 9 5 53 PowerMOSFET Id Vds Rds Id Id Vgs Vth Cgs Cds Cgd Si GaN QSCV IGBT Ic Vce Ic Vge Vth Cge Cce Cgc SiC Id Vds Rds Id Id Vgs Vth Cgs Cds Cgd QSCV
31. Windows Agilent Technologies Agilent B1505A
32. N1268A 3 AC AC AC AC 100 Vac 240 Vac o
33. N1265A Selector Input HVSMU N1266A Input HVSMU N1265A N126SA Selector Input HVSMU AVSMU 4 12 Agilent B1505A 9 SST SS NOTE Interlock Open Close High Voltage LED 42 V 1 1 oie Agilent EasyEXPERT
34. Gate MCSMU Force Gate MCSMU Sense 1 1 1 Chuck MCSMU Force Chuck MCSMU Sense UHV Low 1 HV 3 Gate Chuck Source SHV 200V 10 kV 5 52 H 1 1 Hl Hl il Agilent B1505A 9 Vr aie EasyEXPERT 40
35. 12 Digital I O DSUB 25 13 Interlock SMU 42 V UHVU EasyEXPERT Configuration Main Frame
36. 1 E 06 C 0 1 uF 1 E 07 Capacitance F 1E 08 Safety Area 1 E 09 100 1000 10000 Voltage V Based on standards IEC60950 1 and IEC61010 1 0 1 uF 45 nC HVSMU 10 nF UHVU 5nF 10 N1262A 020 N1262A 021 N1262A 023
37. 4 SMU 42 V WARNING Worce Guard Sense WARNING 7 1 r wi 6 AD 6 C Grr CE 3 4 5 1 Input WARNING 3 8 Agilent B1505A 9
38. Table 3 4 SMU SMU 1 2 3 SMU 1 3 2 4 5 6 HP MPSMU Force Force Force Force Guard Guard Guard Guard HP MPSMU Force Sense Force Sense Guard Guard Guard Guard MCSMU High Force High Sense High Force High Sense A Low Force Low Sense Low Force Low Sense HCSMU DHCSMU High Force High Sense Low Force Low Sense Agilent B1505A 9 3 31 CAUTION CAUTION NOTE A N 2 SMU 3 1 6 SMU HP MPSMU Force Sense Guard HC MC DHCSMU High Force Sense Low Force Sense Table 3 4 HP MPSMU Force DUT Guard
39. GPIB Agilent DC Agilent FLEX B1505A Agilent 4155 4156 B1500 E5260 E5270 Agilent B1505A 9 2 3 Agilent B1505A GNDU 10 Agilent EasyEXPERT EasyEXPERT Windows GUI 15 LCD HDD DVD USB LAN GP IB USB USB
40. 10 kVdc A Interlock Interlock Input Output Interlock Imput BISOSA 16493J Output 16493 3 High Digital IO 16493G B1505A N1265A N1266A Digital VO MCSMU HCSMU V Control Force Sense 16494A MCSMU Force Sense 16493S HCSMU N1254A 103 Force N1254A 517 Sense H HCSMU
41. HPSMU MPSMU HCSMU Sense Force TVEY MCSMU HVSMU HV SMU DUT 0V 200 V HPSMU 0V 100 V MPSMU 0V 40 V HCSMU 0V 30 V MCSMU 0 V 3000 V HVSMU 1pA 1A HPSMU 1pA 100mA MPSMU 10nA 20A HCSMU 10nA 1A MCSMU 1pA 8mA HVSMU Agilent B1505A 9 5 19 RETT a i
42. 30 LCD 15 TFT XGA 1024 x 768 Windows Agilent EasyEXPERT Touch Panel Off Microchip TSHARC Control Panel 1 Microchip TSHARC Control Panel Stop High Voltage LED Measurement LED Agilent B1505A 9 2 9 9
43. SMU Force Guard Sense Circuit Common Force Guard Sense RA Force Sense 1 Force cen Sense Guard Guard Circuit Common AEJ SMU Guard Force CircuitCommon Sense Guard Sense oce y ense fe e Guard Circuit 200V Max 200V Max Common
44. e Low Force Sense BNC Force Sense DUT BNC m e Output 16493S 021 Sense BNC Force 30 cm 16493S HCSMU N1259A N1265A N1258A 16493S 010 011 HCSMU HCSMU 3 24 Agilent B1505A 9 Input HCSMU 16493S 020 From HCSMU 16493S 021 Sense BNC Force 16493S HCSMU HCSMU e Master Force Sense HCSMU Force Sense e Slave Force Sense HCSMU Force Sense e Input GNDU 16493S 020 GNDU
45. Et SMU DUT DUT SMU N1265A 035 MCSMU A N1265A 040 8 MCSMU UHVU MCSMU N1265A 040 MCSMU SMU Agilent B1505A 9 3 43 e N1265A 045 N1265A H T
46. WEEE 1 www agilent com environment product LC HLT MM E Y Dy oh LCD LCD LCD http www agilent com environment mercury shtml http www lamprecycle org
47. VAR1 CONST IMode LIN SGL Unit SMU2 Start 0 V Source 0 V Stop 1 V Compliance 5 mA Step 10 mV NOS 101 Interlacing 1 Compliance 5 mA Pwr Comp OFF Meas Time 2 us Dual Polarity ON Step Time 500 us TV Trace Setup Name I V Trace I V Trace SMU1 HP SMU2 HC 400 mvV div v1 Ai AS 3 Agilent B1505A 9 Meas Time 2us E Step Time 500us E 1 11 Figure 1 5 Figure 1 5 1 EasyEXPERT Application Test 2 Category PowerMOSFET To Library 3 Library Id Vgs Select Figure 1 6 4 Test Parameters
48. I V Sweep e Multi Channel I V Sweep T V List Sweep e T V t Sampling C V Sweep e SPGU Control e Switching Matrix Control e Direct Control Direct Conrrol B1505A GPIB V 1 Tracer Test I V GUI CAE HCSMU DHCSMU MCSMU HVSMU HVMCU UHCU UHVU I V
49. Id Vds If Vf HCSMU Table 5 32 Id Vds If Vf Id Off Vds Ir Vr HVSMU FE ICD VY CIE Table 5 33 Id Off Vds Ir Vr HVSMU HCSMU A a gt 1 nA amp 2nA 200nV 10 pA Agilent B1505A 9 5 51 Table 5 32 Table 5 33 N1269A HCSMU Iq Vds Tf Vf 0V 40V 10 pA 20 A lt 20 V 10 uA 1ADC HVSMU Id Off Vds Ir Vr OV 3000V 10 pA 8mA lt 1500 V 10 uA 4mA gt 1500 V UHVU
50. 1 e Important X Valid Questionable H Remarks Remarks OK Test Result Editor Agilent B1505A 9 1 17 Figure 1 9 Data Display View Marker Cursor Line
51. Start EasyEXPERT All Programs gt Start EasyEXPERT Start EasyEXPERT EasyEXPERT B1505A EasyEXPERT Start BasyEXPERT EasyBEXPERT File gt Exit Start EasyEXPERT Option gt Auto Start of EasyEXPERT EasyEXPERT Windows Agilent Connection Expert Instrument I O on this PC USBO USBO USB0 B1500A USBO 2391 1 0001 0 TNSTR agb1500a UsbDevicel
52. 0 5 V 0 lt IVI lt 0 5 V 25 uV 100 mA 2V 0 lt IVI lt 2V 100 uV 100 mA 5V 0 lt IVI lt SV 250 uV 100 mA 20 V 0 lt IVI lt 20V 1 mV 100 mA 40 V 0 lt IVI lt 20V 2 mV 100 mA 20 lt IVI lt 40 V 2 mV 50 mA 100 V 0 lt IVI lt 20V 5 mV 100 mA 20 lt IVI lt 40 V 5 mV 50 mA 40 lt IVI lt 100 V 5 mV 20 mA MPSMU 1 nA 0 lt I lt 1 15nA 50 fA 100 V 10nA 0 lt I lt 11 5nA 500 fA 100 V 100 nA 0 lt M lt 115nA 5pA 100 V 1 pA 0 lt NM lt 1 15 pA 50 pA 100 V 10 nA 0 lt I lt 11 5 pA 500 pA 100 V 100 uA 0 lt Il lt 115 pA 5nA 100 V 1 mA 0 lt I lt 1 15 mA 50 nA 100 V 10 mA 0 lt I lt 11 5 mA 500 nA 100 V 100 mA 0 lt I lt 20 mA 5 uA 100 V 20 mA lt III lt 50 mA 5 uA 40 V 50 mA lt III lt 100 mA 5 uA 20 V 2 26 Agilent B1505A 9 Table 2 11 MPSMU ADC ADC 0 5 V 0 lt IVI lt 0 55 V 25 uV 0 5 uV 2 V 0 lt IVI lt 2 2 V 100 uV 2 uV 5V 0 lt IVI lt 5 5 V 250 uV 5 uV 20 V 0 lt IVI lt 22V 1 mV 20 uV 40 V 0 lt IVI lt 44V 2 mV 40 uV 100 V 0 lt IVI lt 100 V 5 mV 100 uV Table
53. ER AO At ae ER OR
54. VARI Timing Constants Unit SMU1 Hold 0 s Unit SMU2 Name V1 Delay 0 s V Name V2 Direction Single I Name I2 Linear Log LINEAR Mode V Start 0 V Source 0 V Stop 1 V Compliance 5 mA Step 10 mV No of Step 101 Compliance 5 mA Pwr Comp OFF Sweep CONTINUE AT ANY status T V Sweep Display Setup Name Sharing Scale Min Max X V1 None Linear 0 V 1 V Y1 II None Linear 5 mA 5 mA Agilent B1505A 9 1 15 1 Singe Data Display Data Display p 1 14 Figure 1 8 OC Figure 1 8 2 Auto Recor
55. 6 4 mm 3000 Vdc 90mm x 81 mm 6 4mm 6 4 mm 3 Tektronix 370B 371B 1 5 48 Agilent B1505A 9 N1265A 035 N1265A 040 N1265A 041 N1265A 045 IER A 3000 Vde LH 7 Min a Collector Drain Force Emitter Source Force 39 A DC 500A 1A DC 20A N126SA e 4 High Force High Sense Low Force Low Sense 4 mm 2 High Low 4mm
56. e ee Sy 6 http en wikipedia org wiki Emergency_telephone_number Emergency_numbers English Deutsch French Japanese Korean Simplified Traditional Chinese Chinese Symptoms Symptome Sympt mes AF Cardiac arrest Herz Kreislauf Stillsta Arestation
57. B1505A 10 Table 5 1 84 W B1505A SMU 4 HPSMU 10 MPSMU 2 HCSMU 6 MCSMU 1 HVSMU SMU 1 B1505A 1 MFCMU B1505A HPSMU MPSMU MFCMU MCSMU HCSMU HVSMU lt 42V
58. Administrator TELS Agilent Technologies Agilent B1505A Agilent EasyEXPERT Windows Windows All Programs gt Control Auto Logon EF Control Auto Logon Enable Auto Logon e Disable Auto Logon
59. DUT GNDU Force Sense N1261A 002 004 GNDU e Output 16493S 011 BNC High Force DUT Low Force DUT BNC m DUT GNDU Force Sense N1261A 002 004 GNDU HCSMU Low Force Low Sense Circuit Common Agilent B1505A 9 3 23 CAUTION 16493S 020 021 HCSMU HCSMU 1 B1505A HCSMU 2
60. LED Status Figure 3 2 Table 3 1 3 Output a Low Force Sense BNC Force Sense DUT BNC m Force BNC m Sense H b High Force Sense HV Force Sense DUT Agilent B1505A 9 3 3 HV Force J HV Sense Guard
61. Agilent Agilent 2003 6 2 2009 1 3 2010 6 4 2010 8 5 2011 6 i 6 2012 6 7 2012 9 8 2012 11 9 2013 10 Agilent Technologies Inc ik 5301 Stevens Creek Blvd Santa Clara CA 95051 USA Agilent FAR 12 211 12 212 F
62. HCSMU 16493S HCSMU N1254A 103 Force FA N1254A 517 Sense H DHCSMU 16493S 021 16493S HCSMU N1254A 103 Force N1234A 517 Sense 2 3 4 Interlock Interlock 16493 B1505A Interlock WARNING 2 Interlock High Force Guard Sense N 5 Agilent B1505A 9 3 29 6 N 7 10 Digital IO Input 16493G B1505A Digital I O
63. OFF 10 ms 655 35 s 10 ms ON 20 A 50 us 1 ms 2 ps ON 1 A 50 us 2s 2 us 24 ms 6us 2 us 12 us IV t OFF 10 ms 655 35 s 10 ms 200 us 100 001 HVSMU N1267A Figure 3 17 N1267A OFF ON HVSMU Current limit period Current limit change Agilent B1505A 9 3 55 Figure 3 17 N1267A LV
64. HVSMU HVMCU Agilent N1267A HVSMU HCSMU DUT HCSMU HVSMU MCSMU 1 Agilent B1505A 9 2 5 Agilent N1268A 10 kV HC MCSMU 2 UHVU Agilent N1269A N1268A Low MCSMU 2 DUT MCSMU Agilent EasyEXPERT Agilent EasyEXPERT Agilent B1500
65. o 2 8 Agilent B1505A 9 HDD HDD DVD LED LCD LCD Off LCD LED LCD 4 Set Set Cancel USB USB 2 USB Windows
66. Agilent B1500 User Agilent B1505A 9 4 9 E Ke GPIB GPIB 17 GPIB 1 EasyEXPERT EasyEXPERT a EasyEXPERT File Exit b Start EasyEXPERT x All Programs gt Agilent IO Libraries Suite gt Agilent Connection Expert Agilent Connection Expert Instrument I O on this PC GPIBO Change Properties Agilent 82350 PCI GPIB Interface GPIBO GPIB Address Auto discover instruments connected to this interface
67. N1265A CAUTION 3 44 Agilent B1505A 9 Figure 3 13 Table 3 7 NOTE N1266A HVSMU HVSMU HVMCU HVMCU Figure 3 13 N1266A 1 HVSMU 1 MC HCSMU 2 HVSMU HVMCU HVMCU B1505A N1266A HVSMU current expander MC HCSMU l control MC HCSMU V control HVMCU GNDU N1261A 002 or 004 1 Digital 1 0 1 N1261A 002 004 protection adapter is required for connecting prober Not requred for connecting N1258A N1259A N1259A 300 or N1265A N1266A Status Status Low High GNDU Force Sense HVMCU HVMCU High HVSMU HVSMU Force HVSMU Force
68. M Agilent B1505A 9 3 59 Figure 3 20 N1269A N1268A UHV MCSMU DUT Figure 3 20 MCSMU N1269A N1259A N1265A DUT N1269A B1505A N1268A UHV expander I control Interlock Output Interlock circuit V control High Interlock Interlock Input Low Digital 1 0 Digital 1 0 UHV Low Gate Chuck N1269A UHV connection adapter UHV Low SHV 16493V SHV SHV N1268A UHV Low Gate MCSMU Force Sense 16494A MCSMU Force Sense HCSMU Chuck
69. HPSMU Current mA Voltage V 2 18 Agilent B1505A 9 Table 2 1 Table 2 2 HPSMU 2V 0 lt IVI lt 2V 100 uV 1000 mA 20 V 0 lt IVI lt 20V 1 mV 1000 mA 40 V 0 lt IVI lt 40V 2 mV 500 mA 100 V 0 lt IVI lt 100V 5 mV 125 mA 200 V 0 lt IVI lt 200 V 10 mV 50 mA HPSMU 1 nA 0 lt I lt 1 15 nA 50 fA 200 V 10 nA 0 lt I lt 11 5 nA 500 fA 200 V 100 nA 0 lt NM lt 115nA 5 pA 200 V 1 uA 0 lt M lt 1 15 uA 50 pA 200 V 10 nA 0 lt I lt 11 5 uA 500 pA 200 V 100 uA 0 lt I lt 115 pA 5 nA 200 V 1 mA 0 lt I lt 1 15 mA 50 nA 200 V 10 mA 0 lt I lt 11 5 mA 500 nA 200 V 100 mA 0 lt I lt 50 mA 5 uA 200 V 50 mA lt IIl lt 115 mA 5 uA 100 V 1A 0 lt I lt 50 mA 50 uA 200 V 50 mA lt III lt 125 mA 50 uA 100 V 125 mA lt III lt 500 mA 50 uA 40 V 500 mA lt IIl lt 1A 50 uA 20 V Agilent B1505A 9 2 19 Table 2 3 Table 2 4 HPSMU
70. Force Sense DUT sc HVSMU 1 HVSMU1 HVSMU HVMCU High Force Guard Force DUT Guard T CAUTION HVSMU1 Force Guard Circuit Common SMU 4 GNDU1 GNDU1 GNDU HVMCU Low Force Sense DUT HCSMU GNDU1 Force Sense HCSMU1 HCSMU2 Low Force Low Sense DUT AUX1 AUX2 AUX1 AUX2 AUX Signal signal DUT
71. 20 20 Agilent B1505A 9 1 20 5 57 ch ct RE uy A H 20 a a
72. Figure 1 6 Q Id Vos Setup Name d vgs PMIC PowerBJT Polarity Nch Temp 25 0deo YAxisgfsMin 1 ooms m M SiC YAxisgfsMax 1 00 5 a O Structure Utility Secondary Sweep Drain lsMur mp gt Primary Sweep VdStart oov al Gate 5Mus Mc vgStart 0 v al vgstop 10 0V vestep Fnmy Id Vgs for Expanders 0 PulsePeriodMode AUTO B ManualPulsePeriod 50 0 ms uh Wacan E Source GNDU GNC gt Pulsewidth 500 us E a wl Agilent B1505A 9 1 13 Figure 1 7 IV List ater 9 IM t Sampling aa C V Sweep Direct Control TV Sweep 1 EasyEXPERT Classic Test 2 I V Sweep Select Figure 1 7 IV Sweep Channel Setup 3 Channel Setup Table 1 4 Measurement Setup Table 1 5 oF LET 5 Di
73. 165 mm i ee O 2 o F Height 34 mm 2 e 45 mm including terminal l gt As Sense 58 mm including socket 7 Tie Force Fo 7 lt ae A E a NN 165 mm sense C ren i WW i E je 1 N F Co F pier 4 3 iii Maximum voltage 3000 V ON Co Sense Maximum current 40 A pulse 2 A dc Pecan Win TU 1 ji 1 78 mm N gt N1259A 011 N1259A 010 Agilent B1505A 9 3 15 Figure 3 4 N1259A 010 p 3 14
74. Agilent B1505A 9 4 13 WARNING NOTE Table 4 2 B1505A Table 4 2 HPSMU 2 MFCMU 1 HCSMU 1 HVSMU 1 1 4 HPSMU 5 MECMU 6 D 7 HCSMU 8 9 HVSMU 10 e B1S05A
75. NN 8 GNDU 0 V 9 LAN RJ45 2 12 Agilent B1505A 9 WARNING 10 USB USB 2 USB Windows 30 11 Ext Trig BNC
76. Table 5 15 HVSMU ee pe A A A A i 1 nA 10 fA 0 1 6E 13 VoxlE 15 0 1 6E 13 Vox1lE 15 3000 V 1pA 10 nA 100 fA 0 1 25E 13 Vox1E 15 0 1 25E 13 Vox1E 15 3000 V 1pA 100 nA 100fA 0 05 25E 12 Vox 1E 13 0 05 25E 12 Vox1E 13 3000 V 100 pA 1 uA 1pA 0 05 1E 10 Vox1E 13 0 05 1E 10 Vox1E 13 3000 V 100 pA 10 uA 10 pA 0 044 2E 9 Vox1E 11 0 04 2E 9 VoxlE 11 3000 V 10nA 100 HA 100pA 0 03 3E 9 Vox1E 11 0 03 3E 9 VoxlE 11 3000 V 10 nA 1 mA 1nA 0 03 6E 8 Vox1E 10 0 03 6E 8 Vox1E 10 3000V 100nA 10 mA 10 nA 0 03 2E 7 Vox 1E 9 0 03 2E 7 Vox 1E 9 1500 V l uA Vo V H aul ul Ra t a b 7 EE 5 18 Agilent B1505A 9 SMU SMU HPSMU MPSMU HCSMU MCSMU HVSMU
77. e AE ag tee CX cp A n 3 Agilent Technologies B1505A Agilent B1505A Agilent B1505A Agilent B1505A Agilent B1505A
78. DUT 3 12 Agilent B1505A 9 WARNING B1505A Stop High Voltage 2 G a Ob k L 2 Agilent MamWA own 2 1 Raa 3 5 a b 4 1 Module Selector Output N1259A 300 Status Figure 3 2 Table 3 2 a Low Force Sense Force Sense DUT
79. 4 CAUTION MFCMU 25 V C HPSMU HCSMU HVSMU MPSMU MCSMU Force Sense o HCSMU Force Sense HVSMU Force eae Force Sense oo MCSMU Force Sense DE EasyEXPERT SMU S
80. T N1265A N1268A Du Th 2 4 Agilent B1505A 9 Agilent N1260A 3000 Vdc T Agilent N1261A GNDU HPSMU MPSMU Agilent N1262A DUT SMU 1 kO 200 Vdc 100 kO 3000 Vdc 1MO 3000 Vdc EF Agilent N1265A 500 A 1500 A
81. Interlock DUT N1268A B1505A N1268A Interlock Input N1268A Interlock Output High Force Guard Sense Step High Voltage
82. ADC ADC 2 V 0 lt IVI lt 2 2V 100 uV 2 uV 20 V 0 lt IVI lt 22 V 1 mV 20 uV 40 V 0 lt IVI lt 44 V 2 mV 40 uV 100 V 0 lt IVIs 110V 5 mV 100 uV 200 V 0 lt IVI lt 200V 10 mV 200 uV HPSMU ADC ADC 1 nA 0 lt Il lt 1 15nA 50 fA 10 fA 10 nA 0 lt I lt 11 5nA 500 fA 10 fA 100 nA 0 lt M lt 115 nA 5 pA 100 fA 1 uA 0 lt I lt 1 15 uA 50 pA 1 pA 10 nA 0 lt I lt 11 5 pA 500 pA 10 pA 100 uA 0 lt M lt 115 pA 5 nA 100 pA 1mA 0 lt I lt 1 15 mA 50 nA 1 nA 10 mA 0 lt I lt 11 5 mA 500 nA 10 nA 100 mA 0 lt I lt 115mA 5 uA 100 nA 1A 0 lt I lt 1A 50 uA 1 pA a 2 20 LET Agilent B1505A 9 HCSMU SMU SMU HCSMU 2 2 DHCSMU HCSMU 40 A 2 A DC
83. Agilent B1505A Bil 505A O jee Be Ea cca gaa Burnes baie Lew oh he bbls Canoe 1 3 B1505A 1 4 1150 1 4 EasyEXPERT Alegent it bt bly Ce ihr AS41211 ks 1 6 1 eine ia ea a ENAS 1 7 SNR i Rs 1 8 2 1 9 BUS FAR BES ohh i ede ee ea Ue eb 1 10 1 12 1 14 1 16 Test Result Editor oo ccc ccc cece ee eees 1 17 RET SI BABI ous hierd oe ed kath Ae hues eb E DEA 1 18 NN ar ree ne ee 2 3 Agilent EasyEXPERT LL 2 6 oad SY Ad SESS oo ars GE ERO RE ONE Ee 2 8 UCS Paes tot eee te ee elt Ete he eee oe ated 2 11 THe Ae eek seks eek ee eee Ue chee e Shek 2 16 GNDU TR aaka Aa A ENNA 2 16 SMU ES E E eta EEL A a A 2 17 HPSMU SMU 6 iS unanunua ranae 2 18 Agilent B1505A 9 HCSMU SMU FJ HVSMU SMU 0 eee cee roere e teens 2 23 MPSMU SMU wo e
84. No I want to start a new session Next Figure 1 2 p 1 8 No I want to manage o Workspaces Next Figure 1 3 p 1 9 1 You have used this instrument previously Do you want to continue working on the previous setups and data 7 r Yes I want to continue working on the previous setups and data No I want to start a new session Note ee ee ae sessions access setups and data from previous No I want to manage Workspaces Net gt gt j Work on the same setups and date at hme Work on the same setups and data in the next time BEasyEXPERT
85. Force Sense DUT HC MC DHCSMU High Force High Sense DUT Low Force Low Sense DUT GNDU Selector Output Low Force Low Sense UHVU MCSMU N1265A 040 MCSMU Gate High Low Gate High Low Gate Selector Output Figure 3 8 High DUT Low DUT
86. 2 My Favorite Setup Agilent B1505A 9 2 7 Agilent B1505A Technologies B1505A Analyzer Curve Tracer 4 E E gt gt gt 1 Standby LED NOTE B1505A oe
87. HPSMU 0 001 20 W 0 001 W MPSMU 0 001 2 W 0 001 W HCSMU 0 001 40 W DC 0 001 400 W 0 001 W MCSMU 0 001 3 W DC 0 001 30 W 0 001 W HVSMU SMU HPSMU MPSMU 500 us 2s 100 us 5 ms Ss 100 ns JH gt A 2ms A lt 100 ms OHA A AHij gt A 10ms A gt 100 ms A e O s HCSMU e AVA 50us 1ms 20A 50us 2s 10uA 14A 2 ps 5 ms 5s 100 ps 20 A lt 1 10 uA 1A gt A 2ms A lt 100 ms A AH gt A 10ms A gt 100 ms A 0s s 2 us MCSMU TH 10 ns 100 ms 1 A 10 us 2s 10 uA 100 mA 2 ns
88. p 3 42 Agilent B1505A 9 3 33 CAUTION CAUTION CAUTION WARNING UHVU Gate Selector Output Bias Tee E UHVU High Circuit Common SMU SORA UHVU High DUT MCSMU N1265A 040 SMU 2 1 High 1 High Low UHVU Low DUT
89. N1254A 523 Selector Output High Low Force N1254A 508 509 Selector Output High Low Sense Gate SMU N1254A 512 SHV N1254A 513 Bias Tee N1254A 510 N1254A 511 DUT Force Sense ae Selector Output Gate Selector Output High DUT Collector Drain Selector Output Low DUT Emitter Source e Gate High DUT fil Base Gate Force Gate Low DUT fil Emitter Source Force SMU 3 HC MC DHCSMU SMU 3 High Force Sense DUT
90. 16493L GNDU GNDU NOTE HCSMU Low Force Low Sense Circuit Common Agilent B1505A 9 3 25 Figure 3 7 NOTE N126SA 500 A 1500 A N1265A 015 DUT UHCU DUT UHCU HVSMU HVMCU HP MPSMU N1234A S24
91. a VgStop 5 0 V b VdStart VdStop 5 0 V 1 12 Agilent B1505A 9 2 USB p 1 10 NOTE BEasyEXPERT 40
92. 1 5 42 Agilent B1505A 9 N1259A 021 N1259A 022 N1259A 030 N1259A 035 MFCMU 1 SHV High Low DC 3000 V 10 kHz 1 MHz 10 kHz 150 Q 110nF 100 kQ 1 IMQ AAS HA 1 4 mm 1 MO 5 3000 V 9W 10 pA 100 V 100 kD 11 100 KQ H 4mm 5 3000 V 6 4 W 10 pA 100 V 1kO AAS WA 11 1 kQ Al 4mm 10 200 V 1W 10 pA 100 V 11 4 mm Agilent B1505A 9
93. Table 5 12 MCSMU a Ms T Way Su o gt Ap se y 74a se au a AS mV mVimV 0 2 V 200 nV 200 nV 0 06 0 14 0 06 0 14 I0x0 05 1A 2 V 2 uV 2 uV 0 06 0 6 0 06 0 6 Iox0 5 1A 20 V 20 uV 20 nV 0 06 3 0 06 3 Iox5 1A 40 Vb 40 uV 40 uV 0 06 3 0 06 3 Iox10 1A a lo A b 30 V Table 5 13 MCSMU A A A A 10 pA 10 pA 10 pA 0 06 2E 9 Vox1E 10 0 06 2E 9 VoxlE 10 30V 100 nA 100pA 100 pA 0 06 2E 8 VoxlE 9 0 06 2E 8 Vox1E 9 30 V 1 mA 1nA 1nA 0 06 2E 7 Vox1E 8 0 06 2E 7 Vox1E 8 30 V 10 mA 10 nA 10 nA 0 06 2E 6 Vox1E 7 0 06 2E 6 Vox1E 7 30 V 100mA 100nA 100 nA 0 06 2E 5 Vox1E 6 0 06 2E 5 Vox1E 6 30 V ay Ab 1 nA 1 nA 0 4 2E 4 Vox 1E 5 0 4 2E 4 Vox1E 5 30 V a Vo V b 5 16 Agilent B1505A 9
94. UHVU High Circuit Common SMU Agilent B1505A 9 2 35 MFCMU CMU MFCMU MFCMU Cp G 1 Table 2 21 AC 1 kHz 5 MHz 1 mHz 1 kHz 10mHz 10 kHz 0 1 Hz 100 kHz 1 Hz 1 MHz 5 MHz AC 10 mVrms 250 mVrms 1 mV DC 0 25 V MFCMU DC 0 3000 V HVSMU T
95. o RSI Wt CAV TISO 9241 European Community Display Screen Equipment cs Agilent a iD RSI RSI
96. B1505A B1505A 30 Agilent B1505A 9 1 5 NOTE EasyEXPERT EasyEXPERT 1 Start EasyEXPERT EasyEXPERT e1500a BAX Fie Option Start EasyEXPERT B1305A 2 1
97. Ql ny o gt m o e gt yi 3 16 Agilent B1505A 9 LP EY 6 PTFE N1259A 012 DUT Figure 3 5 PTFE a DUT N1254A 508 509 N1254A 510 N1254A 511 b PTFE c DUT PTEE d Force Sense MCSMU HCSMU DHCSMU High Force Sense DUT Low Force Low Sense GNDU Force GNDU Sense DUT LET e DUT
98. Table 5 29 High UHV Low SHV YO 1 1 1 1 1 1 UHVU MCSMU HCSMU Les o oO o 1 V 10kV 10 mV 1 2 42 a b 5 38 Agilent B1505A 9 Table 5 28 Table 5 29 UHVU A A 10 nA 10 pA 0 06 2E 9 1E 9 100 nA 100 pA 0 06 2E 8 1E 9 1mA 1nA 0 06 2E 7 1E 9 10 mA 10 nA 0 06 2E 6 1E 9 100 mA 100 nA 0 06 20E
99. a Agilent Technologies N1265A 5 Ultra High Current Expander Fixtura o Q090 ORO O20 ORO OXO A iw OOo GSo Goo GSo OO OO OKO ORO ORO 2626 OOo GSo OSO GSo Ooo On OXO OZO O50 2626 ORO O26 OSO GSGo ooo OO O20 OO DAG ORO on OS O26 ooo GSo 626 ORO OSO 626 OS GSo OSO GSo 626 OO ORO OSO 2626 026 ogo ooo GSo ooo OXO DO CSC OSO OSGo ooo o O O O O O O O O O O O O O O 9 O O O O O O O O O O O O O O O O O O O O O O 06062 2626262 OKO O50 O50 Opo Ogo OKO O50 Opo O50 OSO OKO O50 O50 O50 SO50 OKO OO OO O50 OO OKO OKO OO O50 O50 OKO OKO O50 OO O50 OSO OKO OKO O50 O50 OKO N Q e Q 0 O O O O O O O O O O O O O O O O O O O O 0 O O O O O O O O O O O O Power LED AC a Status LED Status
100. Agilent 82350 PCI GPIB Interface GPIBO OK Reboot Required Reboot Now 4 10 Agilent B1505A 9 NOTE Agilent B1S05A BasyEXPERT GPIB 1 TOE Q EasyEXPERT Y EasyEXPERT a EasyEXPERT File Exit b Start EasyEXPERT xy All Programs gt Agilent IO Libraries Suite gt Agilent Connection Expert Agilent Connection Expert Instrument I O on this PC GPIBO Change Properties Agilent 82350 PCI GPIB Interface GPIBO GPIB Add
101. c External Relay Control Output D sub 15 Figure 3 1 Relay control 1 6 Relay control 1 6 FLEX FLEX Relay control OV 12 V 0V Figure 3 1 External Relay Control Output 12V Circut common 0 V Circut common 0 V Circut common 0 V 6 5 W 3 2 Nl Relay control Table 3 1 N1258A Status Status N1258A Low Sense Low Force High Sense High Force Open HPSMU HCSMU Low Sense HPSMU Sense HPSMU Force GNDU Force 6 HCSMU GNDU Sense HCSMU Low Force HCSMU High Sense HCSMU High Force HVSMU HVSMU Force HVSMU Force 3 4 Agilent B1505A 9 Fi
102. p 1 12 p 1 14 p 1 10 Manage Workspaces Agilent EasyEXPERT Please choose the target Workspace below A Workspace is an enclosure of data and application tests It includes test setups test results graphical plots and user customized application tests You have three options when starting a session in EasyEXPERT 1 Create a new Workspace from scratch 2 Open and use an existing Workspace et vou previously created Continue gt 3 Open and use a public Workspace that has been previously published Agilent Desktop EasyEXPERT Target Workspace Your Workspaces C Create a new Workspace Workspace Name El Open an existing Workspace Choose the same workspace in the next time F Allow other users to access this Workspace Name Initial Workspace test Public Workspaces owned by other users Scope Menace Private Workspaces Private Name Owner Choose the same Workspace in
103. GNDU BNC Force Sense HPSMU HV HPSMU MPSMU Force Sense HV Force Sense 10pA 200 V Agilent B1505A 9 5 45 N1261A 004 N1262A 001 N1262A 002 N1262A 010 N1262A 011 Wy RE ch ct an GNDU SHV AD GNDU SHV Force Sense 1 MO HV HVSMU HVMCU SHV 1 MQ 5 3000 V 9W 10pA 100 V 100 kD HV HVSMU HVMCU SHV 100 kQ 5 3000 V yi 10 pA 100 V 1KO
104. N1265A UHVU MFCMU T HP MP HC MC DHCSMU UHCU I4 Figure 3 7 N1265A MC HCSMU 2 UHCU Selector Output UHCU B1505A N1265A UHC expander fixture Digital 1 0 Digital 1 0 Interlock Interlock GNDU GNDU HVSMU HVSMU HP MPSMU SMU o Selector Output amp UHCU MC HCSMU control MC HCSMU V control DUT Gate MCSMU HCSMU HPSMU HPSMU GNDU GNDU GNDU SMU 1 3 26 Agilent B1505A 9 1 3 A4 WARNING 5 WARNING WARNING
105. EasyEXPERT Ei File gt Close Workspace 2 Agilent B1505A 9 EasyEXPERT Figure 1 2 Prev 1 Public Allow other users to access this workspace 2 Public Alow other users to access this workspace
106. UHVU B1505A N1268A UHV expander MCSMU control MC HCSMU V control High Digital 1 0 Digital 1 0 Interlock Interlock Input Low Interlock Output Interlock circuit DUT Gate MCSMU A AC Power N1268A Agilent B1505A 9 3 57 WARNING WARNING N1268A High Voltage Enable
107. Windows DT L Agilent B1505A Agilent Technologies B1505A Power Device Analyzer Curve Tracer Data Display Help i E i 3 lt lt Lep on A SS a E d i 1 4 Agilent B1505A 9 NOTE 2 B1505A Agilent B1505A e Stop 7 e Touch Panel Off Standby ae
108. ye oN mi UHCU 120 mQ 500 A 40mQ 1500 A Selector High Sense 1 nA HVSMU HVMCU High Force 10 nA HPSMU MPSMU e UHVU 1 nA SMU 1 nA 2 C 0 5C lt T lt 100 C 9C 100 C lt T 5 C T lt 0 C 5 34 Agilent B1505A 9 HVSMU N1266A HVSMU 2 5 A N1266A B1505A HVSMU 2 MCSMU HCSMU H HVMCU HVMCU HVSMU HVSMU 100 KQ High HV Low BNC HVSMU 3000 V 4 mA 1500 V 8 mA HVMCU HVMCU HVMCU
109. Output 16493G N1266A N1268A Digital VO Selector Input HVSMU HV 16493T HVSMU HVSMU HVMCU High SMU Force Sense 16494A HP MPSMU UHC Input 16494A MCSMU Force Sense 16493S HCSMU N1254A 103 Force N1254A 517 Sense HCSMU Gate 16494A MCSMU Force Sense 16493S HCSMU N12354A 103 Force N1254A 517 Sense H HCSMU HCSMU
110. ON HCSMU Table 5 31 5 50 Agilent B1505A 9 Table 5 30 Table 5 31 E HVSMU 200 uV oe 100 nA OFF ON 20 us OFF 10 ms 655 35 s ON 30 us DC SMU HVSMU GaN 1 V 3000 V 8 mA lt 1500 V 4mA gt 1500 V a ON 1V HCSMU GaN 0OV 40V 20 mA 20 A lt 20 V 20 mA 1 ADC a DUT
111. WARNING B1505A N126SA N1268A 2 CAUTION N1259A N1265A 4 2 Agilent B1505A 9 WARNING A Ka mi High Force Guard Sense UHVU 10 kVdc HVSMU 3000 Vde HVMCU 2200 Vpulse HPSMU 200 Vde MPSMU 100 Vdc 3 N1265A N1268A Interlock DUT
112. 1 5m 1 A Agilent B1505A 9 5 63 N1254A N1254A S05 HV 1 5 m 1 N1254A 506 HV 1 5m 1 A N1254A 507 HV HV 1 S m 1 N1254A 508 1 N1254A 509 1 N1254A 510 1 1 N1254A 511 1 1 N1254A 512 SHV SHV 1 N1254A 513 SHV 1 N1254A 514 BNC m BNC m 1 N1254A 515 BNC BNC m BNC f 14 N1254A 516 BNC BNC BNC f 1 N1254A 517 Triax Triax m 1
113. 16493L GNDU GNDU e Output N1261A 002 BNC Force Sense DUT BNC m e Output N1261A 004 SHV Force Sense DUT SHV wm N1262A DUT SMU 1kQ 200 Vdc 1 kO 3000 Vdc 100kQ 3000 Vdc 1MO 3000 Vdc N1259A N1265A DUT N1262A 001 1 MO 3000 Vde HV SHV N1262A 002 100 KQ 3000 Vde HV
114. Windows EasyEXPERT GUD LCD EasyEXPERT LET CSV XML J EME BMP GIF PNG Agilent EasyEXPERT Application Test
115. SMU Force 1kQ 10 200 V 1W 10pA 100 V 1 kO SHV HV SMU Force SHV 5 46 Agilent B1505A 9 N1262A 020 N1262A 021 N1262A 023 N1262A 036 N1254A 524 IER A 1 kQ 10 3000 V 1W 10pA 100 V 1 HA 1 200 V HV SHV HV 1 HHA SHV 1 3000 V UHV 1 U
116. Status Selector Output Low Sense Low Force High Sense High Force GNDU Sense GNDU Force SMU GNDU Sense GNDU Force SMU Sense SMU Force UHC UHCU Low Sense UHCU Low Force UHCU High Sense UHCU High Force HVSMU GNDU Sense GNDU Force HVSMU Force GNDU Sense GNDU Force HVSMU Force Agilent B1505A 9 3 35 WARNING B1505A Stop High Voltage N1268A High Voltage Enable A N1265A 010 3
117. UHV 3 22 Agilent B1505A 9 NOTE 16493S 010 011 HCSMU HCSMU N1259A N1265A DUT 16493S 010 HCSMU 16493S 011 HCSMU s From HCSMU Sense BNC Force 16493S HCSMU HCSMU e Output 16493S 010 e High Force Sense BNC Force Sense DUT BNC m a ac e Low Force Sense BNC Force Sense DUT BNC m
118. e 2 Agilent B1505A Agilent EasyEXPERT BEasyEXPBRT DUT Heres SEI e lt program folder gt Agilent B 1500 EasyEXPERT Utilities sleep exe e lt program folder gt AgilentUB1500WEasyEXPERTM15xCConversionl 4155 4156 e lt program folder gt Agilent B 1500 EasyEXPERT IC CAP Support MDM MDM IC CAP
119. Agilent B1505A RE Agilent a re Ooi Seas MZ 1 2 LED LED LED Standby OFF LED LED Standby ON Agilent B1505A 9 2 11 3 AC 4 GPIB Agilent 82357A USB GPIB Agilent 10833A B C D GPIB 5
120. p 1 10 p 1 12 p 1 14 3 1 Figure 1 1 1 p 1 7 4 2 Figure 1 3 ED p 1 9 1 6 Agilent B1505A 9 Figure 1 1 NOTE EasyEXPERT 1 Figure 1 1 Yes OK p 1 10 1 12 faa iL Sheen AP nial
121. 10 1 AO B1505A A 2 10 Ses 4 AS Circuit Common py WARNING Circuit Common CAUTION w Circuit Common 7 Zero Check CAUTION Zero Check
122. GNDU Agilent B1505A GNDU GNDU 0 V 4 2 A HPSMU MPSMU HVSMU HCSMU MCSMU HVMCU UHCU GNDU Low 0V UHVU GNDU Figure 2 1 GNDU GNDU Force 2 16 Agilent B1505A 9 NOTE Figure 2 2 SMU SMU DC SMU Figure 2 2 HPSMU MPSMU HCSMU MCSMU HVSMU
123. Se ee 200 V 0 lt IVI lt 200V 200 uV 8 mA 500 V 0 lt IVI lt 500V 500 uV 8 mA 1500 V 0 lt IVI lt 1500V 1 5 mV 8 mA 3000 V 0 lt IVI lt 3000 V 3 mV 4 mA Table 2 8 HVSMU No SD 1 nA 0 lt Il lt 1 15nA 10 fA 3000 V 10 nA 0 lt IIl lt 11 5nA 100 fA 3000 V 100 nA 0 lt NM lt 115nA 100 fA 3000 V 1 nA 0 lt IIl lt 1 15 pA 1 pA 3000 V 10 uA 0 lt Il lt 11 5 uA 10 pA 3000 V 100 pA 0 lt IIl lt 115pA 100 pA 3000 V 1 mA 0 lt Il lt 1 15mA 1 nA 3000 V 10 mA 0 lt Il lt 8mA 10 nA 1500 V 0 lt Il lt 4mA 3000 V a DC 2 24 Agilent B1505A 9 Figure 2 6 MPSMU SMU SMU MPSMU 100 V 100 mA 2W 0 5 V 1 nA Table 2 9 2 12 MPSMU Current mA Voltage V Agilent B1505A 9 2 25 Table 2 9 Table 2 10 MPSMU
124. N1265A N1265A 011 1500 A N1265A 013 N1265A 015 1500 A 500A N1265A 035 N1265A 040 Gate SMU N1265A 041 K 2 N1265A 045 T N1265A A6J ANSI Z540 N1265A UK6 N1266A HVSMU N1267A HVSMU HCSMU N1268A N1269A N1300A CMU N1300A 001 1 5m N1300A 002 3 0m 16444A B1500 16444A 001 USB 16444A 002 USB 16444A 003 16493G YO 16493G 001 1 5m 16493G 002 3 0m 16493J 16493J 001 1 5m 16493J 002 3 0m 16493J 003 5 0m 5 66 Agi
125. RoHS 6 MCV HM E RoHS MCV EFUP 0 Environmental Friendly Use Period 40 CFB gt OO 9 a PET 2 4s
126. 1 2 1 Power N1259A 300 LED AC 2 Status N1259A 300 Status Figure 3 2 Table 3 2 N 3 Interlock B1505A B1505A High Voltage Agilent B1505A 9 LED LED WARNING LED 3000 Vde
127. 16493S 010 011 HCSMU 16493S 020 021 HCSMU N1265A N1266A HVSMU N1267A HVSMU HCSMU N1268A N1269A B1505A N126SA NG1268A E 2 N1259A N1265A 10
128. OFF DUT HVSMU ON HVSMU HCSMU HVSMU HVSMU HCSMU Table 3 8 3 9 Table 3 10 3 11 Table 3 8 HVSMU OFT 200 V 1 V 200 V 200 uV 8 mA 500 V 1V 500V 500 uV 1500 V 1 V 1500 V 1 5 mV 3000 V 1 V 3000 V 3 mV 4 mA a ON 1 V Agilent B1505A 9 3 51 Table 3 9 Table 3 10 Table 3 11 HCSMU ON 2V 0OV 2V 2 uV 20mA 1 ADC 20 V 0V 20V 20 uV ie eal 40 V OV 40V 40 uV 20mA 1ADC a DUT
129. 3 Agilent 16444A 001 USB 16444A 002 USB USB 4 AC 5 Standby Agilent EasyEXPERT 6 Windows wl Mm a Japanese English Agilent B1505A Agilent EasyEXPERT b 16444A 001 USB
130. 1 Force Sense 3 Figure 3 9 1 2 N1265A 010 180 mm SE Selector Output High Low Force 180mm Selector Output High Low Sense 250mm Gate SMU Force Sense Force Sense SHV SHV N1254A 512 SHV N1254A 513 Selector Output Gate
131. Table 2 16 HVMCU 100 mA 0 lt M lt O11A 200 nA 2200 V 2A 0 lt M lt 11A 4 uA 2200 V 0 lt Il lt 2 5A Z 4 uA 1500 V Agilent B1505A 9 2 31 Figure 2 9 a EU UHCU ae Fay UHCU It Agilent N1265A MC HCSMU 2 UHCU 500 A 1500 A N1265A 015 60 V 7 5 kW 500A 22 5 kW 2000A 10 ps 0 4 500 A 0 1 2000 A Table 2 17 2 18 UHCU 2 32 Current A Voltage V Agilent B1505A 9
132. 16493K 16494A HP MPSMU Agilent B1505A 9 3 5 WARNING CAUTION NOTE d GNDU GNDU 16493L GNDU GNDU HVMCU Low e HVSMU HV 16493T HVSMU HVSMU HVMCU High 2 AC 3 Circuit Common py 1 CO 0 B1505A Circuit Common Circuit Common
133. A A A A 1 nA 50 fA 10 fA 0 1 3E 13 Vox1E 15 0 1 2E 13 Vox1E 15 200V 10nA 300fA 10 fA 0 1 3E 12 Vox1E 14 0 1 1E 12 Vox1E 14 200V 100nA SpA 100fA 0 05 3E 11 Vox1E 13 0 05 2E 11 Vox1E 13 200V 1 uA 50 pA 1 pA 0 05 3E 10 Vox1E 12 0 05 1E 10 Vox1E 12 200 V 10uA 500pA 10 pA 0 05 3E 9 Vox1E 11 0 04 2E 9 Vox1E 11 200 V 100 A SnA 100pA 0 035 15E 9 Vox1E 10 0 03 3E 9 Vox1B 10 200V 1mA 50nA 1 nA 0 04 15E 8 Vox1E 9 0 03 6E 8 VoxlE 9 200V 10mA 500nA 10nA 0 04 1SE 7 Vox1E 8 0 03 2E 7 Vox1BE 8 200V 100mA SuA 100nA 0 045 15E 6 Vox1B 7 0 04 6E 6 Vox1E 7 b 1 A 50 nA 1 uA 0 4 3E 4 Vox1E 6 0 4 15E 5 Vox 1E 6 a Vo V b 200 V lo lt 50 mA 100 V 50 mA lt Io lt 125mA 40 V 125 mA lt Io lt 500 mA 20 V 500 mA lt Io Io 5 8 Agilent B1505A 9 Table 5 4 HPSMU ADC mV mV 2 V 100 uV 100
134. Agilent B1505A High Force Guard Sense UHVU 10 kVdc HVSMU 3000 Vde HVMCU 2200 Vpulse HPSMU 200 Vde MPSMU 100 Vdc Agilent B1505A 3 Interlock High Force Guard Sense Stop
135. HPSMU GNDU HCSMU Low Force 2 LED AC ON LED LED HCSMU HPSMU HVSMU HPSMU 200 V 1A HCSMU 40V 2A 20 V 30A 1 ms 1 HVSMU 3000 V 4 mA 2200 V 1 1 A 1500 V 2 5 A HPSMU MPSMU 5 40 Agilent B1505A 9 IER A HPSMU 10pA 200 V HCSMU 100pA 10 V High Force Low Force High Sense Low Sense HVSMU 10pA 1500 V 20 70 RH 20 pA 3000 V 20 50 RH N1259A 50W HPSMU 2 Force Sense Al
136. SMU 6 UHV 1 UHV High SHV Low UHV High SHV Low Bias Tee 1 SHV x 2 High Low SHV x 2 High Low Gate 1 x 2 Force Sense x 2 High Low Selector 1C HV x 1 x 6 High Force Sense x 2 Force Sense Low Force Sense Guard a 6 3 HCSMU DHCSMU HCSMU IN Selector Input b SMU F3 c Selector Output b 1 Agilent B1505A 9 5 31 ch ct RER Selector HVSMU HVMCU HPSMU MPSMU H Gate 40 V e UHCU 3000 V 4mA 1500 V 8 mA 2200 V 1 1 A 1500 V 2 5 A 200V 1A HJJ 100 V 100 mA UHCU 60 V 1500 A 500 A 1A 100 mA DC 0 Q 10 Q 100 Q 1000 Q
137. Figure 3 10 Agilent N1265A Opt 011 Collector Drain SS SS eS oo 00 00 82 mm Nut pitch 69 mm Universal Socket Module 91 mm Nut pitch 78 mm 1 M3 4 DUT T 10 2 90 mm x 81 mm 6mm 5 TW TE o gt 3 38 Agilent B1505A 9 6 DUT
138. GNDU DIER GNDU B1505A 0 V 100 pV 4 2 A 1 HPSMU HCSMU 4 F Agilent B1505A 9 5 5 FS Mh Is lt 1 1 6A lt Is lt 2 0 A 2 0A lt Is lt 4 2 A RETT a i GNDU WAE 1uE 6A Force lt 1Q Force lt 0 70 Force lt 0 35 Q Sense lt 100 s GNDU Table 5 1 gt yA ot t vA bE B1510A HPSMU 2 2 200 V 200 V IA 1A 2uV 10fA B1511A MPSMU 1 100 V 100 V 100 mA 100 mA 0 5 uV 10fA B1512A HCSMU 2 40V 40V 1A 1A 200nV 10 pA 20 V 20 V 20A 20 A B1513B HVSMU 2 3000 V 3000 V 4mA 4 mA 200 uV 10f
139. IZI E 6 E 100 CORE Dx lt 0 1 E Dx gt 0 1 Ex 14 Dx DORE Dx lt 0 1 E 100 Dx gt 0 1 Ex 1 Dx 100 G Dx lt 0 1 EDx Dx gt 0 1 Ex l Dx Dx e Zx Dx D E Ep Zg IZxl Yo x IZxl x 100 Ep Bpr Eposc Ep Yo Yo Yosc Yo S Zs Zsr Zosc Zs O Table 5 16 5 18 Table 5 19 23 C 5 C 1 PLC 16 PLC 5 28 Agilent B1505A 9 Table 5 16 Table 5 17 Table 5 18 Eposc Zosc Vosc mV Eposc Zosc md 125 lt Vosc lt 250 0 03x 250 Vosc 1 5x 250 Vosc 1 64 lt Vosc lt 125 0 03x 123 Vosc 1 5x 125 Vosc 1 32 lt Vosc lt 64 0 03x 64 Vosc 1 5x 64 Vosc 1 Vosc lt 32 0 03x 32 Vosc 1 5x 64 Vosc 1 Vosc
140. LCD Off LCD LED e Set Cancel 4 Set Cancel Agilent B1505A Agilent EasyEXPERT Agilent EasyEXPERT B1505A LED Set 4 LET USB USB USB Windows B1505A
141. vf rou 5 3 ch ct 1 2 3 iL EL iE RER SMU Zero Check 23 C 5 C 20 70 40 1 C MFCMU 1 MFCMU 1 SMU 1PLC InA 1A 200 us 20 A ADC 1 PLC 128 SMU ON HPSMU MPSMU SMU HPSMU MPSMU HCSMU MCSMU HVSMU Agilent B1505A 9
142. 5 ms 5s 100 us 5 20 Agilent B1505A 9 IER A 1A lt 5 10 uA 100 mA gt A 2ms A lt 100 ms OWA A gt A 10 ms A gt 100 ms A e 0s s 2 ns HVSMU e 500 ns 2s 2 ns 5 ms 5s 100 us gt A 2ms A lt 100 ms A gt A 10ms A gt 100 ms A 0s s 2 ns 1500 V 2us 0 002 s 2 us RE SMU 80 MHz 1 GHz 1 4 GHz Re 2 0 GHz 3 V m
143. HVSMU MCSMU HCSMU 2 HVMCU HJ WE 2200 V 1500V 2A Pwr f n 10 ps i IMSL A JAH 5 ms Table 2 15 2 16 Mn HVMCU High Circuit Common SMU HVMCU Current A 2200 1500 Voltage V 2 30 Agilent B1505A 9 Table 2 15 HVMCU BEWE 1500 V 0 lt IVI lt 1300 V 1 5 mV 3 mv 2A 2 5A 0 lt IVI lt 2200V 3000 V 0 lt IVI lt 2200 V 3 mV 3 mV 1A 1 1A 100 mA 110 mA a OV b 3000 V
144. HPSMU HCSMU 4 1 20 A 1A DC 1 40V lt 1A 20 V gt 1A 1 40W 0 2 V 10nA 50 ps Table 2 5 2 6 rill NOTE HCSMU Low Force Low Sense Circuit Common Figure 2 4 HCSMU 1 Current A Voltage V Agilent B1505A 9 2 21 Table 2 5 HCSMU HCSMU DHCSMU OY 0 2 V 0 lt IVI lt 02V 200 nV 20A 40A 0 2V 2V 0 lt IVi lt 2V 2nV 20A 40A 2V 20V 0 lt IVI lt 20V 20 nV 20A
145. Agilent B1505A 9 NOTE NOTE b High Force Sense Guard Force Sense DUT Guard N 2 N 3 100 kO N1259A 022 1 MO N1259A 021 1 kQO N1259A 030 N1259A 035 DUT SMU 1 2 DUT N1259A 021 022 N1259A 030 N1259A 035 T N1259A 020 MF CMU High Low MF CMU Input
146. B1305A 40 A 2 A DC 16493S 020 HCSMU N1259A N1265A DUT N1258A 16493S 021 HCSMU N1259A N1265A N1258A 16493S 010 011 HCSMU DHCSMU HCSMU N1258A N1259A 300 30 A e Output 16493S 020 e High Force Sense HV Force Sense DUT HV
147. HVSMU Table 5 14 Table 5 15 Ft Ke A W Ic lt 0 004 Ic x 3000 0 004 lt Ic lt 0 008 Ic x 1500 a Ic V W Vc lt 1500 Io x 1500 1500 lt Ve lt 3000 Io x 3000 a Vc b Io Agilent B1505A 9 5 17 Table 5 14 HVSMU mV mV 200 V 200 uV 200 uV 0 03 40 0 03 40 8 mA 500 V 500 uV 500 pV 0 03 100 0 03 100 8 mA 1500 V 1 5 mV 1 5 mV 0 03 300 0 03 300 8 mA 3000 V 3 mV 3 mV 0 03 600 0 03 600 4mA a
148. 9 e Input V Control Force Sense 16494A MCSMU Force Sense HCSMU 16493S HCSMU N1254A 103 Force FA N1254A 517 Sense H e Input I Control Force Sense 16494A MCSMU Force Sense HCSMU 16493S HCSMU N1254A 103 Force FA N1254A 517 Sense H Digital I O connector Output 16493G N1268A Digital VO e Digital I O connector Input 16493G B1505A N1265A Digital TO AC
149. DUT Gate MCSMU HCSMU HPSMU HPSMU GNDU N1265A H GNDU GNDU SMU 1 Agilent B1505A 9 3 45 CAUTION Power LED AC Status LED HVMC Se HVSMU HVSMU Output High HV Force DUT Guard
150. N1268A High Voltage Enable Interlock Agilent B1505A 9 2 15 Figure 2 1 Agilent B1505A GNDU HPSMU SMU HCSMU SMU HVSMU SMU MPSMU SMU MCSMU SMU HVMCU UHCU UHVU MFCMU CMU Agilent EasyEXPERT Agilent EasyEXPERT GPIB
151. H E 6 amp EDZE Pe HE 1 2 AED 3 100 F 1 http handsonlycpr org AHA Hands Only CPR http www youtube com watch v zuJkRpJ7Fxg http www heart org HEARTORG CPRAndECC CommunityTraining CommunityProgr ams CPR Week_UCM_427219_SubHomePage jsp http www youtube com watch v nb5hP4DIBCEE amp feature player_detailpage KOIKRGEIC ROE C DRE a BIT
152. Measurement High Voltage Interlock SMU N o High Voltage Shock Hazard Agilent B1505A can force dangerous voltages 10 kVdc for UHVU 3000 Vdc for HVSMU 2200 Vpulse for HVMCU 200 Vdc for HPSMU and 100 Vdc for MPSMU at the High Force Guard and Sense terminals To prevent electric shock hazard the following safety precautions must be observed during the use of Agilent B1505A e 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 open
153. 3 OK 1 10 p 1 12 p 1 14 Figure 1 2 Agilent EasyEXPERT software manages setups and data in enclosures known as Workspaces Since you want to start a new session you should create a new Workspace with a distinctive name Please specify a name for the new Workspace Untitled Allow other users to access this Workspace You can also rename a previously defined Workspace initial workspace Allow other users to access this Workspace e 1 8 Agilent B1505A 9 Figure 1 3 NOTE Figure 1 3 EasyEXPERT test Private 1 Your Workspaces 2 test Continne
154. HPSMU 2 HCSMU 2 HVSMU 2 MPSMU 1 MCSMU 1 MFCMU 1 Agilent N1258A DUT HPSMU MPSMU HCSMU DHCSMU HCSMU HVSMU HVMCU N1266A 1 Agilent N1259A DUT
155. Io duty x Ipulse 2 HCSMU 16493S 020 HCSMU 16493S 021 HCSMU ECT DC Agilent B1505A 9 40A 2A 5 13 Table 5 10 HCSMU le f Siu ste te bts gee ae a Jo mV mV o mV mV 0 2 V 200 nV 200nV 0 06 0 14 Iox0 05 0 06 0 14 Iox0 0S 20 A 2 V 2 uV 2 uV 0 06 0 6 Iox0 5 0 06 0 6 Iox0 5 20 A 20 V 20 uV 20 uV 0 06 3 I0x5 0 06 3 Iox5 20 A 40 V 40 uV 40 uV 0 06 3 Iox 10 0 06 3 Iox10 1A a Io A Table 5 11 HCSMU A A A A 10 pA 10 pA 10 pA 0 06 2E 9 Vox
156. 2 HVSMU 200 V 0V 200 V 200 uV 500 V 0 V 500V 500 uV 1500 V 0V 1500 V 1 5mV 3000 V 0 V 3000 V 3mV a OFF HVSMU HCSMU HVSMU 100 mA 100 nA 10 mA 10 nA 1A 1uA 20A 20 pA a ON HCSMU 3 52 Agilent B1505A 9 Table 3 12 Table 3 13 Table 3 14 A e ON N1267A ON HCSMU I V lla mM HVSMU 0V luA Vds Vf HCSMU HVSMU td IF Iq Vds TE Vf HCSM CSMU HVSMU ti 2 2V 0OV 2V 2 uV 10uA 1ADC 0V 1 nA 10nuA
157. UHVU Gate N 3 Selector Output Status Figure 3 8 Table 3 5 N1254A S24 UHVU Selector Output 3 32 Agilent B1505A 9 CAUTION a Low Force Low S ense Force Sense DUT UHCU N1254A 522 b High Force High Sense Force Sense DUT UHCU c Guard N1254A 522 Guard
158. US ce End User License Agreement d LAN NOTE Windows Windows 4 8 Agilent B1505A 9 Table 4 1 NOTE NOTE it Agilent B1500 User AgilentOnly
159. 9 NOTE B1505A B1505A Agilent B1505A 9 HPSMU MPSMU HCSMU MCSMU HVSMU SMU SMU MEFCMU UHC N1265A HVSMU N1266A UHV N1268A EasyEXPERT
160. ay 1 al 16493J N1268A ICH SMU EFINI 4155B 4155C 4156B 4156C Desktop EasyEXPERT CD EasyEXPERT EasyEXPERT 5 62 Agilent B1505A 9 Table 5 35 B1505A B1505A 015 1 5 m B1505A 030 3 m B1505A 050 50 Hz B1505A 060 60 Hz B1505A A6J ANSI Z540 B1505A UK6 B1505A ABA 1 BISOSA
161. http www eiae org http www agilent com go contactus eee 2 kis eee ee http www dtsc ca gov hazardouswaste perchlorate Agilent B1505A Microsoft Windows Agilent B1505A Windows Agilent EasyEXPERT Agilent B1505A e Agilent EasyEXPERT Windows Agilent EasyEXPERT Windows Asgilent Technologies
162. B1505A Stop High Voltage 1 HCSMU1 HCSMU2 HCSMU1 HCSMU2 HC MC DHCSMU High Force Sense Low Force Sense tia Po High Force Sense DUT Low Force GNDU Force Low Sense GNDU Sense DUT Agilent B1505A 9 3 11 2 HPSMU1 HPSMU2 N 3 HPSMU1 HPSMU2 HP MPSMU Force Sense Guard Force DUT Guard
163. B1S05A Interlock MF CMU Input Hcur Hpot Lpot Lcur N1259A 020 BNC N1300A MECMU Module Selector Input N1259A 300 HPSMU3 Force Sense 16493K 16494A HP MPSMU HVSMU2 HV 16493T HVSMU HVSMU HVMCU High Agilent B1505A 9 3 9 GNDU2 GNDU 16493L GNDU GNDU HVMCU Low HCSMU3 Force BNC Sense 16493S HCSMU 16493S 021 HCSMU HCSMU
164. 7 5 kW 500 A 22 5 kW 1500 A Table 5 21 Table 5 22 Table 5 23 5 32 UHC 500 A 2 K 2 50 C 300 C Agilent B1505A 9 YO 1 YO 1 1 1 1 1 1 1 Table 5 21 UHCU mV 60 V
165. N1265A 015 HC MCSMU 2 UHCU N1265A 035 N1265A 040 N1268A SMU N1263A 041 N1260A T 3000 Vde DUT UHCU HPSMU MPSMU HVSMU HVMCU N1254A 524 Agilent N1266A HVSMU HVSMU 2 5 A HVSMU 1 E kU HC MCSMU 2 HVMCU DUT
166. N1265A 045 50 kg a N1265A N1266A N1254A 524 N1265A Selector Output Gate 1 8 m Table 3 6 I Selector Output Low Sense Gate Low WET Table 3 6 N1254A 524 N1265A En High Force Selector Output High Force 3000 V 39 A dc Low Force Selector Output Low Force 200 V High Sense HV Selector Output High Sense 3000 V 1 Adc 20 A pulse Low Sense BNC f Selector Output Low Sense 200 V Gate Low Gate BNC f Gate High 200 V WARNING N1265A
167. Triax N1262A 021 SHV N1262A 023 UHV UHV UHV 1 5 m N1262A 036 50 O N1265A N1265A 001 300 A 4 4 N1265A 002 1 N126SA 010 1 N1265A 002 N1265A 010 500 A 18 cm 2 cm Qate 25cm Sense 18 Agilent B1505A 9 5 65
168. V b 100 V lo lt 20 mA 40 V 20 mA lt Io lt 50mA 20 V 50 mA lt Io Io Agilent B1505A 9 5 11 Table 5 8 MPSMU ADC mV mV 0 5 V 25 uV 25 uV 0 018 0 15 0 01 0 25 100 mA 2 V 100 uV 100 uV 0 018 0 4 0 01 0 7 100 mA 5 V 250 uV 250 uV 0 018 0 75 0 01 2 100 mA 20 V 1 mV 1 mV 0 018 3 0 01 4 100 mA 40 V 2 mV 2 mV 0 018 6 0 015 8 b 100 V 5 mV 5 mV 0 018 15 0 02 20 a b 100 mA Vo lt 20 V 50mA 20 V lt Vo lt 40 V 20 mA 40 lt Vo Vo Table 5 9 MPSMU ADC A A A A RKB 1 nA 50 fA 50 fA 0 1 3E 13 Vox1E 15 0 25 3E 13 Vox1E 15 100 V 10nA 500fA 500 fA 0 1 3E 12 Vox1E 14 0 25 2E 12 Vox1E 14 100 V 100nA SpA SpA 0 05 3E 11 Vox1E 13 0 1 2E 11 Vox1E 13 100 V luA 50pA 50 pA 0 05 3E 10 Vox1E 12 0
169. mV 0 5 V 25 uV 0 5 pV 0 018 0 15 0 01 0 12 100 mA 2 V 100 uV 2 uV 0 018 0 4 0 01 0 14 100 mA 5 V 250 uV 5 uV 0 018 0 75 0 009 0 25 100 mA 20 V 1 mV 20 uV 0 018 3 0 009 0 9 100 mA 40 V 2mV 40 uV 0 018 6 0 01 1 b 100 V 5 mV 100 pV 0 018 15 0 012 2 5 a b 100 mA Vo lt 20 V 50mA 20 V lt Vo lt 40 V 20 mA 40 V lt Vo Vo Table 5 7 MPSMU ADC BREDE A A A A l nA 50 fA 10 fA 0 1 3E 13 Vox1E 15 0 1 2E 13 Vox1E 15 100 V 10nA 500fA 10 fA 0 1 3E 12 Vox1E 14 0 1 1E 12 Vox1E 14 100 V 100nA SpA 100 fA 0 05 3E 11 Vox1E 13 0 05 2E 11 Vox1E 13 100 V 1 nA 50 pA 1 pA 0 05 3E 10 Vox1E 12 0 05 1E 10 Vox1E 12 100 V 10uA 500pA 10 pA 0 05 3E 9 Vox1E 11 0 04 2E 9 Vox1E 11 100 V 100 nA SnA 100 pA 0 035 1SE 9 Vox1E 10 0 03 3E 9 Vox1E 10 100 V 1 mA 50 nA 1nA 0 04 15E 8 Vox1E 9 0 03 6E 8 Vox1E 9 100V 10mA 500nA 10 nA 0 04 15E 7 Vox1E 8 0 03 2E 7 VoxlE 8 100V 100mA SpA 100 nA 0 045 15E 6 Vox1E 7 0 04 6E 6 Vox1E 7 b a Vo
170. 30 A NOTE HCSMU Low Force Low Sense Circuit Common 5 Digital I O N1259A 300 16493G B1505A Digital VO 6 N1239A 300 AC 7 Table 3 2 N1259A Status Status N1259A Low Sense Low Force High Sense High Force Open HPSMU HCSMU3 Low Sense HPSMU3 Sense HPSMU3 Force GNDU2 Force 3 HCSMU GNDU Sense HCSMU3 Low HCSMU3 High ENMUS High Sense Force Force HVSMU HVSMU2 Force HVSMU2 Force 3 10 Agilent B1505A 9 WARNING
171. F G S Cp F D Cp F Q Cp F Rp O Q tt a Oy ao F Rs Q R D Hi a F D Cs EJIRE F Q Lp G S Lp D Lp Q Lp Rp O Ls Rs Q Ls D Ls co ot oy eo oe ee Q Agilent B1505A 9 2 37 Table 2 22 6
172. 1A GNDU GNDU 16493L GNDU GNDU HVMCU Low AC N1265A Selector Output AC 3 30 Agilent B1505A 9 k A WARNING B1505A Stop High Voltage N1268A High Voltage Enable A smu 200 V Max 1A
173. DUT 200 V 1 mm 3000 V CH 6 mm 7 Agilent B1505A 9 3 39 N1265A 013 Tektronix 370B 371B 1 Figure 3 11 Figure 3 11 1 Internal connection 1 Collector Drain Force 2 Collector Drain Source 3 Emitter Source Force Force Sense Force Sense Force Sense 4 Emitter Source Source 5 Base Gate Force 6 Base Gate Source Agilent N1265A Opt 013 Maximum voltage 3000 V Maximum current A Force 500 A pulse 39 A dc A Sense 40 A pulse 2 A dc B Force 500 A pulse 39 A dc B Sense 40 A pulse 2 A dc Curve Tracer Test Adapter Socket C Force 40 A pulse 2 A dc
174. DUT PTFE High Low High 200 V CH 1 mm 3000 V CH 6 mm Agilent B1505A 9 3 17 f 7 N1259A 013 Tektronix 370B 371B 1 ot i Figure 3 6 a b
175. Z 1 kHz lt f lt 200 kHz 200 kHz lt f lt 2 MHz 2 MHz lt f lt 5 MHz 0 lt 7Z lt 100 50 Q 50 Q 50 Q 100QN lt Z lt 300 Q9 100 Q 100 Q 100 Q 300 9 lt Z lt 1kKQ 300 Q 300 Q 300 Q 1kO lt Z lt 3kQ 1kQ 1kQ 1kQ 3kQN lt Z lt 10kQ 3kQ 3 kQ 3 kQ 10kQ lt Z lt 30kQ 10 kQ 10 kQ 30 kQ lt Z lt 100 kQ 30 KQ 30 KQ 100 kQ lt Z lt 300 kQ 100 kQ 300 kQ lt Z 300 kQ Figure 2 11 10TO i 1TQ 300 kQ range 100 GQ 10 GQ 1GQ rno 100 aF 10 MQ MM 10 fF NN 100 fF 100 kQ an Qu 10kQ E 8 1kQ H H 10 pf 100 Q pr ee 10 nF sinc 100 nF 10 mQ ae 1mQ H 100 u 100 uF 10 na Lmt 1Ha 10 mF 10nno 50 Q range 100 mF 10no l 1 1 kHz 10 kHz 100 kHz 1 MHz 5 MHz Frequency f 2 38 Agilent B1505A 9 WARNING WARNING CAUTION NOTE Agilent B1505A N1258A N1259A N1260A T N1261A N1262A
176. 9 TEC Cava N1259A N1259A 020 T SHV SHV 2 SHV 2 N1259A 021 IMQ N1259A 022 100kQ N1259A 030 1kO N1259A 035 N1259A 300 N1260A T N1261A N1261A 001 HPSMU Triax f N1261A 002 GADU BNC N1261A 003 HPSMU HV N1261A 004 GNDU SHV N1262A N1262A 001 IMQ SHV N1262A 002 100kQ SHV N1262A 010 1kO Triax N1262A 011 1kO SHV N1262A 020
177. Table 2 17 UHCU 100 V 0 lt IVl lt 60V2 0 lt IVI lt 60V 200 uV 100 uV 500 A 1500 A gt a 0 V b N1265A 015 Table 2 18 UHCU 500 A 0 lt Il lt 500 A O lt Il lt 500A 1 mA 500 uA 63 Vb 2000 Ac 0 lt Il lt 1500A 0 lt M lt 1500A 4 mA 2 mA a 0 A b c N1265A 015 0 A Agilent B1505A 9 2 33 Figure 2 10 UHVU UHVU Agilent N1268A MCSMU 2 MCSMU HCSMU 1 Eo CF UHVU DC 10 kV 10 mA 10 kV 10 mA 10 kV 20 mA 10 kV 20 mA 10 mA 1 ms
178. 9 DC e DC 0 5 5 0 mV MFCMU MFCMU 1 5 m 3 m DC OQ DC A 30 10x103 100 10x103 300 10x103 1x103 1x103 3x103 1x103 10x103 100x10 30x10 100x10 100x10 10x106 300x103 10x10 50 Q DC 0 25 V 0 2 MFCMU 1 5 m 3 m DC 1001 Agilent B1505A 9 10 mV MFCMU 5 27 ch ct MFCMU MFCMU 1 5m 3 m
179. AA 4 nd cardiopulmonaire Abnormal cardiac Arrhythmia Arythmie Baw KET RETH rhythm Respiratory failure Respiratorischer chec respiratoire SS BA difficult or absent MiRerfolg breathing Muscle pain and Muskelschmerz und Douleur du muscle 255 LAJE LAJE contractions Zusammenziehungen et contractions KR TS Z iR Seizures heart Herzl hmung Paralysie cardiaque oHe ARR beat stopped Numbness and Eine Taubheit Un engourdissement aAA ER K tingling Stachel Une pine TEAL Unconsciousness Bewusstlosigkeit Evanouissement SA BS WRTH Entrance andexit Eine elektrische Une trace du choc ZA Aba fees wound burns Schockspur lectrique 4 CPR REE CPR E
180. e N1254A 508 509 Force Sense Force Sense MCSMU HCSMU DHCSMU gh Force Sense DUT Force Sense Low Force GNDU Force DUT Force Low Sense GNDU Sense Sense d DUT e CAUTION Figure 3 6 gee Internal connection 1 Collector Drain Force 2 Collector Drain Source 3 Emitter Source Force 4 Emitter Source Source 5 Base Gate Force 6 Base Gate Source Agilent N1259A Opt 013 Collector Drain Maximum voltage 3000 V Maximum cur
181. 16493V 001 1 5m 16493V 002 3 0m Agilent B1505A 9 5 67 FETT SS 16494A 16494A 001 1 5m 16494A 002 3 0m 16494A 003 80cm 16494A 004 40cm 16494A 005 4 0m 5 68 Agilent B1505A 9
182. 200 V 10 kV e 4 High Force High Sense Low Force Low Sense 4 mm 2 High Low 4mm 200V 10 kV K 2 N1265A Termocouple Kk e 3000mm 50 C 180 C N1265A T 420 mm x 193 mm x 565mm F E 15kg 50 kg Agilent B1505A 9 5 49 N1267A RER ER HVSMU HCSMU HVSMU HCSMU MCSMU
183. CollectorDrain Selector Output Low DUT Emitter Source e Gate High DUT fil Base Gate Force Gate Low DUT fil Emitter Source Force SMU 3 HC MC DHCSMU e SMU 3 High Force Sense DUT e SMU 3 Low Force Sense DUT GNDU Force Sense DUT GNDU Table 3 5 Selector Output Low 4 DUT 5 Agilent B1505A 9 3 41 3 42 TIFI DUT 1 a DUT N1254A 520 UHV SHV UHV High Low N1254A 522
184. 0 03 1 HCSMU MCSMU 10 HVSMU 1V 1 5 24 Agilent B1505A 9 HPSMU MPSMU ON 0 EZ 250 mV 70 mV HCSMU MCSMU ae yas ESAIN a g gJ g 10 uA 1A 250 mV 70 mV HCSMU 20 A HVS m wiy lt Ai i a vit U SV Zz 300 mV 300 mV 1 mV HPSMU 3 mV MPSMU 3 mV HVSMU 0 2 V us HPSMU MPSMU 1 V us HCSMU MCSMU 0 4 V us HVSMU HVSMU 500 us 100V 8 mA 1000 pF Ax AC I
185. 3 in T th Agilent 4155 4156 ses SKE E EasyEXPERT GUI Laem Ge 1 GUI
186. FET TV t FET e GaN Diode IV t Figure 3 15 GaN Non Kelvin connection T N1267A Diode switch 1 TN MCSMU Transistor for Gate switch D TAT amp gt HCSMU HVSMU A A O ET MCSMU 7 a for control 1 HCSMU is substitutable Kelvin connection N1267A Diode switch _ DUT _ 1 1 RN MCcsMU A Transistor for Gate _ switch HVSMU Vv Do not connect HVSMU and GNDU Protection Adapter 00 to N1267A input GNDU gt MCSMU for control 3 50 Agilent B1505A 9 N1267A HVSMU HCSMU Figure 3 16 Figure 3 16 Current A 20 3 Pulse mode only HVSMU HCSMU switching a for FET measurement 0008 i Volt V 40 1500 3000 MS ee switching for diode measurement HVSMU HCSMU
187. It High Low DUT SHV SHV anes SHV N1254A 513 DC DC Bias Input Force Guard HVSMU HPSMU MPSMU Force Guard N1254A 508 509 DC SMU MFCMU DC A 4 N1259A 010 3 1 DE Force Sense 3 Figure 3 3
188. Figure 3 4 90 mm Nut pitch 80 mm D amp S s 62 eo So 8 Z 129 mm Height 34 mm 45 mm including terminal a M3 4 DUT T 10 b 104 mm x 89 mm A a e f DUT 1 8 DUT 200 V 1 mm 3000 V 6 mm g 105 mm Nut pitch 95 mm
189. N 4 AUX1 AUX2 BNC MFCMU HPSMU1 HPSMU2 Force Sense 16493K 16494A HP MPSMU HVSMU1 HV 16493T HVSMU HVSMU HVMCU High GNDU1 GNDU 16493L GNDU GNDU HVMCU Low HCSMU1 HCSMU2 Force BNC Sense 16493S HCSMU 16493S 021 HCSMU HCSMU MCSMU 16494A N1254A 104 Interlock Interlock 16493
190. RF 2 0 GHz 2 7 GHz 1 V m RF RF SMU 150 kHz 80 MHz 3 Vrms RF Et Agilent B1505A 9 5 21 RE ch ct ae SMU HPSMU MPSMU 12 2 5 I ea 1pA 10nA ga e 100nA 1A HCSMU MCSMU 10 nA 1A 2 5 20 A HCSMU 0 6
191. SMU 3 Low Force Sense DUT GNDU Force Sense DUT Agilent B1505A 9 GNDU Table 3 5 Selector Output Low 4 DUT DUT High Low High 200 V lmm 3000V 6mm 10 kV 32mm 10 kV 100 mm 5 Figure 3 12 Signal line _ DUT z Insulator Shield Insulator UHV Cable V SHV Cable lt i 100 mm for 10 kv N 32 mm for 10 kV gt To UHVU Low To UHVU High N N1265A 035
192. TINSTALLATION CATEGORIY I POLLUTION DEGREE 2 CATI EC I OF Au Au y mgs OF H TI y u Interlock High Force Guard Sense mmterlock 40 V 42 V
193. Figure 3 18 Table 3 18 HVSMU current behavior A Transition time OFF to ON minimum 20 us yl le Current limit change ON maximum 4 mA 1500 V to 3000 V 1 maximum 8 mA up to 1500V Current limit period HVSMU output voltage X 2 5 us at 4 mA compliance OFF HVSMU output voltage X 5 us at 8 mA compliance gt Time N1267A Figure 3 15 N1267A LI V ON DUT HCSMU HCSMU Voltage Drop vs Idut Vdrop V Io iit Ip 20 x Ip Il lt 30 mA 58 x Io Il lt 10 mA 0 6 0 27 x Ip 30 mA lt lol lt 3 A 0 6 0 24 x Ib 10 mA lt Ilol lt 3 A 1 3 0 043 x I 3A lt Hol lt 20 A 1 1 0 062 x I 3 A lt lol lt 20 A a Ig HCSMU A 3 56 Agilent B1
194. HVSMU HCSMU MCSMU GNDU B130SA N1267A Figure 3 15 GNDU N1267A HVSMU GNDU DUT LET DUT Figure 3 15 MCSMU for Gate N1267A e GaN FET N1267A Id Vds Id OfD Vds Id Vds FET e GaN Diode N1267A TE VE Ir Vr IFVf fr Agilent B1505A 9 3 49 e GaN FET
195. PowerBJT Ic Vce Vce sat Ic Vcbo Ic Vceo Ie Vbeo PowerDiode If Vf Ir Vr Cj Vr MISCAP C V Ileak V TDDB HCSMU MCSMU HVSMU UHCU HVMCU UHVU vs MA gt Ra 1 ja 2 us CHCSMU MCSMU UHCU HVMCU UHVU 6 us HVSMU 4000 Sa 2000 Sa HCSMU MCSMU UHCU HVMCU UHVU HVSMU 2 us
196. lt USB NT JLE 5 BSB BRO Stop V V Trace Unit V Name I Name Mode 2 Function SMU1 V1 Ti V VAR1 SMU2 V2 I2 V CONST a r IPULSE V VpUrsgs LEF VV Trace YT Ti LIN H H LIN Agilent B1505A 9 Table 1 3 Figure 1 4 Quick Test Tracer Test Classic Test Application Test V V Trace
197. mV Epr Yor Zsr EpL Yor nS Zsr MQ 15m 0 02 3xf 100 750xf 100 5 0 3m 0 02 5xf 100 1500xf7100 5 0 f MHz Yosc Yo Ep Zs f Hz Yosc nS Yo nS Ep Zs mQ lk lt f lt 200k 1x 125 Vosc 0 5 1 5 0 095 5 0 200k lt f lt 1M 2x 125 Vosc 0 5 3 0 0 095 5 0 IM lt f lt 2M 2x 125 Vosc 0 5 3 0 0 28 5 0 2M lt f 20x 125 Vosc 0 5 30 0 0 28 5 0 Vosc mV Agilent B1505A 9 5 29 Table 5 19 2 5 MHz 1 pF 0 61 lt 3uS 192 nS 10 pF 0 32 lt 31 uS 990 nS 100 pF 0 29 lt 314 uS 9 uS 1 nF 0 32 lt 3 mS 99 uS 1 MHz 1 pF 0 26 lt 628 nS 16nS 10 pF 0 11 lt 6uS 71 nS 100 pF 0 10 lt 63 uS 624 nS 1 nF 0 10 lt 628 uS 7 nuS 100 kHz 10 pF 0 18 lt 628 nS 11nS 100 pF 0 11 lt
198. 5 9 Agilent B1505A 9 LAT Yay RE RES MPSMU ADC Table 5 6 HU ADC Table 5 8 ADC Table 5 7 ADC Table 5 9 V W 0 5 Ic x 20 2 Ic x 20 5 Ic x 20 20 Ic x 20 40 Ic x 40 100 Ic x 100 a Ic V W Ves 20V Io x 20 W 20V lt Vc lt 40V Io x 40 W 40V lt Vc lt 100 V Io x 100 W a Vc b Io 5 10 Agilent B1505A 9 Table 5 6 MPSMU ADC mV
199. TXT CSV XMLSS 5 54 EMF BMP JPG PNG Agilent B1505A 9 IER ar M IV HIA 2 CHE C CV DC C CVD Ct 9 c f CV AC D Quasi Static CV QSCV FD D Direct Control 1 10 001 SMU 1 1001 CMU 0 655 35 s 10 ms 0 65 535 s 655 35 s CV AC C f 100 ps 0 1s 100 us 0 s 100 us
200. 5 60 Agilent B1505A 9 IER A N1265A 400 VA N1266A 60 VA N1268A 350 VA EMC IEC 61326 1 EN 61326 1 ICES NMB 001 AS NZS CISPR 11 KC RRA Notification amending Radio Waves Act Article 58 2 IEC 61010 1 EN 61010 1 CAN CSA C22 2 No 61010 1 B1505A 420mm i x 330 mm x 575 mm N1258A 330mm x 120 mm x410 mm N1259A 420mm x 272 mm x410 mm N1260A 164mm x53mm mS x 125mm N1261A 001 80 mm x40 mm x 110 mm N1261A 002 80mm x40 mm x 110 mm N1261A 003 90mm x40 mm x 140 mm N1261A 004 80mm x40 mm x 125 mm N1262A 50mm HH x40 mm x 125 mm N1265A 420mm x285 mm x 575 mm N1266A 420mm x 75 mm x 575 mm N1267A 202 mm W x 56 mm x 175mm a ala S ASN SS NN N1268A 420mm W x 222 mm x482 mm N1269A 134mm x 56 mm x 150mm E EL B1505A 20 kg B1S10A
201. Agilent EasyEXPERT 10 Agilent EasyEXPERT 7 11 DVD R DR1I DVD ROM 12 Touch Panel Off EasyEXPERT LED jilent Technologies B1505A Power Device Analyzer Curve Tracer ume Help ouice Test Tracer Test classic CI Test 2 10 Agilent B1505A 9
202. HCSMU 21 BNC Force Sense HVSMU 1 HV HVSMU Force HVMCU High GNDU 1 AUX 2 BNC Interlock 1 HPSMU MPSMU HPSMU GNDU HCSMU Low Force LED 42V HPSMU Force 200 V 1 A Sense 200 V HCSMU High Force 40 V 2 A 20V 40 A 1 ms 1 Low Force 40 V 2 A 20V 40A 1 ms 1 High Sense 40 V Low Sense 40 V HVSMU 3000 V 4mA 2200V 1 1 A 1500V 2 5A gt 35 C N1259A Agilent B1505A 9 5 41 A ch ct LF HPSMU Force Sense 10 pA 200 V HCSMU High Force High Sense 100 pA 10 V HVSMU Force 10 pA 1500 V 20
203. SHV N1262A 010 1kQ 200 Vdc f f N1262A 011 1 KQ 3000 Vde HV SHV N1262A 020 N1262A 021 HV SHV N1262A 023 UHV UHV N1262A 036 S00 Agilent B1505A 9 3 21 500 BNC BNC m 509 HVMCU UHVU UHCU SMU DUT From HVSMU N1262A 001 002 HV 16493T
204. Table 3 ADC Table 5 5 V W 2 Ic x 20 20 Ic x 20 40 Ic x 40 100 Ic x 100 200 Ic x 200 a Ic V W Ve lt 20 Io x 20 20V lt Vcs 40 Io x 40 40V lt Vc lt 100 Io x 100 100 V lt Ve lt 200 Io x 200 a Vc b Io Agilent B1505A 9 5 7 Table 5 2 HPSMU ADC mV mV 2 V 100 pV 2 uV 0 018 0 4 0 01 0 14 1A 20 V 1 mV 20 uV 0 018 3 0 009 0 9 1A 40 V 2mV 40 uV 0 018 6 0 01 1 500 mA 100 V 5 mV 100 pV 0 018 15 0 012 2 5 125 mA 200 V 10 mV 200 uV 0 018 30 0 014 2 8 50 mA a Table 5 3 HPSMU ADC
205. my AC
206. 20 V OV 20V 20 uV 20 A 40 V 0V 40V 40 uV 10uA 1ADC HVSMU Id Vds HJE Vf 200 V 0V 200 V 200 uV 1Id Vds WE Vf HCSMU HVSMU 10 pA 10 pA 1 pA 10 nA 100 pA 100 pA 1 mA 1 nA 10 mA 10 nA 100 mA 100 nA 1A 1 uA 20A 20 uA Id Vds Vf Agilent B1505A 9 1uA 3 53 OFF N1267A OFF HCSMU 0 V HVSMU LTV Vds Vr HCSMU HVSMU Id Off Ir Table 3 15 Td OfD Vds r Vr HVSMU HCSMU zU BX AE 200V 0OV 200 V 200 uV 10 pA 8 mA OV HVSMU 500 V 500 uV 0V 500 V H 1500 V 0V 1500 V 1 5 mV 3000 V 0
207. Agilent B1505A 9 5 55 RER ch ct 0 65 535 s 100 us 10 1 100 001 1 11 1 100 ps 20 ns x 1 2 ms 10 us 2 ms 65 5358 1 ms 90 ms 100 us 100 us 0 655 35 s 10 ms 100 ps SMU
208. DUT 7 N1265A N1254A 518 SHV DUT SHV AC Guard SHV MFCMU AC 3 Low High SHV N1265A HVSMU Force Guard Circuit Common SMU Agilent B1505A 9 3 19 N1261A
209. N1266A Agilent B1505A 9 3 47 N1267A HVSMU HCSMU DUT HVSMU HCSMU GaN ET MCSMU 1 Figure 3 14 N1267A Low High 0 MM 1 F Force S Sense P A Protection adapter When the HCSMU is used N1267A steps down the High output voltage to l SW control i the HCSMU high output voltage Le aS i E S F F GNDU HCSMU MCSMU _ HVSMU NOTE DUT Gate MCSMU HCSMU Figure 3 15 Output Low Force BNC Force DUT BNC m Output High Force HV Force DUT
210. 100 us 10 ms Table 2 19 2 20 UHVU Current mA 1 Pulse width m Voltage V ust be 1 ms or less 2 34 Agilent B1505A 9 Table 2 19 UHVU 10 kV 0 lt IVI lt 10kV2 0 lt IVI lt 10 kV 10 mV 10 mV 10mA 20mA b a b 1 ms Table 2 20 UHVU 10 nA 0 lt M lt 11 5pA _ 10 pA 10kV 100 pA 0 lt NM lt 115pA 100 pA 1 mA 0 lt I lt 1 15mA 1nA 10 mA 0 lt Il lt 10mA 10nA 0 lt Il lt 11 5 mA 100 mA2 0 lt lt 20mA 100 nA a 1 ms CAUTION CAUTION UHVU Low N1269A N1265A 040
211. 4 4 Agilent B1505A 9 WARNING WARNING WARNING NOTE uhi Ee Til x p 5 60
212. 40A 20V 40 V 0 lt IVi lt 40V 40 uV 1A 2A 40 V HCSMU mh wei OA 10pA O lt I lt 11 5nA 10 pA 40V 10 uA 100npA O lt I lt 11SnA 100 pA 40 V 100 pA lmA 0 lt I lt 1 15mA 1nA 40 V 1 mA 10mA 0 lt I lt 11 5mA 10 nA 40 V 10 mA 100mA 0 lt Il lt 115mA 100 nA 40 V 100 mA 1A 0 lt Il lt 1 15 A 1 pA 40 V 1A 2A 0 lt M lt 2 02A 2 uA 40 V 2A 20 A 0 lt I lt 20A 20 pA 20 V 100 mA 40 A 0 lt I lt 40A 40 nA 20 V 200 mA a HCSMU DC 1 A b DC 2 A NOTE 40A 2A 40 A 2 A HCSMU 2 BISOSA 16493S 020 HCSMU 16493S 021 HCSMU HCSMU 2 40 A 2 A DC DHCSMU 20 A gt 1A lt
213. 70 RH 20pA 3000 V 20 50 RH N1259A 010 3 6A 4mm DUT 3 3000 Vde N1259A 011 8 4mm 3000 Vde N1259A 013 6 4mm 6 4 mm 3000 Vde Collector Drain Force Emitter Source Force 39 A DC 500 A 1A DO 20 A N1259A 020 DC Bias Input 1 4 mm Force Guard MFCMU Input 1 BNC Hcur Hpot Lcur Lpot 2 Tektronix 370B 371B
214. Classic Test Tracer Test Quick Test Agilent B1505A 9 Application Test Classic Test Tracer Test Quick Test IGBT PMIC MOSFET BT E 40 DUT DUT FCT LED My Favorite Setup Agilent 415SC 4156C My Favorite Setup
215. 3 14 Agilent B1505A 9 a b N1254A 508 509 Force Sense Force Sense MCSMU HCSMU DHCSMU gh Force Sense DUT Force Sense Low Force GNDU Force DUT Force Low Sense GNDU Sense Sense EIo ce DUT d CAUTION Figure 3 3
216. 600 W 2200 V 900 W 1500 V Table 5 24 kh By e EF Table 5 25 Table 5 26 Agilent B1505A 9 5 35 an ch ct KE 1O 1 1 0 1 1 1 Table 5 24 HVMCU Me e ee 2200 V 3 mV 3 mV 5 20 0 8 1 8 1500 V 1 5 mV 3mV 5 20 0 8 1 8 a b c 100 us LIA 2 5 A 1 ms 100 mA Table 5 25 HVMCU A A 2 5 A 4 nA 0 9 4E 3 Vox3E 7 1 1A 4 nA 0 9 4E 3
217. HVSMU 1 1nA 10nA 12 100 nA 10 mA 2 5 SMU HPSMU MPSMU e AVA Mh 0 5 50 us 0 5 100 us HCSMU MCSMU e 0 1 2 us e 0 1 100 us HVSMU e 0 1 2 us 400 5 100 us 16 us HPSMU MPSMU 2 us HCSMU MCSMU 6 us HVSMU Foree 2 Q HPSMU 0 3 Q MPSMU 3 Q HVSMU 10 mA gt 10 Q HPSMU MPSMU e Tm p 5 22 Agilent B1505A 9 IER A 10 Q HCSMU MCSMU lt 1A 80kQ HCSMU 20A gt 10 Q HVSMU 1013 Q HPSMU MPSMU 10 Q HCSMU MCSMU lt 1A 80kQ HCSMU 20 A 10 Q HVSMU 10nA HPSMU MPSMU IV v e mi m IV IV IV e Sense 10 Force 10Q lt 100mA 1 5Q gt 100 mA HCSMU e
218. N1254A 518 SHV SHV 1 5m 1 A N1254A 520 UHV 1m 1 SHV 1m 1 N1254A 521 UHV UHV 1 SHV SHV 1 N1254A 522 1500 A 2 N1254A 523 1500 A 1m 2 N1254A 524 1 8 m 1 N1258A N1259A N1259A 001 HPSMU GNDU 4 6 N1259A 010 1 N1259A 010 N1259A 011 N1259A 012 PTFE N1259A 013 5 64 Agilent B1505A
219. agb1500a UsbDevicel Add VISA Alias B1500A USB0 INSTR DERZ Y Agilent EasyEXPERT Agilent B1500 Agilent B1505A 9 1 3 B1505A B1505A 1 Agilent B1505A AC 2 USB USB BISOSA 3 Standby Windows Windows Windows Start EasyEXPERT EasyEXPERT Bt500A Joe File Option Start EasyEXPERT B1505A Standby
220. 1A 2 22 Agilent B1505A 9 CAUTION Figure 2 5 HVSMU SMU SMU HVSMU 1 3000 V 4 mA 3000 V 4 mA 1500 V 8 mA 1500 V 8 mA 12 W 200 V 1nA Table 2 7 2 8 HVSMU Force Guard Circuit Common SMU HVSMU Current mA Voltage V 1500 3000 Agilent B1505A 9 2 23 Table 2 7 HVSMU
221. 2200 V 1 1 A 1500 V 2 5 A HPSMU 10pA 200 V 5 44 Agilent B1505A 9 N1260A N1261A 001 N1261A 002 N1261A 003 HCSMU 100 pA 10 V High Force Low Force High Sense Low Sense HVSMU 10pA 1500 V 20 70 RH 30 pA 3000 V 20 30 RH HVSMU 1 HV MFCMU 1 BNC Hcur Hpot Lcur Lpot Output 1 SHV High Low AC Guard DC 3000 V 10 kHz 1 MHz 10 kHz 150 O 110nF 100kO 1 HPSMU HPSMU MPSMU Force Sense H Force Sense 10pA 200 V TE LE Nes GNDU BNC
222. 6uS 66 nS 1 nF 0 10 lt 63 uS 619 nS 10 nF 0 10 lt 628 uS 7 pS 10 kHz 100 pF 0 18 lt 628 nS 11nS 1 nF 0 11 lt 6uS 66 nS 10 nF 0 10 lt 63 uS 619 nS 100 nF 0 10 lt 628 uS 7 pS 1 kHz 100 pF 0 92 lt 63 nS 6 nS 1 nF 0 18 lt 628 nS 11nS 10 nF 0 11 lt 6uS 66 nS 100 nF 0 10 lt 63 uS 619 nS a Dx 0 1 1 PLC 30 mVrms MFCMU 4 5 30 EE Agilent B1505A 9 UHC N1265A Hy Da SAE B1505A 1500 A CHEF 2 MCSMU HCSMU v b UHCU UHCU HVSMU HVMCU HPSMU MPSMU Table 5 20 N1265A B1505A Table 5 20 N1265A
223. C Sense 40 A pulse 2 A dc 2 N1254A 522 Selector Output High Low Force e N1254A 508 509 Selector Output High Low Sense Gate SMU Force Sense Force Sense SHV SHV N1254A 512 SHV N1254A 513 CAUTION 3 40 Agilent B1505A 9 Selector Output Gate Selector Output High DUT
224. ER Et ate 5 43 N1259A 300 ch ct RE A 3000 V HPSMU 1 Force Sense fi HCSMU 1 BNC Force Sense HVSMU 1 HV HVSMU Force HVMCU High GNDU 1 Digital TO 1 D sub 25 AC 1 High 1 4 mm Force Guard HEU Sense Guard Low 1 4 mm Force Sense HPSMU MPSMU HPSMU GNDU HCSMU Low Force LED AC ON LED LED HCSMU HPSMU HVSMU HPSMU 200V 1A HCSMU 40V 2A 20V 30A 1 ms 1 HVSMU 3000 V 4mA
225. GNDU HP MPSMU N1265A DUT Fa N1261A 001 HPSMU Jv f N1261A 002 GNDU BNC N1261A 003 HPSMU HV N1261A 004 GNDU SHV From HPSMU N1261A 001 003 Force Sense 16493K 16494A HP MPSMU Output N1261A 001 Force DUT F Guard N1265A 1
226. RLE NT E EE E E E E 4 3 Be Ll a ea unar ra a r he Bees A EE D ANSA 4 4 DAN E a SE r A e eee a E A ee ee 4 4 Bese Sse ea haste ooo AN NN E ate ict 4 4 4 4 Cac lt r a ee ee eee eee See ee ene ae 4 5 FEV TT I ace Bo NN ee MSE Aa Te ace te et He he 4 5 WAAR ORR ar Co Ae tat eh On tc atte Fel oe Et eb 4 7 WC ocd Shee lea plus bee alae BS 4 7 ERE SEE OIE FAT Ok ae ots ed Sati Rae RSE Bae oh 4 8 Windows cael oie es ew vad ea wen ewe oe 4 9 GPB Z FLAA DET Aaa eo E AA 4 10 Agilent B1505A 9 4 11 RT 7 a Pa BOER ICE Te TON ER OE EO AAS 4 12 TIENEN Bat Bate Rah Patt GY we AO ig iat es opt Mea Batches EAE 4 12 ENEA EE E E EEA AEE ETE 4 12 4 13 PRRs Ao Rete eet Re a Cab eh le 4 13 ESC Re ER hi 4 14 EN NC 5 3 Peay he aia eves ec ke ed ce 5 4 ANT EDN ER E 5 5 HPSMU 5 7 MPSM UA aue NE a ar a le i A Te ec 5 10 HCSMU sh ising ean e ee eal te ak eh a a a 5 13 MM 5 15 PY et restr a ee ae 5 17 SN 5 19 SIMU ZS Teac a ceases cle teary eer GS date Uh ok tala SS 5 22 MFCMU Rete ee RR RE 5 26 UHC N1265A
227. 2 0 kg B1S11A 1 1 kg B1512A 2 1 kg B1S13B 2 0kg B1514A 1 3 kg B1520A 1 3 kg N1258A 5 0kg N1259A 12 kg N1260A 0 6 kg N1261A 0 3 kg N1262A 0 3kg N1265A 30 kg N1266A 10 kg N1267A 0 8 kg N1268A 18 kg N1269A 0 4 kg Agilent B1505A 9 5 61 EC Agilent B1505A Table 5 34 16444A 001 USB 16444A 002 USB 16444A 003 16493 16493L GNDU 1 16494A HPSMU MPSMU MCSMU 2 16493S HCSMU HCSMU 1 16493S 010 HCSMU HCSMU 1 16493T HVSMU HVSMU 1 N1300A CMU MFCMU 1 16493G IO N1258A N1259A 300 N1265A N1266A N1268A
228. 5 31 HVSMU N1266A nA 5 35 UHV N1268A 0 eee 5 38 TA TE V a ae nI a E a Aa E AT rE N AEAN 5 40 EasyEXPERT RG EP LO NR EI lt 5 53 TE ED DO TET Se ee a dace Oi te ct Rie ba AC eo loan 5 59 We cd as Sh eae A Wd Bebe ee eek See 5 59 Se Le ee eee ee ee eee eee ROT ae SOR Ee Aa Tee Ae eae 5 60 PAs at oe ZIA heate n hranu ani i 5 62 Agilent B1505A 9 NOTE PAE ely espe a a gt CR Agilent B1505A ATA USB DES Agilent B1505A Agilent EasyEXPERT 4 LES B1505A EasyEXPERT
229. 6 1E 9 a b 1 ms 20 mA UHVU 100 mA 100 us 1 ms 2 us 10ms 5s lt 10mA 100 us 2s 2 us 10ms 5s 10000 Q High 1000 Q Low AC 100 V us 1 m 1 e 3 Vp p SnF 5 pH Agilent B1505A 9 5 39 N1258A ch ct RE A HPSMU 1 Force Sense El HCSMU 1 BNC Force Sense H HVSMU 1 HV HVSMU Force HVMCU High GNDU 1 Digital I O 1 D sub 25 AC 1 High 1 HV Force Sense Low 1 BNC Force Sense 1 D sub 25
230. EN ISO IEC 17050 1 2004 C Manufacturer s Name Agilent Technologies Singapore International Pte Ltd Manufacturer s Address No 1 Yishun Ave 7 SINGAPORE 768923 Singapore Declares under sole responsibility that the product as originally delivered Product Name Ultra High Current Expander Fixture Model Number Agilent N1265A 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 EN55011 1998 A1 1999 A2 2002 Group 1 Class A IEC 61000 4 2 2001 EN 61000 4 2 1995 A1 1998 A2 2001 4 kV CD 8 kV AD IEC 61000 4 3 2002 A1 2002 EN 61000 4 3 2002 A1 2002 3 Vm 80 MHz 1 GHz 1 4 2 GHz 1 V m 2 2 7 GHz IEC 61000 4 4 2004 EN 61000 4 4 2004 0 5 kV signal lines 1 kV power lines IEC 61000 4 5 2001 EN 61000 4 5 1995 A1 2001 0 5 kV line line 1 kV line ground IEC 61000 4 6 2003 EN 61000 4 6 1996 A1 2001 3 V 0 15 80 MHz IEC 61000 4 11 2004 EN 61000 4 11 2004 Voltage Dip 0 for 1 0 5 cycle 70 for 25 30 cycles Short Interruptions 0 for 250 300 cycles Canada ICES NMB 001 2004 Australia New Zealand AS NZS CISPR 11 2004 Safety IEC 61010 1 2001 EN 61010 1 2001 Canada CAN CSA C22 2 N
231. HV Guard CAUTION Output High Force Guard Circuit Common SMU 3 48 Agilent B1505A 9 GaN Input GNDU GNDU 16493L GNDU GNDU Input HCSMU Force BNC Sense 16493S HCSMU HCSMU Input MCSMU 16494A HH MCSMU Force Sense Input HVSMU HV 16493T HVSMU HVSMU GaN
232. HVSMU HVSMU HVMCU From SMU N1262A 010 020 16494A H HP MPSMU Force N1261A 001 From SMU N1262A 011 021 HV 16493T HVSMU HP MPSMU N1261A 003 From UHV N1262A 023 UHV UHV N1268A Output N1262A 001 002 011 021 SHV DUT SHV Output N1262A 010 020 DUT Mm Output N1262A 023 UHV DUT
233. RE ch ct ae MDM EasyEXPERT XTR ZTR Agilent IC CAP MDM I V Sweep e Multi Channel I V Sweep C V Sweep NOTE Agilent Technologies http www agilent com B1505A BENE 5 C 40 C 20 C 60 C 4 WE J ai E R tt E n i FIRE 20 70 RH 10 90 GRH 20 80 RH N1268A a me H i 0 2 000 m 0 4 600 m 0 2 000 m N1268A 100 240 V 10 50 60 Hz VA B1505A 900 VA N1258A 65 VA N1259A 300 35 VA 4 20 50
234. Sense 100 e Force 0 6Q High Low MCSMU e Sense 100 e Force 1Q High Low HCSMU MCSMU e Force 3uH Low Force HPSMU MPSMU 1pA 10nA 1000 pF 100nA 10 mA 10 nF 100mA 1A 100 uF HCSMU 10 pA 10 mA 12 nF 100mA 0A 100 uF Agilent B1505A 9 5 23 MCSMU 10uA 10mA 12 nF 100mA 1A 100 uF HVSMU 1nA 1uA 1000 pF 10 pA 10 mA 10 nF 900 pF HPSMU MPSMU 1300 pF HVSMU 5000 pF HPSMU MPSMU HVSMU HPSMU ON MPSMU ON HVSMU 0 01 rms 0 1 rms HCSMU 100 mV 0 MCSMU 200 mV 0 ON HPSMU MPSMU
235. Vox3E 7 110mA 200 nA 0 9 2E 4 Vox3E 7 a Vo JEJE V b 1 1 A URIBE TAVSIF HU PV 20 5 36 Agilent B1505A 9 Table 5 26 HVMCU 1500 V 2 5 A 10 ps 100 ps 2 us 2200 V 1 1A 10 us 100 us 2 us 2200 V 110 mA 10 us 1 ms 2 us HVMCU 0 22 uF 20009 1500 V 2 5 A 20000 Q 2200 V 1 1 A 600 Q 2200 V 110 mA HAL YY Selector HVSMU 80 pA Agilent B1505A 9 5 37 Table 5 27 3 LA ch ct ar UHV N1268A B1505A 10kV N1268A B1505A C3 2 MCSMU 1 UHVU e UHVU Table 5 27 E fi T3 ais aig Table 5 28
236. ee a u HV HVMCU High Circuit Common SMU Output Low Force Sense DUT 16493L GNDU N1261A 002 004 BNC m SHV Input HVSMU HV 16493T HVSMU HVSMU Input GNDU 16493L GNDU GNDU 3 46 Agilent B1505A
237. lt program folder gt lt system drive gt EasyEXPBRT Windows 7 64 bit lt system drive gt Program Files x86 Windows 7 32 bit Vista XP lt system drive gt Program Files Agilent EasyEXPERT 2 2 Agilent B1505A 9 Agilent B1505A DC DC EEE E i Sak 1 Agilent B1505A Windows LCD
238. the next time EasyEXPERT EasyEXPERT File gt Close Workspace Agilent B1505A 9 1 9 Table 1 1 Table 1 2 emo Fn 5 1 EasyEXPERT TV Trace Hj HE AAR KV Table 1 1 Add Figure 1 4 2 4 3 Table 1 3 Table 1 2 OE 9 Tracer Test gt eo a
239. 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 Class A EMC declaration This equipment is Class A suitable for professional use and is for use in electromagnetic environments outside of the home Ad 7171 AFTE SBA Aha NNE AFS AB AAA 7124 H nA EE ALGAE ol BS aaay H ARAA AMA AGI AS Fao a e z Hue The KCC Korea Communications Commission the EMC RF Telecom authority has been changed to MSIP Ministry of Science ICT amp Future Planning since February 2013 The existing certificate registration number KCC REM ATi 1H ParalNSTR has the same effect as the new number MSIP REM ATi 1H ParalNSTR WARNING A High Voltage LETHAL VOLTAGE on CONTACT 10 kV dc pulse D
240. uV 0 018 0 4 0 01 0 7 1A 20 V 1 mV 1 mV 0 018 3 0 01 4 1A 40 V 2 mV 2 mV 0 018 6 0 015 8 500 mA 100 V S mV 5 mV 0 018 15 0 02 20 125 mA 200 V 10 mV 10 mV 0 018 30 0 035 40 50 mA a Table 5 5 HPSMU ADC A A A A 1 nA 50 fA 50 fA 0 1 3E 13 Vox1E 15 0 25 3E 13 Vox1E 15 200V 10nA 500fA 500 fA 0O 1 3E 12 Vox1E 14 0 25 2E 12 Vox1E 14 200 V 100nA SpA SpA 0 05 3E 11 Vox1E 13 0 1 2E 11 Vox1E 13 200 V 1 pA 50 pA 50 pA 0 05 3E 10 Vox1E 12 0 1 2E 10 Vox1E 12 200 V 10uA 500pA S00pA 0 05 3E 9 Vox1E 11 0 05 2E 9 Vox1E 11 200 V 100uA SnA SnA O 035 15E 9 Vox1E 10 0 05 2E 8 VoxlE 10 200V 1 mA 50 nA 50 nA 0 04 15E 8 Vox1E 9 0 04 2E 7 Vox1E 9 200V 10mA 500nA S00nA 0 04 1SE 7 Vox1E 8 0 04 2E 6 Vox1BE 8 200V 100mA SpA SnuA 0 045 15E 6 Vox1E 7 0 1 2B 5 Vox1E 7 b 1 A 50 pA 50 pA 0 4 3E 4 Vox1E 6 0 5 3E 4 Vox1E 6 a t Vo V b 200 V lo lt 50mA 100 V 50 mA lt Io lt 125 mA 40 V 125 mA lt Io lt 500 mA 20 V 500 mA lt Io Io
241. voltage 3000 V Collector Drain Emitter Source Base Gate Maximum current 1 F 500 A pulse 39 A dc 1 S 40 A pulse 2 A dc 2 F 500 A pulse 39 A dc 165 mm 2S 40 A pulse 2 A dc 3 F 500 A pulse 39 A dc 3 S 40 A pulse 2 A dc 1 3 kV Max F Force Inline Package Socket 3 Pin S Sense Pepi tamm OS i i Height 34 mm 3 48 mm a 45 mm including terminal 178mm m im 58 mm including socket Agilent B1505A 9 3 37 A N1265A 011 N1265A 010 Figure 3 10 N1265A 010 p 3 36
242. 1 2E 10 Vox1E 12 100 V 10 pA 500pA 500 pA 0 05 3E 9 Vox1E 11 0 05 2E 9 Vox1E 11 100 V 100 A SnA 5nA 0 035 15E 9 Vox1E 10 0 05 2E 8 Vox1E 10 100 V 1mA 50nA 50 nA 0 04 15E 8 Vox1E 9 0 04 2B 7 Vox1E 9 100V 10mA 500nA 500 nA 0 04 15E 7 Vox1E 8 0 04 2E 6 Vox1E 8 100V 100mA SpA 5 nA 0 045 15E 6 Vox1E 7 0 1 2E 5 Vox1E 7 b a Vo V b 100 V lo lt 20 mA 40 V 20 mA lt Io lt 50 mA 20 V 50 mA lt Io Io 5 12 Agilent B1505A 9 HCSMU TER Table 5 10 Table 5 11 V W 0 2 Ic x 40 2 Ic x 40 40 Ic x 40 a Ic Ic duty x Ipulse W Vc lt 0 2 Io x 40 0 2 lt Ve lt 2 Io x 40 2 lt Ve lt 40 Io x 40 a Vc b Io
243. 1E 10 0 06 2E 9 VoxlE 10 40 V 100 nA 100pA 100 pA 0 06 2E 8 VoxlE 9 0 06 2E 8 Vox1E 9 40 V 1 mA 1nA 1nA 0 06 2E 7 Vox1E 8 0 06 2E 7 Vox1E 8 40 V 10 mA 10 nA 10 nA 0 06 2E 6 Vox1E 7 0 06 2E 6 Vox1E 7 40 V 100mA 100nA 100 nA 0 06 2E 5 VoxlE 6 0 06 2E 5 Vox1E 6 40 V 1A 1 uA 1 nA 0 4 2E 4 Vox1E 5 0 4 2E 4 Vox 1E 5 40 V woar 20nA 20 pA 0 4 2E 3 Vox1E 4 0 4 2E 3 Vox 1E 4 20 V a ee Vo V b 5 14 Agilent B1505A 9 MCSMU Table 5 13 V W 0 2 Ic x 40 2 Ic x 40 40 Ic x 40 a Ic V PW Vc lt 0 2 Io x 40 0 2 lt Ve lt 2 Io x 40 2 lt Ve lt 40 Io x 40 a Vc b Io Agilent B1505A 9 5 15
244. 2 12 MPSMU ADC ADC 1 nA 0 lt I lt 1 15 nA 50 fA 10 fA 10nA 0 lt M lt 11 5nA 500 fA 10 fA 100 nA 0 lt NM lt 115nA 5 pA 100 fA 1 uA 0 lt I lt 1 15 pA 50 pA 1 pA 10 pA 0 lt I lt 11 5 pA 500 pA 10 pA 100 nA 0 lt I lt 115 pA 5nA 100 pA 1 mA 0 lt I lt 1 15 mA 50 nA 1 nA 10 mA 0 lt I lt 11 5 mA 500 nA 10 nA 100 mA 0 lt I lt 100 mA 5 uA 100 nA a Agilent B1505A 9 2 27 MCSMU SMU SMU MCSMU 6 1A 0 1 A DC 30V 30 W 3 W DC 0 2 V 10 pA 10 us Table 2 13 2 14 Figure 2 7 MCSMU Current A Pulse m
245. 200 uV 100 uV 0 2 10 a b c 1 ms 500A 500 us 1500 A Table 5 22 UHCU A A Pc9 500 A 1 mA 500 pA 0 6 0 3 0 01xVo 1500 A 4mA 2mA 0 8 0 9 0 02x Vo a Vo JEE V b 63 V 1 ms 500A 500 us 1500 A d 400 A 500A 1200 A 1500 A Agilent B1505A 9 5 33 Table 5 23 UHCU 500 A 10 us 1 ms 10 us 1 ms 2 us lt 0 4 1500 A 10 ps 500 ps 10 us 500 ps 2 us lt s0 1 at a
246. 4 11 2004 EN 61000 4 11 2004 Voltage Dip 0 for 1 0 5 cycle 70 for 25 30 cycles Short Interruptions 0 for 250 300 cycles Canada ICES NMB 001 2004 Australia New Zealand AS NZS CISPR 11 2004 Safety IEC 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 09 July 20 2012 p 1 AF Date 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 B blingen Germany DECLARATION OF CONFORMITY Agilent Technologies According to EN ISO IEC 17050 1 2004 C Manufacturer s Name Agilent Technologies Singapore International Pte Ltd Manufacturer s Address No 1 Yishun Ave 7 SINGAPORE 768923 Singapore Declares under sole responsibility that the product as originally delivered Product Name Test Fixture Model Number Agilent N1259A Product Options This declaration covers all options of the above product s complies with the essential requirements of the following applicable European Directives and carries the CE marking accordingly Low Volta
247. 5 56 Agilent B1505A 9 XY X 8 Y EMF e BMP GIF PNG HEERE 7 2
248. 505A 9 WARNING WARNING WARNING Figure 3 19 NOTE N1268A 10 kV b UHVU UHVU I4 Figure 3 19 N1268A 1 MC HCSMU 2 N1268A UHVU 10 42V A
249. 6494A DUT m ue penta es Force Sense e Output N1261A 003 HV Force DUT Guard HV Force Sense 3 20 Agilent B1505A 9 From GNDU N1261A 002 004 GNDU
250. A 1500 V 1500 V 8 mA 8mA B1514A MCSMU 1 30 V 30 V 100 mA 100 mA 200nV 10pA 30 V 30 V 1A 1A B1520A MFCMU 1 1 kHz 5 MHz 0 035 fFrms 5 a b c d e f N1300A 100 SMU CMU SCUU B1505A g 10 pF 1 MHz 250 mV AC 1 PLC 6 0 000001 fF 1 fF 5 6 Agilent B1505A 9 HPSMU ray FEL TER K ADC Table 2 ADC Table 5 4 ADC
251. ABJ 1 BISOSA DRI DVD R DVD ROM B1505A 1CM B1510A HPSMU B1511A MPSMU B1512A HCSMU B1S13B HVSMU B1514A MCSMU B1520A MFCMU N1253A Digital TO N1253A 100 Digital YO T N1253A 200 Digital YO BNC N1254A N1254A 100 GNDU 1 N1254A 103 Triax m BNC f 1 N1254A 500 HV 1 N1254A 501 HV HV 1 N1254A 502 HV 1 N1254A 503 BNC m 1 5m 1 N1254A 504 HV
252. Agilent B1505A Agg Agilent Technologies Agilent Technologies Inc 2009 2010 Search 2011 2012 2013 i Agilent Technologies i i Inc AgWent gren Teano ages es a be ATCT SREBYELA ABD PU ZORA 21 ERS B1505 97000 ve
253. ED 0 01 ar ER Agilent B1505A 9 x X 5 25 TEk RE ch ct ae Ear rey MFCMU 5 26 Cp G Cp D Cp Q Cp Rp Cs Rs Cs D Cs Q Lp G Lp D Lp Q Lp Rp Ls Rs Ls D Ls Q R X G B Z 0 Y 0 Auto Fixed PORET ae cee ee NCR ee 1 5 m 3m BF EY voy 1 kHz 5 MHz 1 mHz 0 008 10 mVrms 250 mVrms 1 mVrms 10 0 1 mVrms MFCMU 15 0 1 mVrms MFCMU 1 5m 3 m 50 O 10 mVrms 250 mVrms 10 0 1 mVrms MFCMU SRED 15 0 1 mVrms MFCMU 1 5m 3 m Agilent B1505A
254. ES AED A B 30 2 D AED AED AED Automated External Defibrillator CPR Cardio Pulmonary Resuscitation SB AS SCRA g X AHA American Heart Association Inc o AHA CPR amp Emergency Cardiovascular Care ECC http www heart org HEARTORG CPRAndECC CPR_UCM_001118_ SubHomeP age jsp AHA Hands only CPR http handsonlycpr org Save a Life http www heart org HEARTORG CPRAndECC CommunityTraining Communit yPrograms CPR Week_UCM_427219 SubHomePage jsp AHA CPR Translated Website ht
255. Figure 3 8 Table 3 5 LED Interlock B1505A B1505A High Voltage LED 10 kVdc SMU 42 V UHVU High Force Guard Sense
256. HV 1 10 kV 500 AA BNC 14 BNC 1 1W 4mm 8 High Force High Sense Low Force Low Sense Guard Agilent B1505A 9 5 47 N1265A 010 N1265A 011 N1265A 013 High Force Low Force ONS 4 mm 2 High Force Low Force HV 1 High Sense BNC 2 Low Sense Gate High Force 3000 V 39 A DC Low Force 200 V 39 A DC High Sense 3000 V 1A Low Sense Gate 200 V 1A 500 A 3 6 4mm DUT 3 3000 Vde Force 39A DC 500A Sense 1 A DC 20A
257. ILE A Ed N1267A B1513B B1S13A N1267A HCSMU 2 40 A N1265A AJD HVSMU 1 HV HCSMU 1 Force BNC Sense MCSMU 1 Force Sense GND 1 High HV Low BNC 20 A Figure 3 16 3000 V Figure 3 16 GaN I V LV Id Vds If Vf Id OfD Vds Ir Vr DUT HCSMU HVSMU GaN OFF Table 5 30 HVSMU
258. MCSMU Force Sense 16494A MCSMU Force Sense HCSMU e Gate Source Chuck SHV SHV 3 60 Agilent B1505A 9 Agilent B1505A Agilent B1505A GPIB GPIB p 4 10 B1505A EasyEXPERT GPIB p 4 11 WARNING
259. MCSMU I Control Force Sense 16494A MCSMU Force Sense HCSMU Output Low SHV 16493V SHV SHV N1265A 3 58 Agilent B1505A 9 N1269A 16493V SHV SHV N1269A p 3 60 Output High UHV 16493V UHV UHV N1265A UHV CAUTION UHVU High Circuit Common SMU
260. MU SMU1 SMU SMU SMU SMU WARNING 2 14 Agilent B1505A 9 WARNING A High Force Guard Sense UHVU 10 kVdc HVSMU 3000 Vde HVMCU 2200 Vpulse HPSMU 200 Vde MPSMU 100 Vdc 3 N1265A N1268A
261. SHV 3 28 16493V UHV JVC N1268A UHV Agilent B1505A 9 Bias Tee High Low SHV N1254A 518 SHV MFCMU N1260A T e SMU1 3 1 6 HP MP MCSMU SMU 3 5 6 HCSMU DHCSMU HCSMU Table 3 3 1 3 Force 2 4 6 1 3 5 Sense es HP MPSMU 2 4 6 SMU Force HP MPSMU N1261A 001 16494A MCSMU
262. Technologies According to ISO IEC 17050 1 2004 Supplier s Name Agilent Technologies Singapore International Pte Ltd Supplier s Address No 1 Yishun Ave 7 SINGAPORE 768923 Singapore Object of declaration Brand Name Agilent Technologies Product Name Ultra High Voltage Expander Model Number Agilent N1268A Product Options Options of the above product covered 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 The object of declaration described above is in conformity with the requirements of the following documents Above declares model is equivalent to Manufacture s Declaration of Conformity Model HEOPT 10B10 LC AG1 Description High Voltage Power Supply 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 12 November 13 2012 ie 7 Date of issue 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 Stra e 130 71034 B blingen Germany COMPLIANCE WITH GERMAN NOISE REQUIREMENTS This is
263. V 3000 V 3mV 10 uA 4mA Table 3 16 HVSMU Id OfD Vds Ir Vr 200 V 0V 200 V 200 uV 500 V 0V 500 V 500 uV 1500 V 0V 1500 V 1 5 mV 3000 V 0V 3000 V 3 mV Table 3 17 Id OfP Vds Ir Vr HVSMU HCSMU 10 pA 10 pA 10 pA 10 pA 100 pA 100 pA 100 nA 100 pA 1 mA 1 nA 1 mA 1 nA 10 mA 10 nA 10 mA 10 nA Id Off Vds Ir Vr 2 nA 3 54 Agilent B1505A 9 Switch Control Suet AX AE N1267A ON OFF Switch Control MCSMU Force Sense N1267A OFF 0 V N1267A ON 15 V 100 mA 0V 18V 06V 20 V OFF 10 ms 655 35 s 10 ms oh
264. d ON Test Result Editor Test Result Editor p 1 17 Figure 1 8 Data Display in Sweep Agilent EasyEXPERT X File Edit View Marker Cursor Line Text Pointer Window Help TA M EEr ME 200 f div It A 0 100m 200m 300m 400m 500m 600m 700m 800m 900m 1 V1 V 100 m div 1 16 Agilent B1505A 9 io CAS Leo Test Result Editor Test Result Editor a Delete lL MO GUI Flags Valid Questionable Remarks OK Save Delete Save Delete Save EasyEXPERT Delete Results gt Filter gt Show Deleted Data Flags
265. e se is A abs at avg C cond ne delta 4247 diff exp integ log mavs max min ae q 1 602177B 19 C k 1 380658E 23 J K E e 8 854188E 12 F m a 1078 Go p 40 n 0 u p 10 m 103 k 10 M 10 G 10 T G04 P 105 N EasyEXPERT e My Favorite My Favorite
266. e ffneter T r unterbrochen wird Vor der Messung verbinden Sie den Verriegelungsstromkreis mit dem Interlock Anschluss dieses Instruments 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 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 e Beenden Sie die Messung indem Sie auf die Taste Stop dr cken Stellen Sie sicher dass die Statusanzeige Measurement nicht leuchtet e Stellen Sie sicher dass die Anzeige High Voltage nicht leuchtet e Offnen Sie die T r des Abschirmungsgeh uses ffnen des Interlock Anschlusses e Entladen Sie alle Kondensatoren wenn die Kapazit t mit einer SMU verbunden ist Warnen Sie Mitarbeiter in der Umgebung des Instruments vor den Gefahren Danger de choc dQ a une haute tension Une tension dangereuse max pour UHVU 10 kVdc max pour HVSMU 3000 Vdc max pour HVMCU 2200 Vpulse max pour HPSMU 200 Vdc max pour MPSMU 100 Vdc manant du dispositif Agilent B1505A peut tre sortie aux bornes High Force Guard et Sense Les pr cautions suivantes doivent tre obser es contre commotion lectrique accidentelle e Utilisez un cable d alim
267. ed Before performing measurement connect the interlock circuit to the Interlock terminal of this instrument e Confirm periodically that the interlock function works normally Before touching the connections of the High Force Guard and 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 settings e Terminate measurement by pressing the Stop key confirm that the Measurement status indicator is not lit e Confirm that the High Voltage indicator is not lit Open the shielding box access door open the Interlock terminal Discharge any capacitors if the capacitance is connected to an SMU e Warn workers in the vicinity of the instrument about hazardous conditions Gefahr durch Hochspannung Von den Ger ten Agilent B1505A k nnen Spannungen an den Anschl ssen High Force Guard und Sense von bis zu 10 kV ausgehen Um elektrischem Schlag vorzubeugen ist bei der Ben tzung der Ger te Agilent B1505A folgendes zu beachten Verwenden Sie ein dreiphasiges AC Stromkabel f r die Ger tsteckvorrichtung Eingang und schlie en Sie das Instrument an eine Erdung an Sicherheitserdung Bereiten Sie das Abschirmungsgeh use vor dass die Oberfl che eines zu testenden Ger ts abdeckt und mit einem Verriegelungsstromkreis ausgestattet ist der bei g
268. ee ee cee eee ees 2 25 MCSMU SMU 2 28 HVMCU 2 30 HCW Bi ee ete auaa ia A AA EAA wine 2 32 NSE ee a epee ae aan ewe tae DDS bee 2 34 MFCMU CMU ce cece eee eee eee 2 36 3 NISIA ES aS anthony s nei oo 3 3 GA Baha A aceasta ually E E 3 3 TA e oti oo 3 5 ME REG 3 6 90 KO ASA 3 7 NNE te re aed ea 3 7 NC i 3 8 EEEE E E EE A A S AE 3 9 MN EEE E E N AEE ESEE 3 12 IN 3 13 ING NR GE RE 3 14 AN torsos O Sete gthwb ark oblvede Mine head Crem Sense cas 3 15 N1260A TL 3 19 NISTA ET OT A LE 3 20 N1262A CS AZER A A ite RR say eave 3 21 16493S 010 011 HCSMU cece cence 3 23 16493S 020 021 HCSMU ooo cee 3 24 N1265A ccc ccc ences 3 26 AN 6 suite fe 0689RBB3 05SSPDPG8 2 BED 58 6 wer 3 27 NN Sat E Es ale A clay 3 28 NN RR SG ot tei erin Seed 3 29 Agilent B1505A 9 N1266A HVSMU 2 3 45 a ZI Se 3 46 N1267A HVSMU HCSMU cece ence ene 3 48 EXE SS Se 3 48 N1268A 3 57 N1269A onanan oraraa rrarena 3 60
269. entation CA trois conducteurs vers le coupleur secteur entr e et branchez instrument sur une mise lectrique la terre prise de terre de s curit e Pr parez le bo tier de protection qui couvre l interface avec le dispositif a tester et quipez le d un circuit de s curit qui s ouvre lors de l ouverture d une porte e Avant de proc der aux mesures connectez le circuit de s curit la borne Interlock de l instrument e V rifiez r guli rement le bon fonctionnement de la fonction de s curit e Avant de toucher les connexions des bornes High Force Guard et Sense mettez l instrument hors tension et d chargez tout condensateur du chemin de mesure Si vous ne mettez pas l instrument hors tension effectuez lt toutes gt les op rations ci dessous quels que soient les param tres de instrument e Terminez les mesures en appuyant sur la touche Stop v rifiez que Tindicateur d tat Measurement 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 e D chargez les ventuels condensateurs si la capacit est connect e a une unit SMU e Informez les personnes travaillant proximit de 1 instrument des conditions WEEE 2002 96 BC WEEE 2002 96 EC ER
270. ge 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 EN55011 1998 A1 1999 A2 2002 Group 1 Class A IEC 61000 4 2 2001 EN 61000 4 2 1995 A1 1998 A2 2001 4 kV CD 8 kV AD IEC 61000 4 3 2002 A1 2002 EN 61000 4 3 2002 A1 2002 3 V m 80 MHz 1 GHz 1 4 2 GHz 1 V m 2 2 7 GHz IEC 61000 4 4 2004 EN 61000 4 4 2004 0 5 kV signal lines 1 kV power lines IEC 61000 4 5 2001 EN 61000 4 5 1995 A1 2001 0 5 kV line line 1 kV line ground IEC 61000 4 6 2003 EN 61000 4 6 1996 A1 2001 3 V 0 15 80 MHz IEC 61000 4 11 2004 EN 61000 4 11 2004 0 for 1 0 5 cycle 0 for 250 300 cycles 70 for 25 30 cycles Canada ICES NMB 001 2004 Australia New Zealand AS NZS CISPR 11 2004 Safety IEC 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 March 20 2010 mA Be Fl Date Toshiyuki Kawaji QA Manager Agilent Technologies For further information please contact your local Agilent Technologies sales office agent or distributor or Agilent Technologies Deutschland GmbH Herrenberger Stra e 130 71034 B blingen Germany DECLARATION OF CONFORMITY Agilent Technologies According to
271. gure 3 2 High S F Force S Sense P A Protection adapter GNDU force and sense are connected to Low sense line HVSMU force is connected to High sense line GNDU HCSMU HPSMU HVSMU 1 Input WARNING NOTE HCSMU Low Force Low Sense Circuit Common a Digital TO 16493G B1505A N1266A Digital VO b HCSMU Force BNC Sense 16493S HCSMU 16493S 021 HCSMU HCSMU 30 A c HPSMU Force Sense
272. irective 2004 108 EC Standard IEC 61326 1 2005 EN 61326 1 2006 CISPR 11 2003 EN55011 1998 A1 1999 A2 2002 IEC 61000 4 2 2001 EN 61000 4 2 1995 A1 1998 A2 2001 IEC 61000 4 3 2002 A1 2002 EN 61000 4 3 2002 A1 2002 IEC 61000 4 4 2004 EN 61000 4 4 2004 IEC 61000 4 5 2001 EN 61000 4 5 1995 A1 2001 IEC 61000 4 6 2003 EN 61000 4 6 1996 A1 2001 IEC 61000 4 11 2004 EN 61000 4 11 2004 Canada ICES NMB 001 2004 Australia New Zealand AS NZS CISPR 11 2004 IEC 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 Limit Group 1 Class A 4kV CD 8kV 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 This DoC applies to above listed products placed on the EU market after Year of the CE marking 12 June 22 2012 Date MER Fl AT 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 Stra e 130 71034 B blingen Germany SUPPLIER S DECLARATION OF CONFORMITY Ag lent
273. lent B1505A 9 TEC 1ER keJ T Ya a 16493K HPSMU 16493K 001 1 5m 16493K 002 3 0m 16493L GNDU 16493L 001 1 5m 16493L 002 3 0m 16493L 003 5 0m 16493S HCSMU 16493S 001 HCSMU 1 5 m 16493S 002 HCSMU 3 0 m 16493S 010 HCSMU 16493S 011 HCSMU 16493S 020 HCSMU 40 A N1258A 16493S 021 HCSMU 40 A 16493T HVSMU HV HV 16493T 001 1 5m 16493T 002 3 0m 16493U BNC m BNC m 16493U 001 1 5m 16493U 002 3 0m 16493V UHVU UHV UHV SHV SHV
274. m Agilent B1505A 9 4 5 Option 900 Option 901 Plug BS 1363 A Plug AS NZS 3112 Option 902 Plug IEC 60277 1 250 V 10 A Option 903 Plug NEMA 5 15P 125 V 10 A 250 V 10 A 250 V 10 A Option 904 Option 906 Option 912 Option 917 i D Plug NEMA 6 15P 250 V 10 A e PN 8120 3996 Plug SEV 1011 250 V 10 A PN 8120 4416 Plug SB 107 2 D1 250 V 10 A PN 8121 1655 e Plug IS 1293 and IS 6538 250 V 10 A e PN 8121 1690 Option 918 Plug JIS C 8303 125 V 12 A e PN 8121 0743 Option 919 9 5 Plug Israel SI 32 250 V 10 A PN 8121 0724 Option 920 Option 921 Plug IRAM 2073 250 V 10 A PN 8121 0725 Plug CEI 23 16 250 V 10 A e PN 8121 0722 Option 922 Plug GB 1002 figure 3 250 V 10 A PN 8120 8376 Option 923 Plug SANS 164 1 250 V 10 A PN 8121 0564 Option 927 Plug NEMA WD 6 250 V 10 A PN 8120 0674 Option 930 e Plug NBR 14136 250 V 10 A e PN 8121 1809 Option 931 e Plug CNS 10917 2 125 V 10 A e PN 8121 1635 Option 932 Plug CS 0017 250 V 10 A PN 8121 1638 4 6 Agilent B1505A 9 Su Ax E
275. o 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 12 June 22 2012 PA BR Fl Date 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 Stra e 130 71034 B blingen Germany Agilent Technologies DECLARATION OF CONFORMITY According to EN ISO IEC 17050 1 2004 CK Manufacturer s Name Manufacturer s Address No 1 Yishun Ave 7 SINGAPORE 768923 Singapore Agilent Technologies Singapore International Pte Ltd Declares under sole responsibility that the product as originally delivered Product Name Model Number Product Options High Voltage Source Monitor Unit Current Expander High Voltage Source Monitor Unit High Current Source Monitor Unit Fast Switch Agilent N1266A Agilent N1267A 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 and conforms with the following product standards EMC Safety Low Voltage Directive 2006 95 EC EMC D
276. ode only 0 1 Voltage V 0 1 Pulse mode only 1 2 28 Agilent B1505A 9 Table 2 13 MCSMU pe me Fer 0 2 V 0 lt VI lt 0 2V 200 nV 100 mA 02V 2V 0 lt IVls 2V 2uV 1A 2V 20 V 0 lt IVI lt 20V 20 uV 20V 40 V 0 lt IVI lt 30V 40 uV 30 V a Table 2 14 MCSMU a al i BUE M 10pA O lt Il lt 11 5pA 10 pA 30V 10 nA 100uA O lt Il lt 115 pA 100 pA 100 uA 1mA 0 lt Il lt 1 15mA 1 nA 1 mA 10mA 0 lt Il lt 11 5 mA 10 nA 10 mA 100mA 0 lt IIl lt 100 mA 100 nA 100 mA 0 lt Il lt 115 mA 1Ab 0 lt I lt 1A 1 uA 50 mA a b 100 ms 5 Agilent B1505A 9 RAKI nEn 2 29 CAUTION Figure 2 8 HVMCU HVMCU Agilent N1266A HVSMU
277. on 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 EN55011 1998 A1 1999 A2 2002 Group 1 Class A IEC 61000 4 2 2001 EN 61000 4 2 1995 A1 1998 A2 2001 4 kV CD 8 kV AD IEC 61000 4 3 2002 A1 2002 EN 61000 4 3 2002 A1 2002 3 V m 80 MHz 1 GHz 1 4 2 GHz 1 V m 2 2 7 GHz IEC 61000 4 4 2004 EN 61000 4 4 2004 0 5 kV signal lines 1 kV power lines IEC 61000 4 5 2001 EN 61000 4 5 1995 A1 2001 0 5 kV line line 1 kV line ground IEC 61000 4 6 2003 EN 61000 4 6 1996 A1 2001 3 V 0 15 80 MHz IEC 61000 4 11 2004 EN 61000 4 11 2004 Voltage Dip 0 for 1 0 5 cycle 70 for 25 30 cycles Short Interruptions 0 for 250 300 cycles Canada ICES NMB 001 2004 Australia New Zealand AS NZS CISPR 11 2004 Safety EC61010 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 09 June 22 2012 iS Fl H Date Toshiyuki Kawaji QA Manager Agilent Technologies Hachioji Semiconductor Test Division F
278. or further information please contact your local Agilent Technologies sales office agent or distributor or Agilent Technologies Deutschland GmbH Herrenberger Stra e 130 71034 B blingen Germany DECLARATION OF CONFORMITY Agilent Technologies According to EN ISO IEC 17050 1 2004 C Manufacturer s Name Agilent Technologies Singapore International Pte Ltd Manufacturer s Address No 1 Yishun Ave 7 SINGAPORE 768923 Singapore Declares under sole responsibility that the product as originally delivered Product Name Module Selector Model Number Agilent N1258A 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 Group 1 Class A IEC 61000 4 2 2001 EN 61000 4 2 1995 A1 1998 A2 2001 4 kV CD 8 kV AD IEC 61000 4 3 2002 A1 2002 EN 61000 4 3 2002 A1 2002 3 V m 80 MHz 1 GHz 1 4 2 GHz 1 V m 2 2 7 GHz IEC 61000 4 4 2004 EN 61000 4 4 2004 0 5 kV signal lines 1 kV power lines IEC 61000 4 5 2001 EN 61000 4 5 1995 A1 2001 0 5 kV line line 1 kV line ground IEC 61000 4 6 2003 EN 61000 4 6 1996 A1 2001 3 V 0 15 80 MHz IEC 61000
279. rent A Force 500 A pulse 39 A dc A Sense 40 A pulse 2 A dc B Force 500 A pulse 39 A dc 3 kV m Max B Sense 40 A pulse 2 A dc Curve Tracer Test Adapter Socket J C Force 40 A pulse 2 Adc C Sense 40 A pulse 2 A dc 3 18 Agilent B1505A 9 NOTE CAUTION N1260A T C V N1260A T MFCMU HVSMU o 3000 Vde C V i A 7 N1265A DUT H DC HVSMU MFCMU DC From HVSMU HV 16493T HVSMU HVSMU From MFCMU Hcur Hpot Lpot Lcur BNC N1300A MECMU Output Low High SHV Low Hish
280. ress 21 21 System Controller Auto discover instruments connected to this interface Agilent Connection Expert GPIB GPIB Agilent 82350 PCI GPIB Interface GPIBO OK LET Reboot Required Reboot Now 4 5 GPIB Address 21 System Controller 8 Agilent B1505A 9 4 11 NOTE SF
281. splay Setup Table 1 6 USB T T V Sweep Channel Setup OJIN Sweep Setup Name f v Swen a Channel Setup Measurement Setup Function Setup Auto Analysis Setup Display Setup Add SMU Delete Up Name I Name Mode Function Mu1iHP v 11 v 7 VARI lt C us Hv yl v2 12 iV CONST lt Index Name Agilent B1505A 9 Table 1 4 Table 1 5 Table 1 6 p 1 160 T V Sweep Channel Setup Unit V Name I Name Mode Function SMU1 V1 Tl V VAR1 SMU2 V2 I2 v CONST a HHA F EMH BEWE ZITI BAIL I IPULSE V vpUrsEg com ON T V Sweep Measurement Setup
282. tp www heart org HEART0RG CPRAndECC International TranslatedWebsit es Translated Websites_UCM_303149_SubHomePage jsp Deutsch http www american heart de startseite Japanese http eccjapan heart org available as of March 2012 Chain of Survival http www heart org HEART ORG CPRAndECC WhatisCPR ECCIntro Chain of Survival_UCM_307516_Article jsp ECC Guidelines Highlights 2010 English http eccjapanheart org pdf ECC_Guidelines_Highlights_2010 pdf Japanese http eccjapanheart org pdf ECC_Guidelines_Highlights_2010JP pdf Deutsch http www american heart at fileadmin downloads Guidelines2010 H ighlights_D Guidelines2010 Highlights_D pdf International ILCOR http www ilcor org en home ILCOR CoSTR 2010 Consensus http www ilcor org en consensus 2010 costr 2010 documents Europe ERC https www erc edu ERC Guidelines 2010 http www cprguidelines eu 2010 Local language translation https www erc edu index php doclibrary en 185 1 America AHA http www americanheart org AHA Guidelines 2010 http guidelines ecc org 2010 guidelines for cpr html A C T N T Hands only Webcast http www actnt com My 20Videos Hands_Only Webcast wmv NOTE WARNING

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