5950-3000JA
Contents
1.2. 1 7 1 9 RR WVy Lo a b L 6 VVy Ro Co Co ee Ro lt N SSC CS S SG
3. RF I V UNKNOWN N 7 mm 50 0 7 mm 7 mm 3 16
4. 4 4 1 4 Error kx AL x k AL 0m 1m m f MHz k 1 1
5. 1 5 1 5 1 4 MESH 1 6 gt 1 6 To gt 1 6 b
6. 4 14 b DUT Zs DUT Yo 2 Yo OCO Go ZS oLO Ro A a b 4 14 4 6 3 Agilent
7. Agilent Qm 5 30 100 ee A Ca Ne RE IL V 1 rf fr fr
8. 5 1 5 1 C D ESR S 2 C Rs L Rp 2 8 mF 4001F 100 F 8 H 10 F 5 1
9. 1 0 10 kQ 3 16044A
10. DUT 3 15 Lo Ro Co Go DUT Zx 50 OO
11. DUT Device Under Test DUT DUT 4 4 UNKNOWN BNC
12. DUT DUT DUT 4 6 4 14 2 DUT
13. DUT 2 3 2 2 1 DUT h DUT V L 100 kHz LCR V 0P LCR
14. 5 2 gg Cs D Cs Rs Cp Rp CC Cp C ey S 2 Cs Rs
15. Q Q X R B G 1 4 Q 9 Q D O tan9 1 4 d JXc JBLr c 1 4 1 2 1 5 2
16. A 4 100 mQ 100 m2 10 mO 10 9 A A 4 10 Q
17. 4263BLCR S 19 b 4263B 4263B N M Li DC 5 20 4263B L Vi Ii M V 1 N Vi V2 DC DC Hc DC DC V hn 4263B 160600A L2 DC
18. Open ShortLoad 5 42 RF1I V DC 5 29 4 DC DC DC 10A DC 5 43 DC DUT Lx L1 L2 DUT DUT
19. 8 a Ts A Err 0 Err Err 90 Edut A D Edut 0 Edut 90 ADC Ts Log t 10 4 6 UNKNOWN UNKNOWN DUT DUT
20. DC DUT 2 4 Agilent DUT 3 1 3 5 3 1 DUT 16047D 16047E oo DUT 16065A 42842A B C 4 16034E 16034G 16034H 16334A 16451B 1645 A
21. DUT MG DUT CADE ED EY ID TNT MI 9 1 a 1 b e 8 4 4 DUT DUT DUT
22. 5 10 b Ls Q 1 1 0 mm 40 mm 40 mm 100 gH RF Ls 0Q Q Q Q 5 11 Q Q D Q 1 D Q D Q DUT Q Q Q Q 10 D 0 001 Q 90 9 Q E
23. W A 6 A 4 Hi IZI SCALE i B17 523 un Bi fz SCALE A 16034
24. Short Short Short Short Short Short Short Py Shorr 2 Short
25. 4 18 DUT 4 7 3 Open Short Open Short Open Short Short 8 Short Short Short 4 19 Short
26. R3 C Short 1 Vrms Open ShorLoad Hp lx ExAI Zx EE Zx Lc Rr Zm 1 Zm E Zx x ExA Zx A 5 38 5 25 100 kQ 1 a 935 pF C2 1 5 39 5 26 5 13 DC DC er A Nd DC a DUT
27. Rs 50 AA Vs 1 V Vs 1 V Zx 50Q 2 V a UNKNOWN b UNKNOWN DUT 0 c Zx Vx 6 RS DUT Zx 2 8 4 DC AC DC Hc DUT DC 2 7 a DC DC DUT DC DUT DC DC DUT Rr DC Hc Rs NM0
28. ee en 1 13 1 10 102 10 10 Hrs 1 1 1 13 1 1
29. 110 MHz Agilent 4294A 2 2 4294A 2 2 4294A KG Agilent 4294A 40 Hz 110 MHz 1 mHz 5 mV 1 Vrms Z IY R X G B L C D GQ 3 mn 500 MQ 0 08 6 DC 0 V 40 V 0 mA 100 mA 4 UNKNOWN High current High potential BR Low potential Low current 2 2 Agilent 4294A
30. 1 6 gt 1 6 c 6 b 1 1 6 1 4 1 5
31. 2 3 1 100 0 10kQ 9 3 3T 100 MQ 3 2 3 2 3 2 4 4 4T
32. 50 Q 3 0 Q ER CO NR OI V Bdut DUT 1 Err DUT S0 0 50 Q V I Edut Err 2 2 DUT Zx 50 Edut Etr
33. DUT DUT DUT DUT 4 17 4 17 DUT 4 7 2 DUT DUT DUT DUT 4 18 D Q R
34. Hcur DUT DUT Rs 2 6 Rs DUT Vx Rs DUT Zx S N S N DUT
35. 1 9D 10 kQO A Et i 10k 100k 1M 10M 110M Hz A 4 A 3 2 4 16044A
36. 4 5 4 8 li a DUT b Load DUT c Load 4 6 DUT Load aa Short i 0 DC DUT a DUT b Open Shor DUT c Open Shor Load 4 7 DUT DUT 4 6 DUT 1 DUT 2 DUT
37. li 6 A Yo 5 xio i i ee 1 Ze De 0 1 er 2 100 Ze De A Zs Zx X100 Yo ZxX100 Zs Q Yo S Zx
38. 3 3 1 Q DUT 5 5 ST 3 4 35 4 3 4 1 9 100 MQ 3 4 4
39. Open Short Open Shor Load 4 DUT DUT 3 15 O pen Short Load Open Short 3 16 4 1
40. Short DUT Short Short DUT Short Short Short 16196A B C
41. 0 90 DC 0 90 Rr Low DUT 40 Hz 110 MHz 0 DUT Rr 2 Edut Err 2 2 Zx Rr X Edut Err DUT Zx 2
42. B Open Short 2 1 Agilent UNKNOWN BNC 2 Agilent Agilent Open Short Open ShorvLoad Open Short 4 2 4 4 2 Zs Yo Hc Rs Ls 0000 0 Zm Co_ ee p _ 1 Lc
43. DUT 4 20 b c DUT 2 DUT 4 21 Ea 1 3 1 1 1 a b 90 c c d
44. DUT DUT 0 Q DUT Co 0 Co DUT DUT Lo Ro DUT 3 15 Lo Ro Co Go
45. Open Short K N IN N Hz 4 15 RF I V 4 2 3 Open Short NN NAN CE Short Short 4 6 5 Short Short Short Short
46. a b 5 8 5 9 5 9 b 5 10 a
47. A G A 2 1 3 Yo ZxX100 Yo A 3 A 3 3 ESR
48. High Open Short 5 32 I BASIC 33 16047E ZZ9 IZ IZoplIZst 9 9 ppt st deg ZopzZ8 op Zst 9st e 8 1 1 R X gE LN 1 8 X 8 6859 dgB m 1 1 R 1 x arctan arctan x rad m PL L m Zst st 9OD R Zp cos gt
49. 5 43 DC 5 30 5 15 Agilent 3 4 CE 2 DUT 3 4 3 4 2
50. 0 1 nH 0 1 pF 4 15 100 MHz DUT nH pF
51. gt Hc 40 V DC DC DUT DC DC DC DE DC DC 5 5 5 5 ey 16065A 4 800 V mA 50 Hz 2 MHz 16065C 4 40 V 20 mA 50 Hz 2 MHz SMD 16200B
52. DUT AZ Z AVI AV V DUT RELIV DUT 2 15 a RF I V RE I V 0 2 Q 20 kQ
53. Agilent RF Agilent Technologies DUT RF DUT RF 2 3 14 a DUT 3 14 b
54. 5 2 C V 10 kHz 1 MHz 0 0001 pF 1000 pF 0 1 0 mV rms 30 mV rms DC OV 40V 10 mV 0 19 Agilent 4294A a NA EE FS a Na a ECI OL MOS FET LSI 2 0 nm
55. Edut Err A D 0 90 fm 240 MHz gt fmTflF 240 MHz flF 240 MHz VCO gt SR 6 3 2 6 a 90 b 4 Edut gt 09 gt a Edut Err Rr a Err Ea j Eb Edut Ec j Ed b 5 2 4
56. Open Short 4 16 Open Short D Short 3 1 b
57. 4 4 16047A 16047D 1 5000 4226 20 nH 1 m0 UNKNOWN 4 3 10mm 4 4 1 5000 4226 4 2 4 Open Short Load 4 3 Open Shor Load Open Short Load DUT DUT Load 3
58. A V DUT DUT YY V gt 2 a FV b 2 18 SS 5 RF 1 V Agilent RF REF LCR RE I V 2 13 E4991A RNR Nt I NE 9 V I
59. 1 Z 9 IYI 2 DUT 2 5 44 3 Calculate Parameter 3 4 4 3 5 31 _ 6 IZ 9
60. 5 13 Lp LPF Hp Hc DUT Hc Hp 5 7 IX liTlzT b 5 13 5 8 5 3 5 14
61. 2 9 High Rr Rr ALC ALC ALC 2 ALC DUT ALC A D Vx Edut Err Rr ALC 2 9 ALC 4 5
62. Q 1 kn BT 18 9 _BOT 5 47 33 1811 n T5991 9 A Rl 8 51331 R pl q 93177 uH z STHTE EhHTH ERHPHIES 46 66EB8 pF NE FE 5HWE V7IbE WHE STHRT_ 1 Hz Q STOF J MHz AD D S3 jj A 1 A 1 1 2 3 A 1
63. 0 Open Short Load 3 3 Q 4 4 Open Short 2 Open Short 4 8 7 5 RF I V 2S 7 6 DC DC
64. 2 1 2 4 10 Hp Lc Rr DUT Lp Lc 2 100 kHz Agilent Agilent 100 kHz
65. 4 C L R Co C L SE Co L fa Qm Q 1 dB 9 0 RA z
66. Short 50 Q Short Short 16196A B C Short Short Load Agilent RF I V Short Load Load 4 6 6 Load Load
67. DUT 4 5 Open ShorLoad A B C D F 2 3 2 Open Short Open Shor Load 1 DC DUT 2 3 Agilent 4 4
68. 1 2 Zs Zx 100 Zx AZ Zs 0 Zs A 2 0 100 m2 100 m0 100
69. 4 CK 4 10 4 9 High Low DUT V a Hin DUT Low AYAY Y V V WV VY Zhc High DUT Zlp Low b 4 11 Hc Lp Agilent lm 2 m 4 m
70. 3 DUT Device Under Test RE 2 REF LF 4 4 BNC UNKNOWN Hc Hp Lp Lc DUT UNKNOWN DUT 2 2T
71. DUT 5 mV 1 Vrms 4284A LCR 4284A 001 20 Vrms 3 38 Hp Hc DUT DUT
72. DC 300 MHz 10 kHz Q 70 MHz 10 kHz 100 MHz 4287A 4395A 43961A 4396B 43961A E4991A 300 kHz E5070B E5071B 4284A 110 MHz 4 294A 1 4294A 425941A 1 4294A 4294 A 1 V 2 4 a 2 2 3 2 4 RE I V 2 2 7 3
73. 100 kHz Agilent Agilent 4 3 3 3 3 1 Agilent Agilent DUT DUT
74. 5 s s 5 44 5 DUT 5 43 5 43 b c A B A B L A R B
75. Z 92 IY L C Q D R C 1 3 R C L BSR
76. 4 1 AC DC 5 4 5 5 8 Rp Rs C 3 8 b L
77. 7 mm Open 0 082 pF Open a b T 4 13 3 Load 5S0Q Load 4 13 a Q ESR D
78. 5 Li Lo 5 15 Agilent 5 16 5 14 5B 15 5 16 C
79. A B 5 46 DUT 46 b 46 4 IL_BASIC Rs 5 46 c Rs 1 9 5 32 a kn BEDTT HH 1 mn 3 5E7 5 15 9 BOTTON 18 9 BB 7 2 oo JHWEE NH 0 ERHPHICS EE 3HWE FILE FOLER nH H TH WUrID STHRT 1 kHz SE 5 mwnlt STIP 11 Hz b Circuit mode A c Circuit mode BB 5 kn BOTTON 39d B38 mn 5 kn BUTTOUN 380 352 2 2 18 BOTTON BE 77d 9 Bz P 18 BOTTON 88 0645 o SUve 12 8458275 PH 1 FP BRHPHICS i A PN GRAPHICS 2 2813 kg Ct 1 5BB pH 12 845 B27 RE SRWE FILE LE TLITIES ORE DEV LOPPY WH THE I HR IAC YrIDC STHRT 1 kHz DSC SA molt 5TART 1 kHz OSC 5 myolt STOP 11 MHz 5 45 DTM tro
80. Open Short c Open Shor 4 16 4 6 8 4 7 4 7 1 1 Agilent Open Short Agmilent
81. DUT DUT L1 L2 346 DC He J CR1 C1 CR11 DC CR2 2 CR12 er CRS CRs TT CR6 cR4 L 1 A Hp Lc Hp Lc 4 B
82. Short 10 nH 4 19 Short 4 7 4 DUT DUT DUT Q 4 20 DUT
83. Zr VC C D 2 E Q Q Q Qt Q Qm Q AD D DUT D 0 001 Q 200 DUT Q 1 1 005 001 Qt 001 200 DUT Q 167 250 Q Ot Qm x AD 1F QmxAD E 1 Aqgilent lechnologies
84. Ni UNKNOWN DUT Open Short Open Short Load Open Short Open ShorLoad Open Short DUT DUT
85. R RF 1 V V 50 O DUT Device Under Test DUT R R
86. DUT DUT DUT DUT Open Short Load Open ShorwLoad Open Short DUT Open ShortLoad DUT DUT DUT DUT
87. RF DUT 500 MHz DUT 2 DUT 4 DUT Co DUT
88. Q O X R QO 5 12 5 5 i Q RN Q Q X R Q R Q 0Q 1 2 3 DUT Q 5 15 Hig h LoW v2 V V b DUT 5 9 Ls
89. 5 17 M 5 18 a 5 18 b 5 9 5 17 Lp a Lo Lc _La Lo 4 a b 5 18 N 5 19
90. C Lx Rx C Q Q Q 1000 1 1 3 2 1 RF I V V V gt V 1 Zx BR
91. TF A D 2 AA D A D Bdut Err A D
92. 2 Open Short Open Short Load Cap Open Short Load 4 5 DUT 4 12
93. 1 MHz 4 2 27 42941A 2 Agilent 4294A 5 27 42941A 5 7 5 3 IC L C R RF I V
94. EL A CC 9 3 3 3 3 3 3 4 3 4 LF AI 2 Agilent Agilent IN 4 a 4A 4 2 3 4 2 4 4 2 5 4 2 6 4 3 4 4 4 5 4 6 4 6 1 4 6 2 4 6 3 4 6 4 4 6 5 4 6 6 4 6 7 4 6 8 4 7 4 4 7 3 4 7 4 4 7 5 RE 3 8 ese 3 d Se 3 1 2 RF RF a 3 RF FX A A Ee Se 3 138 Agilent RF ce 3 4 RF 3 15 rt 4 A Open Short ee Oo Open Short
95. 5 3 DUT 4 3 4 4 3 S 6 90 DUT Open Short DC Open Short DC ON 0 V Hc HP
96. Q RF NN Open Shor Load LLC Low Loss Capacitor LLC 90 a Open Short Load Q ESR D Load LLC 300 MHz 3
97. 2 5 3 DUT fm 40 Hz 110 MHz 1 mHz 5 mV 1 V 2 3 DUT DUT Low 2 4 a D Low OSC2 2 4 Low
98. 5 28 RE I V E4991A RF E4991A 010 1 MHz 3 GHz E4991A DC 2 6 5 3 Q RFIC GHz L nH Q
99. Cm Co Co Cx Cm Cmo 4 2 4 5 Open Short Open Short 4 3 L R C G 4 3 b Zs Yo Go jieCo 4 3 c Yo Zs Rs ioLs DUT Zdut 4 3 Agilent
100. Q ESR 100 MHz RE I V C V Q BSR Y 5 22 GREAPHICS RE 5HWE FILE PONER OH k CONFIG FILE UTILITIES DC BIAS ON store pev WHE TH FIDC CFLUPPY STHET Wolt SC 2 mWnlt STOP 5 Wolt 5 23 C V 5 5 MOS FET MOS FET MOS FET MOS FET DC 0 Vdc 5 24 DC Cds Cgd Cgs
101. Rr Lc 10 mA 10 Vrms DUT 10 V 10 mA 1 kO DUT 1 kQ DUT 1 A 10 pF 10 A 10 1 10 100 pF RF I V 5 39 10 A 10 100 Q 5 39 Rs3 C2
102. a b 1 1 m 1m 10m 100m 1 10 _ 100 1k 10k 100k 1M 10M c Q 3 13 3 7 RF RF DUT ON ON 1 nH 0 1 nH 10 DUT
103. DUT 3 Dpen Short Open Short Open Short Open Short Ni DUT Short i 00 3 6 Open Short 3 6 3 3 3 3 7 DUT 4
104. DUT Load 1 Open Shor Load Load 2 16196A B C 3 Open Short Short Short 16196A B C Short DUT Short
105. 1 1 R X R IZ 9 1 1 R X IZ 9 1 1 R j Y G TjB Y G DU 0 S R X 1 2 Z R jX IZ 6 R Z cos6 Z sing IZls R X 9 tan t 1 Z R
106. 3 3 Hc Hp Lp Lc a 5 5T 1m 10m 100m 1 10 100 1k 10k 100k 1M 10M 100M c 5 2 d 4 3 4 5 5T 4 He 0 Hp Lp 0 Lc a 4 b Hc Hp re 1m 10m 100m 1 10k 100k 1M 10M 100M Le 0 6 c 4 d 5 4 4TP 3 4 d 4 3 2
107. 192 8510 9 1 9 00 19 00 12 00 13 00 FAX E mail Web 2 TEL 0120 421 345 0426 56 7832 FAXgs0120 421 678 0426 56 7840 E mail contact_japan agilent com http www agilent co jp find tm e Copyright 2003 October 31 2003 5950 3000JA 0000 02H
108. 5 4 16314A 16315A 16316A 16317A 50O 5 34 5 21 5 10 DUT DUT DUT UNKNOWN 5 3 Low 0 V 5 35 1 1 DUT
109. DUT DUT DUT 50 QQ DUT DUT J a b 3 14 RF 3 8 RF RF DUT
110. 5 6 Agilent 16047A Open ShortLoad Open Short 4 4 2 2 ey AB D 4 5 Open Short Load 4 2 5 DUT Open Shor Load DUT DUT DUT DUT DUT
111. 37 Hc Lc FF lt Hp Lp DUT a DUT L Hc LC 2 EP Hp b OPEN Hc LC 2 IN c SHORT 3 6 Open Short mm 1 6mm 2190 0016 2950 0043 0360 1190 c 3 7 3 4 DUT UNKNOWN lt 029 3 4 1 Agilent Agilent 3 2 1 m 2 m 4 m
112. PR TE 2 3 TE 2 A D i 0 90 V 1 IF 13 RFL V 6 RF I V RF I V RF IL V Tx T x 1 x Zx Zo Zx Zo Zo 50 0Q Zx DUT
113. 0 li 6 Se 0 no 20 Ee NS NN 24 oe Oh 8 DC 2 AAC NC RE Os 5 29 A A 1 BB Upen Short Cs C Open Short Load lliii C DU 0 EW EN RC D 1 SE Ep En 0 Agilent Technologies Co Ltd 1 1 1 Z AC
114. A 2 4 2 2 4 A 5 2 4 4
115. A 1 16034G 0 5 x f 10 10 13 x f 10 x 10 9 5 500 x f 10 x 10 9S f MHz HI 9 wr Hz A 7 16034G 0 5 A 5 Open Short Agilent Open Short A B C D 4 Open ShortLoad Open Short Open ShortLoad Open Short DUT A B C D B 1 2 2 li
116. DUT DUT DUT DUT DUT DC DUT 5 A 40 V 1 GHz RE I V 16200B 2 21
117. Zxm DUT B 1 Open Short 2 B 2 C Open Short Load Open Short Load Open Short DUT C 1 4 2 2 C 1 Open Short Load Zi Z Given Z1 Vi Ii and Z 2 V 12 AV2 Bl2 AZ2 B CV2 DH2 CZ2 D A B C D Zo Zs Zsm DUT Zstd DUT Zxm DUT Zdut DUT
118. 3 4 2 3 4 3 1 2 3 4 2 2 y2 1 2 3 4 44
119. O V CT V 2 V 2 a b 5 35 5 22 Ss SS b c d DUT 5 36 5 23 1 1 1 kHz 100 Q DC DC 5 37 C1 C2 DC C1 1 kHz C1 32 F C1 C2 1 10 zf f Cs 1 uF 5 37 5 24 5 1
120. Rp oL o2Rp lt C o Rp2LC lt 2 Reh 1 o Rp lt C lt 1 o Rp lt C lt R X 5 2S 5 1 5 1 IR Q Q IR D
121. 16095A 425941A 16047A 16089A B C D E DUT ION 3 3 2 DUT Agilent 1 DUT SN 2 3
122. 4 9 c 4 D 4 4 7 3 Rhp Chp 1 ChE Rhp g Chp Rhp rad D w Cx RL RH Ric Clc Rhp Chp D Chp Rhp Clc RIlc a 2 b 4 RH RL Rhp RIlc Chp Clp Cx Chp 2 4 D 2 DUT Chp Clc c 2 4 4 9 4 8 4 4 4
123. Ix 0 TV a b UNKNOWN DI Zx 1 3 a c d Zg 11 4 8 DUT I V 2 12 4 DUT 2 12 b DUT 42941A 42942A 4294A
124. 1 MHz V 110 MHz 3 3 2 3 0 1 Q a a 1 LF HF 1 1 PT sm wm
125. Open Shor0Load Short Load Open RF DUT Open Short DUT
126. Agilent Short 0 H 4 Load Load R X L Q L Rs C D Load Load DUT 4 6 7 Open Short L RF Open Short RF
127. Q A 1 1 Zx AZ A Zx 0 Zx A 2
128. 1 2 Hz fr 2 CI fr 3 Open Short INTERPOL ALL POINT Short Short f 4 fr
129. TOY Agilent DUT Open Short 16034G H 3MHz Open Short Load 1 2 Opne Short CY Agilent Agilent L DUT 2 II DO DUT Open Short Load 1 2 Opne Short Load 4 18 4 6 4 6 1 RF RF I V Open Short Load Open Short Load 4 13
130. 3 9 Agilent Hc Hp Lp Lec a 4 BNC BNC 1250 0080 b 4 3 9 4 a 2 Agilent 16032 60001 b 2 3 10 2 He 00 Hp 0 Lp Lc 0 a 4 b 4 3 11 4 3 3 100 0 4 100
131. 31 a C 12fF L 3 mH 5 4 pF fr fa 1 5 a b 5 29 DUT 5 30 D 7div REF 1 43 3474 9 Sove EQUTYALENT CTRCUTT NODEL SELECTED E ERHPHTIES FE SHWE FILE PER ON ch CONFIG 1 Ni L118R1 FILE UTILITIES STORE DEV R1 5 30725 C1 g3 553 fF FLOPPY L1 4 19187 mH CO 5 04695 pF IE 3 HHg WE TH STHRT 15 Ed 185 Hg IS 5EE mgnlt STIP 1B E58G 5 31 5 19 5 9 Z Q C pE m dB m 8 rad m 5 32 16047E
132. 3 1 4 4 4TP 3 5 a 5 b 1 4 DUT 4 2 3 5 1 He Hp Lc
133. Lp 5 6 3 3 4 Open Short 3 5 7 16034E G Open Short a Open b Short c DUT 5 7 D BSR D ESR 4
134. Zx 1 1 2 14 DUT Zx Zo Tx Zx Zo RE I V 2 13 a T 0 Zx Zo RF I V
135. 42942A 4294Al 3 DC DUT 40 V 5 27 LCR 16065A 5 40 DC 4 DC 2 MHz DUT 5 41 200 V Open Short DC gt 107x f f Hz
136. 5 25 a b c High Low UNKNOWN BNC Le a Cds b Cgd 1 MHz C1 0 1F we 100 ko C2 TeF L 100H c Cgs 5 25 MOS FET 5 6 MOS C V DC DC AC pF C V C V
137. a b 3 12 3 6 RF RF 2 3 13 High Low DUT 2 RFI V 50 0Q RE 2
138. 15 RF 1 V 2 7 1 100 M Hz Q 50 Q 100 16 Q 50 Q DUT dBm 50 Q Open Short 30 Q ME Ro 30 Q 2 6 8 7 2
139. 1 2 Ix Z2 Low Z2 2Z2 ZZ Zx es 2 11 d Zg Zg 2
140. 2 1 6 2 1 Agilent 110 MHz 100 MHz 3 GHz RF I V 3 GHz D Z Z3 Zx L C
141. 4m Agilent 4 3 9 a 4 DUT 4 3 9 b 4 4 BNC BNC 1250 0080 X 4 4 F MHz XL m 15 2 2 3 10 a 4
142. 5 21 16060A b 4263B LCR L 5 21 16060A 5 4 DC 5 22 DC DC 3 23 C V DC 20 mVrms
143. 88 4 3 Open Short Load omron 4 4 UT 4 5 Open Short Load ee 4 7 tt 7 4 9 4 RF RF HT ee HAT Meese 4 4 Too 4 15 000060 SO 4 15 Shorrt 4 18 Load tt 4 7 ee 4 18 ete 4 9 4 9 4 19 DUT ee HA Open Short ee a DUT ee a etter 2 5 OO oO 6 O 9 10 OE A EE A ONE ET NS 5 9 RR 2 UF EN SE EN Ee VT LRN NE A ER et 4
144. Agilent Agilent 8120 0367 30 MHz 3 8 4294A Agilent 4 1 m 2 m 4 3 8 50 0 5 105 pF m 300 Vrms AWG26 7 34 4 PVC 80 3 8 81820 0367 3 4 3 1 m 2m
145. CC 5 V1 AV2 Bl2 11 CV2 DI2 z _ AV2 BI2 CV2 Dl2 1 Open 12 0 1 Zom 2 Short V2 0 1 Zsm B 1 Open Short 1 B 1 3 A B C D lt gt 4 DUT DUT DUT Zx 1 5 Zxm V2 V1 AV2 Bl2 60 B AZx B ME CRD 1 2 2 C4D CZx D Zx B D Zxm CZxm A 2 3 A B DZsm DZxm D Zsm Zxm ZX CZxm CZom CcCzxm Zomn 98 2 4 C D Zx Zsm Zxm Zx Zom Zxm Zom Zom Open Zsm Short
146. 4 F XL 15 F MHz m 1 m 15 MHz 4 4294A
147. 4 4 7 2 2IE DUT 3 4 BNC RA 2 11 b 2 11 CO Zi Zx a TIx 2 DUT Zx i Z 1
148. Zitan h y Zo 0 wYNLC Z jZo tan Lk oO Zo jZitan BK 6 ZL g D 1 2 6 e A 2 2zxte O 6 e 6 Z 2 A A AO 4o A jo Ze 2 Zo e o jo 2z 40 c c e
149. Open Short Open ShortLoad Open ShorWLoad Open ShorLoad Open ShortLoad Short Load Open 4 6 4 RF Open Short
150. 9 08 pH 99 63 H 16047A 99 66 H a b Ls Q 5 10 5 6 D 0017 OO QO Q Q 5 11 Q 5 12 QA Lp UNBALANCE UNCAL 5 13
151. A B C D Zstd Zo Zsm Zxm 5 Zsm Zs Zo Zxm dut C 1 D D 1 Zr CS42 7 ZL Zotanh yk oO ZrLtanh y Zo y e j2 YZY YR joLD G jo 8 6 Zo D 1 DUT Zotanh y Zi oO
152. RF 1 V 40 V 5A 1 MHz 1 GHz SMD 4294A 42942A 16065C 16200B DUT 200 V DC 1606SA 5 40 200 WON 16065A DUT DC 1606SC 40 V 4 UNKNOWN DUT 16200B DC REI V
153. REF I V 2 REFLIV 2 20 3 RFLIV RFE
154. RF RF LCR Open Short Open Short 4 2 2 Yo Zs Agilent Load
155. 2 9 1 5kQ 10 RF I V Q DUT Q RF I V 2 16 mi LR 10 100 1000 e 14 RF TV DUT MM 2 DUT NN 1 _ Z Pr Zz 0 Log a Z Z Zo Log b
156. Load 4 8 Open Short Load 4 P 6 Open Short Load 4 3 DUT Short Zsm DUT 2 1 Open Zom DUT 100 2 Shorr Zsm DUT 17100 DUT DUT 2 4 2
157. C D CMOS FET MHz GH2Z C V PIN L R GMR MHz GH2z IC i IC GHz L nH C pF L C FRAM DRAM SRAM MHz GHz C pF C D PC MHz GHz Z 9 I 7 mm 9 SN 4 010 5 2 8 5 8 kHz MHz 5 29 a b
158. X Z R jX jRX RX RX 1 R jX R X R X jX G ee Y G jB 1 2 XL Xc XL 2zfL Xc 1 2 zxfC f L C 2 f w 1 3 XL L Xc 1 oC 2 fL 1 3 XL Xc 2 1 4 Q quality factor
159. Agilent DUT DUT DUT 50 2 75 Q 1 1 Open ShorvLoad Z Open Short Open ShorvLoad DUT 5 36 d
160. 5 2 S 26 4294A Low Low 4 DC DC DC C V DC
161. AC DC DC DC DC 1 11 1 11 DC 1 6 DC DC a DC b DC 1 11 DC 1 1 12
162. Co Co f a b 1 8 1 5 6 AA gt Lo Ro lt ESR ff 1 9 AC 1 10 a K 1 10 b AC AC a b 1 10
163. Cs I CRA 1 Rp lt lt 1 L 6 L lt lt 1 wC Cs C L i Rp C Rp Rp SS 9 05 Z Z 89 Cs D L 1 lt Rp lt C oe2L O2Rp2C ofRp2LC2 Rp oL RPC oYRp2LC lt Z Rs 1 o Rp lt C lt 1 o Rp lt C lt 5 3 L RR C GW Log Z Linier 9 90 5 5
164. DUT 446 DUT DUT DUT 1 DUT DUT DUT DUT DUT DUT DUT DUT Load UNKNOWN DUT 4 7 DUT Open ShortLoad
165. DUT D 4 9 a 4 Rhc Rhp Rlc RIp Rhc DUT Rlp Rhp Chp Hp RIlc Clc DUT RhpXChp RlcXClc D 4 2 D DUT
166. 2 2 4 2 15 MHz DUT 3 10 b Agilent 4 16032 60001 24 3 11 4 3 11 b 3 3
167. Np m Zstl St 9oD XX Np IZop SIn gt Np m 1Np 8 6859dB 5 32 5 20 2 ndiy REF 1 sydiw REF MINI NG MHz SELEET LETTER i SPACE BACK SPACE CLERE H 1 HHHE STORE DEV i FLUPPY HE THE TDI STHRT 4 Hz ISE 5 molt STIP 11 HHz 5 33 UNKNOWN 5 34 100 Hz 10 MHz Agilent 16314A 4 16315A 16316A 16317A 5 4 DUT 30 Q 100 Q 600 Q
168. Q 32 109 Q 3 1 o 4 0 lt A on 10 MHz RNN 3 R 4 77875 uH 4 54 UU SU HE SsTHRT 1 HHz THE OSC 5gg mwnlt 1 Hz FEI WIDE STOP MHz STHTE DATH RHPHICS FRE SHwE FILE POLER Oh k EHHF 15 FILE k ITILITIES TIRE DE k FLOPFY 5 4 46 pF 1Z D R 8 510 L 4 93 H 8 51X 2 0 12 Q
169. a He Hp Go Lp Le Zs Rst jaw Ls Yo Go j WCo p Rs jLs Rs jwLls lt lt Go j Ww Co b Open c Short Zm Zs 1 Zm Zs Yo Zdut 4 3 Open Short Open DUT Open Yo Short DUT
170. 100 kO 4 24 100 kO 3 5 DUT 3 12 a 4 DUT Cd DUT DUT 2 Ch Cl H High Low 3 12 Cd Ch CI 3 4 5 4 2 Hc HD LD Lc Cd Pe _ 0 Hc Hp Lp DUT Ch CI
171. 16048A 16048E 16048G 16048H 4294A Agilent 3 Agilent 16048A 1 m 30 MHz BNC 4263B 4268A 4279A 4284A 16048B SMC A285A 4288A BNC 16048E 4m 16048G 1 m 110 MHz 16048H m 110 MHz 4263B 4284A 4294A 4294A 16048D m 4263B 4268A 4279A 4284A 4285A 4288A 3 4 2 Agilent
172. J A UU Ro Lo a 2 b 1m 10m 100m1 10 100 1k 10k 100k 1M 10M 100M c 2 2 3 1 2 GT 3 2 LC WA Ro Lo a 3 b 1m 10m 100m 1 10 100 1k 10k 100k 1M 10M 100M V c 3 3 2 3 3T DUT Co Cd 2 WW 000 a a 4 b 1m 10m 100m 1 10 100 1k 10k 100k1M 10M 100M c 4 2 3 3 4 4T
173. 0 2 MM DC Agilent 4294A DC oe DC DUT DC DC DC DC DC DC DC DUT 6 4
174. 4 20 4 7 5 4 22 5
175. DUT 3 UNKNOWN BNC 4 1 4 4 1 4 1 1 4 2 DUT Cx Co
176. 1 201 1 2 FmtaS 9 FmtbS 9 OUTPUT Agt4294a OUTPMTRC DTM ro 1 201 1 2 ENTER Agt4294a Ttrc DTM R 201 R1 201 DTM X 201 OUTPUT Aqgt4294a DATMEM DTM Zdat 1 201 1 2 DTM Tdat 1 201 1 2 TNPUT Rs Rg 1 1 DEG FOR I 1 TO 201 R I Ztrce I 1 CO8 Ttrce I 1 TF SYSTEMS SYSTEM TD HP4294A THEN X o 1 8TN Ttrc I 1 ASSTGN Agt4294a TO 800 R1 R I Rg ELSE Zdat T 1 SOR R1 1 2 X T 2 ASSTGN Agt4294a TO 717 Tdat T 1 ATN X T R1 I END TE NEXT I 1 1 OUTPUT Agt4294a FORM4 OUTPUT Agt4294a TRAC A OUTPUT Agt4294a FMT gEmta 8 OUTPUT Aqgt4294a TRAC A OUTPUT Agt4294a INPUDTRC Zdat OUTPUT Agt4294a FMT ENTER Agt4294a Fmtas OUTPUT Agt4294a TRAC B OUTPUT Agt4294a OUTPMTRC OUTPUT Agt4294a FMT gEmtb 8 ENTER Agt4294a Ztrc OUTPUT Aqgt4294a TNPUDTRC Tdat 1 1 OUTPUT Aqgt4294a TRAC B GOTO 320 OUTPUT Aqgt4294a FMT END ENTER Agt4294a Fmtbs SVUY 3HZ RN 88 545 GRHPHICS JH STHRT 1 kHz OSC 5 myolt 5 46 I BASIC 5 33 Q UN MA DUT
177. 284A 4285A LCR 42841A 8 0V WM DC ss ww 2 a DC b DUT DC Rp DUT DC G 7 DUT DC 2 9 4 3 Re ee 2 8 a DUT S N 2 8 b
178. Agilent lechnologies lt 003 1 1 Copyright 2001 2003 Agilent Technologies CO Ltd All rights reserved 1 O li So 1 2 2 4 S 4 2 4 3 4 4 S 4 6 44 S 4 8 4 D C H C L LF DC A CR RF RF V RF V
179. DC gt Ex TauF DC gt Ex CR1 CR2 1902 0176 47V 5 1W CR3 CR4 1902 1299 3 3V 5 1W CR5 CR6 1901 0646 200V 1A Ex lt 200V 5 41 DC 5 28 5 14 DC DC 4284A LCR 42841A 20A 42841A 2 40A RF RE I V 16200B DC 16200B DC DUT SA 5 42 16200B 7 mm
180. G 16034G iu VAC THC VSIDC STRRT 49 Hz OSC 59g myalt STOP 1 NHz A 6 16034G 4294A 40 Hz 10 MHz Z 9 Bandwidth M 3 30 3 A 1 16034G 0 5 A 7 II
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