Agilent 4284A プレシジョンLCRメータ 20 Hz-1 MHz
Contents
1. 20 Hz lt fm lt 1 MHz OFF 20 Hz lt fm lt 1 MHz 10 kHz lt fm lt 1 MHz 4284A 001 ON 1 kHz lt fm lt 10 kHz 3 20 Hz lt fm lt 1 kHz 100 sec 1 sec 1 uF 10 uF 100 uF 1 mF 10 mF 100 mF 27 P8 Ae Z R X 10 mQ Z R X X Dx 0 1 R Qx 0 1 Ae Ka Kaa Kc X100 Kd XKe Dx D Qx Q Ka p13 A Kaa P14 B Ke P15 D Kd P15 E Ke P15 F Dx gt 0 1 X Ae 1 Dx2 Qx gt 0 12. 10 4284A 001 DC 10 BIN IN OUT BIN BIN BIN 0 999999 HIGH IN LOW DC OV 1 5 V 2 V Syur 5 1 5V 2V LT 1 18 21
3. 1 3 1 20 Hz 1 MHz 8610 0 01 5 mVrms 2 Vrms 10 1 mVrms 10 mVrms 1 Vrms 6 1 mVrms 50 Arms 20 mArms 10 10 Arms 100 7 Arms 10 mArms 6 10 Arms ON 100 243 5 mVrms 2 Vrms 3 0 5 mVrms 0 01 mVrms 5 mVrms 11 0 1 mVrms 50 Arms 20 mArms 3 5 Arms FE UIu 0 001 Arms 50 Arms 11 1 Arms 0 m 1m 2 m 4m fm L fm XL 100 Q
4. 10 REY P Fs 10 GPIB ASCII IEEE 64 GPIB 128 GPIB EEE 488 1 488 2 TMSL SH1 AH1 T5 L4 SR1 RL1 DC1 DT1 CO El 18 1 19 21 4284A 001 DC DC 4 o 5 mV 20 Vrms 10 1 mV 10 mV 10 Vrms 10 1 mV 50 A 200 mArms 10 10zA Fa UIL 100 A 100
5. 0m 1m 2m 4m 16048A B D E 2 m 4 m 4284A 006 2 m 4 m P7 A OPEN SHORT OFE ON DC P7 B 1 tt 7 21 BA 2 m 4 m 2m 4m 20 2 mm 5 ee ee ee ese Vrms a 1 20 100 1k 10k 100k 1M Hz B DC 1 2 10 0 100
6. 23 C 0C 55 P15 F Ke 2 Vrms 0 000 4 000 V 1 mV 0 1 1 mV 4 002 8 000 V 2 mV 0 1 2 mV 8 005 20 000 V 5 mV 0 1 5 mV 20 01 40 00 V 10 mV 0 1 10 mV gt 2 Vrms 0 000 4 000 V 1 mV 0 1 3 mV 4 002 8 000 V 2 mV 0 1 4 mV 8 005 20 000 V 5 mV 0 1 7 mV 20 01 40 00 V 10 mV 0 1 12 mV OFF ON 20 mV DC 1 A 100 mA DC DC BNC 20 1 21 21 4284A
7. 2 100 Q 4284A 006 MHz m HH II 1 4 21 30 Q 0 1 Vrms 0 1 0m 3 1 0 5 mVrms 1Z 1 R X 0 01mQ 99 9999 MQ ly G B 0 01 nS 99 9999 C 0 01 fF 9 9999 F L 0 01 nH 99 9999 kH D 0 000001 9 99999 Q 0 01 99999 9 180 000 180 000 A 999 999 999 999 1Z Y L C R X G B L C X B Dx 0 1 R G Qx 0 1 Ae Acal Dx D Qx Q Ae Acal G G B D Dx 0 1 De 7cal Dx
8. C 0 8 18 28 38 55 Ke 4 2 4 15 1 16 21 4284A Z Y L C R X G B 8 Acal cece 1Z1 Y L C R X G B cal 2 9cal Ocal 180 z X Ocal fm kHz Hi PW ON A cal 0 1 Hi PW ON cal 300 tm X10 DA Ss 2 10n 100 M 100n 10 M lu 1 M 10n 100 k 32 k 100u 10 k 3 2 k a 9 1m lk gt ww 320 10m 100 100m 10 1 1 10 100 m 100 10 m 0 05 5x10 fm 3x10 x a 7 3 4 7 gee 1 tt 17 21 OPEN C G SHORT L R LOAD
9. 24 Re 4 6 ON Ae N N 1 100 2 S1 Vrms N 3 DC 1 mA 1 mA 1 mA N 4 MEDIUM SHORT N LONG N 0 5 _ PX Zm XIdcX10 N RgXVsXym Zm Idc Rg Vs A 0 DC mA a Vrms A P P fm Hz fm Hz 20 fm 10
10. 5 Zl lyl L C R 0 01 day D lt 0 0001 day ue MEDIUM 23 5 1Z1 1IYI L OG R D gt 20 mVrms 0 0025 lt 0 000025 C lt 20 mVrms lt 0 0075 lt 0 000075 C 70ms 1 kHz 120 ms 100 Hz 1 kHz lt 160ms 100 Hz lt 120 ms lt 50 ms 1 kHz UNKNOWN Vmax 1 C V Vmax 200 V C F 22 RO 2 6 EOM EOM 100 Hz 1 kHz 10 kHz 1 MHz SHORT 270 ms 40 ms 30 ms 30 ms MEDIUM 400 ms 190 ms 180 ms 180 ms LONG 1040 ms 830 ms 820 ms 820 ms ms SHORT 1 MHz 20 Hz 100 Hz 1 k
11. Ae 1Z Y L C R X G B Dx gt 0 1 D De 1 Dx Q QxXDe 1 Q Qe Qx X De Qe oxxoog Qx Q De D 2 2 9s 180XAe e BE x 100 Ae 1Z YI L C R X G B 1 9 1 G Dx 0 1 Ge BxXDe S Bx 27 fCx In flx Ge G Dx D Bx B S De D f Hz Cx C F Lx L H Rp Dx 0 1 _ Rpx X De Rpe erie a Rpe Rp Rpx Rp Q Dx D De D Rs Dx 0 1 Rse Xx X De Q 1 Xx 27 fLx 27 Cx Rse Rs Dx D Xx Q De D f Hz Cx C F Lx L CH 1 10 21 C D 1 kHz C 100 nF 1 Vrms MEDIU
12. A lt 0 3 V gt 1V A A A A A Ad Adl A Ai Atl Az 0 2 As 0 3 As 0 5 x Atl 0 1 O Sm 33m 0 15 0 3 1 2 5 20 Mmsl fm A 100 Hz fm 300 Hz A 2 fm 100 Hz A 2 5 A 0 15 300 kHz fm 1 MHz 5Vrms 20 Vrms Z lt 2000 INTEG TIME SHORT mae Ht HINT ISS Sil seattle ail HN Ne SS Sm 10m 20m 50 mm 100 m 200 m 500 m 1 20 Vrms 12 1 tt 13 21 RA Ka Kb Ka Kb 500 9 fm Az Zm Vs 3 mVrms fm lt 100
13. VAP 1 2 21 Tl at 1Z IY TARE Quality factor 1 D ESR eux POUR EF AUTO HOLD UP DOWN INT EXT BUS GPIB MAN 0 60 000 s 1 ms 4 0m 1m 4284A 006 0m 1m 2m 4m SHORT MEDIUM LONG 1 256
14. 1 Agilent Technologies 4284A 4284A 1 4284A 10 2 4284A Agilent e 4284A LCR 20 Hz 1 MHz oh Agilent Technologies 1 tt 1 21 100 120 220 Vac 10 240 Vac 5 10 47 66 Hz 200 VA 0C 55 95 40 C 426 X177 X498 mm 1Skg Ww LCD 6 999999
15. R Ae 1 Qx2 P16 Acal 10 mQ Acal 20 HzSfm lt 1 kHz 0 03 1 kHz lt fm lt 100 kHz 0 05 100 kHz fm 1 MHz 0 05 5 X 10 5 fm fm kHz Hi PW ON Acal 0 1 28 29 30 woe ET e ee Agilent Technologies Att 192 8510 9 1 9 00 19 00 12 00 13 00 FAX E mail Weh 4 TELm0120 421 345 0426 56 7832 FAXms0120 421 678 0426 56 7840 E mail contact_japan agilent com http www agilent co jp find tm lt lt Copyright 2003 January 29 2003 5963 5390JA 0000 06H
16. D De D Ocal 1 5 21 Q Qx X Da es 1 Qx X Da Qx x Da lt 10198 Qx Q Da D 9 e cal FE Be 2 Ocal 9 BE G Dx 0 1 Bx XDa S Bx 27fCx ee Dx D Bx B S Da D f Hz Cx C F Lx L H G Cp G Lp G Rp Dx 0 1 Rpx X Da Dx Da 0 Rpx Rp Q Dx D Da D 1 6 21 Rs Dx 0 1 Xx X Da Q Xx aa fC Dx D Xx X Q Da D f Hz Cx C F Lx L H 2 3 4 5 6 30
17. 0 100 fm 1k 1kS lt fm lt 10k 10k lt fm lt 1M 100 Q 0 75 0 225 0 045 0 015 300 A 2 5 0 75 0 15 0 05 lkQ 7 5 2 25 0 45 0 15 3kQ 25 15 15 0 5 10 kO 75 22 5 4 5 1 5 30kQ 250 75 15 5 100 kQ 750 225 45 15 25 RO 5 6 Off 1Z 100 pF 20 mVrms 10 kHz MEDIUM 1 IY L C R X G B Ae gt Ae 0 22 1 20 X10 X100X10 159 kO 100 kQ DC 1mA P 15 A 15X 159X109 X1X10 0 12 C 100X109 X 2010 3 C 0 22 0 12 0 34 26 6 6 DC DC ON a fm ON OFF 20 HzSfmS1 kHz 210m 20m 1 kHzSfmS10 kHz 70m 20m 10 kHzSfmS1 MHz 30m 20m DC
18. 0 1kQ 1 ko 100 Q 10 Q a 8 Vrms 3 a 1 or 0 5 10 15 20 25 30 35 40 DC V 1 8 21 1Z Y L C R X G B L C X B Dx 0 1 R G Qx 0 1 Ae Ae A Ka Kaa KbXKbb Kc X100 Kd XKe Dx D Qx Q A P11 P12 Mic D Ka p13 A Kaa P14 B Kb P13 A Kbb P14 C Ke P15 D Kd P15 E Ke P15 F Dx gt 0 1 L C X B Ae 7 1 Dx2 Qx gt 0 1 R G Ae 1 Qx2 D Dx 0 1 D De De Ae 100 Dx D
19. 700 2 V 20 mA 2 V DC bias 4284A 002 4284A LCR 42841A 4284A 004 17 4284A 006 2m 4m 2m 4m 4284A 201 4284A 202 4284A 301 4284A 710 4284A 907 4284A 908 4284A 909 4284A ABJ 4284A ABA 4284A 915 PN 8120 4753 4284A 201 PN2110 0046 2 2936J 4284A 21 2 1 6 MEDIUM 23
20. Hz MEDIUM 100 Hz lt fm lt 100 kHz LONG 100 kHz lt fm lt 300 kHz fm lt 100 Hz SHORT 100 Hz lt fm lt 100 kHz 100 kHz lt fm lt 300 kHz 300 kHz lt fm lt 1 MHz 300 kHz lt fm lt 1 MHz ee rE on a zml Ei Zm 10 Kb Ka 3500 9 Q vm er bo be am 7 rm ee 200 er ao mr Vs 2 oe 400 ea 100 fh 0 GC Zm exio 12 100 Vs fm 2 5x10 Vhs 100 5 zm are 1IZml 2x10 ae Cm 6 3 as 9 100 1zml vs lr 5x10 400 Vs k Zm 20x10 14102 oe Vs 10 Vs 13 1 14 21 RB Kaa Kaa Kaa 300 0 1 MHz fm if Zm Q Ka P13 A om fn 2m 4m lt 2 Vrms 0 0 Ka 3 2 2 3 2 3 gt 2 Vrm
21. Hz 10 kHz 100kHz MEAS DISPLAY 8 ms BIN No DISPLAY 5 ms BIN COUNT DISPLAY 0 5 ms GPIB EOM GPIB 10 ms DC 1 5 V 8 V 20 mA 23 RO 3 6 4284A 001 DC DC DC Vdut Vdut Vb 100XIb V Vb DC V Ib DC A DC DC Idnt Idut Vb 100 Rdc A Vb DC V Rdc DC Q DC DC 10 0 100 0 300 0 lkQ 3kQ 10kQ 30kQ 100kQ ON 100 mA H e Fak OFF 2 mA 2 mA 2mA 1 mA 300 wA 100 nA 30 nA 10 zA
22. M A 0 05 1Zm 1 2mX1X10 xX100xX107 15900 ka BAD 4 200 75107 1590 1000 Kb 1590X1x10 9 1 cag 1 70x107 1000 Kc 0 C 0 05 7 5x10 1 70x10 x10050 05 D 0 05 1 00 0 0005 10 gt 1V A D 1 tt 11 21 C A 1 0 3 V 0 3 V 1 V LONG MEDIUM A 0 3 V 1 V SHORT A gt 77 FL f a 1 oe a f A A A A i ll 0 1 009 as Me SMe SMe ey ey Sy Me amp XX XX IX XX NOOO EE Cee RELL NAK gt A832 ZN AN gt lt 10 a VA Pa SESS VASE Sa SA ESA SA 20 50 100 lt lt amp 3 amp amp amp amp 3 RS x x x amp sy Ss ad a S ine 4 8 g 2 a 5 8 3 lt a a 3 ol nl xX a 2 a fo g 8 8 8 8 8 a Loa a 9 Al 1 tt 12 21 D A 2 A A A
23. mArms 10 10 A ON 100 0 6 3 0 5 mV aun gt 2 Vrms ate 3 0 5 mV aa ea img 5 mV 2 Vrms ae M11 0 1 mV ay ot Ea 0 01 mV 5 mVrms a gt 20 mArms 3 50 WA 56 A 20 mArms 3 5 A 0 001 7 A 50 Arms 11 1 WA 0 m 1m 2 m 4m 4284A 006 fm L fm MHz 2 L m lt 100 Q 32 100 0 1 20 21 DC DC
24. s 0 x10 3xfm 1 5xXfm x 10 2 10xXfm 2 x 10 Zm Zm Zm RC Kbb Kbb fm MHz Om 1 m 2m 4m fm lt 100 kHz 1 5xfm 1 10xfm 1 50xfm 100 kHz lt fm 300 kHz 1 2xfm 1 4 xfm 1 8xfm 300 kHz lt fm lt 1 MHz 1 0 5xfm 1 1xfm 1 exfm 14 1 15 21 Kc D Kc Kc 0 Ke 0 0003 LIF a5 48 EE 10 20 25 30 40 50 60 80 Hz 100 120 150 200 250 300 400 500 600 800 Hz 1 1 2 1 5 2 2 5 3 4 5 6 8 kHz 12 15 20 25 30 40 50 60 80 kHz 100 120 150 200 250 300 400 500 600 800 kHz 1 MHz RE Kd Kd fm MHz 1 m m 4 m lt 2 Vrms 2 5X 10 4 1 50 Xfm 5x 10 4 1 50 Xfm 1X 10 3 1 50 Xfm gt Vrms 2 5X 10 3 1 16 Xfm 5x 10 3 1 16 Xfm 1x 10 2 1 16xXfm F Ke Ke
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