取扱説明書
Contents
1. 21 22 2 3 2 4 2 5 26 DC 2 7 3 1 2 A dB SEO RRE dd d K 2 K 238 258 CO t 4 1 4 2 4 3 4 4 HEE RET BAK HKH 4 5 C 4 6 AVM23R 25R 2 51 5 2 5 3 to to NNN c 5 Oc RR GR 10 10 11 11 11 15 15 15 17 1 8 amp2. BNC Hum f 3 7 AVM23R 25R RC01 AVM 8 RC02 AVM 8 2 RC01 ORC 8 RC02 ORC 8 2 IFO1 AVM GP IB
3. GND 1 41 GND 2 9 GND 1 GND 2 2 7 DGND 07 20 GND1 8 NC 01 22 4 6 3 1 15Vpc 0 Vpc GND 1 GND 2 pV CMOS 4050 3 3 kQ 6 8 k2 KARR D Dld 2 GND 1 GND 2 GND 1 GND 2 OPEN GND 1 GND 2 15V
4. OPEN QND OPENJ GND 1 0 GND 2 Gb 30V 15V GND GND 1 2 OPEN GND 1 2 GND 1 2 GND 3 6 GND 2 GND 47
5. C 90 126 VC 0 2 A 194 253 V 0 1 A 3 P 2 P AC 3P 2P 90 126 V 3 AC 125V E P UU
6. 3 8 13 15 23 25 23 258 2 13 15 w AVM 23 25 2 258 25R bri w 2 13 23 AVM23R 0dBm 1mW 6000 048 1 KIKUSUI JAPAN al CLASS 1 5 FS 1 1 15 25 25 0dBm 1mW 6000 DdBV 1V KIKUSUt JAPAN CLASS 1 5 FS 1mA 2 El3 5 20 4 4 1 1 LED 2 INPUT 1 300 4 V 100mV 500 4 V 150 mV 300 m V 100 V 500 m V 150 V 2 INPUT 2 i
7. mu V 2R os 1 3 30 300 3 AVM R 05 15 5 15 50 150 500 5 Doo poa ijo i 21 pioi lpos olo ililolo 0 DIO 2 DIO 6 olololo d 0 q 1 ES R L 1 olelolololo INPUT 2 GND 1 GND 2 3 TTL 15VDC 0VDC GND 1 GND2 5V CMOS 4050 3 3 kg 6 8 kg 3 3 1 ARG 3 2 50 60Hz 90 126V 194 253V 2
8. T 1 RV3 RV2 SRV gt R V 5 AVM23R 25R 4 23 25 CVI AVMI3 15 23 25 23R 25R lt 84 gt AI A2 RV3 oTP2 S o 8 RVI matin 258 TP4 RV5 v 1 A V M23 25 23R 25R 5 gt A2 2 B D 8 E KERE 1 3 1 AVM13 23 236 15 50 3 2 A VM15 25 25 LEE AlRVI A1TP2 L3 m m AITPO ATTP0 A2TPO 100V 45 mV p A2RV1 2 15 50 AZTPO 150 V AIRV2 2
9. REMOTE 12 T 10 9 24 o3 22 21 MES 8716 6 432 20 19 18 17 1615418 57 40240 3 1 DIOO 13 DIO4 2 1 14 5 3 2 15 6 4 3 16 1 5 DEVICE0 17 DGND 6 1 1 18 7 2 2 19 e 4 8 VALID 20 9 21 N C i 10 R ZL2 22 T 1 5V2 23 GND2 12 5V1 24 GNDI jn 4 6 2 1 DIO 0 3 1 4 GND 1 DIO 4 7 13 16 GND 2 DIO 0 3 INPUT 10 DIO 4 7 INPUT 2 DIO 0 3 4 7 INPUT 1 INPUT 2 AVM 2 0 3 1 3 E 100 300 1 10 is
10. 3 25R 0 5 15 5 15 50 150 1500 L5 5 15 DIO 4 0 1 0 1 0 1 0 1 0 1 DIO 5 0 0 1 1 0 0 1 1 0 0 DIO 6 0 0 0 0 1 1 1 1 0 0 DIO 7 0 0 0 0 0 0 0 0 1 1 L1 20210 10 0 91 0 0 0 0 0 INPUT 2 GND 1 GND2 FHE 1 H 0 1 x oiL 1 1 E x 1 1 R L 1 L ES 1 x 0 0 1 2 DEVICE 2 5 7 GND 1 id 3 R L 1 9 J GND 1 L 39 b H 0 7 REMOTE LED DIO 0 7
11. 90 126 V 02A 194 253 V 0 1 A 4 3 1 LED 2 100 V AVM13 23 23RJ 150 V AVM15 25 25R 3 4 LED 5 6 2 3 5
12. 2 10 4 VALID 8 GND 1 5 5V1 12 GND1 5V2 1 GND 2 1 4 45V 10m A max GND 5V1 GND1 15 2 GND2 K 5V1 GND 1 5 V2 Xf GND 2 01 RC02 AVM RC01 ORC RC02 ORC 6 GND1 1241 INPUT 1 GND 1 GND 2 23 INPUT 20757 GND 2 INPUT 1 INPUT 2 GND 1 GND 2 INPUT 1 INPUT 2 OPEN
13. AVM23R AVM25 TTL 4 RC01 RC02 AVM RCOI ORC RC02 ORC IFO1 AVM GP IB DC CPUK AC 6 0 1Vrms DC AVM23R AVM25R 1 396 21 D HHHHHH 1Vms 0dBH 0 0 dvi n 1nM 600SHHHHHH Bm 2 0000 BNCHHHHHH 3 000000000 1Me55pFHHHHHH 4 3 0 1kHzHHHHH 5 00000 10HzH 500kH 1kHz0 0 00 5 20Hz 200kH 1 0 3 6 4 00 7 600 000000 10 2 500kHz dBH 1kHzHHHHHHHHH BNCHHHHHH 8 0000000 5 35 85 0 0 9 HH 500
14. 10 dB 10 dB INPUT 1 INPUT 2 AVM23R 25R LED 490 REMOTE j 3 i 2 INPUT INPUT 2 Q 0 INPUT 1 INPUT 2 BNC 100 K GND
15. OPEN 3 2 m INPUT 1 INPUT 2 KK 4 H REMOTE LED 4 6 4 1 DC 4058 FS 99 203
16. AC AVM 6 MODEL 41 Rs xcu 1 1 3 300 1CH Vrms Vrms 1 3 300 4 AVM23 2 2CH Vrms Vrms 4 15 50 500 3 AVM25 2 2CH E Vds AVM23R 2 2CH s 5 AVM25R 2 2CHD 15 50 800 4 10Hz 500kHz AC 242 AVM23 AVM25 AVM23R AVM25R 2 K
17. GND 3 3 AVM23R 25R EM I 3 4 BEAT OFF 3 4 3 5 2 INPUT 1 INPUT 2
18. 6 5 2 1 1 23 5 2 OFF 3 3 5 4 E E E E 0 2 DIA mV 10V 1M9 BE t 0 2 PAA 1 4150 400 Hz 1 kHz HE EGER UNDA OB 1 MHz 1mV 3V 808 i 15 5 2 4
19. 1M9 479 K OPEN 2 3 5 D LED INPUT 1 LED Cd LED INPUT 2 LED TH 8 LED OT AVM23R 25R 120 Vmax 1 kHz 1 500 Vmax
20. 4 1 fC 100 k 9 350 PF 44 150 Vrms 10 0 3 10Hz 50kHz 500 kHz 45 100 100 040382 100 5 100 C 00 102 100 102 C 60 12 100 110 1005 96 104 42 00 2 94 10 C 50 12 16 HERKU 1 kHz 46 AVM23R 25R 4 6 1
21. oy A2RV2 i gt STEM BNET 1 4 IE 2 01 AiTP0 AVM23R 2 t5mV pc A V M25R A2RV4 A2TP4 DC A2TP0 L 13 1A1RV3 1 29 INPUT 1 A iE amp 1 0 1 F HJ A2RV3 TNPUT 2 m POmV 100mvrms 7 1s 50 A1RV3 GD INPUT 1 m omg 50 50mVrms A2RV 3 INPUT 2 mV L 13 A1CV1 2 5 8 INPUT 1 1 0 i 100 kHz A2CV1 INPUT 2 1V 1 Vrms 15 50 ERE WO INPUT 1 50 500 E 100kHz A2CV1 INPUT 2 500 mVrms DC sane 9 1 5 1 i 1V 1kHz A1TPO 1V oc A V M23R 4j 15 50 10 mV 2 AVM25R pater ADRVS INPUT 2 500 mV A2T
22. gt 97 08 9 G0 dB 2 dB 068 97 FS gt 0 068 1mo0 v ZB L 0491 3 100 1 kHz 40 Hz 4mVp p 20 Hz 8mVp p 10 Hz f 20m Vp p 14 2 F S 0 1 0 GP IB DC 15 5 5 1 5 2 C
23. 9 0 1 Vrms T BNC 10 BNC 4 2 2 45 INPUT 1 AO 62 WDE 0 1 Vrms Cd INPUT 2 AC 4 INPUT 1 DC
24. 5 L1 13 15 23 25 AVM23R AVM25R KIKUSUI PART No Z1 111 110 1A000922 HHHHHHHHHHHHHHHHHHHHHHHHHHHHHH HHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHH HHHHHHHHHHHHH Copyrisht 61998 2001 Printed in J 13 15 AVM 23 25 AVM 23H 25H AC 6 1 6 1 2 3
25. 1V 3 1 kHz c BNC IF01 AVM GP TB 5 A8 K GP IB 4 6 49 INPUT 20 DC 9 57 40240 4 6 9 3 2 9
26. 60Hz 90 126VH 194 253VHH 10 134 W x 180 H x 250 D rm 140W x 205 H x 295 D mm 1 100000 01ASB 1 ACHHHHHHHH 3P 2PH 1 22 0000000 D 5 2 8kg AVM23 25 AVM23R AVM25R D 3 1kg 23 HHH VvV _ avm v 0 3 10 30 100 300 1 10 30 100 em 25 0 5 1 5 50 150 500 1 5 5 15 25R 70 60 50 40 30 20 10 10 20 24 120V 300uVH 100mv HHH 500uVH 150mv 000 10V 000 500mv 150V HHH 1000 2 Un 30 2 5 AVM23 25 23R 25 1 iL 100 8 GND MODE OPEN 2 IE 15VDC GND OPEN 2 6 DC AVM23R 25R DE 3 It 1V 39 1kHz 2 6009 3 7 v 50mVp p 10Hz 4 7 F 2 7 AVM23R 25R D 57 40240 2 X
27. P0 5 3 10Vrms
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