取扱説明書
Contents
1. X CH 1 Y X CH 2 Y Ya REHA CH 3 3 HORI PeF AC GND DC HOR CH 31 HOR VOLTS DIV VARIABLE 19 B POSITION CH 3 AC DC CH 3 DC CH 32. 12 6 80mmx100mm C 20kV 20kV ARE 1mV DIV x5MAG 100 2 3 dB CH1 CH2 CH3 CH4 CH 5 EXT TRIG 1MQ 1 20pF 2pF 5 VERT MODE CH1 ADD CH1 CH2 2 CH3 T
3. C K 3 2 K C C K 3 3 0 40 C X C 75 7
4. 2 5 2 22 22222 5 5 gt 43 POWER FOCUS ILLUM VERT MODE 1 POSITION VOLTS DIV VARIABLE x5MAG AC GND DC AC DC GND 0 1 V 1V INT TRIG SOURCE COUPLING SLOPE LEVEL HOLD OFF 1 TRACE SEP SWEEP MODE DISPLAY TIME DIV VARIABLE X10MAG POSITION FINE orrot 3 aRt tR 50mV CAL D GND OFF oiv ALT INT START AFTER DELAY AC LOCK NORM EPR AUTO A 0 5mS CAL D 1 POWER ON
5. KK SOURCE INT TRIG C LINE CH4 CH5
6. EE C 9424 FT BARER X 10 1 CC C 50pF m 100pF m AJE C
7. Copyright Kikusui Part No Z1 508 311 Printed in Japan 1 1 1 2 tE EEM MODE CH3 HOR CC 10 ALT 11 B ENDS A 4 1 4 2 4 3 4 4 4 5 4 6 4 7 4 8 4 9 4 4 COS6100A 6 100MHz 3 dB 5 12
8. BW LIMIT BW LIMIT 20MHz 4 5 CH3 HOR A TIME DIV CH 3 HOR MODE CH 3 CH 3 Y Y HAS RIEA DC 5 MHz 3 dB 1 POSITION POSITION CH 3 Y CHOP MODE
9. MODE MODE 2 Y CH 2 4 4 MODE ET Ea CH 1 gt 1 ADD CH1 CH2 CH 2 CH3 TRIG VIEW CH 4 TRIG VIPBW CH5
10. X CH4 CH 5 1 5 B INT EXT EXT 5 MODE TRIG VIEW CC CH5 COUPLING AC 4AC MEREKARA 3 Hz 3 dB X
11. 3 5 KK CH1 CH2 CH3 DC ACpeak TRIG CH4 CH5 100V Z AXIS AC 1 kHz 41 22 4 1 o PUSH BEAM FIND B INTEN FOCUS D TRACE ROTATION 4 B X CH 2 Y CH 3 HOR AC AD 7C ERII LED 0 B 7 gt 9
12. DC LT ij CC 50kHz 3dB K 50kHz 3dB TV TY TV K TV X TIME DIV KC TV V TV H K 0 5
13. HOLDOFF C ELEN 44 100 HOLDOFF NORM 1 2 4 10 HOLDOFF X 1 DISPLAY AK MODEE NORMIC 2 K 3 MODE SINGLE
14. 4 RESET PRSIA bn o 1 DISPLAY AK MODEB NORMI C 2 C 3 931 SINGLE CL 4 RESET READY 5 K INTEN BB ALT CHOP 48 b VARIABLE x10MAG C
15. avzov oe j DC 5MHz 3d8 A 3 10 35 50kHz 10DIV AC 10Hz 3 V ee megana zi J 5 kotios O skatiog 22 IROP o 45 gt Lm mw a pess o lsimsm 2 200 2 2YV 2k0 200mV 200Q 100 115 215 230 10 AUAA KK 5 0 Hz 60Hz 56W 66 310WxX150HX400Dmm HER 370Wx200HX475Dmm 95 kg 5 35 85 0 40 90 off 100 5 7 7 10 1 1 1 89 03 0330 942 4 W4 986 011 0 99 02 0001 99 02 0002 85 10 0120 21 508 311 3 3 1 C
16. B TRIG SOURCE 5 TRIG VIEW CH 5 CHOP mi Y K CH1 X CH2 Y X Y CH 2 CH2 INV CETER INV 20MHz 20MHz TRIGGERING CH4 CH5 INT TRIG SOURCE 9 INT CTAR A INT B C CH1 CH1 512 CH 2
17. B5 A TIME DIV ICH HOR C CH3 X Y Y 38 X10 MAG 4 A 2 5 CALID TIMBEADIV K UNCAL A B C 10 1 10 4 4 3 SWEEP MODE G AUTO 50Hz NORM
18. B ENDS 4 DISPLAY AC 4 CC C TIMEADIV A TIME DIV SOURCE START AFTER DEBLAY DISPLAY 4 INTEN KK 2 4 12 2 2 B DELAY D SWEEP B A B DELAY TIME DELAY TIME MULTI C HORIZ DISPLAY BK B K KK 4 13 C B TIMEADIV K TIME DIV
19. C 5 9 K A tr A 50 10 90 90 10 b AX 10014 lt ce AxX100 100 1 e AX100 Ax100
20. 01 0 5 CH 3 0 1V DIV 0 5V DIV CERLE To 5mV DIV 5V DIV 10 x5 MAG VOLTS DIV 1 2 5 CAL D VOLTS DIV UNCAL LED 5 0 2 2 CH1 ADD CH1 CH2 CH2 CH3 TRIG VIEW CH 4 CH5 CH 1 CH 1 ADD ADD CH1 CH2 CH 2 CH2 CH 3 CH 3 TRIG VIEW A TRIG VIEW CH4 TRIG VIEW CH5 CH 5
21. o C 52 2 4C X C DC VARIABLE 9 CALD VOLTS DIV C lt C DORER 1 V DIV JXVOLTS DIV 2 10 1 V DIV X VOLT8 DIV X 10 DC V 5 3 53 DD KK
22. 46 1 INT TRIG CH1 CH2 CH 3 INT TRIG 4 B SOURCE 94 6 VERTICAL SWITCHING CIRCUIT VERTICAL OUTPUT AMP _ CH1 ADD CH2 CH3 TRIG VIEW CH4 CH5 ALTERNATE PULSE FROM A SWEEP CIRCUIT INT TRIG CONTROL CIRCUIT 1 CH2 CH3 ALT INT TRIG BUFFER AMP INT TRIG SWITCHING CIRCUIT TO A TRIG CIRCUIT TO B TRIG CIRCUIT 4 6 TRIG CH 1 CH 1 CH 2 CH2
23. 4 B BNDS 4 9 4 10 CK LEVEL B ENDS A 4 16 5 1 5 U 1M 20 pF 10M 13 pF C
24. 50Hz READY ATL DISPLAY Si D A B KOL 4 4 Ao s INTEN A BB lt ALT INTEN B TRACE B o 1 kHz
25. 509 75 5 1 509 750 peg 500 500 750 750 10 1 5 2 X CC 1
26. CH 1 X gt X DC 5MHz 3dB POSITION X POSITION CH 1 Y CH2 Y 10 1 VOLTS DIV gt Y ROX Y ADD ADD CH1 CH2 C CH 2 INV INV C CH 1 CH2 VARIABLER 1 POSITION
27. 5 CH4 SOURCE 1 5 CRA L 0 KB SOURCE INT EXT START 8 DELAY DBLAY TIMB 9 DELAY TIME MULTI CB 0 B BB INT TRIG 9g CH5 EXT 5 CH5 1 5 CREL 8960 BEREC TV C 50kHz
28. C d X100 41 lt gt A0 DO Wv89viG fi i 1014100 UNII 933RS 0 4041Vd3aN39 d01lvdvdWD 1103812 10H1NO9 Anddns daM9d 31V9 1 9 awaa SHI 49181 dy 1x3 8333 8 LNI Anddns daM0d 104100 3199 83385 0 1041809 189 3AIH ZIHOH 10aiN03 d33MSY 1 104110 2 HONIA69 HILIMS ZtuOH RY 80IVHVa3S anaga UNIJI 919189 H3 1X3 Y 2 OILY diy aou 9I8 EHI Ra 01 1 0938 GNI V TT T PTET HAIWI 1081N0I 308n0S 5 9 22 DNIHILIMS 10801 08AEH HMS 3 01103 SD 328005 go dv 3Ald0 dNY3ad 43407104 eoo ee e a wa 189 30dn03 30 10 WM9iS IHD HILIMS 163A D 330324 9191 ZHI 5193 1H3 NOUY8SVd3S 33 18 INIHILIMS 200 193
29. 20 80 50Hz 100MHz C 0 5DIV 0 05V AUTO NORM SINGLE 20n8 0 58 DIV 2nSC50m8 DIV x10MAG 20n8 0 18 DIV 2 20 5 0558 0 1 2 5 2 0 050 3 120000 Ai 1m8 DIV B B 1z8 DIV 4 10 DIV IC 0 5 DIV 01z8 0 58ZDIV 4 10 35 20n8 50nS DIV 5 3 X10MAG 5 CH3 CH 3 CH 3 HOR CHOP CH1 ADD CH1 CH 2 2 TRIG VIEW CH 4 CH5 CRIL ss o doae DC 5MHz 3 50kHz 10DIV AC 10Hz CH 1 Y CH 2
30. 370 HF REJ IC 50kHz C TV A TIMBZDIV C TV V CC 058 0 1m8 DIV TV 5048 20n8S DIV TRACE LEVEL B BND S LEVEL
31. 5 5 5 6 MODE Y Y o X 8 G Y 5 5 2 K OER OKAR 2 C 5 6 5 7 5 8 CX Y X Y 2 C 2 6 S in 2 150 240 90 270 60 3007 0 360 5 8 57 C
32. CH 3 CH1 CH2 CH3 C 29 A CH 4 SOURCE EXT EXT 5 B CH 5 SOURCE EXT EXT 5 SOURCE ee A INT TRIG VIEW CH 4 TRIG q EXT CH4
33. AIHH 104110 183A 38N 1 183 83 Ed 102819 182 AH dWV 118170 183A D 08110 10915 1
34. CH 3 CH3 ALT 4 4 MODE CH 2 1 8 59 CH1K 1 CH2K 80 CH 1 TRIG VIEW INT TRIG CH1 CH2 CH 3 K 8150 R SOURCE 4C CHOP 2 SOURCE
35. 200mV 200mVp_p 2000 2Vp_p 2 k 42 Z 2 AXIS INPUT 1 SIGNAL OUTPUT A GATE OUTPUT 23 A SWEEP OUTPUT 4 POSITION 5 POSITION 4 2 CH 1 1 DIV 10mV 500 A 50Q 4 10kQ 4 TRIG VIEW CH5 TRIG VIEW 1
36. Etot o LEVEL LOCK LOCK LOCK 50 20 MHz 0 9 DIV 0 09 V 50 Hz 100 MHz 20 0 2V 6 HOLDOFP 2 LEVEL HOLDOFF Crb HOLDOFTF HOLDOFE 0 2 8 DIV C
37. 1 0 2n8 DIV A INTEN B C MEZO RE INTEN ZPX CH3 HOR X Y 4 Y 5mV 5V DiV 1mV gt 1V DIV x5MAG 2 10 35 X5MAG 4 4 5DIV BEZEL CE O o DC 100MHz 3 5 0 kHz 8DIV X5MAG DC 10MHz 3 BW LIMIT 10Hz mm 1MQ 1 20pF 2pF A 400V DC AC poak AC 1 kHz 3 10mV DIV KK
38. I C A R RR Ao C 5 4 2 TIMB DIV VARIABLE CALD TIMB DIV T Sec TIMB DIV DIV 10XMAG 1 10 C 55 1 5 4 1 1 Hz 4 TL Sec 1 C
39. LOCK TRIG D LED amp END S A B 4 ALT KA B LEVEL 60 LEVEL 92 TIME BASE TIME DIV AND DELAY TIME A AND DELAY TIME VARIABLE PULL x 10 POS ITION ee POSTION DELAY TIME MULT A TIME DIV amp DELAY TIME B DIV TIMEBZDIV A DELAY TIME
40. LED 20 K 1 C 2 INTEN FOCUS C C MC 3 CH 1 POSITION TRACE ROTATION 4 CH1 10 1 CAL Vp p 2Y 5 AC GND DC AC 4 3 6 FOCUS C FOCUS 7 C VOLTS DIV 8 1 POSITION POSITION KK Vp p T
41. A SLOPE LEVEL KK 5 o A INTEN B 4 14 4 10 ALT ALT 4 B 9 4 930512 RCT DISPLAY ALT 4 15 INTEN X KB TRACE K B EL To TRACE SEP INTEN 4 15 ALT CHOP ALT 4 11 B ENDS A C 4
42. MC C CHOP ALT CHOP 1 2 C C ALT ALT KC ALT C C CHOP gt CH 1 ADD CH1 CH2 CH 2 CH3 TRIG VIEW CH4 CH 5 CH 5 CH 4 TRIG VIEW C X CH 5 SOURCE INT EXT 5 8 X Y MODE
43. COS6100A E 1 6 1 2 3
44. 5 2 DC 100MHz 3 dB 5 0 kHz 8DIV AC 10Hz EE 0 1 20pF 2pP 400V DC ACpeak 1 kHz 5 totog 3 g AA CH 4 CH5 CH4 ATRIG EXT CH5 BTRIG EXT 221 vo O DC 100MEz 3 dB 5 0 kHz AC 10Hz 200F F208 CH 4 AC HF REJ TV DC COUPLING CH 5 AC HF REJ LF REJ DC 10 totog 5 3 5nS X5MAG 35nS 40n8 100nS CH 1 CH 2 CH 3 H t 0 5nS TEE DC 0 5 DIV CH1 CH2 x 5MAG 20DIV 10mV DIV CH1 ADD CH1 CH2 CH2 CH3 TRIG VIEW CH4 CH5 X X Y CH1 X CH2 YY 1 MHZ t40 HK 50kHz
45. 10 10M 13 pF Rs Cs 5 2 CO 0C Os R Re X 0 Os 2 wO R Re 1 20 0 0 Os REHAR Re 1 0 1 Re 9 0 1 0 10 10 C WECH
46. EIAJ MEA 27A IEC PUB 351 1 5 CE tr tr to K tr 2 to 3 tr to 3 5 nS C 3 10 n8 6 PECE VETO C 5 10 C o
47. 1 CH1 CH2 50kHz 1000 1 5mV DIV 10 0MHz CT 30 1 20MHz C THI 3 24 225 256 I 2 0 DIV C KC 0 1DIV CH 1 1 DIV 10mV 50 OKRE CH 3 ALT ALT INT TRIG CH 1 CH2 ADD CH1 5 AC HP REJ TV DC DC 20MHz 0 4DIV 004 20 100 2 1 5DIV 0157 100 130MHz 3 0DIV 03 Y 1 0DIV 01 10Rz HF REJ 50kHz AC HF REJ LF REJ DC DC 20MHz 0 4DIV 0 04 EXT 20 100MHz 1 5DIV 0 15Y 100 130 2 30DIV 03 EXT LEVEL LOCK CH4 CH5 1 2 20pF 2pF 100V DC ACpeak AC 1kHz 50Hz A
48. 8 01 8 5005 2018 4 SLOPE C SLOPE DC DC DC To K l SLOPE OMETE C C 29 5 LEVEL LOCK K LEVEL 4 9K 30 60 120
49. B TIME DIV DELAY TIME MULTI mesm DELAY TIME MULTI 22 HORIZ DISPLAY A INTEN HORIZ DISPLAY B 2 100 2 gt B CC B SOURCE INT B B B DELAY TIME MULTI C INTEN B
50. C 5 1 0 C 1 0 9 I 1 oo POSITION KK TIME DIV x 1 10 20 18 DIV 20nS DIV x 1 10 2n8 DIV CRD 20 n8 DIV B C 249 1 0 4 B K 4 X
51. RIG VIEW CH4 CH5 5 gt C 12 PAT PEND CH1 CH2 CH3 PAT PEND TY TV C TIMEZDIV L TV V TV H B END S B ENDIS A END S 2n8 DIV x10MAG 10 20n8 DIV
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