取扱説明書／3.2MB
Contents
1. o o 3827 FY 2 942A BT gt OD Z L 2 x 10 1 Tt 8 34 3 T Z u Ne E WE WF N x PP 362. 1 10 10M9 BEAR 23 pF i 2 dN 91 50 0011191 X yw OE PHS e 5 2 K Oi Q Os IN
3. K 2 1 29 65 Wn to 5 T F FPM W u ss 4 w CH3 ca KC EXTt10 1 10 i 3 COUPLING AC AC AC
4. 2 GD TTT 6 737 y makas kayka g 2 ae 0 Y I er 5 5 5 6 56 C C 5 6 5 7 5 s Y 2 T X 4 Y F FE XK 9 qa s 2 8 OA CI Sl L 920 8 SDS SR I O x w mais
5. 3 AX100 2 eA X100 100 4 EIAJ MEA 27A 351 1 4 tr tr tn ME XE xE to gt _ K b o u i lt Y YA to
6. 3Hz 3 dB X VERT MODE DC HF REJ 50kBz 3dB TV TV TV TV x TIME DIV TV V L TV H2 K O C J 05 8 0 1 8 TV e V 5025 5 05 H 3 YM OK d N SLOPE
7. E 4 100 HOLD OFF 30 I 4 7 Hu RDN pk t 5 Db X T J FN 5 Y 1 HORIZ DISPLAY AICSWEEP MODE NORM C 2 3 SWEEP MODE SINGL 4 RESET SINGL C 1 HORIZ DISPLAY AIC SWEEP MODE NORMIC 2 C
8. DISPLAY ALT 4 12 INTEN B IC X CB TRACE SEP N Z Y ME T J MH XE K t TRACE SEP L b O B 4 12 6175 05 0012018 ALT CHOP ALT 1 DISPLAY AIC A C IC B TIME DIV 4 1 1 4 gt L b FT HORIZ DISPLAY ALTK _ 4 13 IC B DELAY D SWEEP B B C A
9. b CH1 CH2 IC 5292 a AX CH 3 INPUT EXT CH 3 mm 0 1Y Dry 61 5 06 001 018 SOURCE x INT INT TRIG x4 gt X Y LINE L 2 REN EXT EXT TRIG INPUT CH3 EXT 10 EXT TRIG INPUT CH3 1 10K COUPL ING 0 K TV 8 AC C 50 kHz
10. IC DC C _ 1 1 1 V DIV XVOLTS DIY 2 x 5 MAG Y DIV VOLTS DIY 5 3 10 1 V 95 DIV x VOLTS DIY X 10 MVM3 U J Hh M fs 7 4 4 8 H WL YH 9928 IN x AC Vp p 0V 619505 00121018 O DC 05 3 53 IC R R 1 R _ B Suyupa RO
11. 3 SWEEP MODE SINGL KL 4 RESET SINGL 5 READY ana S 9Z dNKN 614 05 001 018 C ALT MODE CHOP E r Css 4 8 VARIABLE X10MAG T S Y YY 3k T 10 CK Z c L 2 TE Fo 4 11 IT i 1 i 1 x bj gt K b 5 5 TIME DIV x1
12. Y Y Y n 5 LEVEL 9 K 3 a aa SA RL 7 L 55 1 0 5 lt x 30 60 120 2 DIVJ b 3 4 LEVEL LOCK 2 44 9 2 z LOCK VERT MODE LEVEL K
13. 5 nsee DIV X10MAG C 10 5 nsec DIV ALT ALT IC 2 Y OH 3 HOR INPUT CH1 CH2 Y 2 Y OH1 OH2 Y X Y T V FJ Y TIME DIV K TV V TV H HAY Y aW J H W 09 0 ROZ HH XRT
14. IC W XK 3 2 x 50 TF 3 3 KE DENCE 4 3 ZONE x lt 34 3 5 CH2
15. 5 0 pF m 100 pF m Cs 500 75 K 5 10 c F 50 150 5 1 R 502 500 750 750 KECHEORRE10 1 5 2 S
16. KC LF b DELAY TIME 4 gt 76 DELAY TIME MULTI gt DT gt 3 MEE HE B A TRACE ALT ZOR 2164 65 LU FT 5 1 TRACE SEP SE9ZE dN 61 5 05 001 018 fh ee 0 1 fi CAL 9 1 kHz 6 _ 2 2V 2Vp p L9 2 KG TF YM J kK 42 FH FXO o CH 1 SIGNAL OUTPUT 1C OEH1 7 AXIS INPUT 62 OADNT TT 9 POSITION CH3 OEE JME NK 2
17. 1 _ 5 4 2 TIME DIV VARIABLEIG3 CAL D K TIMEZDIV b SS IM T Kt 5 TWR Y33 U X 8 W i X Xt X Or 5 4 1 8 TL Sec TIMB DIYV DIYV 8 x 10MAG 1 10 55 o 1 5 4 1 T KAD DK 1 Ef Hz A TTI 5 5 5 6 23 Y X C 8G 2 5 5
18. B DELAY TIME DELAY TIME MULTI HY MMM OK W MN 5 X WP XH 617508 0012018 9926 dN CHORIZ 18 B c IKE Z L B F DIK FEB C KC 4 14 IC B B TIME DIV TIME DIV TIMEZIV K DELAY TIME MULT DELAY TIME MULT TIME DIV FR 5 HORIZ DISPLAY B ALT 4 13 HORIZ DISPLAY 4 14 34 2 100 KK B KC
19. CHOP 1MHz ADD CH1 CH2 CH 2 PULL INV x 4 YF k E CH 3 SOURCE INT TRIG VIEW CH3 EXT CH 3 10 10 CH3 592 6 508 0011018 INT TRIG SOURCE WV Y3K INTY A CH1 CH 1 DF CH2 CH 2 VERT 18 MODE
20. FEE 32 0 FUSE LINE AC1 5 67 IC Q 6 N KOS O U AO11YIOM FOV 3482 53 7 AiQ SOA 13 3 1 A AiQ SHOA 0115 438 AL 0909502 NP 32635 8107100 50SK19 Hk kK 9892 dN 61 505 001 018 19 4 2 m 43 K HY YM J HW M
21. HE HHT LRH N Fa FE W 596 dN SIASOE OOTIT 9L 1 EBERLE DRMOMKRETREI REI EL Eos o esp REE Se L 1 I _ Y U X5 BF KERE O H om a T KR i i T c 2 i 2
22. R Ps O 05 o O Ry R 1 CO Os 3 MIR 1MO 10 uz F2 o o KC K RCENOT 1 1 i 5 2 AC X DC VARIABLE O CAL D VOLTS DIV
23. e RR 4 4 MODE 1 CL CH 1 lt gt CH1 ADD CH1 CH2 CH2 CH3 TRIG VIEW 4 5595 AN 613S0S 001 018 0 CHOP ALT CHOP 1MHz IC ALT ALT EM
24. OH1 OH 2 ADD CH3 DEERME ALT 8 gt PAT PEND J ye YOK TL fl S 9Z8 dN 617506 0012018 E FF FE WF Xl 6 8 9 0 3 G4 9 DO x 5MAG 1mY DIV 20MHz 3dB 5mvV DIV 60MHz 3dB CH1 CH2 CH3 TRIG VIEW 1MO 1 25pF 2pF G 10 1 VERT MODE CH1 CH2
25. ai a a 7 45 7 180 150 240 90 270 60 300 360 5 8 Sr UIE OO Z 57 ANAK HORE 5 9 K 5 0 1 gt 0 W li tr tf A 50O 10 90 90 10 1 BZA 100 4 c AX100
26. LOCK 50 Hz 10 MHz 0 9 DIV 0 09 V 50 60 MHz 2 0 DIV 0 2V a L O T lt FF B XF TJ 6 HOLDOFF gt 2 LEVEL gt HOLDOFF K HOLDOFF gt lt l HOLDOFF L POJ c o 10mS8 DIV 2 HOLD_ OFF K E 5 4 4 10 U BOE OFF NORM 1 2
27. INT CC 0 CHI CHI 3 O HEN HR U ARN fk 3 f 4 fl SE92E N x 614509 001 018 B COS 5060 4 CH1 CH2 5mV 5VZD IV 1 2 5 lmV 1VZ D 1 V X5MAG B 10 KZ s Z 3 10 35 5 159 4 5DTYV RE EE Xft 1 2 5 EK REK NORM DC 60MHz 3 dB 50kHBz 8 X5MAG DC 20MHz 3dB 108 1MQO 1 25 2 pF 5 3 DB 2 BL 10mV DIY 10 35 EXT TRIG INPUT 0 1Y 1Y Dry E 34 106 35 DC 60MHz 5 0 kHz 8DIV AC 10Hz HF REJ DC r 7 E
28. VERT MODE ALT CHOP CH 1 X E HU ME XK 2 SOURCE C amp gt 71 SOURCE 617505 001 018 INT INT TRIG LINE HL
29. 50Ez s NORM 29 ERD FORE LES OEIC PUSH RBADY 5 gt Z 2 DISPLAY GO A B O 1 7 lt z 4 16 ALT A AINT BYB B N CA TRACE BEPARATION amp B TRIG D B DELAYTIME DELAY TIME MULTI YJ lt QT
30. 7 COS 5060 NP 32635 js 5107100 5984Ci9 ww sayanan 3 1 1 2 3 Z g Ha Xr XE St9Z dN 918508 0015008 11 1 2
31. l SLOPE Me SLOPE MC 80 444 7 Z VY SLOPE K Z DC DC DC i 4 SLOPE o K B O gt 7 gt 7 4 8 J FH E HF E XK 5 LEVEL LOCK
32. B HORIZ DISPLAY B TRIG D TRIG A TRIG DELAY TIME MULT C A INTEN B INTEN SE92 dN 4 15 61 0 001 018 Tt 8 34 KE TH CC lt O 5814506 001119 9692 AN 5 5 1 1M9 25 10MO 23 pF bb OCHRE ORK 2
33. GND YOLTS DI V 5 mV DIV 5 DIV VouTs pty 10 49 13 8 r HEY MRI SRN VARIABLE 42 VOLTS ZDIV 1 2 5 K CAL D YOLTS DIY POSITION OO CH 2 PULL INV CH2 K Top CR2 5 MAG VARIABLE VARIABLE 5 VERT MODE O MULTI MODE CH 1 CH 1 CH2 CH2 ALT CH1 CH2 2
34. FIOKOFF TRIO BIGNAL SIONAL 4 6 TRIG INPU TRIO SWEEP TO HORIZONTAL kaa EXT TRIO x z INPUT FXT 10 OIRCUIT FREE GENERATOR SIONAL INT TRIG CH1 CH1 CH2 CH2 MODE VERT L 4 6 MODE i C _ H 25 TRIG VIEW CH 1 ADD CH 2 CH 1 CH1 lt gt VERT MODE CH1 CH2 C LEVEL O X DC MN _ SOURCE X 4 gt S CIR312 t 2 k 2 gt
35. sm mw POWER OFF INTEN 3 FOCUS ILLUM MODE VERT 9 POSITION mR VOL8T DIV 50 mV u VARIABLE CAL D x5MAG GND DC GND INT TRIG VERT MODE SOURCE COUPLING SLOPE LEVEL LOCK HOLDOFF NO RM TRACE SEP MODE SWEEP AUTO DISPLAY 6 B TIME DIV 20 58 VARI ABLE 63 CAL D 10 gt POSITION hk fF 1 POWER ON L E EO 5 Z7 LED HEN HN T J GK 20 K gt 1 C 2 INTEN FOCUS CC 3 1 POSEITION TRACE ROTATION
36. COS 5060 o AUTO NORM SINGL 0 05 4S 058 DIY 5 nS rum ET 25 EDM ECE CTE 2 5 0 05 8 10mS DIV RIK 2 P FIREH 0 05 ZS 50m8 DIV E92E dN A 5 n8 5m8 DIV X10MAG 05 48 58 3 4 1 m8 DIV 1 AS DIV 1 10 000 ZE 1 0 B 10 DIY 01148 0 5 8ZDIY 5 100 35 C 618506 0011018 0 0 5 48 DIV 8 34 CH3 3 EXT TRIG CH3 CHOP CH 1 ADD CH 1 2 CH 2 CH 3 01 1 Y DIY CH 3 KK 5060 s YF CH X OC 5 51 100 3570 4 5 D 1 V e lT
37. WF XI 3Vp p iT RIS IE 9692E NN 61 5 06 001 018 VHF 6 Mt X 9 S 928 lN 611605 0012018 COS 5060 o 100V 115Y 215Y 230 V 104 50 60 2 40VA 280WX150HXx370Dmm 340WX190HX440Dmm E 7 kg f 5 35 C 85 0 400 90 of E m 060 5 TS na 89 03 0300 2 1942 A 74 986 011 3 1A 0 5A amp 99 02 0100 1 _ 99 02 0101 I lt 1 1 x 3 1 3 1
38. 6nS 20 m8 _ i C 6 C o ji K 5 10 i a 1 d He 00 Te ES ETRE 5 10 gt AO D 0 HA YM Y 3 sr WP WF Xr MUU
39. 0 1 DIV 100mv DIYV 50 mV DIV 50Q CH2 INV 1 DIV JM FY PULL 2 POSITION INT TRIG CHI CH2 VERT MODE VERT MODE K ADD CH1 VERT MODE ALT LEVEL INT LINE EXT EXT 10 HF REJ TV DC 0 4 DIV DC 10MHz 0 0 4V EXT 10 60MHz 1 5DIV 0 15YV 2 0DIY 0 2Y AC 1 10 Hz 50 kHz A CH3 1 1 2 2 pF A 20 80 50Hz 50MHz C 0 5 DI V 0 05V
40. tt 3 1 _ 32 3 3 3 4 5 gt 41 4 2 4 3 44 4 5 CH3 HOR 46 _ 4 7 48 4 9 2410 ALT E 51 5 2 5 3 54 5 5 5 6 5 7 5 8 10 10 10 10 10 10 11 11 17 20 22 23 24 30 31 31 32 35 35 38 38 39 39 41 42 44 tl R NHK T J 6 ME WF XE S 928 dJN 611509 0014018 11 5000 0085060 3 8 6 60 348 1mY DIV 5 ns D
41. 10 5 NORM 6 nS X5MAG 17 5nS 40nS 5 120nS CH1 CH 2 0 5nS 2 0nS 3 COS 5060 NORM 0 5DIV X5MAG 2 0DIV fg F SFY CH1 O 4 lt FO amp 4 F 2 j ADD CH1 CH2 CHOP ALT CH 2 CH 3 ALT CHOP Y TIME DIV 4 CHOP x CX Y SOURCE x Ylc 1 MHz 50kHz X w gt 7 40 CH1 CH2 SE9ZE AN 50 1 _ 50kHz 1000 1 5mV DIY 5 2 0DIVIC
42. 400 Vy p DC AC 00 y C CH3 7 100 Vy p AXIS 5 0 Vp p 208 1 kHz H V Y 3 OW T W 4 1 o x POWE INTEN SR X DOB 5 amp ZE INTEN 2 2ME YK FOCUS O ILLUM 3 TRACE 1 C 4 amp 8 gon s 3 1 INPUT CH1OEEBAJDMT X CH 2 Y INPUT CH2 O EEE GND OS GND DC ANDES ORR
43. IC v E H X 52922 4 611505 0012018 FX Y 3 T J W M W Fi 2 4 4 6 1 INT TRIG CH 1 CH 2 INT TRIG A SOURCE m 4 6 C J INPUT VERT 8IONAL TO YKKT FINAL ADD OM AMP FROM SWEEP Loglo ALT PULSR 4 VERT MODE TRIO JJ swirol E 22
44. 8 44 5 8 36 C X10 5 1 1 CH 2 VOLTSZDIV 50mV lt K a 7 5 12 zH 09 06 512019 3NIT 01 I gt 1 3 xnaans 1 AH 4 1112812 189 i f AX OT 180 7 SOrYHwrITYO TVLNOZT3OH rnarn0 TYOTLa3A lo 4 da VOVTG JO0Tg
45. 1 0 50ns DIV K 50SZDIV X1Z10 5 nSZ IV 50nS DIV B C 49 C 1 0 IC A B A X 4 10 ALT
46. SWEEP ATIME DIV DELAY TIME 2 TIME DIVA ZFC TIME DIV A DELAY TIME TIME DIY 8 L DEME E TF A TIME DIV 2 5 K CAL D A TIME ZDIVX 63 VARIABLE C VARIABLE A B C 1 0 R S W 10 POSITION POSHION DELAY TIME A G Z DEERE E MULT A DELAY TIME MULT x Z B E O 9 Sa AUTO ji
47. 4 CH1l1 CAL V 2Y _ O 5 AC GND DC AC 4 1 5692 4 3 RINS05 001E 008 6 FOCUS KK FOCUS 7 VOLTS DIV TIMEZDIV 8 POSITION POSITION KK VP P AHA C 4 4 2 MODB
48. s Y CEH1 ZK XR DC 2MHz 3dB CH1 _ Y CH2 X 10 1 x VOLTS DIV 2K 61YS09 00T 0IS 4 5 lt gt Y 4 5 HOR TIMB DIY c 3 HORl MODE CH3 Jt YB CH3 DC 2 MHz 3dB CE 3 Y K CHOP MODE
49. 2AYA 2HYnOS ONIHO IAS 1VY NOZTaOH 43345 21901 SNIHOLIMS 3403214 1 01 4YROIS 183A THO 1 1 no 1H2 _TWNOIS ERO SIMI 01 XS TdNY CHD SINI 1 RIT se I i 4 rnaNI A ZH2 3 LIV tndNi X
50. JH Z YM OK I J X H M WF XH S692E dN 618505 0011018 TRIG A B TIME DIV 6 DELAY TIME y TIME DIV AND DELAY TIME VARIABLE UNCAL De I Oo 6 TRIG D gt 29 e VARIABLE 1 _ TV AM FE BIK Dih A TIME DIV pO Z TV V TV HK TV Y 0 58 0lm8Z ZDIV TV H 5048 0 0548 DIYV LOO C LEVEL
51. ME ALT MC FF CHOP lt gt CH 1 ADD CH1 CH2 CH2 CH3 TRIG VIEW 2 3 ADD ADD CH2 x POSITION PULL INV 1 CE2 VARIABLEB X POSITION 2 Xx4 gt A KK TIME DIY Y CE3 CL INT Y Ic X SOURCE HX U J k xr lt H
52. TV 2 lt lt Z ep KC 5 12 EE EE 5 FB 8 mm x E asa 12 kV 0
Download Pdf Manuals
Related Search