取扱説明書／7.1MB
Contents
1. FOCUS HAEG MAOO QO 0 NOR 1343 NYA 0000 009 32636 7711100 305 16 Ae AOYHOD BP 39698 gt t 1 POWER INTEN FOCUS ILLUM VERT MODE POSITION VOLTS DIV VARIABLE AC GND DC 5 MAG CH2 POLARITY INT TRIG SOURCE CoUPLING LEVEL SLOPE HOLD OFF SWEEP MODE HORIZ DISPLAY 1 0x MAG TIME DIV VARIABLE POSITION2. X K 1 HORIZ DISPLAY SWEEP MODE NORM K y 2 3 SWEEP SINGLE 4 RESET o 1 HORIZ DISPLAY SWEEP NORM C lt gt F 2 3 SWEEP SINGLE L 4 RESET READY 5 K A INTEN B 2 ALT
3. 12V C X 1500 VERR 10MO FEMRE Ha ME Xt Yk SEIE dN 91950 00112 ii 6 4 ORT ORT CCRT GEOMETRY I DEFLEOTION SHIELD HORIZ LIMIT O GEOMETRY O 1 0 A 7 1 50 kHz OEE 8 DIV 50 2 27
4. LINE C IC EXT EXT TRIG INPUT C KX K 10 EXT TRIG INPUT 1 10 CRETE Bit EXT YYW3RUU J X R RO Ha M Nt YN O 3 COUPLING xf gt 6 b ar F U 32483 kr Z x 4 SFT 5 g
5. X 8 8 t 5 2 55 Cn 09 AC DO VARIAPBLE CAL D VOLTS DIV C 2 8 K O E BEBEK 5 DORER 1 V XVOLTS DIV 2 10 1 XVOLTS DIV X 10 YA e VJ TE a A _ 17 BE 5 3 MEERI ORN EACEA
6. K LEVEL 7 CK 30 60 120 lk w DIV gt A 7 LEVEL LOCK p z 2 LOCK EL PEARS K LOCKERE C 3Hz 50 MHz 1 5DIV 0 15 V 1 0Hz 10 MHz 0 9 DIV 0 0 9Y a 26 6 HOLD OFF 2
7. 10 r to 7 nS 3 20 n8 b ko CC 24 El O t 5 C C OE d d X100 g A A 24 lt gt 21961 Q AO BEVELO nrako DO SERLE dN 914 0 00111 96 k g 051764 5 6 1
8. 7 oR 21 E 0 0 0 CORAT X o Z3 5 Z OE BE CH 1 2 400 DC AC peak 600Vp p TRIG 100 Vp p Z AXIS A 7 50 Vp p 8 AC 1 kHz R l 9 651360 001119 iR 969964 sji 3 2 Z 2 2 888 LINTEN 109 FOCUS is GRAT ILLUM TRACE ROTATION e CALIB 2V Shi 200mV eer
9. TV HF TV C 50 kHz TV HN TIME ZDIV C TV H C FJ i pt ee Ga X RO EO HO NE Yt YK 7 TV V 0 58 01mSZDIV TV H 5045 0 1gS DIV LEVEL _ 0 LOCK _ LOCK K SLOPE psi B K m
10. BF 3 O SB lt gt 4 Z A B lt amp H P 3 E90E dN E 8 ALT 354 B KA B _ SEPARATION gt lt B 3EER3 B B 7 2 b B DELAY TIME x 4 gt 002 DELAY TIME MULTI K m DELAY TIME DELAY TIME MULTI B B _ TRACE sss ALT CA B SEPARATION
11. 5mY DIV 8 O _ 2 3n8 WO TEL 2 3 1 ERORE _ VOLT8 DIV 5 mVZ DIV TIME DIV 2m8 DrV F L 100Hz 6 DIVKC _ 28 R446 35 286 28 Ha M WH 9928 AN 91 50 001114 2 20 kHz TIME DIY 10 48ZDIV F _ 29 2ICR409 0404 35 Em mEL23 0 _ R409 CC404 C 2 3 ER R H SN 29
12. 4C 3Hz 3dB 2 lt X DC IC O 50kHz 3dB K TV TV K TV TV X TIMB DIV K TV V TV H b 0 5 8 01 58 504S 0 14S
13. AJ083535 3 x a Z 2 EBI W S wees BB ua 2 5 SEMOADMFCBNO 942A 3 T X Ek 1011 EPR le lof IDD 8 lt 8 H la 5 MC 5 0 pF m 100pP m tm
14. _ 3 3 SIGNAL OUTPUT G CH1 _ X Y 55955 dN 81450 001119 oB FU ZE EXT TRIG INPUT LEVEL SLOPE ooooeoooo SOURCE 2 _ Z AXIS INPUT FUSE ee o de B _ LOCK K B B INT INT TRIG G EXT EXT TRIG INPUT 19mm K 1
15. K TRIGD SWEEP A BOLD OFP oo LEVEL lt O fE B ENDS A SWEEP A SWEEP hk t b ENDS A X3 OK ONE OIT tD E of 5 TIME IV ere AND DELAY TIME VARIABLE KI z TIME DIV DELAY TIME B TIME DIV x TIME DIV A DELAY TIME TIMEZDIV TIME DIV 2 5 EC E CAL D TIMEDIV x C UNCAL 1 0 A B C 1 0 10 c
16. _ T VOLTS DIV x1 77 TIMEZDIV EN 8 POSITION POSITION V 4 2 2 VERT MODE CHOP I 2 L gt ALT C Z L x A 2 RS Wy 2 315 b SBS 1 CHOP CHOP CH2 500 kHz 2 b lt ALT ALT 4 3 K KK ALT
17. 1 10 10MO 12pF H X 34 T J gt x Yt Rs Os 16 Be 9h R Ci 0 IN 7 R Os 1 Cs REHAR Kk 1 Cmt Re IMA 10 7088155 lt gt 8 2 9 2 C Z 7 heb
18. CH2 INT TRIG 4 B SOURCE x C SWEPEP VERT MODE INT TRIG CH2 gt e i E 2 4A INT TRIG KC _ CH1 CH1 CH2 CH2D NORM 387 2 h lt V 19 1 VERT MODE 3 KK H S SER 18 MEREEN CH1 KAH oe EREA CHIK CH2 KK
19. 95926 5195060011192 w 24 SLOPE 2 C SLOPE 5 lt gt LEVEL LOCK 2 DIV K 2DIV LOCK DC DC DC 4 SLOPE x Z K o OMETR KK K s 6 8 TH W 5 LEVEL LOCK z
20. A B C A X x C K B ENDS A F HORIZ DISPLAY AC k TIME DIV 4 TIME DIV x 4 gt 9 OFF r b TRIGID OFPF HORIZ DISPLAY 4 INTEN 10 EO t 2 KC b B DELAY D SWEEP B A B
21. 10xMAG O POSITION SEE Y mY pc Z pnp 10xMAG KC DELAY TIME 7 gt BENE QO MULTI A SWEEP MODE gt AUTO 50Hz NORM 50Hz SINGL TO St F R Z L READY5 gt ZG 2 K amp HORIZ DISPLAY A B
22. 11DIV Kk CA SWEEP LENGTH 32 R725 B SWEEP LENGTH 32 R735 DESTET OIT _ POSITION gt 6 K 51 25 CRT _ 1 TIMEZ DIV X4 gt f 1 mS I gt F L HORIZ DISPLAY ALT 2 2 POSITION gt lt 9 4 0 CRT A SWEEP POSITION 36 R902 3 B A CC SWEEP POSITION 36 R906 10 XMAG DO BAL 10XMAG e mm ON C 1 TIME DIV 1m8 k L MILA F CORT KC POSITION 2 10 X MAG ON IC L CRT C 10XBAL 36 R939 HS o rod ii gt y
23. 2 CHOP x 9 46 10xMAG 10xMAG Z I L 1 0 IC POSITIONK BRET To BE L ES O 83 8 TIME DIV x 1 10 0 1 AS ZDIV 90 1 gS DIV x 1 10 1 0 8SZDIV KC 0 1n8 DIV B C ae 29 47 1 0
24. 05DIvV FJ EELT 3 3 0 0 50 1 10 000 1 mS DIV 5 1 SZDIV AF160 10 DIV KZ gt 2 1 0 DIV m 5 X YA 2Hs 2 MHz 5 0 kHz DC 2 MHz 3 dB DC 50kHz 3 CETE 38 3 Hi 00 92 2 8 E lt gt a H 2V 200mV 2 E b 60 14 jJ 2V 2 200mV 200 Q amp gt po sum 50 DC ACPeak 5 5 8 5 1 5EV 10 KV DC t m 8 Nb x A k 45 55 J RBI E MP SNT YH 55925 dN 1_350 0011194
25. KE THL SME SEE KK C C 20 pF 3 113 0212 0116 50mV 140 0215 119 O 218 an WL 5696 91150 00111 6 6 TRIG LOCK 2 1 C 5 01 1 V I 5mV 141 140 1 oo _ hY ARERI 323 2 TRIG LOOK 1 C kHz 8 DIV 6 ii L x 2 LEVEL J Z Cl LO OK O fi I IC El s IC L 3 SLOPE m ON Orr CR539 R555 32 1 4 C 50MHz 0
26. 169 64 5 VARIABLE eeso e ee see OW BE O VOLTSZDIV 1 2 5 CAL D VOLTSZDIV _ C UN CAL 5 5 577 2 CH 2 INV CH1 CH1 CH2 CH2 ALT CH1 C H 2 C 2 C CHOP CH 1 CH2 500kHz Kc 2 ADD CH1 L 2 O1C E RI X CH 2 POLARITY X CH1 X CH 2 Y Y
27. 18 TZ X 94 KT X W t 3 W W CC r RARER H z X Hz B E t 20 56 _ C 20 21 22 KX Y Y 2 i C 2 6 S in 5004 180 150 2407 90 270 60 300 360 22 E T Z Y 89 T J Y E MH lo 9 Y W 82762 5 57 x b S 23 p 0 1
28. 6 0 58 0148 10n8 Div 10 x MAG C X ITC M YV H o E 8 B yfo E bm Bi W W 914506 0011141 SEIZE dN T m D C CHOP amp ZOL pog 5mV 5 VZDIV 1 2 5 1mV 1 VZDIV 5 X 10
29. ee DT C y Ha MN b LL 37 CH2 VOLTSZ DIV 5 mV C C 38
30. LEVEL HOLD OFF K b HOLD OFF z lt k HOLD OF 0 2 8 DIV HOLD OFF RSHI X M YH O C s ELAM 8 90926 dN 1150 0011194 8 HOLD OFT NORM 1 2 8 HOLD OFF HSYNME YJ x 45 _ K
31. 2 C SS ans y 9 CC 255 5 5 1 C lt 1MO 20pF 10M 12 AD838OB354 gt rya OKE
32. E OFF 3 CH1 5 CAL D GND E orr NORM NORM INT AC LOCK NORM AUTO OFF 0 5 15 CAL D a gt 3 gt 55955 AN 314508 00119 C C 1 POWER ON L LED To _ 2088 KC 1 1 KC l 2 INTEN FOCUS C Ph C 2 Z SR C SS E L 3 POSITION TRACE FR C 4 INPUT CALIB b 200mVp p CALIBRATOR 5 4AC GND DC AC K K 6 FOCUS
33. AO ICL 5 C LEVEL GOUPLING DO KOH1 TRIG DC OFFSET 35 R307 9 X Y POSITIONK X Y POSITION ADJ GOD 2 TRIG DO OFF SET O CH 2 ETTE CH1 TRIG DC OFFSET KE CH 2 TRIG DO OFFSET 35 E R316 gt EERW EN m H wa Ainaram niaii 0 86 67 TIMEZDIV C 1 mS 1048 1 kHz 100 kHz 1 1 ms VARIABLE OAL D TIMEZDIV gt gt
34. DELAY TIME DELAY TIME MULTI HORIZ DISPLAY BK B K K 11 TIME DIV x 4 gt L b SE L TIME DIV 9 DELAY TIME MULTI 5 DELAY TIME MULTI TIME DIV po T Z X 34 39 T J A X S R oi oe Wq w _ HORIZ DISPLAY A INTEN SA 10 2 6 5 ees z t 1 1 O BORREN r b E 108 E KAT S L NE b b r b B F Zi 9 2 O TRIG D ma ON C CC B B K B 67 Ss
35. 2 KK B 2 CHOP ADD VERT 4DD CH1 CH2 Ra hn X CH2 POLARITY INVC CH1 CH2 IC VAR XX POSITION 38 9 4 amp lee a 44 5 1 INT TRIG
36. 50 75 gt x O K b Sene 2 15 9 IC 500 750 OMERRT Ri 15 500 500 R 750 750 Ek 1011 16 CC X
37. 1 8 K CA SWEEP CAL 36 E R822 104S 100 kHz C TIME DIV 4 10 SKK K CA 10 SEO CAL 36 O802 TIMBADIV 3 r Kusma w asa AA 2 3 x 4 x 5 TTFTTTTT LMMMUMUUUUUU 30 TIMEZDIV C A CB SWEEP OAL 36 R871 B10ZSEO CAL 36 0852 J WO O SEE AN EEE LENGTH A B 11DIV TIMRZDIV 9 1 mS 1 mS
38. 3 CAL DD 5XMAG 5 1 2 5 DC DC 50 50 kHz 8DIV 3 dB DC 10 MHz 5XMAG 2Hz 50 MHz 2Hz 10 MHz 5 X MAG 5 3518 120nS 3 4 DIV 2 200kHz 2 20 C 35 AC DC GND IMQ 2 20 2 400Vp p DC AC peak 1 kHz CH 2 0 5 DIV 5XMAG 2 0 DIV CH1 2 CHOP ALT ADD mm 50 kHz CH1 CH2 50 1 50kHz 1000 1 5mV DIV 50 MHz C 30 1 20 500 1 MQ 3dB 20mV DIV DC 35 MHz 5 a 7 JEX Te Y x Ha 99 W H SEIE dN 1450 001119 S INT LINE EXT EXT 10 NORM ALT TRIG EXT TV INT CH 1 CH 2 NORM INT EXT REJ
39. GEOMETRY 33 R1015 REEE 4 H Z YY U EYE Y W P 3 M W _ SEE AN 9UMS0F 001112 O S aa Sg7y6 O sup FooUs _ 20003 IE L 2 _ FOoUS OBA tX gt kL SUB FOCU9 33 _ 1041 O HORIZ LIMIT POSITION 10 X 0 1 CALIB 4DIV 10 a 2 10 MAG 4 ON L HORIZ LIMIT 34 R961 COW HORIZ C LINE 10 C Y AXIS ALIGN 1 90 ETH 1 OH1 GND OH2 KC
40. SEPARATION ICL b tr 8 THET bo A INTEN 138 ALT EEMO CHOP ALT 49 B ENDS A 2 g RERI r DEKEEK 22k b g EIC 3B sShB B C TET BENDS A 4 8 4 9 AHOLD X lt C L 2 b BENDS A 14 K 14 4 02 64 8 33 4 10 EB EO fE F e GRAT ILLUM C C C
41. 5650E K e SKE RB 7 32635 77111 2 00 30SK16 1 1 2 3 M 1 Y Wo M SEO eh
42. C C gt 62 25 C6 26 4 g 2 25 REFUZ J x ME o SEIE dN 91750 00111 leav 63 KK BC 12 aR SE x gt 2 32 33388 Pt L x gt 2 Pt gt L 1500V
43. START LEVEL 36 R764 381 31 1 DELAY TIME MULTI 1000 Fo _ 6 B END LEVEL 3 6 El R769 1 10 91150 00005 Ta semdN 5 O R769 10 EE 8 31 6 8 X 1 6 5 50mVp p OH1 X 2 VERT MODE X YCL OH2 Y O AO 0ND DO ZX 4 GND 3 VARIABLE OAT D VOLTS DIV SmY K 4 10DIVC CX GAIN 35 R304 TRIG DO OFFSET RUX OH1 TRIG DO OFFSET YPOSITION X Y POSITION
44. WT 8 g 4N 27176 5 le 5s O 10x MAG 10 XMAG m ON IC A 1 J Ic 0 1mS 10 kHz 2 VARIABLE OAL D TIME DIV 1 m8 3 10 X MAG x 4 gt F m ON L 10x OAL 36 m R937 8113 O DELAY TIME MULTI DHE DELAY TIME MULTI RER 1 C1ms 2 VARIABLE S maaa sa TIMEZDIV x 4 gt x ORREN mS 10205 Ic z L L i HORIZ DISPLAYx1 A INTENC RS ET 23 DELAY TIME MULTI 1 00 C
45. CHIK mim 2 CH1 CH2 O _ KC 2 2 DC X SOURCE AC 3 CHOP 2 SOURCE K CK SOURCE x INT C INT TRIG
46. 20 amp gt POSITION A tN EK gt 1 X Y GND K L 2 POSITTON OBA K EIC z F L Xx Y POSITION 36 8 8909 813 MUJ 99 7776 57 6 9 1 kHz 1 CALIB KK 2 1 kHz CAIS CALIB FREQ 32 E R1152 1 6 5 200mVp_p _ OH 1 2 VOLTSDIV 34 gt 9 1 SECRE 8 DIV OR J 3 3 KICOH1 CALIB 200mV 2 8DIVC COAL OUT 32 R1160 R618 R634 00
47. 989764 lt B g amp 31 g 23 2 3 3 41 42 2 4 3 ADD 44 45 46 47 BEEF S IC L Z E KIA 48 4 9 ENDS 4 10 5 51 52 53 C 5 4 55 REKONE 5 6 57 E 1 E 2 3 4 CRT 5 TERORY 6 FU OH E 7 BE wh O s 8 x O 9 F WH O IE 10 H YR 3 W NH O se9ze dN 91506 00 RE 699F61_ s Sjap 7 1 5650E 5 54 76 m x 95m 2 1 mV 5XMAG 50MHz 3dB
48. HMZEY33 U J W Y E 9 F O 95966 91150 00114 a 1 LOS 3 200 kHz TIMEZDIV 4 gt 1SZD1V 4 Kt so PRO 388 k JE IC pk SSE 29 EO UE C 2 1 1 178 0143 2 18278 CO243 I 1 MHz TIMEZDIV 0 248 DIV 1 C 5 K 8 SS 29 80 O 5 IC z Z R408 0403 R447 0429 4 DIVKC C C R448 0430 RU 0133 X iL 0233 O YOLT8 DIY 40 ATT gt L40 ATT TH ATT ATT REMER gt ATT Fk EOS lt 1 ZS 5 fi 8 L 10mV 20mV 50mV CC EMRE 6 DIVK
49. TZ XH W TJ 81 6 5 DELAY TIME MULTI K INTEN ASORI 5 BE b SLOPE LEVEL D Aa AHLI A INTEN B 12 4 8 ALT A B lt 4 7 4 7 HORIZ DISPLAY ALT 13 CA INTEN B X CB A B TRACE SEPARATION C HEYKUR W W 55928 91150 00111 5 3 CB
50. 90 110 V 104 126 V 194 236 V 207 253 V 370W X 190 H 480 D nn CC 370WX 165 H X 525D mm S Fj EH 5 350 EE 85 0 40 90 960 C 10 1 1 89 05 0220 s 2 942 IT y ZZ Wh 986 011 1 0 5 99 02 0100 1 1 99 02 0101 1 iano ses 85 10 0120 1 lt 6 Ve 1 535 050 171 Dn 1 ea E te HY Y33 J wk MO S 98928 dN STASOE O0TIS 3 1 C C kp
51. CH 1 INPUT ee 9 CH 2 9 INPUT GND 1 8 19 VOLTSZDIV OB 22 3 O EB Z 2 EETA EEEE C B 47 C Z E REET 2 V 2 20 0mV 200 Q CH1 OE X CH 2 X Y Y AC GND 5 mV DIV 5 V DI Vz 10
52. DIVK K 2 VERT x YKC x EB L EIC 5 ROTATION 8 E U 3 MODE I KYAXIS ALION 35 R468 2 L S 90 6 5 O po BALONY VARIABLE C 1 A0 gND DO GND IC L SELCE SER H U 2 VARIABLE gt TELAH D SS 028 ic 2 L 5 C DO BAL 35 R131 231 J W HS Y3 3 r 913S05 00tI1 E Y 6 S SEIZE dN O saj 47 5 BAL 5 X MAG x 4 gt 3 b C 3 2 1 AC GND D0 4 gt f GND C L 2 5 X MAG x 4 z 7 ON orr 5 K5 R164 R264 ERORE Vorrs prY gt 4 0 3 1 kHz O J 8 1 40mV p pK m4
53. DC B ACOA A E BXT 10Hz 10MHz 0 4DIV 004 3Hz 50MHz 1 0DIV 0 1 V DC DC 10MH 0 4DIV 0 04 DC 50MHz 1 0DIV 0 1 10 50 1 0 DIV 0 1 1 0DIV 0 1 V B 10Hz 10MHE 0 4DIV 0 04V 50 10 0 1 V O AUTO EO L F U B OE SINGLE LEVEL LOCK 1 5 5 1 TV C0 5 DIV 005V 2 0 DIV B 1MO 35pF NORM MBOZI 50 Hz 0 5 s 6 14506 X S 51 5 8 2 3 amp 3 7 83 51 0 148 0 5 5 DIV 10n8 50mS DIV 10xMAG 1 2 5
54. 2 VARIABLE gt lt oA L b VorT8 DIY 5mV 3 8 DIV IC L 5 C 5 mV GAIN 350 8141 R241 4 IC 8848 O ii 9 8 mV 5 XMAG x 4 gt ON Li 5 8 DIV C KC 5XGAIN 835 8167 R267 3 INV BAL OH2 POLARITY X 4 1 A0 GND D0 47 GND L amp 2 2 POLARITY 77 L 22 5 88582 BE ic McrNY BAL 35 R295 S 6 5 91150 00014 48 ADD BAL CH1 2 Eh t VERT MODE ADD C LUT V SEE DD S RETH 1 AO GND DO gt GND 2 IC VERT MODE ADD c O B O 012 CADD BAL 35 R402 a COMER SE ESO JEE SSE
55. C R tg amp C C x lt 58 5 4 2 AA f O se B B Bls TIME DIV CAL D KC oO 18 Se c TIMBE DIV DIV 10XMAG 10 65 1 4 2 gt O BS MJ T y 4 2 5 1 Pr r 2 Some 19 20 VERT MODE X YK X Y X 8 G YACH
56. 00000000 TP 1 12V 2 5 3 12 gt 6 7 5 gt m gt gt c gt SAW M OB 3 9 W W X 32635 72111000 30SK13 _ 32 PERKS E E 33 NP 32635 72111000 305 K13 34 8020 6029 ZIZI 5129 020 5122 oa 8025 90228123 6122 8010 6010 ZHI 5015 _ e gid soyo 9996 5019 9015 8119 8094 6075 32635 72111000 305 K 98 9064 2 2069 z089 e 9 110 6945 9944 zzy ele 3 W x lt S k f TV 3 Dk X H 32635 72111000 30SKI3 6 10 34 KC
57. 5 D I V IC 5 8LOPE Borr CR539 R555 O TRIG LOCK OD TRIG TRIG LOCK CK R618 R634 32 YR O J a E96E dN 3 68 76 5 TRIG OFFSET CA AC LEVEL 1 1 kHz K 8 DIV 3 S 3 2 LEVEL OBA EK hL MCR533 32 TRIG OFFSET OH 1 CH1 ADH 1 kHz AC GND DO 2 VERT MODE OH 1 INT TRIG x 4 OH1 NORM O DIV OOUPLING
58. A A 1 0 1 t tf 23 A 2 x 2 10 90 90 10 b A X 100 u 8 lt c A X100 HITS bb o H Y33RUT J E y W m _ 1 2 MC tr tr tn to
59. TEE Ha M Wk YM INT TRIG esee SOURCEX 4 INTC A INT C CC CH1 CH2 NORM CH1 CH 2 b t ALT CH1 CH 2 o B EXT TRIG INPUT 1 COUPLING 8 INT LINE EXT 10 INT TRIG EXT TRIG INPUTS EXT TRIG INPUT
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