取扱説明書／5.9MB
Contents
1. 1 10 10M9 19pF Rs Z x oN 22 Cs 00 YS 3 515 2 O xa 7 7 K CO 0 Os amp Z 2 C a IN C _ GX 08 3 9 1 O O Os 5 Re 1 2 _ R 9 2 1 0 12. SOURCE INT TRIG C VY MO I J t gt LINE EXT EXT 5 START AFTER DELAY 174 54 F J 3 L Zula 4 gt 3 _
3. K 55925 4 100 90 110 1 115 104 126V 194 236Y 0 5A 230Y 207 253V CC 0 40 X TIKSI Z 1 H Z YO l J W XH y 5956 814503 0015008 _ 10 3 4 gt 5 5 18 272 b
4. SOURCE INT CC B L B B Tt y WE CL 365466 311506 001 132 sa DELAY TIME MULTI INTEN K B B A SLOPE LEVEL 5 jo INTEN B 214 14 24 10 Arm ALT C 4 9 4 9 DISPLAY ALT 4 15 MC A INTEN B
5. 3 Hz 3 dB X DC 40 LE REJ 50kHz 3dB I HF REJ 50kHz 3dB TV YY Tv TY
6. pw 25 1 POWER ON LED 20 1 4 C 2 INTEN FOCUS KK 3 1 POSITION TRACE ROTATION 4 CH1 10 1 CAL Vp p 2V 5 AC GND DC ACK 04 3 6 FOCUS K FOCUS 7 C VOLTS DIV TIME DIV
7. LEVEL 4 9 2 1 l 0 lt 30 60 120 1 DIV 3 4 544 9 LEVEL LOCK LOCK LOCK KC t CC 50 20MHz 9 9 0 09 50Hz 50MHz 2 0 DIV 0 2 V EXT Hi W 56902 5 506 001119 ___ __ _____ 0 HOLD OFF 2
8. 1 DISPLAY AK MODE C gt _ 2 3 SINGLE 4 C 1 DISPLAY 2 8 gt F 2 3 SINGLE 4 READY 5 K INTEN B ALT CHOP
9. 4 4 MODE MC JZ y eN l J CH1 ADD 2 CH 3 ALT CH1C CH2C CH3C CH1ICMU CH 1 TEIG VIEW INT TRIG lt i gt CH1 CH2 CH3 C DC X SOURCE 4C ALT I CHOP i a SOURCE
10. 1 0 nS 2 3 1 YOLTS DIV 10mV DIV TIME DIV 20zSZ DIVIC 10kHz 6Drv CC Q C J e k yE 6 4 RV 444 E 6 8 U ut 2 6 4 2 1 MHz K TIMEADIV 0 2z8 DIy C gt F L 5 G O EIC 2 2 S IC RV443 6 8 RV442 C446 RV442 CC446 L 6 5 2 3 F u 1 W W 3
11. CB TRAC5 SEP KK k b L o TRACE SEP B 21 amp INTEN 4 15 eb ALT CHOP ALT 4 11 ENDS A A 8 C 4 B K B ENDS A 4 9 4 10 LEVEL B ENDS A 4 16 T J 9 35 tE St K 55255 360
12. 10MQ OBB C Ik 9 L TP 1 2 TP 3 TP 4 5 160V All PCB T 6 2 6 4 GEOMETRY HALATION HORIZ LIMIT SUB INTEN ADJ INTEN 1 TIME DIV 1mS 92 2 INTEN 10 CSUB INTEN 6 9 RV1141 GEOMETRY ST 21 IC 50kHz IC 8 DIV 50 2 6 3 CCGEOMETRY
13. EXT lt CH5 EXT 5 CE5 _ 1 5 UL 16 COUPLING x 560 TV LTF REJ lt IC50kHz HF REJ 50kHz DC TV C TY TIME DIV Z 4 gt gt 09 Z CK 058 01 5 JZ YY YY T J We Xi 50 5 50 8 5 0 F
14. 1 DIV 1 8 2 Y DIV JX VOLTSZ ZDIV gt 10 S u EZ u u 515 3 5 3 C 1 on 2 Bc EPI mitikii ONS O SE F B z a Z JSE L o I rz bz E b Ea O 1 K 6 5 4 2 TIME DIV OVARIABLE CALD TIME DIV W XH 9 99 7 0297 515 4 T Sec TIME DIV X 5 DIV 10XMAG 1 10 5 5 1 5 4 1 5 T
15. C 2 6 5118 515 7 150 2409 90 2709 60 300 0 360 5 8 JES YOK 5 sg92 81 505 0012008 57 5 9 0 14 77 0 7 A Was 9 85 9 _ d 0 WT tr tf _ A 50 9 8 10 90 90 10
16. 35 2 DC ACpeak TRIG 5 1007 Z AXIS ACI 1 kHz OU PUSH FIND u ILLUM 8 TRACE ROTATION 2 s 1 2 Y F sees 69 AC GND DC 900 CH 3 HOR 41 22 EE 4 1 POWE Rn _ LED 2
17. Y Ye WT XH 5955 811503 0015008 SOURCE SOURCE EE _ gt ee A TRIG VIEW CH 4 b INT INT TRIG LINE EXT CH4 5 CH4 5 2 L 3kIC B START B K DELAY DELAY TIME DELAY TIME MULTI MC B b B C INT INT TRIG
18. 3 F 50 100 Tt 3 X WE Xk 9 509 759 2 t 5 109 B K 50 750 R R 509 502 759 oz 750 5 1 51450 0011197 5592 1 1 5 2
19. CO 1S ADJ 0 6 9 Rv802 1 mS 1 kHz TIME DIV 1 mS KC 1mS 06 9 RV801 6 10zS 100kHz IC TIMB DIV 10zS 2 CC814 6 9 TIMEZDIV 2 5 164 252 3 4 25 6 6 TIME DIV IC 4A 0 18 ImS 6 9 RV902 RV901 C904 6 9 LENGTH A 5 O S 11DIVK TIME DIV gt 1 mS 1 mS
20. OUTPUT CH 1 1 DIV 10mv 500 A OUTPUT 500 SWEEBP 4 97 OUTPUT 10kQ 4 POSITION CH5 POSITION mm FUSE 4 TRIG VIEW X LE amp O CH5 TRIG VIEW 1 C 2 22 9 6 7 N
21. TIMEADIV TV Y TY 0 5 5 01 5045 5015 T Z y 3 4 3 2 SLOPE 94 17 DC DC DC K 4 SLOPE x 4 gt gt O o K n Z K BO x ka XY 4 8 ee 4 5 LEVEL LOCK
22. X CH3 HOR 1 6 5 100mVp_ p CH 1 X 2 VERT X YK 2 GND 3 VARIABLE CAL DK VOLTS DIV 10mV 4 GAIN 196 11 RV307 CH3 HOR 4 CHI amp CH3 POSITION CH1 CH3 POSITION 1 VERT 4 1 KL ACGND DC GND 2 POSITION 3 CVERT YC C CH1I amp CH3 POSITION 6 11 RV306 6 9 O 1 kHz
23. N dM09 0581 4 41 24 0 20944 1503 815 1801318039 1971 Ad N31N 805 JOVLTOA HYIH NOILNYY 6 9 s GV 3NIL d 3AS 8 570 7062 gt 06Adl zoeAa Gy 510 dOd 9V 700 AJ TUYIS H19N 1 ix 2 4 83 5 8 43345 8 001AJ 2 14715 2 H19N 1 d 3AS V 43345 cozAal Lo 5 510 ry 4 ON3 1HYIS 924 V 5401 0 7182 3wI1 AY130 3911 d 33AS d0119YVdY QV 2999 i99Ad N dn09 zHMI 01 9 185440 20 9191 2 god V 3405 NIY9 tHI 20 9 ZOEAY EiE 1 9 2811 2 80115 292 13A31 109100 tHJ 062 0 12 ne 331 1YH 54 10ZAH 0 Ad 8022 1029 51227122 0200 zn 19 HOD 1 8 90 9315 0OIAJ 0011 11 5012 7013 2119 OO
24. 5 0Hz 60Hz 6567 66YVA 310W x 150HX400Dmn 370Wx200HX475Dmm 9 5 kg 5 35 85 0 40 90 E 0 278 7 10 1 89 03 0300 2 re a Ww4 986 011 148 eC a 1 K 85 10 0120 1 1 1 J Z 0 9 3k TT J 9 3 3 1 C K 32
25. 92922 dN 814505 0012008 LEVEL TRACE eG2 Pb ALT 8 L LEVEL 560 LEVEL TIME TIMEZDIV 4 TIME DIV DELAY DELAY TIME se TIME B DIV Xr TIME DIV A DELAY TIME G9 TIME DIV B lcH 3 CH 3 ZX Bl Y Y 38 VARIABLE X10 MAG 4 PULL X 10 MAG A 2 5 E CE lt x CAL D TIMEZDIV C
26. DC GND CH3 0 1V 0 5V CH 3 gt 0 1VZD IV X 0 5V ADIV YOLTS DTY yo 5mY DIV 5Yv DIV Hu W XH E 10 5 MAG VOLTS DIV 1 2 5 CAL D VOLTS DIV UNCArL LED 5 C 95986 dN SOS Y b JS y 33 J J lt CH
27. CC LEVEL 4 CCOUPLING DCK MC CCHI TRIG DC OFESET 46 11 107 amp 88 CH2 TRIG DC OFFSET CH 2 C CH1 TRIG DC OFFSET KCH2 TRIG DC OFFSET 6 11 RV207 CH3 TRIG DC OFFSET TRIG DC OFFSET KCH3 TRIG DC OFFSET 6 10 RV304 6 7 A TIMEZDIV C 0 18 1m8 10zS 10 Hz kHz 100kHz 1 C0 1S 10Hz VARIABLE CAL D TIME DIV 015
28. 2 ADD CH1 AC HF REJ 20 2 0 4 20 50 MHz 1 5DIV 50 70 MHz 3 0DIV 03 01 V o HF REJ 50kHz lt DC 20MHz 0 4DIV 0 04V EXT 20 50 MHz 15DIY 035 50 70 MHz 3 0DIV 0 3 EXT CH 4 CH 5 LEVEL LOCK 1 MQ 2 20pF 2pF 100 5 0Hz IC 4 20 80 50 Hz 5 0 MHz 0 5DIV 0 05V T T 50n8 058 DIV 51 50 15 0 58 DIY 5nS 50mS DIV x10MAG 2 2 0 0 50 lt gt 3 1 20 000
29. 4 DIV C CCH4 GAIN RV503 X CH5 RV661 6 12 6 10 VERT CENTER INV 2 1 ACGND DC GND L 2 CH2 INV CPOSITION 3 VERT CENTER 6 8 RV446 ADD BAL CH 1 CH2 VERT ADD 1 AC GND DC GND 2 CVERT ADDC AD D BAL 6 11 RV401 O 20 U 5 mV DIV
30. i _ x DISPLAY AKU BF S OBfEG 383224 9 2 5 4 _ 5 O C A JZ O 4 ALT CTRACE 9 B B W XH 9E92E INR 8I3MS0S 00I8008 CAL Vp_p 1 kHz 2005 200mVp_p 2000 2V 2Vp_p HS VW TJ W DA gt 1 gt 7 42 23 4 2 Z Z AXIS LNPUT 340550 CH1 SIGNAL
31. kHz IIDIVC KA SWEEP LENGTH 6 9 RV701 B SWEEP LENGTH 6 9 RV702 POSITION C MC 1 TIME DIV 1mS C DISPLAY ALT 2 2 lt gt POSITION z FL CA START 6 9 RV1 003 3 B A START 6 9 RV1004 x 10MAG X10MAG ON A 1 10kHz 2 VARIABLE CAL D TIMEZDIV 1
32. C 2 6 1 6 9 ht 6 3 1 2YV 06 2 6 8 6 9 47552 525 TP 2 1195 1205V rp 3 RV1211 1180 1220 TP 1 54 60 3 TP 4 155 6 5 1840 1860 TP 6 RV1101 _ C 12V C X 1800
33. LEVEL G 2 HOLDOFF HOLDOTFF 0 2 8 DIY HOLDOFF lt o C 4 10 4 10 HOLDOFF NORM 1 2 eR 14 1000 8 HOLDOFF 9 47 K 5
34. Tk Y 3 73 gt gt a 5 gt gt B 1 1 1 12 2 3 1 4 CH3 HOR 9 C 110 11 ENDS 9 N 5 5 1 52 5 3 5 4 55 5 6 57 1 8 WE Mr 4 x m 1 2 3 4 5 6 7 8 9 Et CRT X
35. B X CH 1 X Y CH 2 X Y Y CH 3 TIME DIY CH 3 BO R OB5 770 GND S EE O AJ Ea G h DC ui ai CH 3 CH 3 AC DC CH 3
36. 1mV DIV X5MAG 50 MHz dB CH1 CH2 CH3 CH4 CH 5 EXT TRIG 1MO 1 20pF 2pF 6 5 DVERT 1 ADD CH1 CH2 CH 2 CH 3 TRIG VIEW CH4 CH5 5 gt 12 ___ 2 7 2 PEND HZ YORUM CH 3 PAT PEND 9 TY TY C TIME DIV
37. CH4 CH 5 X CH4 CH 5 1 5 2 SEE INT EXT EXT 5 MODE TRIG L 5 J NSF XK 55922 8 3506 0012008 2 COUPLING AC AC AC
38. UNCAL A B KC 10 C 814 06 001 008 gt 1 10 CC POSITION FINE DELAY TIME A MULT A J Z YY UT J Dn 5 5 SWEEP AUTO 50Hz gt _ NORM 50Hz SINGL PUSHA i PO READY
39. 2 1 MHz MC CH1 CH2 KK CH3 CH4 CH5 TIME DIV 50nS DIVK RV441 C446 C443 CRV402 C410 RV106 C141 CH2 RV206 C241 C407 C142 CH2 C242 1 CH 2 CH3 CH5 COMPEN RV302 316 582 662 CH2 ATT VOLTS DIV 4
40. lt 36 gt a 2 S JZ S OZ A S J S KE 1 1 2 3 99 88 66 565 RA
41. X YK CC TRACE ROTATION 3 CVERT CH1 KY AXIS ALIGN Bj 6 58 RV445 90 374 O STEP BAL VOLTS DIV 5mV 10mv 1 AC GND DC 9 GND BU 2 VOLTS DIV 5 mV 10mV z Z JD CSTEP BAL 6 11 RV101 RV201 e L 3 DC BAL VARIABLE Z lt 2 C ne 1 AC GND DC GND F L 2 VARIABLE C DC BAL 16 11 102 202 XS5MAG 1 AC GND DC 4 GND IC L 2 5 DUE Z X 5BAL 06 11 1 04 204 CH1 CH 2
42. 35n8 3 10 n8 T X J ME St Xk KC 5 10 2K Chi gt C _ 72 100 4 5 10 lt gt _ DO ll C C
43. 1 1 5 5 5 6 x 4 gt gt Y BEL Zo Sd Y Hh C JJ 5 5 gt 4 47 HP 2 C in ss 5 Hz J Hz 2 Sa O 6 4 2 V 5 5 5 6 T Ha ME NE XE d N 001 1192 5 6 9 9 5 6 5 7 5 8 C Y 2
44. 3 X 10MAG ON 15 20500 X10MAGC 6 9 RV1005 DELAY TIME MULTI DELAY TIME MULTI U 4A 1 1 mS 2 4 2 lt 12 26214 2 VARIABLE CAL D IC TIME DIV 1 mS TIME DIV 10zS C DISPLAY A INTEN 3 DELAY TIME MULTI 1 00 KK 3 4 START 46 9 RV704 1 6 7 1 5 CDELAY TIME MULTI 10 00 amp a 335 6 END 6 9 RV703 1 10 R704 R703 1 10 6 7 68 Jk gt F h X
45. 51 51 52 53 54 61 62 64 65 1 1 COS 6050B 6 0 MHz 3 dB 5 12 C K C 1 2 1 6 80mmx100mm 8 20kV 20kV 7 4
46. 32 2 23 DELAY TIME DELAY TIME MULTI 12 DISPLAY B K 4 13 TIME DIV KE TIME DIV 3 RIMBZDIY 85 HE 514060011197 92922 14 K Kk DELAY TIME MULTI DELAY s 51 B HORIZ DISPLAY 4 12 HORIZ DISPLAY 4 13 2 C 100 C B K B
47. L TV Y TV H 0 B END S B END S END S A 55902 1 5 n 8 DIV X10MAG 10 CK 50n8 DIYV 10 C 5n8 DIYV 9 811505 0015008 0 lt L A INTEN B 4 INTEN 00 Y CH 3 XX Y 4
48. 8 POSITION Vp p 26A 4 4 MODEB MODE x CH 2 9E92E dN 813505 0012008 204 4 MODE O C 2 CH 1 lt i gt CH 1 ADD CH1 CH2 CH2 CH3 TRIG VIEW CH
49. C b AX 10006 lt AX100 C 100 2 1 X 100 Zl1 FR AOJBAEX C x 100 4 EIAJ MEA 27A TEC 351 1 ZE nr tr tn t rc C u 10 r to
50. el isa 58 104100 8012 4010 502 OO N dM09 PUZ ZHWI Ji 90IAd 1712 11 9 195430 20 9181 HO 20 Z0zAu OvHSX N dh03 4HS 9ozAu 122 27632 N dM09 ZHWNI NIY9 282 135340 50 9181 HD 0 Ag N aw09 3HS 59 v4 20 S x 70 Ad NIY9 1439 NOILIS0 2 H2 LOEAY EHO 90EAJd NR dM09 HS PUZ ZHH J 7 Rvs03 2 GAIN Cc582 1MHz COMPEN 1 5 s _ 502 C501 6 12 2018 a __ A 1024100 40LiYtvdn09 31V9 43385 v 901VM3N39 3199 10380 1 8 7 4 1001 58 5195 LLIWH3S 91918 91918 1 1081N03 192 SH d338S 8 918i BO1YH3N39 I 9 1x3 8 5 4 833108 104100 3179 4338 1NI 53305 v 0 1109413 1091000 182 1109813 9191 9 lt gt 1014110 12813 9NIH91IAS 1081R03 1Y1NOZIHOH d33AS V 901VH
51. 1 CALIB 8 22 1 kHz K CALIB FREQ 06 10 RV1181 O 1 6 5 200mVp p CH 1 2 VOLTS DIV VARIABLE lt 27881 8 DIV 3 CCH1 CALIB 200mV 2 8 DIVC CAL OUT 6 10 RV1182 8 9 SD PE 2 19 159015 4712 15012 28701 K 777AH SJ M SR gt 9YS 7 E77A8 7 IN35 183A 5NISNIY 3 4902 HS 0 5772 894 zs50tAH PUZ ZHHL ED oh 187594 lt ___ TY 994 53 290139035 7oUAd eonay 51157 00000000060 RE
52. CH 1 CH 2 _ CH 2 INV INVC CH 1 CH2 C VARIABLE X POSITION 45 CH3 HOR TIMB DIV CH 3 HOER MODE CH3 CH 3 Y Y DC 5 MHz 3 dp 0 POSITION POSITION CH 3 CHOP MODE T Z Yr WE XE xE 55925 817505 0012008
53. ATT 1 1 1 2 1 4 ATT ATT ATT 1 1 5 20mV 50mV IC 6 DIVC K 6 C 20pF 2pF 20mV 1 2 112 113 6213 50mV 14 C114 C115 C214 215 2 1 0 1V 1V 1 10 C104 LO5 C204 C205 CH3 O
54. CH 5 CH4 TRIG VIEW CH 5 SOURCEB 5 _ 0 X Y 3 MODB K CH12X8 CH2 Y DC 5MHz 3dBk b 1 PO8ITION Xh PO8ITION CH 1 Y CH 2 10 19 VOLTS DIV 2K 2 E 4 5 lt gt Y gt g 0 7 gt J S MORONER T 1 4 ADD ADD
55. Y CH 1 CH2 5mV 1 5 2 x5MAG 4 4 50 1 1 2 5 5 DC 50MHz 3 dB 5 0 kHz 8DIV 1 0 C 35 C X5MAG DC 10 3 dB 1 0 Hz _ 400 peak 3 10mV DIV 2 5 0 1 V 0 5 VZDIV DC 5 MHz 3 dB 10 C 35 C 50kHz 8DIV AC 10Hz 4007 AC 1 kHz 5 3 CH4 CH5 ATRIG EXT DC 5 0MHz 3 dB 5 0 kHz 4DIV AC 1 0 Hz 1 MO 1 20pF 2pF COUPLING CH 5 AC HF REJ LF REJ DC
56. 1 W YH 5955 GN 11 505 0011194 37 4 8 VARIABLB X10MAG IC 10 K 94 11 1 1 1 1 i 1 I L f J 52 L POSITIONK b TIME DIV x 1 10 20 15 DIYc 50nSZDIV x 1 10 5nS DIY 50 n8 DIV B 3
57. 001119 K 5 5 1 C EPF 1MO 20 pF D7 LL 1 0M9 13 pF En o F x Z BNO ZZ 2 942A gt 3 Z 10 1 KC
58. 6 9 RVI105 O HALATION ASTIG 70 80VC 5 ICHALATION 6 9 RV1104 6 5 SUB FOCUS FOCUS FOCUS C 7 SUB FOCUS 6 9 Rv1102 HORIZ LIMIT 5 POSITION x 10MAG 1 CCAL 4DIV 10 2 X10MAG HORIZ LIMIT 6 9 RV1051 CCW L D 2 Cs ICE L CW HORIz LIMIT AXIS ALIGN 51 90 7 DIVIC 2 VERT
59. B 10 DIV A 1mS DIV B TI4SADIV C 0 5 DIY 01zS 0 58 DIV 50n8 DIV 3 X10MAG 15 CH 3 CHOP CH1 ADD CH 1 CE 2 2 TRIG VIEW CH 4 CH5 4 5 CH3 3 CH 3 gt Es gt y gt P 24 5 3d8 50 kHz 10017 AC 10Hz DC 100kHz KT3 X BHI CH 2 5mV 5V DIY lt 3 10 35 5 5 DC 5MHz 3 dB 50kHz 10DIV AC 10Hz 1000 3 V p p EE lt Z 2 507 DC ACpeak AC 1 kHz B 45 55 H 2V 200mV 2 2 2 0 200mV 200Q 100 115 215 230 10
60. _ C 55926 813505 0012008 H 6 gt lt OLDORR 4 LEVEL X LEVEL 55 B END S LEVEL LOCK _ TRIGID LED B END S 4 B 4 C
61. CH1 CH2 ATT 1 1 20pF 2pF KC305 5 C302 C303 6 10 218 CH 5 AJ ATT O 838 1 5 C503 CH 4 C611 CH5 C502 CH4 C612 CH5 C 6 12 6 1028 J 1 SIGNAL OUTPUT DC OFFSET SIGNAL OUTPUT DC OFFSET C 1 SIGNAL CH2 INPUT 2 CHI2 VOLTS DIV 10mV K 3 CH2 GND DC C CH SIGNAL OUTPUT DC OFFSET RV110 6 11 66 TRIG DC OFFSET 1 CH1 1 kHz AC GND DC ACKC 2 VERT CH1 INT TRIG CH1 ALT DIV 3 COUPLING ACK
62. Ni 29 4 6 1 INT TRIG CH1 CH2 CH 3 TRIG 4 6 K VERTICAL DELAY VERTICAL SWITCHING CIRCUIT INPUT _ ADD 2 CH3 TRIG VIEW CH5 ALTERNATE PULSE FROM SWEEP CTRCUTT INT TRTG PREAMP CONTROL INPUT CH3 120 TRTG INT TRIG TRIG TRIG CIRCUTT 5 CIRCUIT TO B TRIG CIRCUIT 4 6 CH3 CHl CH2 CH3 ALT INT TRIG p Gri 2 CH2 3 CH 3 ALT
63. 4 TRIG VIEW CH 5 O CC CHOP ALT 27A CHOP 1zsec 1MHz ALT ALT ALT CHOP 8 lt gt CH 1 ADD CH1T CH2 CH 2 TRIG VIEW CH4 CH 5
64. p 39638 L fF 82051K SK11 At0 5110A kos AtG 3110A 44 4 9 9 6 DOODODE 0 i NP 32635 B 8003100 50SK18 9595 811509 0015008 __ _ __________ 24 443 POWER INTEN FOCUS ILLUM _ VERT 1 POSITION VOLTS DIY VARIABLE x5MAG AC GND DC AC DC GND 0 1 V 1 Y INT TRIG SOURCE COUPLING SLOPE LEVEL HOLD OFF TRACE SEP SWEEP DISPLAY TIME DIV VARIABLE X10MAG POSITION OFE 3 5 0mV CALID GND ALT INT START AFTER DELAY LOCK NORM AUTO 0 5 8 CAL D
65. 0 lt gt 10 lc 9 o C X 9 39 Xt XR 55955 91 606 0011197 45 52 2 4C DC YARTABLB CALD K Vorrs pr 2 EB L CEI rc ss 2 X OE IE DO
66. 1 ADD CH1 CH2 CH2 CH3 TRIG VIEW CH 4 CH 5 C CH 1 CH 1 ADD ADD CH 1 CH2 CH 2 CH 2 CH 3 CH 3 TRIG VIEW TRIG VIEW CH 4 TRIG VIEW CH5 CH 5 B TRIG SOURCE 5 6 5 B TRIG VIEW CH 5 CHOP 4 Li K CH1 1 CH2 Y Y 2 CH 2 CJI Z O 1 TNI INV INV ___ _ ____ _____ TRIGGERING Ee I
67. 100 0 1 kHz 10 O tho 5 715 gm 4015 CH1 CH2 CH3 0 5nS CH 2 DD DC 0 5 DIV X 5 MAG 20DIV CH 4 AC HF REJ TV DC CH 1 KG CH 2 10 CH1 ADD CHE1 CH2 CH2 CH3 TRIG VIEW CH 4 CH 5 X Y GCH1 X CH 2 Y B XR Bb 2 1 MHZ 140 5 0 kHz 50 1 CH1 2 0 50kHz 1000 1 5mV DIV 50 TC 30 1 1 DIV 10mV 50 Q 50MHz 6dB 2 0DIV 0 1 DIV CH 1 H TRIG 1 CH3 ALT
68. 3N39 433 5 HLOOIMYSY HD1VH3N39 O d33AS V 1 301 1103813 d AN Diny 31 9 72041403 3334 8 9 V 2 901 9 211 5 114110 211 5 21809 801VHVd3S 9NAS 1109819 2901 1 A 1 13A31 1112910 1109819 9181 LLINH3S 5191 8 1041 dnY 18 0 18 H2 f 140949 1081802 14 1109812 9181 Y lt gt V III x 9141 EHI n Y 2 DY 3 01104 AIHQ lt sm 1ndkI a0H EH 3303314 9IH1ZH 2 2 0N9 dnY H3M01104 o o H3 ZH3 328105 10891 4 ZH3 440724 911 LH x 801 10938 19813 110A SNIH531WS 30133135 35104 SNIH31IWS 21901 2 5 5 1NI 9 gt 104400 ONIHILIMS NOllVHVd3S 311949 9NIH311AS sns 300 1H3A dWV3Hd 83 01103 O 1 8915 IH9 1109410 189 9 lt gt dWY 104100 1H3A lt gt 13A 2 9
69. A 252 5 104100 1YM9IS 162
70. J 3 Y W 29320 3 1 0 z b B A K B BNDS A aE 3 DISPLAY AMKC A TIME DIV fE I gt F L SOURCE START AFTER DELAY DISPLAY 4 4 12 O t 5 _ 4
71. NT TRIG SOURCE INT 4A INT B Z Y MON CU J XH 8 u CH1 CH1 CHE2 CH3 CH3 AUT C _ CH1 CHE 2 CH 3 C GE926 ddN SIJS09 00IS008 29 CH 4 A CH 4 SOURCE EXT EXT 5 CH 5 B CH 5 SOURCE EXT EXT 5
72. VOLTS DIV 0 3 1 kHz 5 1 40mVp_p 2 2 VARIABLE CAL D C VOLTS Div 10mV 3 4 DIVIC 2 2 L 5 IC CH 1 GAIN CH2 GAIN 6 11 RV109 RV209 526 CH 3 2 O BLUE Z 1 400mVp_p K CH3 CH3 ATT 01V 2 4 DIVIC CH3 GAIN 6 10 RV303 CH5 CH 1 CH2 CH 5 1 400mVp_p C CH4 CH 5 SK s rs 2 EXTK IC
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