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1. 1 1 SW 3 o SAVWB ON sos OFF o SWEEP MODE 0 NORM ee es o SWEEP MODE SWEEP MODE AUTO NORM POWER eee ors es 2 o TIME DIV 2n5 TIME DIY
2. 10 POWER INTEN FOCUS ILLUM VERT MODE INT TRIG 1 POSITION VOLTS DIY VARIABLE ACGND DC SOURCE COUPLING SLOPE LEVEL HOLD OFF SWEBP MODE STORAGE REAL TINE DIY VARIABLE POSITION 9 6 98 89 9 6 6 0 OFF 3 CH 1 VERT MODE 10mV DIV CAL D INT LOCK NORM AUTO REAL 0 5ms DIY CAL D 2 AU a 3 POWER 00 LED 20
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7. o POSITION SWEEP MODE TIME DIV X Y EXT HOR CHI X Y X EXT HOR WARIABLE PUOLLx10MAG X10MAG 2 5 CAL D AUTO 50Hz NORM 50Hz 9 SINGL PUSH TO RESET
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12. SOURCE o INT INT TRIG CH1I CH1 CH2 CH2 CH1 CS LLSE99 VERT MODE CH1 CH2 VERT MODE 2 ALT CH1 CH2 CHOP CH1I ADD CH1 SOURCE YERT MODE CH1 CH 2 ALT CH1 CH2 CHOP CH1 ALT CHOP ALT CHOP LINE
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18. VARIABLEB 3 xX10MAG 10 o TIMB DIY nO 1 N FE o X10MAG POSITION YVARIABLE 3 XX10MAG I 1 1 n i 1 LF ES a Li POSITION 3 TIME DIV x 1 10 3 0 2uS DIV 0 2u5 DIV x 1 10 20nS DIY CD CO lt N CO 98 6 2
19. RESET READY LED 0 5DIY 0 05Y _ 50Hz 40MNz 50Hz 10MHz 1MQ 2 55W 6 6 6 7 1100Vpeak WC AC peak 1lkHz NORS SINGL EYVEL OCK EXT Up dy o NORM ROLL ROLL SAVEB RESET SAVE RBADY LED 3 o 0 2u8 1 8
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22. RESET o CGC98 OO 100nS 2DIV 5DIV 8DIV TRIG POINT 2 5 8 DIV OR co ey
23. gt 100 46 4 1 REF 0 2 POSITION o 1 NN Ot ek ROW REF 9 POSITION C1 39 NE 2 TRIG POINT
24. AC HE REJ TY DC AC C10Hz HF RE 50kHz 3dB wM J S F REJ 1 U ETE TV TV AC TV TY TIME DIY TYV V TVY H TV V 2 0 5S gt 0 1mS TV H
25. Z 2 AXIS OUTPUT AMP Z CRT H V REGULATOR CRT CRT CONTROL AXIS OUTPUT AMP CRT FOCUS 5 CAL POWER SUPPLY AL UNCA 2 0 5Vp POWBR SUPPLY 145V 12V 12V 5V 55 8 o oO CRT CRT
26. 7 6 2 1 2 3 4 5 6 7 7 1 7 2 12 12 22 23 28 23 24 25 26 26 26 27 28 29 81 39 41 42 43 46 46 47 47 48 49 52 92 54 56 VO 1 DSS5040 8 CPU 25MHz 7MHz 1024 CH 2 _ 40MHz 2
27. o CHICX CH2 Y AC GND DC ts VOLTS DIY VARIABLE CD ol POSITION co C1 CH1 Y X CH2 Y Y AC GND DC 5mY DIY 5YV DIY 10 X 5MAG YOLTS DIY 1 2 5 CAL D VOLTS DIV 5 CD
28. MODE CH 1 CH2 SOURCE ion CO INT INT TRIG CX Y X Y LINE EXT EXT TRIG INPUT CEXT HOR EXT HOR SOURCE EXT RU edgy CO 8 SLOPE ee 2
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31. AD 7 1 4 DA CRT D AD gee98 7 57 VERTICAL DEFLECTION HORIZONTAL DEFLECTION AD DATA ACQUISI TION amp amp PROCESSING CRT CRT CAL POWER SUPLLY 1 VERTICAL DEFLECTION 0 VERTICAL DEFLECTION
32. 1 5 1 23 2 CH1 INEPUT 10 1 CAL 0 0 5Vp p CALIBRATOR 3 AC GND DC 0 AC 6 1 4 1 lt gt 25 5 FOCUS 6 VOLTS DIV TIME DIY 7 1 POSITION POSITION 3 Vp p FT gt SWEEP MODE NORM OO 0 Cn CD PY 2 2
33. TRIG COUPLING X AC HF REJ DC cLGE98 _ COUPLING X AC GND DC COUPLING AC HFREJ TV DC COUPLING 9 AC GND DC Y SOURCE 0 INT TRIG INT COUPLING 8 LEVEL 1 SOURCE
34. ADD CH1 CH2 2 CH1 CH2 o 1 CH2 POSITION PULL INY CH2 2 YERT MODE ADD CH1 CH2 cH1 i CH1 CH2 CH2 INV 4 X Y VERT MODE Y 2 o Y 1 VERT NODE CH2 X Y 2 INT TRIG CH1 Y 3 TIME DIY Y EXT HOR Y TIME DIV 8 os gt X Y EXTHOR 4 SOURCE X Y VERT MODE CH2 SOURCE X VERT MODE Y INT CH2 or CH2 LINE CH 1 EXT EXT CH1 or CH2 gt INT TRIG CH1 X Y 5
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36. CH2 REF CRT MPEN ON 1 1 1 PEN DOWN 1 PENSTART o PEN SPEED 1 PEN UP PEN SPEED 1 o 55mS 4 4S o 1 ALIASINGO 1 2 4 Hz 3 IIZ 1 IIz
37. 1 MODE DUAL 1 CH2 CH1 CH1 CAL CH2 1 6 6 CH1 2 CH2 CH1 CAL _ AC GND DC AC YOLTS DIV 20 mW DIV 1POSITION 6 3 2 DUAL en 6 3 3 2 DUAL ADD SOURCE INT INT TRIG YERT MODB CH1I CH2 ADD CH1 CH 9 0 CH 2 CH1 CH2 YERT MODE TRIG LEVEL lt gt
38. OFF ON CPU Ui 5 lt OO 2 99 9 oA 4 O 4 o CRT o CAL CAL V p p POWER TR en RON so TRACE ROTATION 1LLUM ot ee ee eat 1 kHz 0 5V p p 500Q LBD
39. DC 50kHz 3 o Y NORM 4 x5MAG 6 X Y DCC50kHz 3 GC oO EE EE 10bit Channel 100 div 1024 i 100 25 18S 2umsS DIV ON TIME DIV 12uS 0 2uS DIV 1 325 IROLL 51s PT SAVE 100 EZKPZ ILD ST SAVE SAVYE REFERENCE REF DUAL REF EEZ ET TT SAVE PEN
40. CH 1 CH2 PREAMP CHANNEL SELECTOR CHANNBL CPU STORAGE SIGNAL PICKOFF PICKOFF A D VERTICAL MODE SELECTOR YERTICAL OUTPUT AMP CRT HORIZONTAL DEFLECTION HORIZONTAL DEFLBCTION X Y X TRIG GENERATOR CHANNEL SELECTOR INT TRIG BXT TRIG AUTO X Y EXT HOR NODE X REAL MODE SWEEP GENERATOR
41. 6 G 98 TANT 134 RYagv1d 39oT8 1HOHIO NLO OH1d3d TVYAKOZT8OR dRV 1fd1HO TVINCZId0H 019313S 00M TW NOZI80H 801V83N39 d AS 300W TV3Y 801V83N39 1Y9 BB 0 9181 1X3 301V8 3N39 ddINHO9 d 3AS SS3800V 300N AY1dSIO 39V801S AHOR3M A 1 NIVN AHON3 H91IAS AV1dSIO sha A 83183AR09 lanANo7 83183AN00 _ 9 BIO v a v a 1 IO N34 LINDAID 9NISS300dd NOILISIIO9V VIVG LINILID YIILYIA i NOILOD4IAG T dwV3yd ZH 8019313S 1 8012313S EUC 1 1V9I183A 19V801S 1 183 3 S490 18 11V 01 1081N09 NOI8 ISIh0V dw 10d100 SIXV 7 d01V1H938 AH 1 1 1081N0 189 91S 1V33 863539
42. INS VOLT DIV READY READY 1 2 SWEEP MODE NORM 3 VOLTS DIV TIMBE DIY LEVEL 4 SWEEP MODE SINGL 3 5 6 RESET SINGL READY 7 1 READY 8 6 7
43. V NORM a 80ns 50Hz 50kHz TIME DIY 2 o CHOP IIT LINB BXT 22 INT TRIG ADD CH1 LAG mWKTN00 00 DC 10MHz 0 5DIY 0 10Y EXT_ 10 40MHz 1 5DIY 0 20Y 2 0DIYV 0 2 Y DC 10MHz AC 10Hz 10 40MHz HF REJ 50kHz AUTO 50Hz ws LEYEL df 2
44. ig 1 S 28 DC SE9g8 7 7 1 1 7 1 D A CRT 50Hz CRT O 7 1 2 A D
45. 1 1 1 4 INTEN FOCUS 5 3 1 CHI GND Ui ee 2 POSITION POSITION 3 U 3 TRACE ROTATION J 3 2 3 lt gt 905C99 5 4
46. DSS5040 2 NO XXXX2205 SI XX F 1 2 ZS CN CN CNN KN KN NR RR CC CC ER EI EE YE 1 ny 1 2
47. 1 npS 0 1Sec TIMB DIY VS DSS5040 o 50 gt 1 10 6 2
48. CGC98 5 HOLD OFF 2 _LEVEL HOLD OFF HOLD OFF HOLD OFF MMC i Ee gt 1 HOLDOFF HOLD OFF NORM 1 2 HOLD OFF 6 o
49. VERT MODE 2 CHOP CHI 2 VERT MODE 81 COgE98 gt 2 CHOP ALT TIME DIY D 1 mS DIY CHOP 0 5mS DIV ALT 1 mS DIY CIOP CH1 CH1 2 CH2 CH2 0 5 m8 DIV ALT CH1 sbi CH1 2 gt CH2 CH 2 3 3 2 ADD o CHI CH2 YARIABLE CH1 CH2 _o Mi VERT MODE
50. _ SAVE 100 100 YERT MODB ey C0 7 lt i SAVE REF VIEW TIME 0 5 5 TRIG POINTOIWO 2 5 8 DIW 08 CG DO OO CO On U 4 2
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52. S DIYV 1 2 5 21 1 10 C 35C 8DIY 2 10 C 35 C 1DIV 1 2 10 10DIY 1 11 EE ETE 8 VC99 1 10 5uS gt 18 DIY 5 0 2u5 DIY 8 10C 35 C 8 DIY 10 10C lt 35 1 DIY 1 2 10 10DIY 1 11 10 0 5usS 18S DIV 5 2 0 2u5 DIV 8 BXT HOR BXT CHI CH2 DUAL ADD EXT HOR 0 1 DIY DC 1MHz 3dB
53. Y CII POSITION POSITION X POSITION Y POSITION CH1 CH2 POSITION CH1 or CH2 POSITION POSITION 3 LL GE99 3 2L GEC98 o 2 Y 1 INT TRIG CHI Y 2 YERT NODB DUAL TIME DIY Y BXT HOR TIME DIV J CH1 0 SI CH2 X Y EXT HOR 3 SOURCB X INT LINE LINE CH1 and CH2 EXT EXT CH1 and CH2 4 CHOP 2 Y POSITION POSITION Y CH1 CH2 POSITION CH1 POSITION Y CH2 POSITION POSITION 3 o Y X DC1 MHz 3 dB Y DC 40MHz 3dB X5MAG DC lt 20MHz 3 dB lt gt AC GND DC
54. a COUPLING TY AC HF REJ 50klz TV TY TIME DIV D TVY V TV H ey 1 S 0 1ms DIY TY H 50nS lt 0 2u5 DIY DC 6 66DC95 ROLDOFF LEYEL ti LBEVEL LOCK
55. c 6 5 gt SWEBP MODE AUTO NORM 0 59 VIEW TIME 0 5 lt 5 8 HOLD 2 1 2 SAVE 0 3 1 2 TRIG POINT _ 3 TIME DIV 100 TIMB DIY 2 5 8 hw yy Oo SAVEGO TRIG POINTG5 TIME DIV
56. lt VERT MODE INT TRIG CH1 CH1 CH2 CH2 DUAL CHI CH2 CHOP ALT _ 2 ADD CHI CH2 CI 1 CH2 CH1 CH2 CH2 CH1 CHI2 SOURCE INT ClHH1 CHI Y Y X EV CH2 CH2 EN 98 6 VERT

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