取扱説明書
Contents
1. SOURCE gt INT TRIG INT COUPLING 8 9 LEVEL 1 SOURCE SOURCE o INT INT TRIG CH1 CHI CH2 CH2. 2 CH1 X CH2 Y AC GND DC a VOLTS DIYV VARIABLE CD NO POSITION CO CD CH 1 Y X CH2 Y Y 9 AC GND DC 5mY DIV 5Y DIV 10 x 5MAG VOLTS DIV
3. LOCK o POSITION SWEEP MODE TIME DIV Se ction GD X Y EXT HOR CH1 XX X Y X EXT HOR VARIABLE PULLX10MAG X10MAG 2 5 CAL D AUTO NORM SINGL i 9
4. ll DO CO C 6 6 1 1 1 CH1 CH2 CH1 CH2 1 5 1 23 2 CH1 INPUT 10 1 CAL D 0 5Vp p CALIBRATOR 3 ACGND DC 0 AC 6 1 4 1 1 lt gt
5. D CRT 50Hz CRT 7 1 2 AD AD AD 7 2 899 8 8 7 6
6. o CORE OFF ON 9 CPU 2 0 2 SS 2 NS CD dpm CO 4 1 Oo o CBT o CAL CALCV p p INTEN FOCUS TRACE ROTATION 1 kHz 0 5Vp p 5002 LED D
7. a b c 1 SOURCE SOURCE 6 i 1 INT INT CH1 IUT INT rRic INT TRIG I CH1 Q CH2 1 CHI2 CH1 CH2 a S0URCE CH1I CH2 C U c SOURCE INT 2 COUPLINC AC HF REJ TY DC AC 101lz HF REJ 50kHz
8. PEAK PEAK N mm SM oo PEAK PEAK o 1 LEVEL 1 60 S6 5 HOLD OFF 2 LEVEL HOLD OFF IOLD OFF HOLD OFF
9. 2 POSITION POSITION 3 TRACE ROTATION 4 3 2 3 lt gt CAL Vp p x10 CIHI CH2 VOLTS DIV 10mV
10. ee RESET SINGL 3 RESRET CD 0 2 1 2 SWEBP MODE NORN 3 li OM0UW Oo VOLTS DIV TIME DIV TIM5 DI LEVEL 4 SWEEP MODE SINGL 3 J 5 6 RESET CSINGLL 7 RESETQ8 6 READY
11. DSS5020A Y 1 DSS5020A Y Y HOR 0V 0 5 Y 1V SYNC TTL H VERT 0 4 V 0Y 2 REF PEN 2 CH2 REF CRT PEN ON 1 1 PEN DOWN 1 PEN START o PEN SPEED 1 PEN UP PEN SPEED 1 o 55mS 4 4S o S Lore
12. SAVE 3 100 SAVE 20MHz 2 CO0S5020 2 ECE 2 1
13. 0 5 5 SAVE PEN PEN X Y 0 1 V DIYV SYNC TTL X Y 2009 SYNC 470Q 10 55mS 4 48 CD Pi CO 3 Vp p mim wli hh 50Vpeak CTACpea ikF 5 ET i TC 6 207 250Y sw 6 99 8 9 5 lt 35 0 lt 40 10 PO060 10 1 1 1 1 5m 942A 340 MAX 85 90 2 2 1 1
14. 1 ALIASING 1 2 4Hz 3 Hz 1 Hz 1 8 TIME DIV TIMEDIW 1 Tk 1 iz PER CEPTUAL ALIASINCO
15. CH1 CH1I X Y X Y X CH2 CH2 VERT MODE CI 1 CH2 SOURCE pp INT INT TRIG X Y X Y LINE EXT EXT TRIG INPUT BXT HOR EXT HOR SOURCE EXT oO dp CO SLOPE ee COUPLING ee
16. ME HOLD OFF NORM 1 2 HOLD OFF 6 o o lt gt 2 TIME DIVY 6 0 5msec CH1 CH2 o 1 SWEEP MODE NORM 2 LEVEL LEVEL 3 3 SWEEP MODE SINGL 3
17. SWEEP MODE AUTO o SWEEP MODE CO SWEEP MODE AUTO NORM POWER ON 2 o TIME DIY 0 1mS TIME DIYV GD 50zS TIME DIV 0 2mS oO VARIABLE HOLD OFF X Y o POWER OFF 98 1 1
18. TIME DIV D 0 1S DIV TRIG POINT 6 5 gt SWEEP MODE AUTO NORM 0 5S VIEW TIME 0 5 lt 5 5 HOLD 2 1 2 SAVE 3 1
19. 50llz 50Hz CPUSH TO RESET READY i 06 VUOCC9S o STORAGE MODE DD STORAGE REAL SINE PULSE 50nsec DIYV 0 5us
20. 0 5 5 TRIG POINTCDIVD 0 2 5 8 DIV DiSPLAYCENTERR lt _ 2 OS 2 5 OOO NO 3 2 2 oo 2 2 222 6 6 2 2 2 CS EO 80080 4 2 CH1 SIGNAL OUTPUT AXIS INPUT o PEN 0UT o FUSE o CH1 1DIV 100mV
21. 1 2 1 ft 1 gt 50 4 Cl TE io 1s 28 6 1 DC 98 C 7 1 1 7 1
22. HORIZONTAL DEFLBCTION HORIZONTAL DEFLECTION X Y X TRIG GENERATOR CHANNEL SELECTOR INT TRIG EXT TRIG AUTO X Y EXT HOR MODE X REAL MODE SWEEP GENERATOR HORIZONTAL MODE SELECTOR X HORIZONTAL OUTPUT AMP CRT oO dpPm 3 DATA ACQUISITION amp PROCESSING 4 5 DATA ACQUISITION amp PROCESSING AD CRT
23. 3 o CO CO 3 40 0 db cp o CRTO CRT o NE o
24. 100nS 2DIV 5DIV 8DIV TRIG POINT 2 5 8 DIV gt CHOP 2 PPEOAT OL SST 7 PEN 00T
25. 1 10 6 2 6 _ 6 1 6 2 o 1 3 5 DSS5020A 1 MHz 1MHz X 1 3 5 280kHz 6 3 A V 8 CO S o
26. 2 TRIG POINT 3 TIME DIV 100 TIME DIY 2 5 8 he rl O SAVEGO TRIG POINT TIME DIV 9 lt gt 100 C0 1ms DIV 9L 899 4 1 REF 0 2 POSITION o 7W PS REF REF POSITIONG 5
27. POWER SUPPLY 155V 12V 12V 5V 8 o CRT CRT TNT NT Sf RVS9vId Joodg Lin 819 SD TYLKOZISOE dMV 019313S 801Vd3N39 1ndIn0 300w d33NS SU NY 1y9 lo 1VINCZI80H TvIRO0ZI80H 300N 1V38 Me 19 1X3 d dAG 0 ee d33MS 39V801S TY 1 ICES ti 3N39 831Nn09 1ddRS d33AS SS3900V 80d S 901 8 300M AV1dSIQ 11y OL 39V301S 1081N09 NOIY ISIn0JY 1jJI1 N3d 30ON3R HO1IAS Av1dSIQ sng AH ld3ANO LT ausaANo7 83193AN09 v a 100 N34 1081N03 189 In5IIO9 NOIL5343d TYO1IL33A 8019313S dMV 300M eo 189 801V1H933 91S 9181 1NI LTnOSI9 9RISS390Hd NOILISINOIY VLVG dNV dd ZHI 019313S 13NNVHO i340 YIId 1VN9IS 9V801S dNV
28. CH 1 VERT MODE 10mV DIV CAL D GND INT AC LOCK NORM AUTO REAL 0 5ms DIV CAL D POWER INTEN FOCUS ILLUM VERT MODE INT TRIG 1 POSITION VOLTS DIYV VARIABLE AC GND DC SOURCE COUPLING SLOPE LEVEL HOLD OFF SWEEP MODE STORAGEREAL TIME DIV VARIABLE gt POSITION SE oox GO 1 1 1 6 1 IT TDS 2 DO GO 39 A NINN 3 POWER ON LED 20 1 1 1 4 INTEN FOCUS 5 3 1 CHI GND
29. STORAGE MODE 0 STORAGE REAL SINE PULSE SAVE OFF REF OFF TRIG POINT VIEW TIME 2 3 STORAGE REAL DSS5020A TINE DIV 50mS 0 1Sec TIMB DIV D 976 wt VgLP6 DSS5020A o 50
30. SINGL READY ssApy PUSH TO RESET 7 1 READY 8 6 5 READY ee 0 gt 4 40 7 VARIABLE 3 x10MAG 10 o TIME DIV tm i i 1 1 Se o X10MAG POSITION VARIABLE SN X10MAG POSI
31. 1 mS DIV CHOP CH1 CH1 2 CH2 CH2 0 5 m8 DIV ALT 2 9 CH2 3 2 ADD o CH1 CH2 VARIABLE CH 1 CH2 o H 1 2 VERT MODE ADD CH1 CH2 CH2 a o 1 CH2 POSITION PULL INV CI2 2 VERT MODE ADD CH1 CH2 8 CH 1 DO ADD CD CH1 CH2 CD CH2 INV CO 4 Y X Y VERT MODE X Y 2 X Y
32. 4 5 6 7 7 7 1 Ce 2 8 12 12 22 23 23 23 24 25 26 26 26 27 28 29 3 39 41 42 43 46 46 47 47 48 49 52 92 54 56 8 2 VC 66C9S 1 DSS5020A 8 CPU 1 MHz 280kHz 1024 CH 2 20MHz 2 1 2 3 4 5 6 7 DC 280kHz 2
33. 0 5DIVY 0 05 50Hz lt 20MHz 50Hz 400kHz 1MQ 2 25pm 6 EXT CO CD DN oO ROLL SAVEP RESET SAVE READY LED 2DIV 5DIV 8 DIYV 50kHz 3 o rr ere NORM 0 5u5S 18 DIV 1 2 5 X10MAG 50nS 0 1SDIY 20 1 10 lt 35 C
34. RA RI EI EE EE 4 ww to 4 1 4 2 _ 5 5 1 5 2 5 3 5 4 6 6 1 6 2 1 1 2 2 3 2 ADD 4 X Y 5 6 7 1 2 3
35. 25 5 FOCUS 6 YOLTS DIV TIMEADIY 7 1 POSITION POSITION Vp p T gt SWEEP MODE NORM 98 4 0 2 2 1 MODE DUAL 1 CH2 CH1 CH1 CAL CH2 1 6 2 CH1 DUAL HH 6 2 2 CH2 CH1 CAL AC GND DC AC YVOLTS DIV 20 mV DIV 1POS
36. 1 39 2 TRIG POINT RESET 9 o 6
37. o Y 1 VERT MODE CH2 Y 2 INT TRIG CHI Y 3 TIME DIV X Y EXT HOR X Y TIME DIV 8 oa gt Q xX Y BXTHOR 4 SOURCE X Y VERT MODE CH2 INT CH2 LINE LINE CH1 or CH2 EXT CHI or CH2 lt gt INT TRIG CHI X Y 5 Y CIH1 POSITION POSITION X POSITION Y POSITION CH1 CH2 POSITION Y CH1 or CH2 POSITION X POSITION Q3 jh gt o 2 X Y 1 INT TRIG CH1I Y 2 VERT MODE DUAL TIME DIV Y EXT HOR TIME DIV 8 CH1 0 Si 3 CH 2 X Y EXT HOR 3 SOURCE
38. I 0 CPU AD MAIN MEMORY CPU DISPLAY MEMORY DISPLAY MEMORY DA PEN DISPLAY MEMORY PEN 0UT D A CRT CRT CRT Z Z AXIS OUTPUT AMP Z CRT H YV REGULATOR CRT CRT CONTROL Z AXIS OUTPUT AMP CRT FOCUS CAL POWER SUPPLY CAL UNCAL 2 0 5Vp p
39. 50Hz 50kllz TIME DIV 2 o INT TRIG CH1 CH2 VERT MODE VBRT MODE ADD CH 1 VERT MODE ALT LEVEL im tr DC 10MHz 0 5DIV 0 10V EXT 10 20MHz 1 5DIV 0 20V 2 0DIV 0 2 VD DC 10MHz AC 10llz 10 20MHz HF REJ 50kHz ga AUT0 50Hz NORN SINGL RESET READY LED LEVEL LO0OCK
40. 8DIV 2 10 lt 35 1DIV 1 2 10 10DIV 1 11 2 5 Ex BO 1 1us 1S DIV 5 10 lt 35 0 5uS5 DIV 8 8DIV 10 2 1hSs 1SADIVY 5 10 35 C 0 5uS DIVY 8 1 DIV 1 2 10 10DIV 1 11 10 _ EXT HOR EXT CH1 CH2 DUAL ADD 0 1 DIY DC 1MHz 3dB DC 50kHz 3 ox EE ET TET TH Ca CI
41. X INT LINE LINEICHI and CH2 EXT EXT CH1 and CH2 4 CHOP 2 X Y POSITION X POSITION 6 Y CH1 CH2 POSITION CH1 POSITION Y CH2 POSITION X POSITIONG3 o X X DC LiMlz 3 dB Y DC 20MHz 3dB X5MAG DC 15MHz 3 dB lt gt X Y AC GND DC TRIG COUPLING X AC HF REJ DC 8 0 LCH1 SOURCE INT LINE EXT LCH 2 X COUPLING AC GND DC COUPLING COUPLING AC HFREJ TV DC AC GND DC X 5
42. o 1 2 5 10 10 lt 35 1 kHz 4 lt 5DIV NOR 5mV DIV 5V DIV x 5MAG 1mW DIY 1 DIY 3 x5MAG 5 1 2 5 EC NORM DC 20MHz 3dB 50kllz 8 DIY x 5MAG DC 15MHz 3 dB AC 10Hz 34dB NORM 17 5nS X 5MAG 23 3nS 1MQ 2 28pF 2pF 1 CH1 cl CH2 Cl2 DUAL 1S 1mS DIY CHOP 0 5mS lt 0 5uS DIY ALT DD AC GND DC 43 CH2 100mY DIV 50mY DIV 50Q 8 GF 1 8 bit 28 DIV 9 14DIV NORM 3 1LSB X5MAG 5 1LSB 2 NOEM 1
43. 1 3 5 6 4 6 2 6 4 STORAGE REAL 50mS DIV
44. 57 VERTICAL DBEFLECTION HORIZONTAL DEFLECTION AD DATA ACQUISI TION amp PROCESSING CRT Z CRT CAL POWER SUPLLY VERTICAL DEFLECTION VERTICAL DEFLECTION CH 1 CH2 PREAMP CIANNEL SELECTOR CHANNEL CPU STORAGE SIGNAL PICKOFF PICKOFF AD VERTICAL MODE SELECTOR VERTICAL OUTPUT AMP CRT
45. eas RD 8 TV AC HF REJj 50kHz TY DC TY TIME DIV TV V TV H V 1S lt 0 1mS DIY TV H 50uS lt 0 5uS DIY DO CO HOLDOFE nee eae LEYEL LEVEL
46. 500Q 1 2 SYNC 1 5 o 10 1 OFF 3
47. tw NORN 4 10 35 DC 1MHz 3 DC 1lMHz 3dB lmssme C2E mscmc DC 5Ohg 8 d oO INDD OPC 1024 0 100 1 18S 0 1 mS DIV TIME DIV 50nS 0 5uS DIY 1 77 77 NB ROLL 1S 0 1 8 DIV Re SAVE 100 0 1mS DIV SAVE 200 P SAVE SAVE REF REF REFERENCE DUAL
48. 1 2 5 CAL D YOLTSADIY 5 YERT MODE INT TRIG CH1 CH1I CH2 CH2 DUAL CH1 CH2 CHOP ALT 2 ADD CH1 CH2 CI 1 CH2 CH1 CH2 CH2 CH1 CH2 gt SOURCE INT
49. 5 4 3 2 1 4 7 2 A D 3 A D AD 7 2 7 1 AD 2 1 4 9 9 6 7 1 4 DA CRT DA AD 3 98 2 1 2
50. SN 35 3 SLOPE SLOPE TA oeswe PD 4 LEVEL LOCK LOCK 50Hz 10MHz 1 0DIV EXT 0 15V 50llz 20Mllz 2 0DIV EXT 0 25V 80 20 o LEVEL 3 CG LEVEL SLOPE LEVEL gt SLOPE od SWEEP A LEVEL XXXYXXXXX XXXXXXA MODE LN ODN bm Oe IS LEVEL CD 4 SA 98 80 o LEVEL LOCK
51. 2 CH1 qd VERT MODE CH1 CH2 YERT MODE 2 ALT CH1 CH2 CHOP CH1 ADD CH1 VERT MODE CHI CH 2 ALT CH1I CH2 CHOP CH1 Cll 1 SOURCE INT TRIG VERT MODE INT CH 1 CH 2 ALT CHOP ALT CIIOP LINE 3 br Oo o EXT CH1 CH2
52. 3 dB A SN HF_REJ TV TV AC TV TV TIME DIV 9 TV V TV H i TV V gt 18 0Q lmg gt TV H 1 50 ZS 0 5 zS 1 SLOPE N SLOPE SLOPE O gt DC 9 1N 3 N A
53. DSS50204 2 NO XXXX2631 SIN X X 7 NE 7 WT TH Ca HF WH WH WT GT HF ED EY MT 7 PT mo RR RR CXS RXR SN KN 1 1 2 3 he
54. ITION 6 3 2 DUAL le 6 3 3 2 DUAL ADD SOURCE 0 INT INT TRIG VERT MODE CH1 CH2 ADD CH1 Cl CH CHI CH2 VERT MODE TRIG LEVEL lt gt YERT MODE 2 CHOP CH1 2 VERT MODE 31 lt gt 2 CHOP ALT TIME DIV 1 mS DIV CHOP 0 5mS DIV ALT
55. Jdd H3 U H 5
56. TION TIME DIV x 1 10 0 5zS DIV 0 5uS DIV x 1 10 50nS DIV 41 3 o 0 6 2 1 8 aa we o SAVEP ON eS OFF o SWEEP MODE NORM ee LEVEL LOCK EE
57. ee DIY 280kHz SAVE 100 100 0 1mS DIV VERT MODE 19 L 6 99 SAVE REF 0 VIEWTIME
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