S・57 - 岩通計測
Contents
1.2. 3 rz TN
3. VI swe cesv 100 V 3A 125V SLOW 200 V 1 5A 250V SLOW
4. gt r 110 V R 100V 100V 9 A i CH1 CH2 kd ADD ON CH1 CH 2 INV ON CH 2
5. AC 4 Hz 3 dB DC DC DC GND FREERUN GND FREERUN MODE GND FREERUN MODE QUAD 4
6. TA 1995 7 2 1 lt ze
7. lt III
8. External Trigger SOURCE CH3 CH 3 INPUT CH 1 4 CH 2 INPUT gt CH1I CH2 2 INPUT SS 5712 LineTrigger 1
9. SOURCE CH1 CH 1 INPUT CH 2 CH 2 INPUT 2 2 3 6 1 2 SOURCE 2 3 6 1
10. MODE ALT 1 RESET 2 4 5 1 AAA We 2 4 6 SS 5712 1 HORIZ DISPLAY A A TIME DIV V 10 zsZdiv HH CH1 CH 2 V TV V HH TV H CH 1 CH2 NORM CH 3 CH 3 INPUT CH1 3 2 div
11. 2 4 5 1 1 HORIZ DISPLAY A MODE NORM 2 CAL 0 6V INPUT VOLTS DIV 10mV 3 MODE SINGLE SINGLE RESET 4 SINGLE RESET READY READY LEVEL LEVEL A INTEN B DLY D
12. 2 4 2 2 ALT CHOP 2 ALT CHOP 2 2 MODE ALT CHOP ALT 2 2 CH 1 CH CH1 CH2 INPUT 32 2 4 TIME DIV 2 CHOP 7 cy Y lt DN CHOP 2 CHOP
13. VIR 3 2 3 1 INPUT 1 SS 5712 2 4 2 2 MODE ADD CH2 POLAR INV CH1 CH2 INPUT CH 1 CH 2 VOLTS DIV 3 2 3 2 TIME DIV VARI ABLE
14. A TIME DIV A VARIABLE A INTEN B A B DIV B DIV ALT A INTEN B 5 B DLY D A INTEN B 2 2 1 2 3 a iTE BE FOCUS 1 SCALE US EMCE gt PRD A TIME B TIME 163 Ot Ok TRIG D X Y A TRIG D X Y B B TIMEZDIV XS CH 1I INPUT CH 2 INPCT CR 2 TROSLTIONY gt POSITION FINE FINE PULL X 10 MAG
15. G BEAM FIND 1 POSITION FOCUS ASTIG FOCUS SCALE 2 6 TRACE ROTATION
16. N 3 2 4 4 Hz 3 2 5 2 1 Y 3 2 5 1 7 1 divy 40 7 1 deg sin 1 A SR EE I kk 7 360 8 B 2 2 3 2
17. A B C D 1 1 100V 90 110V 3A SLOW 100V B 115V 103 128V 3 C 220V 195 242V 1 5A SLOW 200V D 230V 240V 207 264V lt N
18. CAL 1kHz 0 6V 0 6 V 1 kHz INPUT CH 1 2 250V DC ACpeak 10 1 600 V DC ACpeak 1 POSITION CH 1 2 AC DC CH 1 2 3 4 AC DC GND FREERUN CH 1 2
19. ACpeak 10 DC ACpeak 250 V DC 1 600 V 0 1V 0 5V CH3 4 CH3 CH4 0 1 V 0 5 V 1 divy CH4 INPUT B EXT TRIG IN B 250 V DC ACpeak 10 1 600 V DC ACpeak NX COMBI PROBE SS 0071 95 HORIZ DISPLAY A A
20. A INTEN 2 4 8 ALT ALT A INTEN B 1 HORIZ DISPLAY A 2 B TIME DIV A TIMEDIV 3 B SO CRCE RUNS AFTER DELAY 4 HORIZ DISPLAY ALT DELAY TIME MULTI B A 6 B 2 4 8 1 TRACE SEPARATION Oo TRACE SEPARATION A B 4 4 div ALT TRACE SEPARATION 2 4 8 1
21. ADD POSITION POSITION 2 4 2 1 MODE ADD CH 2 POLAR NORM CH 2 POLAR INV CH 2 ll POLAR INV 2 4 3 4 0 4 MODE CHOP QUAD ALT QUAD SS 5712 2 4 MODE ALT QUAD CHOP CHOP QUAD 2 4 3 1 ALT CH 1 2 3 4 INPUT 4 2 3 2 4 ALT HORIZ DISPLAY ALT
22. VARIABLE BAL VARIABLE STEP ATTEN VOLTS DIV 10 mV 20 mV 50mV 2mV BAL STEP ATTEN 5mV BAL VARIABLE BAL GAIN GAIN VARIABLE BAL STEP ATTEN 2mV BAL 5mV BAL 2 15 2 AC LINE INPUT 2 3 SS 5712 1 A INTEN FOCUS SCALE 45 2 3 AC DC CH1 AC GND FREERUN CHI CAL 0 6V CH 1 POSITION CH 1 INPUT HORIZ DISPLAY A 2 3 1 MODE CH 1 MODE AUTO 2
23. 1 1 2 1 MODE CH 1 CHI INPUT IE 4 CH 2 CH2 INPUT SE 3 ALT CH1 CH2 2 CHI CH2 1 MHz 2 CM ADD CH1i CH2 ADD CH1 CH2 eg CH 2POLAR CH1 CH2 QUAD QUAD ALT CHOP 4 CH1 2 3 4 INPUT CHOP
24. VII ee HH cere Hl HI Vi 1 ji Ore 1 Deess i 2 1 2 2 Y 1 2 1 NG HN RS ne 1 3 1 2 4 1 2 5 XY ee 5 1 2 6 2Z NG 1 2 6 1 2 1 7 1 PO 1 7 1 3 a 1 3 Ti 7 GS 1 7 fF 2 1 2 xc 0 Vaice 29oco 2 2 er 2 1 De DD ER TE EEG 2 6 2 2 2 2 14 2 2 ED ER 2 15 2 pp 2 16 2 3 1 2 16 932 2 20 2 3 3 2 20 2 3 4 3 2 3 5 ee 2 21 2 3 6 DLLD ee 2 21 2 3 7 2 26 2 3 8 DELAY TIME MULTI 2 27 2 3 9 TRACE SEPARATION 2 28 2 3 10 X10 MAG
25. 10 kHz FIX AC DC FIX 0 V AC LEVEL 2 24 100 Hz 10 MHz 1 div 10 MHz 100 MHz 2 div TV H DC HF REJ TVY H 1 H TV V H
26. lt 1 Y X YQ X YB DLY D 3 X Y 4 TTL ECL 2 1 2 1 6 8 divX 10 div 1 div 10 mm B 31 20 kV 2 2 Y CH 1 CH 2 ALT CHOP ADD QUAD 4 CHOP 1 MHz 40 1 2 1 mV div 5 VAdiv 1 2 5 12 1 mV div 2 mV div 4 10 35 C 8 10 50C 5 mV div 10 mV div 2 10 35 5 10 50 C 20mV div 5 VAdiv 2 5 10 35 5 5 10 50 1 mV div 12 5 V div 10 mVrdiv 2 V divy DC 200 MHz
27. 10 C 50 90 40 C CH1 CH2 CH3 CH4 INPUT 250 V MAX 7 7 10 1 600 V MAX 2 AXIS INPUT 50 V MAX CRT
28. CH 2 CH 2 INPUT CH 3 CH3 INPUT 2 COMBI SS 0071 DC NORM CH1 CH2 HF REJ 10 kHz NORM MODE LINE SS 5712 LF REJ
29. 10 div 100div 10 TIME DIV 1 10 10 ns div 10 ns div X 1 10 1 ns div TIME DIV 10 10 A B A TIME DIV SEC div B TIME DIV SEC div 2 36
30. FINE FINE X10MAG A TIME DIV B TIMEZDIV 10 HOLD OFF NORM B ENDS A HORIZ DISPLAY A INTEN ALT B DLY D B A SOURCE A A CH 1 CH 1 INPUT
31. 2 3 6 J 8 VOLTS DIV 10 mV 20 mV 50 mV 5 V 6 div VARIABLE 3 VOLTS ZDIV VARIABLE 2 3 4 A 9 A TIMEADIV 0 5mSEC 0 2 mSEC 10n SEC VARIABLE CO 2 3 5 SS 35712 n
32. VOLTSADIV A VARIABLE A TIME DIY CEE 2 3 6 A RR UK W W 0 4A HORIZ CH 1 CH 2 VOLTS DIV 3 DISPLAY A NN VARIABLE CAL BB VOLTS DIV 2 7 1diy A
33. 30 Hi 5 3 2 1 400 2 1 4 1 i NNS 9 2 2 2 2 SS 571 2 DR 9 Y 1 jt 2 BL w gt AN 7 3 SS 2 VARIABLE CAL t Dl J Im 3 wy NN Ot 1 1Ja lt a 3 lt 8 t jl
34. VARIABLE VOLTS DIV 1Z2 8 MODE AUTO NORM CH 3 CH 1 9 1 Vdiv 5 Vdiv SOCRCE 2 lt COUPLING 2 3 5 EVER A B TIMEZDIV 4 AND DELAY TIME gt a LEVEL 6 lt
35. A B A TIME DIV B B TIME DIV 2 3 6 4 LEVEL 3 HA gt HUHUHUU SLOPE 2 2 3 6 5 d A a 9 0 1 OO Mm m rv ry 1 gt ALT A INTEN 8B 2 gt So Y 2 GE Y 3 eg yt a 3 QU r3 _ Pd Ri D VS 4 lt Y gt lt 9 9 2 9 A 43 yr S DIV ER TRIG D YA 2 3 7 tms lt ER EE CR TE lt c6 8 gt
36. 3 50 Hz 2 NORM NORM AUTO GND FREERUN STNGLE RESET MODE 1 SINGLE RESET 1 A TRIG D READY 1 MODE 7 MODE GND FREERUN M
37. Brut oe 10 LIL LIL HOLDOFF FEPUEL KO MAG A 7 NN lt ED A i 2 0 a SN YARIABL 2 iv vourscow 3 AN 4 VARIABL A ON ON OFF CS Re Or ur CH 2 CH 2 CH 2 CH 2
38. TE 0 DC LF REJ Rt AC 4AC 30Hz DC LEVEL HF REJ 10 kHz LF REJ
39. 10 10 0 100 6 div 10 90 4 4 SS 5712 3 2 4 NGHH 1 3 2 4 1 1 3 5 1 Hz Est is 2 3 2 4 2 10div N 6 N TIME DIV s div 10 diy 6 1 N 30 50
40. B A CH 3 A B A A on CH 4 ALT A INTEN B B CH 3 A W 2 WV pk Coupu G Um sn 1 a A B TIME plv a PT CH 3 0 ee
41. SOURCE LINE VOLTS DIV MODE NORM SN 02 1 Ss 2 i NE TE CE CS 3 CH 434 1 SANA RN CH 3 TINPUT i NORM NORM
42. 2 4 4 1 2 2 4 4 1 a b c d e 0 45 90 125 360 315 270 225 180 2 4 4 3 2 4 4 2 ew VUNQYR RE oO VNQRUD 5 AA K KO ZX cu 2 3 1 3 2 4 3 5 3 5 4 2 4 4 3 1 1 A SO b X Y X Y 2 e TRIG DX YQ HORIZ DISPLAY A Y Y A TRIG D X YB HORIZ DISPLAY B DLY D Y X YBI B 2 3 OD
43. 1 1 Vp p Vrms 3 V 3 3 2 2 INPUT 3 2 2 1 2 2
44. HOLDOFF iNCREASE 2 ce SS NS HOLDOFF NORM INCREASE 3 2 51WMIODE LEVEL hh TH hh HH HH i II TT RR HH EL HH LIL HH HH HH HHH 2 3 6 5 B ENDS A HORIZ DISPLAY A INTEN ALT B DLY D B A 2 3 7 HORIZ DISPLAY i ATEN AU etouro XY 0 A A A TIMEZDIV A VARIABLE A INTEN B
45. 100V 200 V 200V 250V 0 OFF ON 0
46. 2 4 9 Y 00 SS 5712 2 AXIS INPUT 2 4 9 0 5 Vp p DC 5 MHz 50V DC AC peak 2 AXIS INPUT N 1 7
47. LEVEL _ CH4 CH4 INPUT 2 2 1 4 HON PsA ey TCM _vorrs py POLAR VOLTS DIV 2 12 2 A INTEN B CH 1 CH2 CH 4 1 div BE 49 1 TRACE SEPARATION 40 DELAY TIME MULTI HORIZ DISPLAY ALT A INTEN B 2 13 2 2 2 CH1 OUT CH 1 50 Q
48. A TIME DIV 10 ns 2 3 8 DELAY TIME MULTI 1 HORIZ DISPLAY A SS 2 B TIME DIV A TIMEZDIV 3 B SOURCE RUNS AFTER DELAY 4 HORIZ DISPLAY A INTEN 2 4 7 1 B DELAY TIME MULTI 2 4 7 1 HORIZ DISPLAY B DLY D 2 3 7 1
49. HOLDOFF 3 A VARIA TIME DIV ABL FE ss S 5712 gt SINGLE RESET 3 A ACTO LEVEL 9 MODE A TO 1 MODE NORM MI AUTO NoRM LRESET READY ee GND FREERUN
50. 2 4 3 2 8 2 4 3 U 4 2 4 4 Y 1 Y Y HORIZ DISPLAY Y TRIG D Y A TRIG D Y B SS 5712 Y TRIG D X Y 4 TRIG D X Y B A B CH 1 CH 2 INPUT CH 1 CH 2 Y Y CH2 POSITION POSITION FINE CH 1 VOLTS DIV VARIA BLE Y CH 2 VOLTS DIV VARIABLE VARIABLE CAL VOLTS DIV
51. 2 CHOP CH 1 CH2 1MHz ALT 2 4 1 b 2 4 1 1 ALT CHOP CH1 CH2 a CH1 CH2 CH2 1 MHz b 2 4 2 2 ADD MODE CH1 CH2 ADD CH 1 CH 2 INPUT 2 CH1 CH2 2 CH 2 POLAR INV 2 CH1 CH2 2 4 2 1 ADD MODE ALT CH 1 INPUT gt 9 CH 2 OGA620902O2222209209 INPUT i A MM i ERE INPUT ADD
52. TTT Cvs gt nj rsv oa eev 1 ee nacre cote eae EER EE 2 rna 2 2 POWER ON OFF ON OFE A B INTEN PUSH ENHANCE A INTEN A O B INTEN B lt 4A 10 ns div 54s div A IN TEN
53. 3 div A li 3 7 X YA A div lms div X 3 7 rm RPR SI Er PS TRIG D YiBi lt 4 lt div 5 lt 1 tt Ss Von _ 1 BC DLY D Y B 50 amp s div YB 3 a i By 7 5 50 gs diy CH1 CH2 CH3 TIYMEDIV DELAY TIME 1 lt 6 AETER CH ee Se gt B 3 RCNS AFTER DELAY Y 4A 9 CR GE We Pl Vv 9 3 hi CE ew 5 ON 9 de UL 2 3 9 TRACE SEPARATION
54. 1 div 20 mV 20 A GATE OUT A A 5V 2 7 kQ B GATE OUT B B 5V 2 7 kQ CAL 10mA 1 kHz 10mA 2 2 2 1 Ri 2 E lt SR Rs ese RN 2 14 RI 2 Z AXIS INPUT 50V DC ACpeak DC 5 MHz 5 1 k2 10 AC LINE INPUT AC
55. 4 2 ALT 4 ALT ALT CHOP 4 CHOP CHOP 4 HORIZ DISPLAY ALT 4 8 QUAD DUAL MODE CHOP 4 300 kHz J CH2 POLAR INV NORM CH 2 INPUT INV gt NORM 1 20 1 CH3 4 CH3 CH 4 amp CH3 INPUT A EXT TRIG IN A
56. VOLTS DIV 4 MODE AUTO NORM 2 ms d Y MODE COUPLING SOURCE to 2 CH 3 V 2 4 6 1 5 SLOP 2 4 6 2 1 HORIZ DISPLAY A INTEN B SOURCE RUNS AFTER DELAY DELAY TIME MULTI 3 B SOURCP CH1 CH2 TV HH CH 4 TV 4 A TIMEDIV 2ms div 5 DELAY TIME MULTI 96 6 HORIZ DISPLY B DLY D B TIME DIV 7 1 ST 2ND to AC DC SLOPE 50
57. B 1V FIX AC DC FIX B A LF REJ TV H TV V LEVEL SLOPE PULL A B KT gt yy gt Y gt 7 6 SOURCE B B LEVEL RUNS AFTER DELAY RUNS AFTER DELAY CH1 CH1 INPUT A TRIG D CA CH2 CH2 INPUT
58. GND FREPERUN MODE CH1 CH 1 GND CH2 CH 2 GND ALT CHOP CH1 CH2 GND MIODE 1 VARIABLE 1 2 9 s SR 7 5 N er SE es SE GND FREERUN A 2 Ge Cc rt 1 AS a 2 17 BAND WIDTH 20MHz 100MHz CH1 2 3 ed EE 1 UNCAL CH 1 2 1 20 MHz CH1 CH VAREABLE CAL 7 90 Zr tg Ng a ee
59. B DLY D B TIME DIV A TIME DIV X DELAY TIME MULTI B SOURCE CH1 2 CH 4 CH 4 INPUT B B DELAY TIME MULTI DELAY TIME MULTI B DLY D DELAY TIME MULTI
60. H 2 4 6 2 2 4 7 3 x 10 MAG lt X10 MAG X10 MAG FINE PULL x 10 MAG 10
61. LINE VOLTAGE RANGE AC A B C D AC A B C D LINE VOLTAGE RANGE FUSE 3 A 1 5A 2 2 3 1 2 2 3 CH1 CH2 2 3 1 GAIN 2mV BAL 5mV BAL 2mV BAL VOLTS DIV 5mV 2mV 5mV BAL 10mV 5mV
62. A XY Y A A B DLY D X Y B wa dH ft Sr RR Se MM Y B LEVEL _ jd a CR 3 PE2UT RAPE a ta Ge 3 8 PP 2 4 OF Wn A 2 3 ED AND DELAT rme SOURCE Wi 7 HOLOOFF RE om et 3 tos a G6 A B TIME DIV AND DELAY TIME A TIMEZDIV DELAY TIME B TIME DIV A TIME DIV AND DELAY TIME A 10 ns divy 0 5 s div 24 A INTEN B DLY D A VARIABLE CAL 1 divy B TIMEZDIV B 10 ns div 50ms div 21 A VARIABLE A A TIME DIV
63. 2 5 A UNCAL A A VARIABLE CAL C9 MODE A AUTO LEVEL NORM LEVEL SINGLE RESET 1 READY MODE GND FREERUN MODE QUAD 2 10 READY gt POSITION FINE PULL x10 MAG
64. 10 1 RC 1 rs HE 1 2 C tt ac er i 10 nA 5 HE 3 8 Ee CAL 10mA NM m 2mV BAL STEP ATTEN 5mV BAL VARIABLE BAL GAIN GAIN VARIABLE BAL STEP ATTEN 2mV BAL 5mV BAL 3 2 3 2 1 2 GND 3 2 1 3 AC DC DC GND 7
65. BAND WIDTH AC 4 Hz UUOO 1 2 2 1 0 1 V div 1 kHz AC DC 250V DC ACpeak 2 7 5 gt 9 O 0 1 divhour 2 mV hour 1 20MHz 20 MHz 100MHz 1MO 15 22 pF 3pF 10 MO 2 14 pF 2pF 600V DC ACpeak I 2 3 A CHi1 CH 2 CH 3 COMB1 1 2 3 1 2 3 1 NORM LINE CH 3 AC DC HF REJ LF REJ FIX TV H TV V 10 35C 0 CH1 CH2 CH 3 DC 10 MHz 0 3 div 10 MHz 100 MHz 1 div 100 MHz 200 MHz 1 5 div s FI 100 Hz 10MHz 1 div 10 MHz 100 MHz 2 div TV V TV H 7
66. FINE PULLX10MAG 2 28 VI DW WD tM tM ww ww Ww Ww mm 2 29 1 2 2 29 2 2 2 30 3 4 2 31 4 XX 2 32 5 2 34 6 2 35 7 2 36 8 ALT 2 37 9 2 38 RG CU NC ER 3 1 3 1 1 TRACE ROTATION RI NR RR EIRENE ERNE 3 1 2 GAIN CH1 2 PP 3 1 3 STEP ATTEN CH1 2 oe 3 1 4 2mV BAL CH1 2 3 1 5 VARIABLE BAL CH 1 2 3 1 6 3 ooo 3 3 1 3 3 2 3 4 3 3 4 4 ee 3 5 ee 3 5
67. 3 2 div lt AC 30Hz HF REJ 10 kHz LF REJ 10 kHz AUTO 50 Hz B RUNS AFTER DELAY CH1 CH2 CH4 CH4 AC DC HF REJ FIX 1 2 3 2 1 2 3 2 10 35 CH1l CH2 CH 4 DC 10 MHz 10 MHz 100 MHz 100 MHz 200 MHz 1 div FIX 100 Hz 10 MHz 1 div 10 MHz 100 MHz 2 div HF REJ 10 kHz A 1 2 4 X A A INTEN ALT B DLY D Y TRIG D X Y A TRIG D X Y CB A AUTO NORM SINGLE 10 ns div 0 5 s diy 1 2 5 24 10 ns div 1 25 s div 8 div 10 ns Xdiv 0 5 s div 2 10 35 10 ns diy 50 ms diyv 4
68. 50 0 20 A 5V 0V 2 7 kQ B 5V 0V 2 7 kO 100 90 110 115 103 128 220 195 242 230 240 207 264 V AC A B C D 50 Hz 440 Hz 106 W 100VAC 1 3 3 1i Skg 3 2 320 3 WX 160 2 HX 400 2 L mm 1 3 2 4 10 50 40 90 20 70 70 80 5000 m 405hPa 15000m 90hPa 10 Hz ssHz 1 0 63 mm 15 45 10 cm 45 3 90 cm
69. 0O11 241 5091 103 2 1 3 03 3274 7712 045 312 4711 8 0298 23 9451 2 21 1 16 18 221 300 331 4 199 6 048 644 2061 192 2969 1 0426 44 6321 460 1 3 2 052 211 5721 541 3 6 14 06 243 4533 730 7 41 BB 082 246 1115 812 3 19 5 092 472 3071 103 2 1 3 03 3274 7723 168 1 7 41 8B 03 5370 5160 NTT 168 1 7 41 03 5370 5234 168 1 7 41 03 5370 5208 103 2 1 3 03 3274 7749 FAX 022 261 6201 FAX 011 241 5096 FAX
70. MODE MODE CH1 CH 1 INPUT SOURCE COMBI COMBI PROBE CH 2 SS 0071 CH 2 INPUT MODE ALT 2 3 6 1 IN VVVVVMVV iVVVVVMMV MODEB CHOP ADD NORM NR COUPLING COUPLING i fx
71. gt POSITION AC FINE PULLX 10 MAG 3 POWER ON 30 1 POWER OFF A INTEN 2 3 1 1 CAL A IN 1ms div CAL Midrange CH1 IN Midrange NA AUTO IN CH1 IN 10mV div Ns OUT POWER ON Midrange AC IN Midrange Approx Center 45 right 2 16 4 A TIMPZ DIV 1ms div FOCUS 5 COUPLING A AC SOURCE A CH1 VOLTSADIV CH1 10 mV diy VARIABLE CH1 CAL CH 1 INPCT CAL 0 6 V LEVEL A 6 div AC AUTO 2 3 1 2
72. 3 dB 5mV div 5V div DC lt 200 MHz 3 5 dB 1 mV div 2 mV diy DC 30MHz 3 dB gt 10 35 BAND WIDTH 20MHz 100MHz AC 4 Hz 1 75nSEC 0 35 7 5 96 1 kHz 1 6 9 10 mV div 50 mV div 10 C 35 AC DC GND FREERUN R 1MO 15 21pF 2pF 10MO 2 14 pF 2 pF 250V DCT ACPpeak 600V DC ACpeak 15 CH 2 10 mVZdiv 50 1 1kHz 15 3 4 0 1 V div 0 5 V div 2 4 10 35 C 8 10 30 0 1 Vdiv DC 200MHz 0 5 V div DC 200 MHz gt 10 35
73. DIV AC DC 5OS IT TION 1 POSITION SODRCE COUPLING ES Wo HORIZ DISPLAY A HORIZ DISPLAY RE A TIMEZDIV gt POSITION POSITION 2 19 CH 3 4 INPUT 10 1 1 1 10 1 1 1 10 1 1 10 CH 1 CH 2 VOLTS DIV CH 3 CH 4
74. CAL TIME DIV MAG 4 s TIME DIV s div X div x MAG 4 MAG 1 0 1 1 2 div 3 div 2 TIME DIV 3 2 3 2 SS 2 3 1 4 ou3 1 2 TIMEZDIV Xx 10 MAG 3 3 2 3 2
75. 0 1V 0 5V 10 1 1 2 3 2 1 AG DC AC AC INPUT DC FREERUN GRD 5C GND FREERUN AC
76. 7 mal tt NS TRACE ROTATION AAA Hi 1 yr CH 1 2 ff 3 1 3 STEP ATTEN CH 2 CHLU TVOLTS DIV 10 mV 20 mV 50 mV 6 CHI STEP ATTEN 3 1 2 3 1 4 2mV BLA CH 1 2 17VOLTSZ2 DTY 2000EPSMDIV Sm 9 mV LE LA 7 lt z CH1 9 mV BAL 3 1 3 1 5 VARIABLE BAL CH 2 CH1I VARIABLE CH 1 VARIABLE CH1 VARIABLE 3 1 2 1 3 6
77. Ge 1 I SS 5712 DC 200 MHz 4 8 S 8 5712 SS 5712 1 8 ADD 2 CH 2 POLAR CH 1 CH 2 1 mV div 1 ns div X10MAG A B ALT
78. KML004411 T2701 721300 B
79. deg 5 2 2 div X 40 2 SOURCE 1 9 div 3 2 5 2 2 TIME DIV 3 2 5 1 MEMO 1 WAT SL 980 2 1 7 022 225 7541 060 2 15 STV
80. et 1 kT DTEND MHz 1 PC SS 9 PWMM0N PA 1 0 0 3 Is I ER EN TE rR i 9 lt i 0 8 NV JV SD lt 1 mV lt diy 5 Vd VARIABLE CAL 1 div 2 S Rt 1 9 nr lt 1 5 a 3 1 CH AM iy CUPLNG ac 2C FE POSITION PELAY TIME MULTI TRACE A 4OLpCfF PR Ce SEPARATION cat ASE BAD IDTM CB 2 yOLTS DIV POEAR yOLTS DIV VARIEABLE 219 3 RY 1 3 arg 8 EA FOCUS Sre SCALE aacCE UN ttARCE FiND FAT DO G 9 DD WD TI 47 MHz
81. 10 50 C 0 1s diy 0 5 s div 6 10 50 C HL 8 div 2 djv 10 ns div 0 5 s div 5 10 50C 1 4 BB RUNS AFTER DELAY CH1 CH2 CH4 10 ns div 50ms div 1 2 5 21 I 8 div 10 ns div 50 ms div 29 10 35 10 ns div 30 ms div 4 10C 50C IL 8 div 2 div 10 ns div 50 ms div 5 10 50 0 2 gzs div 5 s div 19 6of reading 0 01 DELAY TIME MULTI CE110 gt 35 ED 1 20 000 10 1 ns div I 8 div 10 ns div 50 ns diy 59 10 35 0 1 gs div 0 5 us div 4 10 335 1 Us div 0 5 s div 39 10 35 IT 8 div 2 div 10 ns div 50 ns div 10 985 10 50 0 1 gs div 0 5 4s Adiv 69 10 50 1 gs
82. 10 kHz FIX AC DC 3 FIX 3 6 TV H DC HF REJ COUPLING A TV A 1 HH AC ER TV V HF REJ LF REJ 2 2 1 3 CH 4 INPUT ET FRG i oc om cooptiwe A Be lt mrew SEA OCU Fi 2 11 TV V 3 COUPLING
83. CH 2 CH2 CH 2 CH 1 Wi CH 1 CH 1D 3 CH 4 CH CT 3 B i B 5 A A 5V CH 1 INPU 7 20 mVdiv 82096 503 Oowe ECR TE ri a 3 gt NY nt SS NG SA 3 1 6 5 ees canes 2 3 2 RNN
84. TRACE SEPARATION HORTZ DISPLAY ALT A INTEN B 0 A INTEN B RR A SR 3 TRACE SEPARATION gt 2 3 10 X10 MAG FINE PULL X10 MAG lt 10 MAG re 5 2 10 ep POSITION re FINE PULL X10 MAG 9 GO 3 0 Dt DE RR 9 POSITION F IN 10 2 3 10 2 3 10 U FINECPULL X10 MAG 2 4 SS 5721
85. INPUT 0 V POSITION 1 2 CH 2 POLAR NORM V VOLTS DIV V div x div 1 3 2 1 OV 10 1 V VOLTS DIV V div lt div ScSZDEV 3 2 1 2 NR 2 AC DC DC AC 3 2 1 2 3 2 2 1
86. X Y 1 Y SS 5712 3 X Y 3 Y CHOP ALT 2 MODE QCA4D CHOP ALT X CH 1 Y CH2 CH3 CH4 2 4 4 AL Y 3 Y 2 5 3 CHOP 3 XY 2 4 5
87. div 0 53 s div 55 10C 50C L 0 1ns div 25 div 2 ns div 15 div 5 ns djv 6 div 10 ns div 3 div 20ns div 1 5 div 50 ns div 50ms div 1 div 1 2 5 X Y X CH1 Y CH2 X CH 1 1mV divy 2mV div 59 10C 357 8 10 50 5mV div 5V div 359 10 35 5 59 10 50C DC 2 MHz 3 dB 10 35 R CC CH1 CH1 Y CH 2 XXX 3 DC 100 kHz 1 2 6 Z 0 5Vp p_ DC 5 MHz 5 1 kQ2 10 50V DC ACpeak 22 7 1 kHz 1 10 335 YN Cad0C 50 40 60 0 6 V 1 10 35 1 5 10 350 C 10 mA 19 10 35C 2 10 50 CH 1 1 div 20mV 20 50Q DC 100 MHz 3 dB
88. fr J 3 wl ff 9 SS SSN EO EIC REE a x x a 3 2 1 1 2 s 2 1 B
89. 03 3274 7717 FAX 045 312 4555 FAX 0298 23 9349 FAX 048 644 2062 FAX 0426 44 6323 FAX 052 211 5418 FAX O6 243 4675 FAX 082 245 7610 FAX 092 472 3006 FAX 03 3274 7718 FAX 03 5370 5220 FAX 03 5370 5257 FAX 03 5370 5230 FAX 03 3274 7717
90. F REJ LF REJ TV V 1 V SLOPE LEVEL 2 8 6 0 1 LEVEL 3 SLOPE PULL LEVEL SLOPE PULL A 2 AA TRIG D NY 2 2 3 6 3 lt 069 3 6 3 MAN 4 LEVEL 9 HOLDOFF
91. ODE NORM SINGLE RESET L SOURCE SOURCE INPUT Internel Trigger SOURCE CH1 CH2 INPUT
92. e 2 3 1 3 2 17 2 3 1 3 MODE CH 1 MODE AUTO 1 POSITION POSITION AC CAL 0 6 V CH 1 INPUT INTEN MS a FOCUS FOCUS POWER ON SCALE SCALE 2 18 CH 1 lt VOLTSZDIV 10 mV 1 2 lt 3 CH 1 AC DC CS 2 CH 1 1 POSITION SOURCE CHI COUPLING AC VOLTS
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