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1. 3 4 2 2 INPUT 1 SS 5711 22. 2 2 1 A A B C D CR T 21E1 2 1 SS 5711 SS 5711 2 2 amp IN PUT SS 5711 2 1 20F10
3. 2 2 d 2 2 c SS 5711 2 2 0 2 3 2 4 2 5
4. MAGx10 MAG 10 FINE PULL x10 MAG 1 0 10divy 100div 10 TIME DIV 1 10 20nS div 20nS div 1 10 2nS div
5. 3 AC LINE INPUT AC LINE VOLTAGE RANGE AC A B C D AC A B C D LINE VOLTAGE RANGE FUSE
6. SS 5711 LINE VOLTAGE RANGE 2 1 2 1 C D 200V 200V A 207 264V SS 5711 2 2
7. WAT SL 980 2 1 7 022 225 7541 060 2 15 STV 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
8. AC 4Hz 3dB DC DC GND
9. 3 6 1 2 TIME DIV x10 MAG 3 3 6 10 10 0 100 6 div 10 90 4 4 SS 5711 1 3 7 1 4 5
10. A A TIME DIV A VARIABLE 2 11 A A VARIABLE CAL A TIME DIV A VARIABLE 2 5 B B TIME DIV 2 11 TIME DIV A VARIABLE 2 2 2
11. W WW 3 0 TRACE ROTATION pPOSITION TRACE ROTA TION SS 5711 GAIN CH 1 2
12. AC AC 100Hz DC LEVEL HF REJ 10kHz 2 13 LF REJ 10kHz
13. 2 23 o Z SS 5711 AXIS INPUT 0 5Vp p DC 5MHz 50V DC ACpeak 2 AXIS INPUT
14. VOLTS DIV 10mV 1INPUT CAL 0 6V 6 div 3 1 b c a SS 5711 CAL 10mA 10 mA 3 1 C b 3 2
15. B CDLY D SOURCE RUNS AFTER DELAY SS 5711 1 2 15 TRACE SEPARATION VR HORIZ DISPLAY A 2 2 CH 3 A TIME DIV 5mSEC 3 1div MODE CH1 CH 2 30 4 MODE AUTO NORM 5 SLOPE COUPLING V TV V 2 16 2 17 2 18 2 19 COUPLING
16. 20MHz 20MHz CH2 POLAR INV NORM CH 2 INPUT NORM INV DD MODE CH1 CH1 INPUT RG CH 2 CH2 INPUT ALT CH1 CH2 2 CHOP CH1 CH2 500kHz 2 ADD CH1 CH2 ADD CH 1
17. TIMB DIV 10 10 A B A TIME DIV SEC div B TIME DIV CSEC div A TIMEZDIV A A EO 1 HORIZ DISPLAY A 2 B TIME DIV A TIME DIV 3 B SOURCE RUNS AFTER DELAY 4 HORIZ DI
18. AC DC GND DC AC se Vp p Vrms 3 Vp p 2 RE SRR EE OE PP 3 3 3 WINNIWINNAEN ET VM VU 1 lt WR MVUUVWUU 3 4 INPUT V 1IR
19. CH1 CH2 TINPUT 2 21 ON b c d e 0 45 90 135 360 315 270 225 180 CH 1 Q CH2 CH 1 VOLTS DIV VARIABTE Y CH 2 VOLTS DIV VARIABLE VARIABLEP CAL VOLTS DIV CH2 1 POSITION POSITION FINE 2 22 00 MSAA 2 PY me MX w 0 RR A EM Eb ED Y X 2 23 1 1 a b c 2 21 2 22
20. GND 50Hz NORM NORM AUTO LEVEL LEVEL LEVEL HOLDOFF 2 HOLDOFEF NORM INCREASE
21. SS8 5711 5 CH1 2 3 4 TINPUT SS 5711 10 1 SS 0012 1 5m 1 1 SS 0001 1m SS 0002 1 5m SS 0003 2m 1 1 10 1 1 1 1 10 1
22. MODE ADD CH 2 POLAR 1INV CH 1 CH 2 INPUT 3 5 CH 1 CH 2 VOLTS DIV 2 TIME DIV VARI ABLE CAL TIME DIV MAG S TIME DIV S diyv X div XMAG SEE EE 4 4 MAG 1 0 1 1 2divy 3div 2 TIME DIV 3 3 5
23. 3 9 7 A deg Cum RS 7 2 2 3 10 2 2 SOURCE 1 9div TIME DIV 3 8 H 1div 4 0 1 2 360 3 9 ageg Cdiv x40 3 10 2 MEMO 1
24. OS CAL 0 6V 0 6 V 1 kHz _ 1 POSITION GND REF PUSH CH 1 2 300V 10 1 INPUT CH1 2
25. FIX AC TV H 1 TV V 1V B LEVEL SS 5711 AUTO NORM 2 MODE AUTO LEVEL
26. e 6 2 3 AB TEZ DY ANG DELAY HME EE OREE i 1 RSE 3 8 8 EE DELAY TIME 2 6 SC HON 4 RG a i WIDTH POLAR Pos cs 2 3 J PR ES y 2 4 LINE YOLTRDE RANGE i SW 8128Y POWER ON OFF ON OFFE A INTEN B INTEN PUSH ENHANCE HORIZ DISPLAY ALT B CDLY D B 4 2 nS div 20nS
27. HFREJ 1 0kHz LEREJ 10kHz FIX AC DC FIX TV H DC HF REJ TV H 1 TV V HF REJ LF REJ TV V 1 V B SOURCE A A
28. VOLTS DIV 10mV INPUT CAL 0 6 V 6 div GAIN 2 5 x5 BAL CH 1 2 VARIABLE VARIABLE x5 BAL 2 5 VARIABLE BAL CH 1 2 VARIABLE VARIABLE VARIABLEP BAL 2 5 10 1
29. DC 100MHz 4 8 SS 5711 4 8 ADD 2 CH 2 POLAR CH 1 CH 2 1mV div x 5MAG 2 nSZdiv xX 10MAG ALT X Y Pg A l 6 8divX10 div 1div 10mm B31 20kV 1
30. SINGLE RESET RESET 1 READY NORM READY 3 w POSITION FINE PULL x10 MAG FINE FINE X10 MAG A B TIME DIV 10 COUPLING 4 A AC DC
31. CH 1 CH1 1INPUT CH 2 CH2 TINPUT CH 3 CH 3 INPUT 2 LINE SS 5711 NORM CH1 CH 2 NORM MODE HOLDOFF NORM
32. CH 1 2 3 4 INPUT 250V DC ACpeak 10 1 600V DC ACpeak Z AXIS INPUT 50V DC ACpeak 2 2 SS 5711 3 3 SS 5711 SS 5711 2 2 a bp SS 5711 2 2
33. DM gt CH 1 CH 2 ALT CHOP ADD QUAD 4 CHOP 500kHz 40 5 mV divy 5V div 1 2 5 10 2 10 35 5 10 50 5 mV diy 12 5 Vdiv X 5 MAG s 1mV divy 1V div 4 10 gt 35 8 10 50 5mV div 2V div DC 100MHz 3 dB 1mV div 2mV div X5 MAG DC 50M Hz 3 dB 5 Vdiv DC 100MHz 3 5 dB gt 10C 35C BAND WIDTH 20MHz 20MHz AC 4Hz 3 5n SEC x 0 35 3 1kHz 1 3 10mV div 10 35 AC DC GND R C 1MO 1 5 25pF 2p 10 MO 2 14pF 2 pF 250V DC ACpeak 600V DC ACpeak 30 0 1 di hour 2mV hour 10mVZdiv
34. SO 1 W6001 715101 I _ Na C SS 5711 SS 571I1 1 1 ee ME ER ES RR X Y ee EE RSE 1 2 2 SN ones 5 1 1 3 iia 1 2 AYMAUAKSASIIIS Se28 1 2 TRACE ROTATION oO 00eea20030SNeG5seeeto 1 3 EN DI MDDAeen Ko 1 3 5 BAL ON ee 1 3 VARIABLE BAL et 1 4
35. 1A 2A CH1 CH2 2 5 so 2 5 GAIN x5 BAL PULLX5MAG VARIABLE BAL VARIABLP CH1 GAIN CH1 VARIABLE BAL CH1 x5 BAL CH2 X5 BAL CH2 VARIABLE BAL CH2 GAIN 1 POWER OFF AC LINE INPUT SS 5711 2 2 6 2 7
36. DC 5MHz 4 6 k 10 50V DC ACpeak lkHz 1 10C 35C 2 10 50 40 60 0 6 V 1 10 35 15 10 50 CH1 1 0mA 1 10 lt 3 5 2 10 50 1 div 50 DC 5 0 MHz 5 00 20 40mV 20 3 dB 5V 2 7 kO 0V A 100 90 110 115 103 128 220 195 242 230 240 207 264 V AC A B C D 50 440Hz 62W 100V AC 9 5kg 3 2 0 2 Wx 1 6 0 2 HX 400 2 L mm 1 1 1 0C 5 0 40 90 2 0 7 0 70C 80
37. TV 6 A TIME DIV SOURCE CHI CH2 NORM CH3 1 HORIZ DISPLAY A CH3 1INPUT INTEN 2 18 V 2 16 HH 2 17 HH 2 19 V 9 2 B SOURCE RUNS AFTER DEBLAY CH1 CH2 TV H CH 4 TV H 4 A TIME DIV 2m SEC 5 DELAY TIME MULT 6 HORIZ DISPLAY B DLY D B TIME DIV 7 18ST 2ND
38. 4 INPUT 4 HORIZ DISPLAY ALT 2 13 8 A INTEN B 4 MODE CHOP QUAD ALT QUAD CHOP QUAD ALT QUAD 3 MAG X10 lt
39. MODE ALT CHOP ADD NORM SOURCE CH1 CH2 CH3 2 2 2 3 COUPLING
40. Hz 5 1 _ 8 2 3 8 10div N 3 7 1 N TIME DIV 8B DIV 10 diy Hz 1 N 30 50 N 3 2 1
41. CH 4 INPUT 2 CCH1 CH2 CH4 CH 4 1 TRACE SEPARATION HORIZ DISPLAY ALT A IN TEN B A INTEN B 4div CH1 OUT CH 1 50 1div 40mV 2 0 A GATE OUT A A 5V B GATE OUT B B 5V Z AXIS INPUT 50V DC ACpeak CAL 10mA 1 kHz 10mA
42. 1 10 CH1i CH2 VOLTS DIV CH3 CH4 1V 0 1V 10 oe AC DC AC INPUT DC GND 2 9 2 10 AC
43. 2 10 CH3 AND DELAY TEE A YARRABLE SOURCE LINE COUPLING MODE AUTO NORM LEVEL SLOPE LEVEL 5 INPUT Interna1
44. lt gt INPUT MODE AUTO NORM SOURCE COUPLING BN 1 2 LEVEL Ii lt gt INPUT SOURCE LINE MODE AUTO NORM LEVEL A HORIZ DISPLAY A A A
45. AC AUTO 2 8 8 VOLTS DIV 20mV 50mV 5V 6div VARIABLE VOLTS DIV VARIABLE 2 8 A 9 A TIME DIV 0 5mSEC 0 2mSEC 20n SEC VARIABLE A TIME DIV A VARIABLE
46. 2 ADD MODE CH1 CH2 ADD CH 1 CH 2 INPUT 2 CH CH 2 CH2 POLAR INV 2 CH 1 CCH 2 ADD ADD 1POSIT1ION POSITION 4 SS 5711 2 4 2 12 4 2 13 4 ALT MODE ALT QUAD CHOP QUAD CH1 2 3 4 2 12
47. 20nS div 50mS div 20 A VARIABLE A A TIME DIV 2 5 A UNCAL A A VARIABLE CAL DELAY TIME MULT COUPLING BB B FIX AC DC FIX A LF REJ TV H TV V SOURCE B B RUNS AFTER DELAY RUNS AFTER DELAY CH 1 CH1 INPUT CH 2 CH2 INPUT
48. A INTEN MODE CH 1 AC DC CH 1 AC posiTroN CCH 1 CAL 0 6V CH 1 INPUT HORIZ DISPLAY A MODE AUTO POSITION FINE PULLX10 MAG AC 3 POWER ON 15 INTEN 2 6 2 7 EE HB B71 BYNCHROSCORE iz 4 A TIME DIV 1m8Sdiv FOCUS 5 COUPLING 4A AC SOURCE A CH 1 VOLTS DIV CH 1 10mV VARIABLE CH 1 CAL 6 CH1 INPUT CAL 0 6 V 7 LEVEL A 6 div
49. A TIME DIV B B TIME DIV ALT A INTEN B B DLY D A INTEN B B TIME DIV X Y X Y CH 1 INPUT CH 2 INPUT CH2 POSITION POSITION FINE FINE PULL x10 MAG MODE A AUTO LEVEL LEVEL
50. 19 1 2 AC DC GND GND 3 2 0V 3 AC DC GND DC G CH 2 POLAR NORM o gt VOLTS DIV V div x Cdiv 1 lt gt 10 1 VOLTS DIV V div x div x 10 SR eC ER 2 3 2 I ov VOLTS DIV 3 3 2
51. 7 3 1div AC 30Hz HF REJ 10kHz LF REJ 10kHz AUTO 50Hz RUNS AFTER DELAY CH 1 CH 2 CH 4 CH 4 AC DC HEFE REJ FIX TV H A TV V lt 1 2 A A 1INTEN ALT B DLY D XX Y A B AUTO NORM SINGLE 20nS div lt 0 5 S div 1 2 5 23 20nS diy 1 2 5S div 8div a C10 35 C 4 10 50 I 8div 2 div 5 10 50 RUNS AFTER DELAY CH1 CH2 CH4 20nS8 div 50mS diy 20
52. 2 ALT CHOP 2 ALT CHOP 2 ALT 2 2 ALT CH1 CH2 2 CH 1 CH 2 INPUT 2 TIME DIV 2 CHOP CHOP 2 CHOP 2 CH CH2 500 kHz ALT ALT
53. 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 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
54. ss oe eS En Eh 1 4 SG RE EL RE EE EE EC 1 4 OSE SN 1 4 N ASR Se esse 2 2 1 esses ORS 2 1 eh 2 2 2 2 DE SRRE EE 2 2 OASIS 2 8 KR 2 2 REE eSeeo 2 8 De CE CR EE OO EE 2 10 ei 2 10 FR 2 11 eer 2 12 SEE 2 12 39 2 12 A einai 2 15 9 2 15 ea 2 15 tests2uoie 2 15 2 2 15 4 2 16 ho 2 16 ALT NM 2 18 2 19 NO WW WW gt SS 5711
55. B B DBELAY TIME MULT DELAY TIME MULT 2 14 B 1 a 1 CC A 2 04 B DLY D DELAY TIME MULT A INTEN B B B SOURCE LEVEL COUPLING SOURCE RUNS AFTER DELAY CH1 2 CH4 CH4 CH 4 1INPUT LEVEL
56. 250V DC ACpeak 10 1 600V DC ACpeak AC DC CH1 2 3 4 AC DC 10 1 300V GND CH1 2 GND UNCAL CH 1 2 CH 1 CH 2 VARIABLE CAL VOLTS DIV CH 1 2 5mV div 5V div 10 5mV div
57. B ENDS A HOR1Z DISPLAY A INTEN ALT B DLY D B A LEVEL SLOPE PULL A B LEVEL A TRIG D 4 A B TIME DIV AND DELAY TIME A TIME DIV DELAY TIME B TIME DIV A TIME DIV AND DELAY TIME A 20n8S div 0 5 8 div 2 3 A INTEN B DLY D A VARIABLE CAL 1div B TIMEZDIV B
58. 8 div 2 10 3 5 4 10C 50C 8div 2 dv 5 10 50 0 24S div 0 58Zdiv 1 of reading 0 01 DPLAY TIME MULT 1 20 000 2 5 1 I 10 2n8 div I 8diy 20nS div 50nS div 5 0 14S div 0 5S div 3 10 3 5 8div 2 div 20nS8 div 50nS div 10 0 14S divy 0 54S diyv 6 Y i Dull 14S div 0 5 S div C10 3 5 30n SEC 40n SEC 5 CH1 Y CH2 CH1 3 10 lt 3 5 5 10 50 DC 2 MHz 3dB CH 1 CH 1 CH 2 3 DC 100kHz 0 5Vp p
59. COUPLING LF REJ TV H TV V A LEVEL COUPLING ALT ALT A INTEN B 1 HORIZ DISPLAY A 2 B TIME DIV A TIMEP DIV 3 B SOURCE RUNS AFTER DELAY 4 HORIZ DISPLAY ALT 5 DELAY TIME MULT B A 6 B TIME DIV 7 B 2 15 TRACE SEPARATION gt TRACE SEPARATION A B A 4 div
60. CH 1 CH2 VOLTS DIV VARIABLE lt 2 9 VARIABLE CAL VOLTS DIV 2 2 1div VARIABLE 1 2 5 CH 3 CH 4 0 1V div 1V div 2 2 10 9 A HORIZ DISPLY A B A 2 9 CH1
61. div CA INTEN BEAM FIND 1 POSITION FOCUS ASTIG FOCUS SCALE 2 4 TRACE ROTATION
62. o 4 SINGLE RESET READY READY LEVEL LEVEL A INTEN B CDLY D 2 ALT CHOP X Y SS 5711 HORIZ DISPLAY
63. 50 1 1kHz 15 1 20MHz CH 2 3 4 0 1 VXdiv 1V div 2 4 10C 35 8 10C 50 01V div DC 100MHz 3dB 1V div DC 100MHz 3 5dB lt gt 10 35 C BAND WIDTH 20MHz 20MHz AC 4Hz 1 1 1 1 10 35 wai 7 10 2 2 1kHz 5 AC DC R C 1MC 1 5 27pF 3pF 10MC 2 14pF 2pF 250V DC ACpeak 600V DC ACpeak CH1L CH2 CH3 LINE NORM CH 3 AC DC HF REJ LF REJ FIX TV H TV V 1 2 1 2 10 35 0 3 div 1 div DC 10MHz 10MHz 50MHz 5 OMH z 100MHz lt gt FIX 100Hz 10MHz 1div 10MHz 50MHz 2 4div TV V TV H
64. 10mV div x5 MAG VARIABLE PULL 1mV div 2mV div VARI ABLE CAL 1 div VARIABLE PULL x5 MAG CH1 2 1 2 5 PULLX5 MAG VOLTS DIV 5 BAND WIDTH 20MHz FULL CH 1 2 3 4 FULL 20MHz
65. AC DC SLOPE 50 2 20 1 HORIZ DISPLAY A MODE NORM 2 20 2 CAL 0 6V INPUT VOLTS DIV 10mV 3 MODE SINGLE SINGLE RESET
66. 2 CH 2 POLAR CH1i CH2 QUAD QUAD ALT CHOP 4 CH1 2 3 4 INPUT 34 2 ALT 4 ALT ALT 4 CHOP 4 CHOP CHOE 4 HORIZ DISPLAY ALT 4 8 QUAD DUAL MODE CH 3 INPUT A EXT TRIG IN A 2
67. 5000m 405mmHg 15000m 90mmHg 10Hz 55Hz 1 0 63mm 15 4 5 45 10cw 3 90cm SS8S 0012 FSA 2 HH DO DW 1 1 2 1 400 2 372 1 2 SS 5711 1 2 4 2 SS 5711 SS 5711 10 C 50C
68. Trigger SS 5711 EXT CH3 CH4 INPUT SS 5711 Line Trigger SOURCE LINE LINE COUPLING HF REJ MODE SOURCE CH1 CH2 CH3 CH 4 1 SOURCE CH1 CH2 NORM MODE MODE CH1 CH1 CH 2 CH 2
69. 50V DC AC peak 10 1 600V DC AC peak CH 3 4 CH 3 CH4 1V 0 1V CH3 4 CH3 CH4 1 div CH4 INPUT B EXT TRIG IN B 250V DC AC peak 10 1 600V DC AC peak HORIZ DISPLAY A A A TIME ZDIV A VARIABLE A INTEN B A B
70. SPLAY A INTEN DELAY TIME MULT 2 1 4 HORIZ DISPLAY B DLY D 2 14 B DLY D B TIME DIV A TIME DIV X DELAY TIME MULT B SOURCE CH 1 2 CH 4 CH4
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