SS-7811AP
Contents
1. RC CC EO 4 gt EE 0 2 A2. 31 4 2 2 SS 76811AP f RECALL 00 012 SAVE RECALL 4 fF RECALL nn nnmnn 0 2203 0 12
3. lt 2 U 0 8 0 2 2006 12 1 2007 1 2 KML056921 A6 924100 B s A FT LV
4. 0 6 1 1 1 1 2 2 AUTO SET CAL POSITION WN DD DO DD Do Eo we e 2 ho Do DD DM oO I DD I DD WE DT DM DO MD MO HE DD DC AC GND CH1 CH2 CH3 ADD i BW 0 OT OU OU OT OT Ol ee 6 2 X10 MAG 7 1 MM UN 7 2 3 ie SN es 8 1 NN 8 2 COUPLING 8 3 SLOPE 8 4 LEVEL 8 5 2 9 HORIZ DISPLAY ww 2 10 NN NT NN NN i EN 2 11 DELAY 2 11 1 RUNS APTERD 2 11 2 TRIG
5. A 90 132 VAC 180 250 Me gt i i gt m 100V 100V CHI CH2
6. lt 32 4 3 4 3 1 4 1 BANK NUM 4 1 4 1 4 1 4 2 2 4 2 2 4 2 2 Save f SAVE 00 010 I a 4 1 12 S9 5
7. RR I JNES
8. 4 2 2 194820 009 f RECALL 00 7009 lt 1 10 2 9 11 011 00 011 FUNCTION SAVE RECALL 33 4 3 2 4 2 2 4 2 2 4 2 2
9. 2000 1 c GND BEAM FIND BEAM FIND INPUT CH1 CH2 EXT 40 lt FUNCTION 9 1 fFf XXXXX READOUT OFF lt FUNCTION 3 lt f X POS AUTO
10. 37 IBM PC SR 5AAD SR EXE 1 KK ZSRN 2 Cx gt SR C gt SR A DATA DATA 1 SS 7811AP 04AP FUNCTION EXT SAVE RECALL I I F EXT SAVE RECALL I F SS 7811
11. 0120 086 102 9 00 12 00 13 00 17 30 0120 267 905 9 00 12 00 13 00 17 00 URL http www iti iwatsu co jp E mail info iti iwatsu co jp
12. UP DOWN FUNCTION 0 254 01 255 04 063 5 1 1 5 1 1 BANK NUM 04 063 0 252 254 35 5 1 1 1 RESET 1 I s 2 i CYS UP i DOWN 1 DO J Di A D2 D3 D4 O D5 D6 D7 5 1 36 ON OFF 5 2 2 UM
13. 100V 100 V 120 V 200 V 200 V 240 V 200 V 250 V 47 NN
14. 39 6 a CRT 1 2 CRT 3
15. SS 240A 250 PS 26 GND PS 26 GND GND GND GND PS 26 SS 240A 250 0 4 OS N 5X20 mm 250V 2A SLOW
16. FUNCTION FUNCTION SS 7611AP f RECALL 00 012 FUNCTION 0 FUNCTION 4 3 2 Z A A A A AE A A L l 2 w wm
17. SAVE RECALL gt f SAVE 00 012 lt f SAVE nn nnn 0 12 Oo FUNCTION FUNCTION 002 _ Save f SAVE 00 012l lt FUNCTION FUNCTION 12 SS 7811AP Save f SAVE 00 012 lt SS 7811AP 0 00 8
18. CRT CAL SG 4105 CH1 CH2 CH3 INPUT 2 ACLINE INPUT AC
19. AC LINE INPUT AC 5 02N A IA AD IA 7 77 LU B iB ND IB NM BN 7 7 B FUNCTION AV 8 At SE ADD RSS 3 CH1 8 MD oe ris 10us CH1 DC 1 00nmV HO 100 lus CH2 AC 3 00mV DLY 1 250 ms f DELAY i 1UH3 A At 622us 1 At 1 62kHz f 200 00 kHz 1 100mV 2 200mV 3 500mV MAG BW RC 1MQ 20pF 10 1 10 MQ 12 5 pF
20. 0 5 0 40 90 0 40 CH1 CH2 CH3 400 V DC ACpeak SS 0130R 10 1 600 V DC ACpeak CRT
21. rg s CR
22. SS 7811AP 04AP SS 7811AP 04AP E 38 PAGEUP PAGEDOWN Pen gt RETI ESC 6 WV TRST2 No Comment Contents 0 000 i Wa6 2 Vac AUTO A 1 001 pVac 7 5 Vac AUTO A 2 002 5 Vac 2 5 Vac AUTO A 3 003 1 5 Vac 2 5 Vac AUTO A 4 004 1 5Vac 2 5 Vac AUTO A 5 005 ls 5 Vac 2 5 Vac AUTO A 6 006 1 5Vac 2 5 Vac AUTO A 7 007 a 5 Vac 2 5 Vac AUTO A 8 008 li 5 Va 2 5 Vac AUTO A 9 009 1 5Vac 2 5 Vac AUTO A 10 010 1 5Vac 2 5 Vac AUTO A 11 011 ls 5 Vac 5 Vac AUTO A 12 012 il 5Vac 2 5 Vac AUTO A 13 013 SS 5Vac 2 5 Vac AUTO A 14 014 le 9 Vac 2 5 Vac AUTO A 15 015 YVAN 5 Vac AUTO A 16 016 ds 5 Va 2 5 Vac AUTO A 17 017 1 5Vac 2 5 Vac AUTO A 18 018 1 5 Vac
23. 7 11AP IV AI SL N N N NN i
24. HORIZ DISPLAY ALT B ALT HORIZ DISPLAY ALT lt A 5 A 5 A B 2 10 B A B B B lt s ns y B A B 5 A A 5ms CH1 DC A TN B lms AC BL SOURCE 5 B EN lt DELAY TRACE SEP DELAY f DELAY
25. NORM TS s dd i Se8 em X FUNCTION READ OUT X AV At OFF Y FUNCTION READ OUT Y e 5 1 1
26. 5 A CH1 W CH2 21 2 12 HOLDOFF HOLDOFF HOLDOFF f HOLDOFF FUNCTION FUNCTION COARSE 100 0 0 3 At 1 At AV AV At OFF AV
27. SOURCE CH1 CH2 CH3 LINE VERT CH1 CH1 CH2 CH2 CH3 CH3 LINE VERT ADD 2 A 2 ADD CH CH1 CHZ CH1 ADD CHZ ADD CH1 CH2 CH1 CH3 CH CH2 CH3 CHZ CH1 CHZ ADD CHI CH3 ADD CH1 CH2 CHS3 CH1 CH2 CH3 ADD CH1 CH2 CH3 ADD 2 8 2 COUPLING i 1ms CH1 AC COUPLING AC DC HE REJ LF REJ AC 100Hz
28. BW 20MHz BW 20MHz lt BW 12 2 6 2 6 1 TIME DIV VARIABLE A PB TIME DIV A B A B A B 2 TIME DIV s ns y lt A WAMNIABLW NN UP lt s ns p gt F s ns VAR LIMIT s ns yy gt 2 6 2 x10 MAG 10
29. AOC VARIABLE 1ms CH1 AC TRIG LEVEL 4 TRIG LEVEL 4 16 2 8 5 NTSC PAL SECAM TV TV BOTH 0DD EVEN TV H lt oTIV H f TV MODE FUNCTION NTSC PAL SECAM HDTV lt BOTH 0DD EVEN f TV LINE FUNCTION CN FUNCTION COARSE 0DD EVEN
30. 252 4 1 2 BANK 02 NUM 086 127 BANK 14 NUM 018 4 1 2 BK MON ANK OM BANK NOMo 0 9 ecomm 0 0 5 oo ww gc jm mm WW emcn MM om ml em Ww ocee 8 oor WW w egcee 7 g w m ec j 4 BANK 04 NUM BANK NUM 04 063 1 4 7 BANK 0 BANK 3 63 7 NUM 0 62 4 1 3 4 1 3 4 4 1 SAVE SAVE RECALL
31. DELAY TRACE SEP DELAY gt TDMUA FUNCTION FUNCTION COARSE DLY DLY gt B ENDS A BMDS A HOLDOFF HOLDOFF 2 12 Wo FUNCTION 100 BENDS A lt B ENDS A A B 5 TRACE SEP B CH2
32. POSITION yy POSITION lt py 2 5 2 5 1 VOLTS DIV VARIABLE ED tHE2 ee VOLTS DIV CH1 5V 2mV p 2mV div 5V div 1 2 5 27y7 VOLTS DIV 6 VARIABLE NJ 10mV lt CHI 5V 2mV p gt Y CH1 5V 2mV m CH1 VAR LIMIT 5V 2mV y gt
33. A VERT A 2 8 A 0 Hz 2Z2b 4 255 4 1 1 4 1 1 2 f SAVEmn nm O f RECALL nn nnn f BANK NUM nn nnn BANK NUM 4 1 4 1
34. ESC gt ESC 5 2 1 SS 7811AP 04AP SS 7811AP 04AP DOS Windows95 98 DOS SR EXE SRV EXE SRVIEW EXE SRV EXE SR EXE SRVIEW EXE SR EXE 7811AP DEF
35. SCALE lt CH1 GND TRACE ROTATION 2 4 POSITION CH POSITION 4 CH1 POSITION 4 oCH2 CH3 lt POSITION q py POSITION 4 p FINE FINE FINE POSITION 4 Py
36. 4 s ns 2 6 1 lt POSITION 4 y x10 MAG lt 10 MAG 13 2 7 SWEEP MODE AUTO NORM SINGLE 2 7 1 AUTO NORMAL AUTO NORM SWEEP MODE 6 AUTO AUTO NORM NORM TRIG LEVEL 4A 2 8 AUTO
37. CH1 CH2 INPUT INPUT ADD ON CH1 CH2 INV ON CH2 0 3 N sw OO 1
38. GND CH1 INPUT GND GND GND 2 1 AUTO SET CAL AUTO SET CH1 CAL 1kHz 0 6V POWER ON CH1 CAL CH1 CAL
39. E 1 POWER AC INTEN 2 3 READOUT 2 3 FOCUS 2 3 SCALE 2 3 TRACE ROTATION 2 3 CAL 2 1 AUTO SET CAL INPUT CH1 CH3 3 5V 2mV y CH1 CH2 2 5 1 CH3 2 5 1 POSITION 4 CH1 CH3 2 4 DC AC CH1 CH3 CH1 CH2
40. 2 5 2 CH1 CH2 CH3 ON OFF 2 5 3 CH1 CH2 CH1 CH2 2 5 5 CH2 2 5 5 3 s ns y 2 6 1 POSITION 3 Py 2 4 MAG x10 X10 2 6 2 ALT CHOP 2 5 4 ALT CHOP 2 5 6 SS 78B11AP 190MHz 1 BG EAA MNES 1 1 L_ 1 1 1 rl 6 H PUSH NAS x10 A VARIAELC r lt a 2 ET Ed gt r A A B 2 11 B TRIG LEVEL A 2 8 4 SLOPE
41. 10 1 2 3 INTEN READOUT FOCUS SCALE TRACE ROTATION INTEN INTEN PUSH BEAM FIND A 5ms CHl AC READ OUT PUSH ON OFF READ OUT ON OFF 5mV FOCUS FOCUS READOUT TRACE INTEN READ OUT
42. FOCUS GND GND ON AUTO SET 7 AC 7 AC
43. f 20 70 80 RH 20C 70C 5 1 1 3 AC ON ON INTEN SWEEP MODE SINGCLE IAUTO SCALE READOUT
44. AC lt CRT Y CH CH ry 5 mV 5 V div 2 mV div RNN 1kHz K RC ADD 1kHz K 1 kHz 20 MHz SAE NN RY CH HS 2 7 6 CRT 8 div x 10 div 1 div 10 mm 16 kV CH1 CH2 CH3 ADD ALT CHOP 555 kHz 1 2 mV div 5 V div 1 2 5 7 7 11 2 mV div 12 5 V div 2 DC 100 MHZ 30B DC 50 MHZ 3dB DC 20 MHz AC 4 Hz 3 5 ns Tr 39 Hz 10 mV div 50 Q 3 1 30 ns AC DC GND 1MQ 1 5 400 V MAX
45. FUNCTION SS 7811AP f RECALL 00 012 SAVE RECALL 2 a SN TE 723 SAVE RECALL gt gt f RECALL nn nnn 0 12 FUNCTION FUNCTION SS_ 7811AP f RECALL 00 012 FUNCTION I FUNCTION a a
46. SS 7811AP_ ISave f SAVE 00 012 lt FUNCTION Save S 1 SAVED FUNCTION SAVED 29 Save f SAVE 00 7012 FUNCTION A FUNCTION FUNCTION _ J Save f SAVE 00 012 FUNCTION 1_ Save f SAVE 00 7012 FUNCTION Save f SAVE 00 012 FOUNCTION 1 Save f SAVE 00 012 lt FUNCT
47. 011 f RECALL 00 011 FUNCTION CN 011 f RECALL 00 011 o FUNCTION 1 2 UI FUNCTION FUNCTION 4 2 2 f RECALL 00 010 lt 11 10 12 012 00 012
48. 2 lt CHOP 7 555 kHz 2 UN 11 2 5 5 ADD INV 2 CH1 CH2 CH1 CH2 ADD INV CH1 0 CH2 ON 2 5 3 1V ADD CH1 CH2 ADD ON 2 CH1 CH2 ADD ON 1 1V 2 1 lt INV INV ON 1 CH2 INV ON CH2 2 CH1 CH2 CH1 CH2 2 CH1 CH2 2 5 6 BW 20MHz 20MHz
49. 0 8 23 843 25 26 Se 27 28 31 4 2 2 RR Ch CAN NS 92 ks 58 3 934 ooooeooaeee eee eee 35 99 0 oo Dn Oo eo 0 609 69 9 95 SS O09 Gs Gu ee sg 37 i 5 40 43 48 49 DU DI 52 4 _ SS_7811AP 0 hh SS_ 0130R 10 1 0 2 FN II NN na i nia 9 0024 A TO ED om 1 eV TYP CK Oey 1 1 1 1 1 1 1
50. Ad b CH3 UM lt CH3 50mV div 100mV div 0 500mV div 3 9 2 5 2 DC AC GND GND lt CH1 GND ON GND Y GND cNpr lt CH3 GND GND 6 DC MC CH1 GND OFF GND CH1 DC AC CH2 DC lt GND CAL GND 1 0 DC oAC
51. 2 12 HOLDOFF 0 7 ooo ee 1 OCTSZDYY NN 2 9 6 6 1 PO WRTABLE 7 0 SWEEP MODE Oo ww OO O pk Co DD DAD DD FF DD OD wo NO DD OU OO He CD DD OO 3 WW 3 1 At 7AD 3 2 AV 90 3 3 COUNTER 4 4 2 RECALL 4 2 1 4 3 4 3 1 4 3 2 5 tr 5 2 A 5 2 1 S89 7811AP 04AP 5 2 2 5 2 3 6 7 AXIS IN SSc0130R 1 2 2 2 08 0
52. CH2 INPUT BNC 7 5 1 2 7 2 AC AC 100 V 120 V 200 V 240 V 50 60 Hz 130 VA 0 C 40 C 90 40 C CH1 CH2 CH3 400 V DC ACpeak SS 0130R 10 1 600 V DC ACpeak
53. lt CAL GND WV 10 2 5 3 CH1 CH2 CH3 CH1 CH2 CH3 0 CH1 ON OFEL CH210ON OFE CH3 ON OFF ON OFF lt CH 1 ON OFF CH2 ON OFF CH3 ON OFF ON ON INPUT 0OFF lt ON CH VOLTS DIV OFF CH1 CH2 CH3 ADD OFF CH1 2 5 4 ALT CHOP 2 ALT CHOP CH1 CH2 CH3 2 2 5 3 ALT CHOP ALT CHOP gt ALT
54. BOTH TV H A CH 3 fF 29 970RHz 2 9 HORIZ DISPLAY HORIZ DISPLAY A A B ALT X Y ALT lt oA A lt gt B B ALT 2 11 lt ALT A B 2 11 5 A 2 10 lt Y CH1 X
55. 1 FUNCTION H 1 9 6 i i 1 H 1 2 23 lt LTCK INDEP C2 2 9 lt HH 2 H 2 FUNCTION H 2 HH 2 lt TCK INDEP TCK f H TRACK HH 1 HH 2 1 FUNCTION H 1 H 2 H 1 HH 2
56. No 4 40UNC TTL 50 2 2 1 a PC gt SS om PC OOTSTROBE PC IN READY SS STROBE 1 READY 1 DATA PC READY O STROBE 1 SS STROBE 0 READY O0 PC READY 1 STROBE 0 DATA ty F b SS gt PC CIN PC IN STROBE PC OUT READY PC STROBE 1 READY 1 DATA SS READY O STROBE 1 PC STROBE 0 READY 0 SS READY 1 STROBE 0 DATA ty 58 gt 1 2 2 4 0 0 0 IDREAD xX x 1 ENDOF SAVE RECALL x 1 0 PC gt SS 1 0 0 SS gt PC 1 MAIN MEMORY 1 VRAM PC gt SS SS gt PC COMMAND READ READ 4BYTE A ot B
57. 10 div CH2 Trls 20 pF 2 pF 3 DC 60 MHz 3dB 50 1 OS 100 MHz 10 1 100 1 50 mV div 100 mV div 500 mV diy DC 100 MHz 3 5 ns 3dB Tr 0 35 TrIS THz 43 2 RC I AST PR A B i i TV TV AUTO SETUP X HORIZ DISPLAY A SWEEP MODE gt 50 mV div 50 Q 6 1 AC DC 0 EN 0 20 NN 8 3 400 V MAX 10 div 100 MHz 10 1 100 1 TV 7 3 1 5 div HF REJ 10 kHz
58. DC HF REJ 10kHz LF REJ 10kHz cre 15 2 8 3 SLOPE 1ms CH1 WAC lt SLOPE lt lt 2 8 4 LEVEL lt TRIG LEVEL amp A TRIG D
59. V 2 ea sn lt ON CHI CH2 CH3 2 5 lt lt TCK INDEP TCK f V TRACK lt V 1 V 2 V EUNCTION V 1 V 2 gt AV OFF 3 3 COUNTER A 2 8 A
60. SS 7804AP 7811AP DEF 5 2 2 EXE A 3 7811AP DEF SRDEF AUTOEXEC BAT Pen SET SRDEF C 7811AP 7811AP DEFE 5 2 3 SS_ 7811AP 04AP SR EXE I F FUNCTION IL F IF SS 7811AP 04AP IIF
61. At AV At OFF OFF 24 3 2 AV AV V 1 V 2 1 2 AV1 CH1 AV2 CH2 1 2 1 lt TCK INDEP V C1 1 f V C1 lt V 1 V 1 FUNCTION V 1 2 lt TCK INDEP f V C2 2 f V C2 RI lt V 2 V 2 FUNCTION
62. AUTO SET lt CAL CAL 2 3 AUTO SET AUTO SET MM SET DE A B A VOLTS DIV 100 Hz lt 50 MHz SOURCE CH1 CH2 2 mV lt 5 V div COUPLING DC 2 lt 7 div TV OFF VARIABLE OFF CAL SLOPE LEVEL 0 div CH1 CH2 CH3 OFF HORIZ DISPLAY A POSITION 1 TIME DIV 20 ms 20 ns div 2 5 5 2 VARIABLE OFF CH1 2 div SWEEP MODE AUTO CH2 2 div POSITION
63. 1 20000 10 8 div 5 3 8 div 2 div 8 5 30 ns 1 div 30 ns Y X CH1 Y CH1 4 DC 2 MHz 3d5 CH1 CHZ CH3 ADD 3 DC 100 kHz 1 kHz 0 1 49 51 0 6V 1 A CH2 OUT X Y AV At MAG OFF MAG ON MAG x10 500ms lt 100ns div 50ns 20ns div 2 3 A 45mV 20 50 Q 100 mV 50 Q 50 MHz 3dB 50 9 50 Q 20 At AV 0 2 div 5
64. AC DC NN GND OFF GND ALT CHOP CHOP CH2 INV OFF BW 20MHz OFF CH1 CH2 OFF CH1I ON 2 2 CI 10 mV CH1 VOLTS DIV OFF GND SO CH1 GND AC DC SOURCE 200 us SEC DIV TRIG LEVEL 4A 5 3 I N Q 1m
65. ee Reno 9 Z8 SAVE RECALL ON f BANK NUM 04 063 lt f BANK NUM nn nnn 1 4 63 0 gt 01 255 63 004 lt FUNCTION 01 255 63 004 252 4 1 2 FUNCTION
66. 2 8 3 SOURCE CH1 CH2 CH3 LINE VERT 2 8 1 COUPLING AC DC HF RE LF REJ 2 8 2 TV B0TH 0DD EVEN TV H 2 8 5 TRIG D READY HORIZ DISPLAY A B X Y 2 9 ALT SWEEP MODE AUTO NORW 2 7 1 2 7 2 FUNCTION AUTOSET 2 1 AUTO SET CAL FUNCTION FINE COARSE
67. 3 TCRK INDEEP C1 C2 3 4 HOLDOFF 2 12 DELAY TRACE SEP DELAY 2 11 TRACE SEP 2 10 CURSORS AV OFF TCK INDEP_ 1 2 1 2 1 XM AUTION FOR CONTINUED FERE PROTECTEON REPLACE QNLY FUSE OF SPECIFIDE FREQUENCY 50 60Hz_130VA UAX C FUSE i amp X20 mm T2A 250V LINE VO ANGE AC SM EE EE PWRT muI TEWT NTHLMENTE PC MADE BN 1 2 1 AC LINE INPUT FUSE 5X20mm 250V 2A CH2 OUT
68. At At AV 2 FUNCTION FUNCTION COARSE TCK INDEP C1 Vt gt C2 2 gt TCK i 3 1 At 1 At At 1 At At H 1 8 0 H 2 1 2 At 1 At V 1 V 2 1 lt TCK INDEP C1 1 f H C1 H 1 H 1
69. CH1 CH2 CH3 ADD Y X Y 18 2 10 TRACE SEPARATTON ALT 5 ALT HORIZ DISPLAY ALT lt A B A B A4POSITIONY TRACE SEP lt DELAY TRACE SEP TRACE SEP f TR SEP 5 FUNCTION B FUNCTION COARSE 19 2 11 DELAY 2 11 1 RUNS AFTER A B
70. FUNCTION FUNCTION COARSE B ENDS A RNDS A HOLDOFF HOLDOFF HOLDOFF 2 12 FUNCTION 100 B ENDS A lt B ENDS A A B 2 2 11 2 TRIG A B B 2 11 1 A 5ms CH1 DC A YN B lms AU BY lt SOURCE B B B A 2 8
71. 12 kPa 10 Hz 55 Hz 1 0 67 mm 15 45 10 cm 4 90 cm 30 SS 502A Z AXIS IN SS 502A Z AXIS IN SS 7811AP CH2 OUT BNC Z AXIS IN BNC 0 5 Vp p DC 5 MHz 4 5 kQ 20 50 V DC ACpeak _ 48 SS 0130R SS 110 0120 0130R 0131R 1MO SS_ 0130R 0131R 10 1
72. 2 Cc 1 C SS_0120 0121 0130R 0131R 49 RC 10MQ 2 12 5pF 2pF 10 1 3 DC 100MHz 2dB IEC 9 39DF 600V DC ACpeak 1 5m BNC 5 40 80 RH 5 31C 20C gt 706C IEC1010 I 2 1 1 PC gt SS SH gt PC I 0 H STROBE CC CO Do gt CS C1 pp Ot READY Co READY STRODE 12 DOWN gt Oo 5 16 17 18 25 GND D SUB 25
73. 34 5 5 1 oll f RECALL 00 011 SAVE RECALL 1 0 0P DOWN 249 UP DOWN 2 oul f RECALL 00 011 lt lt UP DOWN 21 FUNCTION 000 f RECALL 00 000 lt UP DOWN 219 1 0 2 0 8bit
74. 4 0 2 div 2 of reading 0 3 of full scale ye 2 of reading 0 3 of full scale 3 of reading 0 3 of full scale 5 of reading 0 3 of full scale 5 UL 2 Hz 100 MHz OFF 255 1 63 12 0 9 AZ AX 2 gt 30 000 H 25 C SS 1 TTL 5V 7V D SUB 25 yy No 4 40UNC _ 46 100 120 VAC 200 240 VAC 50 60 Hz 130 VA 7 5 kg 272W x 152H x 390L mml 10 95 C 0 C 40 C 90 0 C lt 40 C 20 C 70 C 80 4 20 70 TF 2 000m 79 kPa 15 000 m
75. 50Hz NORM NORM CH1 CH2 GND GND 2 7 2 SINGLE SINGLE SWEEP MODE SGL RST READY READY CHOP ALT 1 14 2 8 2 8 1 SOURCE
76. 2 5 Vac AUTO A 19 019 1 5Vac 2 5 Vac AUTO A 20 020 ES 5 Vac 2 5 Vac AUTO A WW 2 ON OFF 0 SS 7811AP 04AP SS 7811AP 04AP SS 7811AP 04AP 9 SR EXE SS 7811AP 04AP EE ESC SS 7811AP 04AP
77. 7 B0 1 BYTE ADDRESS LOWER 2 BYTE ADDRESS UPPER 3 BYTE DATA LOWER 4 BYTE DATA UPPER 2 9 1 2 BYTE OxAn OxDhn n llp No 1 9 SS gt PC 4 A D 2 Ns 1
78. 9 f RECALL 0 009 lt 9 11 011 00 011 1 1 1 A a r N rN A 7 A A A A A 7 A 7 A A N N 30 4 2 RECALL 4 2 1 PA 4 3 2 o 0k f BANK NUM 04 063 SAVE RECALL ON f BANK NUM nn nnn
79. AP 04AP V View 0 PC gt SS I SS gt PC S Sort E End SRV SRVI TMP TMPi TMP2 EW 11 95 06 13 18 50 15317 95 06 28 13 36 12397 95 07 01 13 40 14823 95 06 14 23 38 16075 95 07 01 13 28 TEST 16075 95 07 01 13 41 TEST1 16075 95 07 01 14 56 TEST2 1 fa Ya PAGEUP PAGEDOWN 4 V RETI 0 _T E 1 BSCd V
80. ION 28 amp 0123 4 5 0607789 OP h 12 LS Save f SAVE 00 012 lt FUNCTION 1 Ye 12 1 10 11Save f SAVE 00 010 lt 1 SS 2 4 2 2 00
81. LF REJ 10 kHz 9 5 div 10 div CH1 CH2 CH3 LINE VERT AC DC HF REJ LF REJ HF REJ 10 kHz LF REJ 10 kHz 9 5 div 10 div CH1 CH2 CH3 AC DC HF REJ LEF REJ NTSC PAL SECAM HDTV ODD EVEN BOTH TV H 0DD EVEN BOTH NISC 5 HH 2000 H PAL SECAM 2 HH 1997 H HDTV 2 7 CHL CH2 50 Hz 50 MHz A ALT Bs AUTO NORMAL SINGLE 2 ns div 20 ns 500 ms div 20 ns 1 25 s div 8 div ap 44 B or 1 20 ns div 50 ns div 100 ns div lt 500 ms diy II 20 ns div 50 ns diy 100 ns div 500 ms div 8 div 2 div 5 TRIG D DELAY RUNS AFTER DELAY 2 ns div 20 ns 5 ms divy 8 div 2 8 div 2 div 5 0 2 10 2 div 1 us div 500 ms div X0 005 x0 1 55 ns A 1 ms div B 500 ns div
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