説明書
Contents
1.2.
3. DC HFREJ DC NOISE REJ AC HFREJ AC LFREJ A 20zsICHI NOIBE 60 A NOISE REJ HFREJ LFREJ B DC DC HFREJ DC NOISE REJ AC HFREJ DC LFREJ P 141
4. EVEN 3 735 136 3 31 SYSTEM RS 232C 19 SYSTEM LOCAL 500059110 DS 8631 8621 SYSTEM RS POS NEG 5 LOGAL SYSTEM RS gt POS
5. DS 8631 300MHz DS 8621 200MHz 1Lattice C Lattice 831 021201 1 1 gt 5 5 EO 2 5 ES 99999096 gt
6. VERT MODE A B A A B B TRIG LEVEL WAC AC 225 D
7. _ DS 8631 DS 8621 0 550 90 RH 40 C AC90V AC250V AC100V 100V 115V 3 AC200V 200V 230V 240V AC200V 250V 3
8. en 1DIV VOLTS DIV 8 4 5 SAVE RCL 1ST 25 531 15 OO 151 152 AUTO LEVEL 1ST AUTOLV 022 TRIG TRIG LEVEL
9. 1 000 6 CURSOR ROTATION FOCUS GND SYSTEM CALIB 223 224 lt gt POWER ON TEST RUNNING SELF TEST WORK RAM ERROR SLAVE CPU RAM ERROR ROM CHECK SUM ERROR SLAVE CPU ROM CHECK SUM ERROR SLAVE CPU HANDSHAKE ERROR BACK UP RAM ERROR CPU C
10. 3 5000590 Oo 5 CH1 FG 350 1kHz 0 6Vp p 7 STORAGE MODE MAX HOLD ON MAX HOLD MAX HOLD 3TORAGE MODE STORAGE MAX HOLD MAX HOLD gt ON ON 1 Lnm MAX HOLD MAX HOLD co oo MAX HOLD leNrgRl OLD
11. CAUTION SEE THE MANUAL BATTERY DRAIN 30
12. CH1 FG 350 AM 20kHz 1kHz OR GE STORAGE MODE ENV ENV STORAGE Aliasing ENV ii STORAGE STORAGE 117 4 ENV gt 3 gt ON ON
13. 2 DE Eren sor ee SSL STOP nn 125 126 3 29 SAVE RECALL 55 i nr lo 00505910 ma SET UP WAVE DATA COMMENT UP WAVE DATA SAVE RECALL SAVE DIR EXIT SETUP COMMENT 141 171 EXIT 20 SAVE RECALL SAVE
14. RECALL 5 SET UP SET UP FROM 4 DEFAULT DEFAULT 8 lgNreRl 720 SETUP DEFAULT 1 VERT GND CH2 INVERT CALC CH2 DELAY POSITION 2 SWEEP MODE HORIZ DISPLAY SEC DIV B SEC DIV 10 SEPARATION POSITION 3 SOURCE COUPL SLOPE ALEVEL B SOURCE COUPL B SLOPE B LEVEL TVFIELD SELECT TV LINE NUMBER
15. P 141 100Hz DC DC DC aa pm 38 3 15 DC HFREJ NOISE REJ LFREJ 8298 9 9 eoooeglll 5
16. DS 8631 DS 8621 RC 6 1 10M 13pF EXT SECDIV P 54 901 no O oodd 1 80 3 6 DC AC GND L DC DC AC GND DC DC CH1 CH2 CH3 CH4
17. 1879 1946 20
18. Dro locaD remote 0 9 DS 8631 8621 GP IB 0 30 3 SYSTEM GP IB ADRS DELIM EOS DS 8631 8621 CRLF LF 3 SYSTEM GP IB ADRS DELIM
19. PERIOD MENU ON PERIOD PREV MENU 141 142 MM 22220 DS 8631 21 DS 8631 21 a OO ID
20. 123 124 127 110 112 116 110 112 116 SAVE P 110 P 112 P 114 P 116 RECALL 118 120 122 123 124 P 110 P 112 P 116 P 128 P 127 SAVE RECALL 110 112 114 116 118 120 122 123 124 127 128 RECALL SAVE P 124 LENGTH GO NOGO 72 74 76 P 77 PG P 14 P 22 AC AC
21. 4 46 3 20 EVENT TV LINE EVENT TV LINE 10 1 OFF 500 ms TT TT TT TTT TT TT TET EET TE EL icici EVENT EXTRA A EVENT 1 B P 141 B B A m
22. DC DC AC SYSTEM 1ST 00202022 GND GND DC 6 1ST 8 2 65 1M 2 INPUT IM9 5089 1ST 50g 1Mg POSITION
23. 1ST 000202202 28 1 156 749 150 CH2 VERT CH1 CH2 CH2 2ND 05 INV CH 2 _CH3 CH4 1 2 4 ON OFF R S SMODE 6 5 SAVE RCL EF i REF 1ST ON OFF 0000 2 ION OFF ON OFF CH2 1 2 CH1xCH2
24. or iPOSITION 21 Ly e 0 SWEEP e DELAY CHI DC
25. MENU 1 2 3 4 CH2 INVERT 1 1 ee 1 Co 112 2 12 10
26. 00 MEASUREMENT WAVE PARAM ENTER WAVE PARAM DISP AUTO MEAS AUTO MEAS tf 100 P P TOP BASE UPPER 10 DELAY TRACE VAR tf 1 2 1405 PH1 DC ON MENT MEASUREMENT CNAIO CH CH2 5 4 55 1005 pc WAVEPARAM EWEND 1 2
27. 2 SET UP x 2 7 0123456789 lt gt 2 ABCDEFGHIJKLMNOPQRSTUVWXYZ x 9 2KW 16KW x 17 x 129 129 8 1 e SET UP 1 2 INTEN FOCUS PROBE SENSE GP IB RS 232C 1 SET UP 32 ID SELF TEST XY RECORDER 32 LENGTH 3 29 SAVE RECALL EGALL SAV DELAY TRACE SEP WAVE DATA oO oo CH1 2 STOP
28. MEASUREMENT 2 ENTER D 1 WAVE PARAM DISP P P CHI DC1 0 2 200zsICH1 DC 0 1 2 4 gt CONDF 5 2 5 lrERI PARAM DISP 0 5 1 6 WAVEIPARN Tr Tf P P P P
29. MESUREMENT DELAY 0 VATt 1 NREASURE 200 5 4 div 4div 4 V ATt V AT t MENT MEASUREMENT ON OFF 0 V 1 V ATt 4 OFF 3 29 MEASUREMEE
30. MARGIN 95 CENT P P BASE 100 50 1 4 P BASE P 4 div 352222 mimiwi_ Iwimim MEASURE MENT 99 AV ATTACH DELAY TRACESEP MM tr 4 MEASUREMENT WAVE PARAM ENTER WAVE PARAM DISP
31. SAVE RECALL SAVE SAVE SET UP WAVE DATA FROM 5 RECALL SAVE RECALL SAVE 4 SAVE SAVE 9 gt SET 4 WAVE DATA WAVE DATA FROM
32. 000 00 0 HHHIHIHHHHHH 0000 000 0 HHIHHHWHHUHH 5 25 3 HPOS 2 1 scRL ll HPOS 10 1ST 1ST 763 LENGTH 2K 16K 764 STORAGE 1 0 STORAGE MODE ON OF 002025 INDEX
33. x10 1 10 CH2 VOLTS DIV IVORY VARIABLE _ 1 1 2 5 CALIB VOLTS DIV 1 i VARIABLE x10 10 VARIABLE 10 1 gt VARIABLE VOLTS DIV SS 082R P 141 CH1 CH2 CH3 CH4 29 CH3 CH4
34. x 10 eMAG x 1 MAGx10 5 56 3 25 0 lt 21 o 10 Oo 5 GO NOGO COPY MEASUREMENT SAVE RECALL SYSTEM EE STORAGE MODE AVG MAX HOLD ENV EQ SAMPL ROLL CH1 MEM ADV LENGTH VECTOR INTPLT SMOOTHING GO NOGO EXECUTE EXIT GO NOGO
35. 213 214 55 w 205 AA 0 0 12 222 82 _AV X AV Y 2 SG 4111 CH1 1kHz 0 7Vp p CH2 1kHz 1Vp p DS 8631 8621 ppnnnnn Innn CH1 CH2 VERT MODE 0 2V div 0 2V div CH2 2 181 1 2 AV 9 1 X Y 4 V X 0118
36. i NTEN 20 3 5 INPU 262980 5000501 INPUT INPUT CH4 EXT CLK _ CH2 CH3 400V SS 082R 600V 500 5 V RMS 50V 1 0 5W SS 082R CH2 CH3 10 1 GND
37. A VARY AUTO MEAS UPPER CHI t 2 90 90 42 im VAR 80 AUTO MEAS LOWER LOWER 1 10 10 LOWER 20 3 16 fgNrERI tr 1 1 iTRACE CD
38. IC 0
39. 3 31 SYSTEM O_ GO hl 1 2 ooooeollO DS 8631 8621 ROM SYSTEM SYSTEM MENU NEXT P ON TEST OFF ON SYSTEN 1L SYSTEM ENre NEXT 4 P ON TEST P ON TEST OFF ON 6 ON BACK UP RAM OFF P ONTEST PREV MENU
40. CONDF TION ms 81 92 621 1 i L 1 1 ICHI 110 7 MENT OFF ENTERI PARAM DISP AMPLP PfPWtrtf tf tf AUTO MEAS 100 100 gt TOP BASE 40 AUTO MEAS UPPER UPPER 90 VAR
41. a MEASUREMENT WAVE ENTER 1 2 WAVE PARAM DISP AMPL AMPL 2d0zsICH1 DC V AMPL 2 4 WAVE PARAM _ WAVE PARAM 1 2 5 gt CONDE TION 5 lgNTERI 9 PARAM DISP PARAM 5 AMPL f PW Tr Tf ho 1 AMPL AMP
42. CH1 SG 4111 o_ Se 1kHz BEg 552 0 6Vp p oooooO 9 5 55 MESUREMENT V RATIO 1 2 3 ENTER 1 DITION DITk 2 4 V RATIO 200 5 V RATIO ENTER KEY SET REFERENCE 86 1 0 2 ENTHR SET At41 40hs 6 260 Ho 8 200 5 3 gt
43. 3 RECX NOGO RECY SYNC GO NOGO STRG STOP PLOT OUT SAVE ON GO NOGO GO NOGO EXECUTE 0089 iao Noeo 140 8 97 4 GO NOGO EXECUTE EXECUTE GN GG NGGG 3 gr GO NOGO 3 26 GO NOGO EXIT 900 o Oo Oo Oo GO NOGO EXIT GO NOGO GO NOGO EXIT
44. 10 5 0 4 STRG STOP OFF ON e OFF gt ON ON 100gS STRG STOP ON GO ANY GO NOGO 9 GO NOGO ANY GO STRG STOP STRG STOP OFF ON 2 OFF 3 26 GO NOGO U 42 5 PLOT OUI 5 0 GO NOGO
45. EOI EOI 4 1 REN HIGH IM 2 3 2 1 REN HIGH 173 eP lB RS 232C GP IB _ _ SRQ SRQ 50Q
46. EXT 5ns div 20ms div 1 2 5 21 sample sec 5ns div 2 gs div 20 5 gp s div 0 5s div 100 95 188 5ns div 0 5s div 100 lgs div 0 5s div 100 95 1818 0 1 104 CH4 B 20MHz 1 14 AD 7 8 th GO NOGO 232 8 382 divy 200MHz CH1 1 100MHz sample sec 2 20MHz sample sec 8ns 50 sample sec 1024 X4 2048 x4 16384 x2 16384 1024 2048 1024 Xx8 2 2564 2 255 co CH1 C
47. e SS 0071 P 141 37 3 15 SEEES iCOUPL dg 5 00005510 O AC DC AC DC 20 5 A C B rr aa 2 C eAc DC DC
48. 4 CMTR CMTW CMNT CMNT CM CMDOUT 620 490 C RS 232C gt 209 210 500 510 520 530 540 550 560 570 580 590 600 610 620 630 640 650 660 670 680 690 700 710 720 730 740 750 760 770 780 790 800 810 820 830 840 850 860 870 880 890 900 910 920 930 940 950 960 970 980 RS 232C initialize OPEN 81 AS 1 COLOR 5 RS 232C PRINT PARITY NON PRINT BIT LENGTH 8 STOP 1 BIT PRINT X PARAMETER 5 COLOR 7 FOR 1 0 3500 1 RETURN Command Output
49. GND GND CH1 CH2 CH3 CH4 20 7 92 AC CAL GND CH1 CH2 4 GND GND 21 37 CH1 CH2 1 9 509 Ea 50 DC INPUT SS 082R 50
50. POSITION 0 7 0 8 7 8 POSITION DELY B A x 0 2 10 2 division L 5 DELY NR3 2 HOLDOFF 0 100 0 0 HOLD HOLDOFF NR3 A B 0 100 0 E 7 2 A B NR3 185 WSGL 1 SKEWLJNR1
51. 5 2 1 AUTO SET CALIB 0 5 oT 8 1 0 SRQ SRQ 1 1 0 50Q 1 1
52. RS 232C 20kbit sec DTE 15m 50 RS 232C 25 25 D SUB EIA 300 600 1200 2400 4800 9600 3 SYSTEM BAUD BIT 8 7 3 SYSTEM BAUD NON EVN ODD 3 SYSTEM PARITY STOP BIT 2 1 3 SYSTEM
53. SAVE RECALL SAVE INIT SAVE RECALL SAVE RECALL 4 SAVE INIT INIT lgNrERI 3 30 COMMENT COMMENT OFF ON COMMENT COMMENT ON OFF 4 COMMENT 209 gt OFF ON ON
54. DELETE DELETE SET UP SET UP WAVE DATA COMMENT NrmRl 127 128 3 29 SAVE RECALL INIT mo 258 28380 50002910 O SET UP WAVE DATA
55. 15 20m 3 IEEE 488 JIS 1901 EMC GP IB e GP IB GP IB ON OFF 172 GP IB RS 232C IEEE std 488 1978
56. 17 3 29 SAVE RECALL RECALL 10 o 5 gt gt gt SAVE RECALL SAVE RECALL SETUP SETUP FROM INT RAM 3 RECALL ON SAVE RECALL 4 SAVE RECALL RECALL gt SET UP 118 2
57. 5A 250V P 243 DS 8631 8621 CH1 CH2 CH3 400 CH4 MG SS 082R 600 5VRMS 50V 1 0 5W CH1 CH2 509
58. gt RECALL SAVE RECALL SET UP WAVE DATA gt 2 SAVE RECALL RECALL 4 SET WAVE DATA WAVE DATA TO vyv gt
59. AC DC 2 GNDON GND CH3 CH4 2 22 DOFF DIRV STDF PR12 2 gt AC DC P2 GNDON GNDOFF CH3 VIM DIRV 1M 500 CH3 CH4 VIMP2 DIRV STDF PROB DIRV STDF CH2 CH2 STDF ON 181
60. B A P 141 45 3 20 EVENT TV LINE oO 59 10 OO BURST 9 EE EVENT DELAY BURST A EVENT B P 141 B B A B A
61. BASE i MEAS UPPER 90 LOWER 10 4 div 32227 mimimi timi o_ gt 000000 CH1 CH2 SKEW CH1 CH2 SKEW eCHI FG 350 1kHz 0 6Vp p CH2 099050 1kHz 0 6Vp p 3 28 MEASUREMENT MEASUREMENT SKEW ae 5 KBW ron AUTO MEAS CHI RISE CHLFALD RE PALL NSE CI RO P TOP BASE
62. CH1 0 nn 89 ga O SEEE J ieOUPL oo Fm TV V TV LINE UL lt OFF TV LINE P 141 49 BBclao 5 7 5 555655110000 3 21 POSITION DATA POSITION POSITION POSITION BaTA POSITION 7 4
63. SAVE RECALL 1 5 SETUP 1 gt INDEX 27 LAT ASCI 62 552 vi 5 55 1 0 77 2
64. 47 48 3 20 EVENT TV LINE MISSING 0 000 1 IEVENT TV LINE CHIHDC 0 87 MISSING A e B EVENT B A P 141 5 A B A PT TT TT TI TT TT TTT TT TT 2 3 20 LINE 000025 Oo 5 TV LINE
65. on TkHz EE 6mVp p 00 6 5 DELAY 15222222 SMOOTHING SMOOTHING gt ON ON 19 SMOOTHING SMOOTHING SMMOOTHING 10 jpNrERI 5 ING SMOOTHING STORAGE STORAGE OFF 69 70 3 26 GO NOGO o_ol E 1 oo aad 2 8289 0605020110 O
66. DS 8631 DS 8621 1 2 ee 1 DS 8631 DS 8621 1 1 DS 8631 DS 8621 1 2 SE 500 1 SS RS pa 2 222 2 212222 2 2 1 DS 8631 8621 e e SN DO CHs ICEES
67. GO 9 5 GO NOGO 76 3 26 GO NOGO 7 o o GO NOGO V AT AMPL 5 PARM V ATt P P DELAY GT LT IF READOUT 15 IF READOUT 15 O NOGO RAO EQ 4 IF READOUT IS GT EQ LT GT EQ LT gt GT greater than EQ equaD LT lessthan
68. ON ON INTEN PT NTEN WAVE SINGLE AUTO CO wy s WINTEN SCALE INTEN READOUT 1 9809 CU FOCUS
69. 998 DELAY 3 4 2280 UI 9 oO GO G SAVE 4 gt gt gt gt gt SAVE RECALL SAVE SAVE SETUP SET UP RECALL SAVE RECALL 2 2 Lf2 SAVE SAVE SET UP SET UP
70. 1 2 CONDF TION 20 EHHIDC 21 IDISP 0 VAR OWER 109 VARG37 500 25 1 1 8 OFF 05 PARAM DISP f PW tr tf PW AUTO MEAS100 100 TOP BASE 0 7 AUTO MEAS CENT j0 VAR 2 MIVAR70W
71. OFF OFF CURRENT 129 3 30 COMMENT COMMENT CLEAR 6 50055691110 COMMENT COMMENT COMMENT CLEAR COMMENT gt CLEAR CLEAR lgNreRl COMMENT OFF ON mmm wm op eeem
72. 50 NOT WITH 502 INPUT SS 082R 1MS 22 OFF 1 MG 5 OFF 50 INPUT 1MQ OVERLOADED AND 3 8 POSITION AUTO
73. REF 3 744 ID 2 ID 1D 52910 TX ID RX ID TX ID ID DS 8631 8621 2 ID ID mr ID ID ii gt 2 6 ID 2 00 79 553
74. 167 INDEX 8 2ND 00 COMMENT COMMENT 00002 4 rr INDEX 2 168 SYSTEM DATE ADJ es 769 170
75. 0 560666660IO CH1 CH2 2 2 CH2 G 4111 1 Hz 0 4Vp p 050 ue aa CALC 2 CALC 0 4 CH1 CH2 CH1 CH2 1 0 2 7 2 0 2 CH2
76. CMDOUT PRINT 1 CMS RSP INPUT 1 1 RSP ASC RSP R HEX RSP PRINT Output Command COLOR 6 PRINT CM 7 Transfer Error CLS COLOR 2 Error RSP COLOR 7 RETURN COLOR 2 recieved CM ERRN COLOR 7 RETURN Function Key KEY 0 KEY GOSUB 2 IF IKEY 0 800 OFF RETURN 1 RETURN 2 2 RETURN wave transfer CLS CH2 OFF GOSUB CMDOUT CM SWMD SINGLE GOSUB CMDOUT 5 CH1 GOSUB 500 620 630 690 700 740 750 800 810 920 930 1190 RS 232C NAK 520 530 590 610 62
77. 31 3 12 SWEEP MODE HH AU 1 AUTO 1 SeessglIO 7 TRIG TRIG LEVEL AUTO SWEEP TRACE DC SWEEP MODE AUTO CAL CAL 48Hz 32 3 12 SWEEP MODE Es 6 O Bo ED 0 0 5 5
78. 7 MEASUREMENT WAVE PARAM ENTER WAVE PARAM DISP AUTO MEAS CENT AUTO MEAS p_p TOP BASE 100 AUTO MEAS MARGIN 5 OFF a A 02s WAVE 1 2 COND TION A 2 zsEHHDC 10 WAME Mi MENT OFF ENTERI 2 WAVE PARAM DISP AMPLP PfPWt
79. 2 24 1 9 70 50 Q VAR 70 AUTO MEAS 1 5 5 e MARGIN 3 MARGIN Evem PW e 1 2 1 2 CT Lukbiurikk
80. 7 5521 7 12 2 0 39 0 197 SYSTEM PTSTLON OFF P ON TEST ON OFF PTST TEST ON OFF STDF 88 99 2 1 10 3 1 31 2 2 NR1 2 20 5 A 27 9 gt L N ADC 798 SYTEM SRQELINRI SRQ 500
81. 1 E Y B 217 80 TE ooo SKEW ADJUST 2 CH1 CH2 L SKEW 2 CH1 CH2 SC 340 FAST RISE es CO oo 70 7 SEC DIV 5ns div PST 5ns div RE on
82. 4div 1 At 1 At1 At 1 2 At 16 2 1 1m ieEAY DAY 4 dv 0 88 90 30 500020110 1 CH1 SG 4111 1kHz 0 8 col O
83. MENU Ee NEXT DATE ADJ lt lergRI COMMENTOFFON 0 P 129 DATE ADJ PREV 139 9
84. 0 8 7 8 178 200zs DATA POSITION 7 8 DATA POSITION P 141 hh 50 3 22 HORIZ DISPLAY A HORIZ DISPLAY A A 52 3 22 HORIZ DISPLAY TRACE SE ALT B Fm 8 B ALT A B
85. pm 730 3 30 EDIT 777 550550110 COMMENT XY COMMENT COMMENT COMMENT EDIT 3 gt ON ON C CUR 14 CHARA EDIT OFF ON CLEAR
86. 00 lgvrERl lgNrERl 2 SET UP x 2 2 LENGTH 1KW x 9 2KW 16KW 17 17 6 0123456789 lt gt ABCDEFGHIJKLMNOPQRSTUVWXYZ 8 SET UP 1 2 1 SET UP 32 32 LENGTH 1KW 14 2KW 16KW 7 1 32 x129 5129
87. op ser SINGLE CAL READY SGL ss CH1 CH2 2 6 MAX HOLD 1 2 CH3 CH4 2 1 7 3 1kW ch 50 A CH1 CH2 CH3 CH4 CH1 CH2 A CH1 CH2 BB
88. 9 4 2 CH2 FALL CH2 RISE CH2 FALL w AUTO MEAS 100 100 9 gt TOP BASE AUTO MEAS CENT CENT 43 50 VAR 50 A 70 245 AUTO MEAS 16 4 59 VAR 5 1 1 19
89. 90 19 VAR 80 AUTO MEAS LOWER LOWER 10 e LOWER 20 16 re tf e 19 1 TRACE 49 2 1 1 2 bobo lt TOP BASE P
90. 1 2 1 2 TCK 1 2 1 2 216 0 0 H 1 2 1 2 V Y TRACESEP 8 DELAY 091 8 1 2 D 2 V Y A 4918 2 9118
91. LENGTH LENGTH 1k 16 2k 8 MEMLADV ON MEM ADV MEM ADV ISTORAGE STORAGE MEM ADV MEM ADV ON ON MMEM ADV STOP Ss STOP POSTRON 2 2 MEM ADV 65 66 3 26 STORAGE MODE TORAGE O CE 00
92. 0 NrERI OFF 1 2 2152 NRN ENV NRN 62 3 26 STORAGE STORAGE 000520110 5 5 EQ SAMPL 20SPS 5 Sr
93. ALT A B ALT B 0242 6 X Y 767 SEC DIV _ SEC DIV A 2ND ALT BB TRIG AFT DLY 1ST B B 9 B SEC DIV B 762
94. CH A 5my 96 200zsICHIFDC 0 lgrERl AMPL 1 1 49 2 10 1 2 AMPL 4 OFF 4 div IATTACH rvg 97 288 5 550000110 5 5 P P
95. STOP F1 IKEY 1 F2 IKEY 2 7 CH2 OFF SINGLE 211 990 INPUT 1 WINF 1000 FOR 1 0 1023 1010 MEMR 1 0 1 1020 LOCATE 0 3 GOSUB 1030 INPUT 1 1040 1 1050 PRINT WAVE 058631 9801 1 1060 CM MSTW GOSUB CMDOUT 1070 PRINT WINF 1080 FOR 1 0 TO 1023 1090 CM MEMW 2 0 5 8 1 1 1100 LOCATE 0 6 GOSUB CMDOUT 1110 PRINT 1 1120 RSP INPUT 1 1 RSP ASC RSP R HEX RSP 1130 NEXT 1 1140 PRINT WAVE SEND END PC9801 gt 058631 1 1150 CM INMD 2 GOSUB CMDOUT 1160 PRINT F1 Again 1170 GOSUB 1180 IF IKEY 1 THEN 1170 1190 RETURN 1200 END 212 1000 1040 1050 1060 1070 1080 1130 1140 1050 CH2 ON 1060 1190 CMTW 10 15 10 5
96. FOCUS TRACE ROTATION ROTATION CAL CAL 7 DS 8631 8621 22 2 CAL CH1 oi od 2 982589 SS 082R CH1 CAL 240ms 4 SET AUTO SET AUTO SET COMPLETED
97. LF CRLF SP 1 SP e 255 177 GP IB RS 232C GP IB 5 232 NR1 NR2 NR3 STDF STDF ASCI NR1 NR3 STDF lt NRI 2 NR2 a 0
98. 000 202 CH1 CH2 CH3 LINE COMB 2 8 LASCH 1ST 229 AUTO 24 42 1ST 2 DC HFREJ DC NOISE REJ HFREJ AC LFREJ TV H TV V FIELD 154 1ST 2ND TRIG AFT DLY 1ST 755 TRIG LEVEL SE 2ND
99. 2 1 RATIO 4 OFF 200zs 1 4 div 1 2 1O1 LT DELAY 8 91 1 oom De O ES 3 9 o o 0 AV At 5 el MESUREMENT AV At
100. 98 20zsICHIFDC 0 1 2 P P Ee 2 1 P P OFF mm nm mn mm ATTACH J 4 div CO 99 100 910 3 28 MEASUREMENT SEE AT f f
101. 1 EQ 3 15V FREADOUTIS 961 1 9 4 THEN GO NOGO oco 25 GO NOGO 4 9 5 GO 77 78 3 26 GO NOGO STRG STOP 316000 GO NOGO GO NOGO iGO NOGO 4 6 STRG 5 STRG STOP ON GO NOGO ANY OFF ON GO NOGO
102. ROLL SEC DIV 100ms lt 500ms div LENGTH 1k CH1 FG 350 10Hz 0 6V 25582390 1 STORAGE 5 ROLL ON ROLL ROLL TO STORAGE ROLL ROLL 9 ON ON 4 lgNrERI ROLL
103. smT VERT MODE AUTO SET CH2 INV VOLTS DIV 1 gt 7 div 1 kHz 100MHz HORIZ DISPLAY SEC DIV 2ms lt 5ns div 2 5 5 x10 MAG OFF LENGH AUTO SET AVERARGE OFF ENVELOPE OFF ROLL OFF Measurement OFF AUTO SET TRIG SOURCE CH1 CH2 CH3 TRIG COUPLING DC TRIG SLOPE AUTO SET ATRIGLEVEL AUTOLEVEL SET P 23 AUTO SET ERROR AUTO SET READOUT WAVE AUTO SET AUTO MTEN SET COMPLETED
104. SFP 3A 2 CAL 10mA 1 kHz LINE INPUT FUSE HOLDER 5 A 250V RS 232C RS 232C EIA Electronic Industries Association DTE Communications Equipment 05 8631 8621 IEEE 488 1978 3 2 CAL ikHz 0 6V CAL ik
105. 0 5 LU ES VAR 2 4 OFF PARAM 100ns WAVEPARAM 1 2 1 1 1 1 1 2 gt CONDH TION 1 10 2 4 104 gt PARAM DISP 7 AMPL f PW tr tf 0 21 PARAMH tr etr AUTO MEAS100 _ 100 9 gt TOP BASE
106. FROM REF gt TO 4 Y REF 0 lgvrERl 115 3 29 SAVE RECALL EXE 5 DELAY TRACESEP 9 55502510 XY COMMENT COMMENT COMMENT SAVE RECALL SAVE SAVE SET UP COMMENT COMMENT RECALL ON SAVE RECALL
107. P ON BACK UP RAM 137 3 31 SYSTEM CALIB 00505910 A D MENU NEXT CALIB NEXT BSL GAIN ADC CALIB SYSTEM LOCAL 2 MENU Ere 4 y CALIB MENU Ete 6 gt AUTO CALIB BAL GAIN ADC BAL GAIN A D ADC
108. 3 178 GP IB RS 232C GP IB RS 232C ASET AUTO SET INMDLiCH1 OFF 2 ADD CH3 MULT CH 4 INMD ON OFF STDF lt P1 gt lt P2 gt lt 3 gt P5 gt ON OFF P2 CH2 ON OFF CH3 ON OFF ON OFF P5 ADD ON OFF OFF OFF ADD CH1 CH3 CH2 CALC 4 2 Ci VDIV VVAR VVAR VPOS 5 VCPL VCPL 179 gt mmm my mm ow TT 2 STDF lt P1 gt lt 2 gt lt P3 gt lt 4 gt P1 REF1 ON OFF P2 REF2 ON OFF P3 REF3 ON OFF P4 REF4 ON
109. INPUT FUSE HOLDER 502 20mV div 30 3 dB 100 2 508 20 RECX NOGO X 0 1 6V 20 509 20 2 mA 1 kQ NOGO GO NOGO GO NOGO 0 0 5V 500 20 NOGO 5 1V 500 20 2 mA 3 kQ Y SYNC Y 2 V 20 50 20 2 mA 1 2kQ SYNC GO NOGO SYNC NO SYNC 5002 20 0 0 5V 509 2096 2 mA 3 kQ PEN UP 5 1 0 0 5 5V 2 1kQ 5 AAA TRIG OUT TRIG D ON 0 0 5V OFF 5 1V 4709 PROBE
110. OUTSIDE 4 WAVEEXISTS 9 MY 14045 7 THEN GO NOGO ek GO NOGO GO 19 1 1 118 1 1 2 10 100 73 74 3 26 GO NOGO 05055010 O 2
111. DELIM ADRS LOCAL OL SYSTEM ADRS 0 ADRS 3 4 gt DELAY ADRS 7 00 30 DELIM DELIM CRLF LF LOGAL SYSTEM DELIM 3 gt CRLF LF CRLF LF 133 134 3 31 SYSTEM Oo SYSTEM LOCAL lo DELAY BAUD BIT 555555910
112. NTEN 0 READOUT SCALE 026 WAVE 3845 READOUT SCALE 8 INTEN RTEN 7 WAVE READOUT P 141 SCALE NTEN ASTIG FOCUS TRACE ROTATION FOCUS ASTIG
113. as OFF POWER ON OFF ON RUNNING SELF TEST OFF _WAVE INTEN READOUT 5550 WAVE READOUT SCALE WAVE S
114. 3 18 CH1 FG 350 0 6V SWEEP MODE CONT SWEEP SWEEP 1 ms START 1 kHz STOP 2 4 kHz ASS HOLD OFF 0 33 2 15 0 330 2 79 LEVEL 2 SN HOLDOFF HOLD OFF 43 44 3 19 DLY TRACE SEP HORIZ DISPLAY ALT B
115. DS 8631 8621 BAUD SYSTEM BAUD SYSTEM BAUD NG BAUD 300 600 1200 2400 4800 9600 BIT SYSTEM 7 8 15 LOCAL SYSTEM BIT 8 7 8 7 3 31 SYSTEM
116. 580 MESUREMENT RATIO 1 2 3 1 2 2 4 2 RATIO 200zs t RATIO ENTER KEY TO SET REFERENCE 1 1 1 1 1 191 1 2 1 KEY SET REFERENCE 360 100 DELAY ws 1 8
117. READOUT READOUT gt ON OFF 200gsICH1 DC 2 2 PLOTTER EXECUTE READOUT vy COMMENT ON OFF SCALE SCALE 3 5Ins 2 Hz 10 2 gt FULL HALF OFF PLOTTER PLOTTER IF lt gt PL TTER CE 19 P B
118. tf CHI CH2 SKEW GT LT IF READOUT IS IF READOUT IS GT EQ LT 961 GO NOGO 4 IF READOUT IS GT EQ LT GT EQ LT gt greater than EQ equaD LT less than EQ 1MHz IF READOUTIS 1 1 DELAY 1 Lm 9 4 101 42 THEN GO NOGO
119. 36 3 14 A B HH SOURCE COMB 000026010 O 55 0071 COMB PROBE SS 0071 2405 lt A soumeg Ly COMB 200 ms gt SOURCE cs B SOURCE 0 42 Ly COMB
120. 39 3 15 2 Ce TV V TV H 4 590059010 CH1 9 FEEL TvV7 TV H 42 2 A A TV V FIELD TV H TV V TV H HI AE L TM V A
121. ALT A B HORIZ DISPLAY ALT B ALT B ALT B ALT TRACE SEP B B A HORIZ DISPLAY B 3 22 HORIZ DISPLAY 4 Y CH2 CH3 CH4 CALC REF1 Y REF1 REF2 REF3 REF4 SG 4111 1 1 kHz
122. f DELAY 1 1 8 g 2 1 1 2 TOP BASE IATTACHI 4 BASE M
123. 1 20101 MEASUREMENT 4 L AV At A AV 6 1 92 2 200zsICHi 4 AV At WWEASURE WENT MEASUREMENT A
124. 165 MEASUREMENT 55 6 8 MEASUREMENT iMEAS 2ND MEASUREMENT 1ST 2404 J 2ND MEASUREMENT Op 1ST ICUR1 wm 1 FR 1 1 i 9 2 PBEeT 8 2
125. XYREC NEG PEN DOWN gt 284 Hz 3 XY SCALE HALF SCALE SCALE FULL SCALE 84 3 28 MEASUREMENT MESUREMENT AV AV hr 1 ll 1 2 AV AV
126. 1 1 4 PEAK 2 PEAK Eve 100 0dB 0 3Vp p OL 19 1 D PEAK TRACESEP 19 2 C PEAK V RATIO OFF 1 2 ATTACH LRHJ 18 4 div Lf 87 3 28 MEA
127. SS 2 SET UP x 2 0123456789 lt gt x 2 LENGTH 1KW ABCDEFGHIJKLMNOPQRSTUVWXYZ x 9 2KW 16KW x 17 x 129 5129 8 SET UP 1 2 1 SET UP 32 32 LENGTH 1KW 14 2KW 16KW 7 114 1 32 13 3 29 SAVE RECALL DooEcc8o SAYV SAVE REF EE 00550010 REF SAVE SAVE REF
128. MEASURE 8 8 2 MENT 1 2 MEASURE MENT TOP BASE 1 BASE AUTO MEAS UPPER 90 LOWER 10 4 div 3 28 MEASUREMENT 5 TEASURE WAVE PARAM PB oo tf ET tf
129. SET UP ES 7 i SR 2 lt AMP NrERI grel 1KW 14 2KW 16KW 7 1 832
130. 0 5W 1M CH2 400 SS 082R 600 1 64 DS 8631 DS 300MHz 50Q DS 8621 DS 200MHz 509 15 0 1div hour 1mV hour CH2 10mV div 50 1 1kHz 15 1 20MHz 0 1V div 0 5V div 2 4 1 3241 10 lt 35 lt 6 1 32div 0 50 2 55 0826 509 DS 8631 DC 300MHz 3dB 10 35 lt DS 8621 DC 200MHz 3dB 10 35 lt lt gt AC 10Hz 50Q 10 35 12 1kHz 1 5 7 1 1 5 16 2 SS 82R 10 0 206 13 2 400 SS 082R 600 229 1 1 2 10 2 20 2 0 6div 1 2div 20 100 2 1 7div 1 7div 100 2 300 200 MHz 2 2div 2 7div 10 35 DS
131. HORIZ DISPLAY ALT SEC DIV 2500 5 SEC DIV 250 s 190 A B SEC DIV SEC DIV P 54 HORIZ DISPLAY B B TRACE SEP 3 20 EVENT TV LINE 2 IEVENT TV LINE COUNT 500zs ICH COUNT A EVENT
132. SEC DIV Acr HORIZ DISPLAY ALT B B 5 EC DIV B x10 POSITION SEC DIV P 55 CH4 EXT B P 42 3 24 aa POSITION 10 10 POSITION 13
133. RECALL WAVE DATA P 124 SAVE RECALL SAVE SAVE SET UP 3 TO REF REF SAVE RECALL SAVE RECALL 02 SAVE 4 SAVE SAVE 5 gt SET UP REF4 REF 4 REF1 REF2 REF3 TTYTTITTY3 Ce REF FROM TO gt
134. 235 236 1 1 8 1 1 9 DD MMM Y YHH 55 2 01 31 3 JAN MAR APR MAY JUN JUL AUG SEP OCT NOV DEC 2 0 19 88 99 2 00 23 2 00 59 55 2 00 59 6 11 240 lmlelmlslrlolylwlzlY1z1 64 POWER OFF 40 000 7 8divx10div 1div 12mm 18kV 90 250 48 2 440 2 145W 100V AC 1 2 1 2 1 1 2 2 320 2 W 160 2
135. 3Vp p ICE SS omo dHB XX CH1 Y CH1 HORIZ DISPLAY X Y VERT Y CH2 CH3 X Y 0 5V div CH1 CH2 lt AB 53 45 SEC DIV 5 KEN EE D loW ok PAST 12 SEC DIV SEC DIV A
136. CM RSP 1 RSP NAK 16 15 NN ERR N ERR CM ERRNY 240 16 6 ERR 710 52425015 4 C OO 12 420 360 Fi 820 IKEY IKEY 1 F1 IKEY 10 F10 IKEY 0 F1 320 RS 232C
137. STORAGE MODE VECTOR ON VECTOR VECTOR STORAGE STORAGE 0 VECTOR VECTOR gt ON ON 220 NTERI VECTOR 8 VECTOR OFF 67 68 26 STORAGE L MO 5 od TPLT 25 00002910 INTPLT 2 LIN SIN
138. 166 SAVE RECALL SAVE COMMENT COMMENT COMMENT ER i INDEX mm mm 1 2 SAVE SAVE 2ND SAVE PECALL SAVE SETUP RECALL COMMENT 2 2ND G
139. STORGE STOP PLOTOUT DATA SAVE COPY PLOTTER XY RECORDER MEASUREMENT RATIO At A1 t AV At WAVE PARAM AMPL p P f Tr Tf CH1 CH2 SKEW CH1 CH2 SKEW FROM SAVE RECALL SAVE SETUP WAVE DATA REF COMMENT SETUP INTRAM LAST ACOQ OFF WAVE DATA COMMENT DIR EXIT DELETE INIT COMMET COMMET OFF CLEAR EDIT 57 58
140. gt 2 0 0 OUT GNJP PLOT OUT STDF lt P1 gt lt P2 gt P1 ON OFF P2 GO NOGO GNJDLiON GO OFF NOGO ANY DATA SAVE SAVE STDF lt P12 B22 ON OFF 2 GO NOGO COPY COPY PLOTLWAVE ON PLOTLISCALE FULL OFF HALF RE AD OFF CMNT PLOTTER OUT EXECUTE PLOT PLOTTER OUT EXECUTE STDF lt P1 gt lt P2 gt P1 WAVE READ CMNT SCALE P2 OFFO FULL HALF 191 192 PLOTTER PLIF PLOTTER STDF DMPL DUMMY PLOT 5 XY REC MEASUREMENT V AV V RATIO V RATIO At VT tt A
141. CH1 CH2 DELAY 19 CH2 CH1 5ns div SKEW ADJUST B SKEW HORIZ DISP B 5ns div SKEW 218 CH1 CH2 2 CH1 CH2 SC 340 1kHz 0 8Vp p ITVT REF2 1 REPT REF2 CH2 0 2 2 10 219 220 MHR JR Me 2 7 2 222 _
142. CELV AUTO MEAS CENT lt STDF gt STDF VAR DEF NRI VARIABLE DEF AUTO MEAS MARGIN 2 VARIABLE 0 lt 99 AUTO MEAS MARGIN lt STDF gt lt NRI gt STDF VAR DEF NRI VARIABLE 194 MEASURENENT UPLVLiIVAR NR1INR21NR3 DEF AUTO MEAS UPPER 2 VARIABLE 7246 1 9996 AUTO MEAS UPPER lt STDF gt STDF VAR DEF NRI VARIABLE LOL R AUTO MEAS LOWER 2 VARIABLE 1 99 0 LOLV AUTO MEAS LOWER lt STDF gt lt NRI gt STDF VAR DEF VARIABLE CH1 RISE FALL CH1 FALL RISE CH2 RISE FALL CH2 FALL SKEW FROM EDGE SKEW FROM STDF 795
143. SET UP SET UP FROM 6 gt FROM INT INT RAM gt 4 vy lvrggl ES 119 3 29 SAVE RECALL SET UP SAVE 00900990 Oo 50 DEFAULT SAVE RECALL SAVE RECALL SET SET UP FROM DEFAULT DEFAULT RESALL SAVE RECALL
144. 1 OO 10025 TSI 1 FEGO EGO 0mVIAt 4 251 gs THEN GO NOGO ek GO NOGO 9 NOGO 6 8 1 1 lg 2 1 100 75 3 26 GO NOGO O_O mim mimi oO oO GO7NOGO 7 PW tr tf CHI CH2 SKEW MEASUREMENT
145. 20mV div 30 500 8189 100 2 3dB 500 20 TRIG D 0 5 TRIG D 5V 1V 4700 20 233 234 RECY SYNC SYNC PEN UP GP IB RS 232C XX 1 6 20 500 20 2mA 1KQ GO NOGO GO NOGO GO OV 0 5V 509 20 NOGO 5V 1V 500 20 2mA 3KQ Y 0V 2V 20 500 2006 2mA 1 2KQ GO NOGO 500 2096 2mA 3KQ 5V 1V 0V 0 5V 1MQ
146. 3 31 SYSTEM WIRELESS DS 8631 8621 10 0006050 5 5 2 1 4 WIRELESS 5 LOCAL 3 NrEml NEXT 4 WIRELESS 5 i 0 79 DELAY i P145 5
147. 5 232 80 80 5 PARITY STOP BIT sssssgllo o oo DS 8631 8621 ne PARIT SYSTEM PARITY NON EVN ec 1 SYSTEM PARITY 4 gt NON ODD STOP BIT STOP BIT 2 1 SYSTEM DY STOP BIT IE gt 2 1
148. CAL AUTO 5 VERT MODE AUTO SET CH2 VOLT DIV 3 div 1 5div 934 91 VARIABLE AUTO SET GND OFF HORIZDISPLAY SEC DIV 2ms5ns div 2 5 5 x10 MAG TRIG SOURCE AUTO SET INTENSITY CHL CH2 CH3 A TRIG DC A TRIG SLOPE AUTO SET A TRIG LEVEL AUTO LEVEL LENGTH AUTO SET OFF ENVELOPE gt ROLL 5 Measurement OFF 456789 _ 5 MM 341 CH2 oO NO 124 LTPROBE POWER TRIG OUT INPUT OUTPUT CH2 OUT 2
149. OFF AV AV 4 div 4div V 1 2 2 1 DELAY BEEAYY 0 EN DELAY p 85 3 28 MEASUREMENT 580 cm ao V RATIO 6 ooooeollO
150. RS8 232C HP GL HP 7400 IEBEE488 1978 SH1 5 14 SR1 RL1 1 2 7 8 1 2 300BPS 600 5 1200BPS 2400 5 4800BPS 9600 5 1 1 7 V RATIO A T RATIO VATt AMPL PP PW tr tf CH1 CH2 SKEW CH1 CH4 VOLTS DIV SS8 082R UNCAL GND INV VERT B x10MAG DELAY HOLDOFF DP BSOUCE COUPL SLOPE LEVEL 2 1 STORAGE GO NOGO COPY MEASUREMENT SAVE RECALL COMMENT SYSTREM LOCAL
151. fwreml AUTOCALiB COMPuETED AUTO CALIB STATUS NG CALIB MENU ENTER CALIB NG ADJUST 738 3 31 SYSTEM 904 5 7 DELAY SYSTEM MENU NEXT DATE ADJ 5 LOCAL 1 SYSTEM fLADDRESS
152. oo 10 5 GO NOGO GO NOGO DATA SAVE ON SAVEON GO NOGO ANY FF ON GO NOGO ANY OFF 9 1 080 1 GO NOGO SAVE OFF ON OFF gt ON ON SAVE ON GO ANY GO NOGO ANY GO NOGO ANY GO NOGO SAVE
153. DS 8631 8621 4 1 0 e e lt 5 oe FE oO OO
154. MARGIN 3 1 jENTERI SKEW 9 181 1 1 4 OFF gl 2 1 1 2 CH1 CH2 SKEW lt gt 4 div NT lt gt MARGIN MARGIN 55 110 3 29 SAVE RECALL
155. 0 b 0 4 1 5 6 3 NR3 a b 0 407 0 47 0 0 0 0 8 3 12 20 000 12
156. 4 SAVE OFF OFF 3 27 COPY DUMMY PLOT oooo 1 7 DS 8631 21GP IB RS 232C GP IB DUMMY PLOT DUMMY PLOT 4 Y DUMMY PLOT DUMMY PLOT 3 5jns 284 Hz 2 1 lmNreml 81 82 3 27 COPY PLOTTER OUT 56005260110 2 2 DS 8631 21 G
157. EXIT ENTERl GO NOGO 7 72 eme EE 8 80 3 26 GO NOGO V V jl oooooO GO NOGO MEASUREMENT AV At IF WAVE EXISTS INSIDE OUTSIDE EXISTS INSIDE OUTSIDE i DELAY 5 THEN GO NOGO CURS SEL HH 1 H 2 1808080 CURS SEL V V 2 4 IF EXISTS INSIDE OUTSIDE INSIDE OUTSIDE INSIDE OUTSIDE INSIDE
158. Gi0 2Y 2 2 3 10 VERT ao CH2 CH1 CH2 CALC CHI x CH2 CALC 22 L Lv CH1 x CH2 CH1x CH2 OFF 20025 1 572 0 5 CALC 4div 1 4div 1 P 141 28 CH2 VOLTS DIV Es cs eB VARIABLE So Go 1DIV VOLTS DIV
159. 12 ERO TRACE SEP 9 2 AMP Emre RAL 4 rl
160. 5 MISSING EXTRA COUNT COUNT 2 1 65535 lt STDF gt lt NR1 gt STDF COUNT STDF NR1 NR1 SWMDLAUTO NORM SINGLE LEVEL SWMD STDF HMO Da LT lt A X Y HMOD A X Y STDF 184 PSNR 2 DIRT A B 0 05 50ms div 2E 6 2 zs div TMDV2 DIRT A B NR3
161. ON 9 AVG AVG 10 mvrRI AVG AVG AVG OFF Pe AVG MAX HOLD EVN ROLL sTop eAVG 880 1 LENGTH Na 2k AVG 2 256 eAVG Ca AVG 59 3 26 STORAGE MAX HOLD MAX HOLD MAX HOLD
162. ON 40 2 R NR1 EOS 256 AUTO SET CALIB GO NOGO 799 200 on DS 8631 8621 201 GP IB Pc 9801 10 20 GP IB Sample program 30 Copyright c 1989 by IWATSU ELECTRIC CO LTD 40 1 00 89 28 50 60 Initialize 70 1023
163. POSITION P 55 A B x10 10 41 55 HOLD P 43 SLOPE 41 P 41 DLY P 44 A B 2 5 SOURCE TRACE SEP P 44 COPY 81 35 LINE 45 MEASURE MENT P 85 LINE P 36 COMB P 37 92 POSITION 50 130 COUPLING P 92 P 19 SYSTEM P 133 DC P 38 DC HFREJ P 39 DC NOISE REJ P 39 AC HFREJ P 39 AC LFREJ P 39 AC P 38 TV V FIELD P 40 TV H P 40 AV 85 SWEEP At 1 At 88 AUTO LVL P 31 ATTACH 2 PL85 AUTO P 32 NORM 33 SINGLE HORIZ DISPLAY A A P 51 ALT P 52 B B
164. SYSTEM GP IB ADRS DS 8631 8621 ADRS DELIM 2ND SYSTEM 0202 INDEX 2ND SYSTEM DELIM CRLF LF 0002 e INDEX 2 CRLF LF CRLF LF GP IB RS 232C GP IB lt gt GP IB IEEE 488 1978 GP IB GP IB
165. A 52 X Y P 53 ONOFF P 11 500 P 22 P VOLTS DIV TRACE ROTATION P 13 P 29 P 21 P 11 GND 21 VERT DC 21 lt P 25 ASTIG 13 CH2 25 FOCUS P 13 POSITION P 23 CH3 P 25 INTEN P 11 CH4 P 25 11 CALC CH2 P 27 CH2 P 28 P 18 CH2 REF REF P 26 CH INV P 24 241 9 Ndd dd1OH 3513 174 0179 19 14 d AOd 0 1714 179 100 241 9174 oNAS 9174 X 534 1 OV 9174 100 4 60 91 99 174 22
166. EXP CH3 CH4 A CH3 CH4 B 8 CH1ADVANCE CH1 2 4 CH2 5 9 MEMORY ADV 1 iekW i 3 4 2 2 82280 CH3 CH4 CH1 CH2 CH3 CH4 200sICH1 DC A 0 sgurc Lv CH1 CH2
167. NORMAL SWEEP TRIG AUTO SWEEP AUTO SWEEP SWEEP MODE somm NORM 48Hz NORM GND AUTO 33 3 12 SWEEP MODE 25555 SINGLE SINGLE 1 CAL CAL STOP SINGLE
168. 5ns500ns div 0 STORAGE MODE EQ SAMPL ON EQ SAMOPL EQ SAMPL EQ SAMPL gt ON ON EQ SAMPL 2 00 EQ SAMPL EIGA OFF STORAGE 0 2 22 22 77 22 152275242 AVG CH1 ADV EQ SAMPL A CE SO 9 3 26 STORAGE MODE SEE BE TFT oo oo 100ms 500ms div
169. ID NO WIRELESS PREV 140 3 31 SYSTEM MENU ON PERIOD EVENT TV LINE 5 oo RR RS O Pi gt SYSTEM NEXT PERIOD 1 LOCAL SYSTEM 29 Eve NEXT PERIOD MENU ON PERIOD 2s 0
170. 1 5 div 0 5 div 240 131 40 ml 2 114 CURRENT WAVE 9 ENTER e 1 5968 0123456789 gt LE ABCDEFGHIJKLMNOPQRSTUVWXYZ 240 732 3 31 SYSTEM SYSTEM 0 LOCAL 83 ADRS DELIM 000050 0 DS 8631 8621 ADRS
171. 145 TRACE 2ND ICUR 1 2ND W INTN W INTN RO INTN ICUR 2 et BE 2ND INTEN 2 146 POSITION AUTO SET 3 AUTO SET 020202220 i 1 ST 1ST EE 147 AC DC 3
172. AUTO MEAS AUTO MEAS VAR MARGIN SKEW 2 OFF 4 CH1 CH2 SKEW CHi CH2 SKEW 1 2 4 TION CHi 5 3 17147 108 2 frgml _ 4 CH1 RISE CH1 FALL CH1 RISE CH1 FALL 4 CH1 RISE CH1 FALL eCH1 RISE CH1 FALL 20asEHIHDC 0 21 eth CH2 RISE CH2 FALL CHIJRISE CH2 RISE CH2 FALL
173. CH2 100 0 100 0 SKEW CH2 NR1 STORAGE MODE AVRGLiION NR1INR21INR3 AVG 2 2 256 AVRG AVG ON OFF lt STDF gt lt NR1 gt STDF ON OFF NR1 AVG 786 STORAGE MODE NRIINR21NR3 HOLD 2 MAX HOLD 2 256 256 MHLD MAX HOLD OFF MAX HOLD lt STDF gt lt NR1 gt STDF ON OFF NR1 MAX HOLD EQ SAMPL STDF ROLLLO O F ROLL ROLL ROLL STDF 187 5 MADV ADV STDF LGT Hu 5 6 K LENGTH
174. LINE 20 DATA POSITION 21 HORIZ DISPLAY 22 SEC DIV 23 POSITION 24 EYE AUTO LEVEL AUTO NORM STOoP aa SINGLE soumee CH2 CH3 4 LINE COMB DC DC HFREJ DC NOISE REJ AC HFREJ AC LFREJ TV V TV H 31 32 33 34 35 36 37 38 39 40 41 42 43 43 44 45 20 51 52 53 54 55 56 3 25 STORAGE MODE STORAGE MODE MAX HOLD ENV EQ SAMPL ROLL CH1 ADV MEM ADV LENGTH VECTOR INTPLT SMOOTHING 3 26 iao NoGd EXECUTE STRG STOP PLOT OUT DATA SAVE 3 27 COPY PLOTTER DUMMY OUT 3 28 MEASUREMENT AV V RATIO Fx At 1 At L 7423 AV At V ATt MARGIN 59 60 61 62 63 64 65 66 67 68 69 70 71 73 74 76 77 78 79 80 82 84 85 86 88 90 92 94 95 WAVE PARM 96 AMPL P P 98 100 PW 102 tr 104 18 106 CH1 CH2 SKEW 708 3 29 SAVE RECALL iTSAVE 110 SAVE SETUP 4 SAVE WAVE DATA 112 SAVE 114 SAVE 116 RECALL SETUP 118 RECALL SETUP DEFAULT 120 RECALL SETUP LAST ACQ 722
175. 430 2 430 2 1 3 0 50 40 90 20 70 5000m 405mmHg 15000m 90mmHg 10Hz 55Hz 1 0 67mm 15 45 5 8 90cm DS 8631 DS 8621 30 SE 500 0 50 20 60 4m 45 237 1 4 SE 500 3 250V5A SS 082R 238 0 240 9 A B TRIG LEVEL TRIG LEVEL 42
176. 8 gt ON ON ENrERI CH1 ADV 0 CH1 CH2 REP2 SUN SN CH2 2 OFF CH1 ADV STORAGE A B A 5 B EE 3 26 STORAGE MODE ol STORAGE MEIM ADV le 6 oO 5 7 7 CH1 CH2
177. GO NOGO REF MEASUREMENT At 1 At RATIO REF INSIDE OUTSIDE 2256 DELAY TRACE DELAY SEP v my gt 2 mm 0 4 911 ft GO NOGO CURS SEC 1 2 reo IF EXISTS INSIDE OUTSIDE INSIDE OUTSIDE gt INSIDE OUTSIDE iNSIDE OUTSIDE WF EXISTS
178. OFF VDIVLINR1 55 0828 1 1 0 0 05 50mV div 2E 1 0 2V div VDIV2 DIRV NR3 VVARLNR 1 DIRV 0 lt 100 0 0 CAL VVAR2 DIRV VARIABLE NR3 R 1 VPOSLNR1I DIRV 12 5 12 5division 0 3 5 DIRV NR3 180 VCPLLAC DC DIRV
179. TV V EVENT ODD EVEN BOTH A TV V TV LINE P 141 40 3 16 Fag SLOPE L_ oe 0 A se B 4 COUNT _ B 41
180. CRLF 540 10S 550 752570 7 560 570 DS 8631 580 SRQ 590 SRQ 600 3 5 610 620 670 0 640 GP IB 650 660 670 580 760 1 R 720 SRQ 730 ERRN 740 GP IB ERRN 770 880 790 800 IKEY 810 FI F10 810 80 IKEY 0 STOP 840 850 880 FI IKEY 1 F2 KEY 2 890 1140 910 920 MR OFF 930 LE 940
181. 1 1 OC WwW no GP IB ERRN ERRN 5 3 0 8 0 10 11 12 EOS 13 20 21 MEDIA FULL 22 FILE FULL 23 24 FILE NOT FOUND 30 31 40 774 RS 232C RS 232C En 2 2 gt RS 232C EIA Electronic Industries Association DTE Data Terminal Equipment DCE Circuit Terminating Equipment
182. 10 35 2 2 of reading 0 3 of fullscale 1 div 100 0dB 2 of reading 0 8 of fullscale 1 2 1 of reading 1 of fullscale 1 div 360 100 1 of reading 1 of fullscale GND 0 01div 4div 0 2div 5div 0 2div 3div 4div 2 2 2 2 2 2 P P CH1 CH2
183. AUTO SWEEP TRACE DC 02 2 2 1ST NORMAL SWEEP TRIG AUTO SWWEEP AUTO SWWEEP 1ST NORM 002020 SINGLE 00020202 183 _ SOURCE 1ST
184. TRIG AFTDLY 1ST AB iT LVL 156 HOLD OFF 002402 1ST DELAY 000202022 157 158 TRACE SEP 5 ALT 4 B EVENT A A DEC C
185. SAVE RECALL FILELiSAVE SETUP CH1 REF1 RECALL WAVE CH2 REF2 DELET REF OCHS 3 CH4 4 2 SETUP WAVE DATA COMMENT _3 4 REF 8 MEMRuCH1 0 2 2 GC CH3 2 CH4 CH5 CALC REF1 REF 27 4 1 2 0 ASCII 1 2 3 0 16383 4 1 gt 16384 RL CH ST 05 8631 8621 MSTW MEM
186. interrupt on 600 FOR 1 0 0 3500 610 RETURN 620 Command Output 630 CMDOUT 640 PRINT DS8631 CM 650 PRINT Output Command COLOR 6 660 PRINT CM COLOR 7 670 RETURN 680 SRQ 690 700 058631 710 PRINT 995 0 INT STATUS 0 HEX R 2 720 SRQ ON 730 PRINT 0858631 740 LINE INPUT DS8631 ERRN 750 PRINT 760 770 Function Key 780 790 800 0 810 KEY GOSUB 2 820 IF IKEY 0 THEN 820 830 KEY OFF 840 RETURN 850 860 IKEY 1 RETURN 870 880 IKEY 2 RETURN 890 wave transfer 900 TRNS 910 CLS 920 CM INMD 2 GOSUB CMDOUT 930 CM SWMD GOSUB 940 CM MSTR GOSUB 950 INPUT DS8631 WINFS 960 FOR 1 0 TO 1023 970 CM MEMR 1 0 876 1 1 204 490 610 GP IB 510 DS 8631 GP IB 10 520 SRQ OFF 530
187. 5 PLOTTER STDF DMPL DUMMY PLOT XYRCLPOS NEG XY REC MEASUREMENT V AV V RATIO T At 1 T RATIO VT At AT T PARAM WAVE RARAM CH2 SKEW SKEW MEASUREMENT CMOD MEASUREMENT STDF MVAL2 MEASUREMENT 2 8 1 NR3 lt P1 gt lt P2 gt P1 P2 2 5 1 STDF NOTHING 192 MEASUREMENT mw P W WAVE PARAM ICMD2 WAVE PARAM STDF TCHLCH 1 CH 2 CH3 CH 4 5 1 ATCH2 STDF
188. DIR EXIT DIR EXIT gt SET UP YY SET UP WAVE DATA COMMENT 6 gt 8 NrERI 3 29 SAVE RECALL DELETE SET UP WAVE DATA COMMENT SET UP WAVE DATA SAVE RECALL SAVE DELETE SETUP COMMENT DELETE 9 SAVE
189. MODE EVENT COUNT HOLD OFF 1 CH1 CH2 CH2 VARIABLE CH2 VOLTS DIV CH2 CH3 CH4 CHI DC OFF 1 CALIB 1V 0 1V OFF OFF CENTER CENTER AUTO 10 4S 0 CH1 DC CENTER CH1 DC 0 OFF 0 0 4 1 2 1 2 MENU ON PERIOD A INTEN READOUT INTEN 5 STORAGE MODE AVG MAX HOLD LENGTH INTPLT 2 5div 2 5div 2div 2div OFF OFF 26 OFF PLS 727 3 29 SAVE RECALL RECALL SET UP sssssglO 0 OO LAST ACQ OFF SAVE RECALL SAVE RECALL SET UP SET FROM LAST ACQ LAST ACGQ
190. O 5 6 7 2 9 70 11 WAVE INTEN READOUT INTEN 72 SCALE INTEN ASTIG 13 FS FOCUS 6 TRACE ROTATION IROTATION CAL 14 3 3 1 9 CH2 OUT RECX NOGO RECY SYNC PEN UP TRIG OUT PROBE POWER CAL AC LINE INPUT FUSE HOLDER RS 232 2 3 4 AUTO SET 5 INPUT 6 DC AC GND 7 9 509 8 POSITION 9 CH2 INV 10 VERT MODE REF CALC 11 VOLTS DIV VARIABLE VOLTS DIV CH3 AL CAL 1kHz 10mA L REF2 REF3 REF4 16 17 20 21 22 23 24 25 26 27 29 30 12 SWEEP MODE 13 SOURCE 14 COUPL 15 SLOPE 16 TRIG LEVEL 17 HOLD OFF 18 DLY 19
191. SYSTEM GP IB RS 232C NEXT ADRS DELIM BAUD RS r P ON TEST CALIB AUTO CALIB DATE ADJ WIRELESS ID NO ID ON PERIOD MENU 3 26 STORAGE MODE EE 8 2552250000 AVG AVG AVG AVG ON AVG AVG AVG gt ON
192. aa 1 0 5 25055010 0 1V 0 5V VOLTS DIV 0 1V div 0 5V div 0 5V div 30 3 12 SWEEP MODE gang san AUTO LEVEL 8 5666o01O 5 5 AUTO AUTO LEVEL AUTO AUTO LEVER ERROR
193. READOUT SCNIE RS 232C 19 PLOTTER OUT EXECUTE PLOTTER OUT EXECUTE 9 NrERl 16K LENGTH SCALE HALF SCALE 16K WAVE 16K A4 i 3 27 COPY EE XY REC 0555201110 XY DS 8631 21 X Y OUT PEN UP X Y XX Y PEN UP YuUp XY REC POS PEN DOWN 5 XY PEN DOWN XYREC POS PEN DOWN XYREC NEG PEN DOWN XYREC POS
194. RECALL COMMENT 723 RECALL WAVE DATA 124 DIR 126 127 INIT 128 3 30 COMMENT COMMENT 129 CLEAR 130 EDIT 131 3 31 SYSTEM 133 GP IB ADRS RS 232C BAUD BIT 134 RS 232C PARITY STOP BIT 735 RS 232C RS 736 P ON TEST 137 CALIB 138 DATE ADJ 139 WIRELESS 140 MENU ON PERIOD 141 4 5 GP IB RS 232C GP IB GP IB GP IB RS 232C RS 232C GP IB RS 232C GP IB RS 232C GP IB RS 232C 6 SKEW ADJUST 8 143 144 171 172 172 174 175 176 177 178 179 215 216 218 219 221 222 223 224 225 226 227
195. 42 17 TRIG LEVEL ST 7 582280 TRIG OFF B 2 20 A lt 01 9 LINE 0 EVENT LINE COUNT B UM 9 B HORIZ DISPLAY A EVENT QN
196. 80 0 1 90 3 0 15 3 100 GOSUB 110 Main 120 130 CLS 3 PRINT DS8631 Program 140 PRINT 6 150 PRINT 1 Manual Out F1 PRINT 160 PRINT 2 Wave Transfer F2 PRINT 170 GOSUB 180 ON IKEY GOSUB W MCMOT W TRNS 190 MAIN 200 Manual Command Out 210 MCMOT 220 CLS 0 PRINT Command Out 230 INPUT Input Command 2 CM 240 GOSUB 250 FOR WT 0 0 2000 NEXT WT 260 amp H20 THEN PRINT Command error 300 270 C MID CM 1 4 280 IF OR C CMTW THEN GOSUB GOTO 300 290 IF INSTR CM 7 0 THEN GOSUB 300 PRINT PRINT Fi Again 310 GOSUB KEY 320 IF IKEY1 THEN 310 330 RETURN 340 response read 350 CMDRD 360 INPUT 058631 ICM 370 PRINT Read Command COLOR 5 380 PRINT ICM COLOR 7 390 RETURN 400 ro oc Command handler
197. 8621 AUTO LEVEL AUTO LEVEL NOISE REJ NOISE NOISE REJ NOISE REJ DC 20MHz 20MHz 100MHz 1 7div 5 0div 1 7div 100 2 300 200 MHz 2 2div 6 5div 2 7div 0 6div 1 8div 1 2div B 230 1 5div 2 5div lt gt AUTO 48Hz AUTO LEVEL 200Hz TV V TV H 7 3 eHF REJ LF REJ 500kHz LFREJ 1kHz CH1 CH2 CH3 CH4 LINE COMBI DC DC HF REJ DC NOISE REJ AC HF REJ AC LF REJ AC TV V TV H 8 0 05 A 500ps 2 0 8 1 8 2 8 3 8 4 8 5 8 6 8 7 8 10 35 lt REJ NOISE REJ AC 10Hz 20MHz DC 20MHz 0 8div 2 4div gt DS 86
198. 950 960 1000 205 980 LOCATE 0 3 GOSUB CMDOUT 990 INPUT 058631 1 1000 1 1010 PRINT RECIVE 098631 PC9801 1020 5 GOSUB 1030 PRINT DS8631 WINF 1040 FOR 1 0 1023 1050 CM MEMW 2 0 STR D 1 1060 LOCATE 0 6 GOSUB CMDOUT 1070 PRINT DS8631 A D 1080 NEXT 1090 PRINT WAVE SEND PC9801 gt 058631 1100 CM INMD 2 GOSUB CMDOUT 1110 PRINT 1120 GOSUB 1130 IF IKEY 1 THEN 1120 1140 RETURN 1150 END 206 1010 1020 1030 1040 1080 1090 1100 1110 1140 CH2 CH2 CH2 ON CMTW CMTW 10 15 10 20 RS 232C Pc
199. AV 1 SAVE RECALL SAVE RECALL RECALL gt SET UP SET UP SET UP FROM gt FROM 4 LAST ACG LAST ACOQ 8 lvrERI 122 _ mo RECALL COMMENT Mt 2 000000 5 3 29 SAVE RECALL SAVE RECALL
200. LGTH2 LENGTH STDF VCT F 5 ON VECTOR VCTR VECTOR STDF 188 STORAGE MODE INT Pi 200 2 INTPLT INTPLT STDF 7 5 2 2 SMOOTHING 1 99 7 SMOOTHING SMTH2 SMOOTHING lt STDF gt lt NRI gt STDF ON OFF NRI SMOOTHING GO NOGO UTE gt lt rm GO NOGO GO NOGO STDF R NR1INR2 NR3 2 GO NOGO 2 WAVE PARAM AMPL tf IF READOUT IS GTEQLT 0 1 100 0 AMPL P P 100 8div f Ph tr t
201. PARITY STOP BIT RS RS POS NEG 3 SYSTEM RS CRLF LF 3 SYSTEM GP IB ADRS DELIM 173 GP IB RS 232C 5 232 176 GP IB RS 232C GP IB RS 232C 27
202. SAVE 4 SAVE SAVE SET UP COMMENT COMMENT 116 2 lt AMP vy SAVE RECALL
203. SAVE RECALL SET UP COMMENT 7 200 COMMENT SAVE RECALL SAVE RECALL RECALL 5 SET UP 89 04 06 104 89 04 06410 52 4 COMMENT lvrERl 123 124 SAVE RECALL BBEB 0 WAVE DATA GO NOGO
204. VCURLINR1 1 2 2 4 0003 999division VCUR 1 2 NR3 lt P gt lt gt 222 2 TCURLINR1I 2 1 2 2 0 10 23division 1 2 NR3 lt lt 2 gt P2 1 2 193 MEASUREMENT RFST TOP BASE AUTO MEAS 100 MCND AUTO MEAS 100 STDF NR1INR21NR3 AUTO MEAS CENT 2 VARIABLE 0 99
205. 0 VERT MODE _ sssesglIO REF REF1 REF2 REF3 REF4 REF GO NOGO SAVE REF REF cms REF REF REF2 REF3 REF4 ems SAVE SAVE 4 4 5 CALC RECALL SAVE REF P 114 ON OFF 8 CHI CH2 CH3 CH4 CALC REFT REF2 REF3 REF4 3 10 CH2
206. 0 650 660 670 680 690 720 730 770 780 800 890 920 950 960 970 980 990 RS 232C 0 RS 232C 3 5 CM RS 232C RS 232C RSP 5 RS NAK R R RSP 1 SP 16 NAK _ CM 2 180 IKEY 0 FI 830 Ws 850 IKEY 0
207. 10 F10 IKEY 0 F1 310 F1 GP IB C CM 4 CMTR gt CMNT CM CMDOUT 43 0 CMTR GP IB 203 490 initialize 500 510 DS8631 10 Address of DS 8631 520 SRQ OFF interrupt off 530 CMD DELIM 0 delim CRLF 540 CMD 10 550 ISET 560 1RESET ISET remote enable 570 WBYTE amp H3F amp H20 DS8631 amp 4 UNL LA SDC 580 ON SRQ GOSUB INTSRQ 590 SRQ
208. 300 2 DC 50MHz 3dB 3dB 3dB 2mV div 5mV div 5V div 2mV div 5V div DS 8621 10 35 2mV div DC 100MHz 89B 5mV div 5V diy DC 200MHz 34 2mV div 5V div DC 50MHz 3dB lt gt AC 10Hz 500 DC 10mV div 10 35 DS 8631 1 2ns DS 8621 1 8ns x 0 35 10mV div 50Q 10 35 696 196 5 AC DC GND 228 R W R 3 4 5 gt 500 05 500 1 DC 1MQ 1 0 1 16 SS 82R 10 0 2 18pF 2pF 50Q RMS 50V 1
209. 31 8621 20MHz TV 1 1 3 X HORIZ DISPLAY A SYN LINE SEL C CH1 CH2 CH3 CH4 COMBI NOISE COUNT MISSING BURST EXTRA COUNT 1 65535 MISSING BURST EXTRA gt 2n 1 s 4 32767 NORM 1 5 B FIELD SEC NTSC BOTH 1 999 SECAM 000 EVEN ALT AUTO LEVEL AUTO SINGLE 5ns div 0 5s div 1 2 5 25 1 5ns div 0 2 sample sec 200MHz 0 5 0 56 100 50ns div 2 20 2 5gs div 0 5s div 100 5ns div 0 5 gs div 0 1 5ns div 0 5 gs div legs div 0 5s div 100 100MHz 100
210. 410 420 THEN 450 430 INPUT Input Comment CMNT 440 CM CMNT GOSUB CMDOUT GOTO 480 450 INPUT 058631 CMNT 460 PRINT Read Comment COLOR 5 470 PRINT CMNT COLOR 7 480 RETURN 202 10 50 60 100 110 190 200 330 340 390 400 480 70 80 90 100 180 320 330 360 370 380 390 420 430 440 450 460 470 480 CRT GP IB 510 MM MCMOT TRNS CMDOUT 620 1 20H ON 25 2 COMMENT 400 lt 6 29 9 80 4 5 KEY 770 IKEY IKEY 1 IKEY
211. 52 54 243 244 1 28 3 246 525 524 168 1 7 41 103 334 111105550 70159105 NTT 103 03 271 4271 103 03 271 5131 031436 2461 1 241 5091 022 224 0501 3 045 312 7021 12 0462 28 7533 7 11 0540 51 1248 052 211 57210 564 34 je 06 338 223155 0762 62 2241 1 075 6
212. 55559110 LENGTH LENGTH 4 4 STORAGE LENGTH 1k 2k 16k LENGTH 4 LENGTH LENGTH 4 2k 16 k 2k 16k 2k NrERI LENGTH LENGTH 2k 16k 3 26 STORAGE MODE 000000 VECTOR
213. 9801 10 20 RS 232C Sample program 30 Copyright c 1989 IWATSU ELECTRIC 1 40 1 00 89 28 50 60 jnitialize 70 A 1023 80 0 1 90 SCREEN 3 0 15 3 100 GOSUB RSINIT 110 Main 120 130 CLS 3 058631 RS 232C Test Program 140 PRINT COLOR 6 150 PRINT 1 Manual Command Out PRINT 160 PRINT 2 Wave Transfer F2 PRINT 170 GOSUB 180 ON IKEY GOSUB 5 190 GOTO 200 Manual Command Out 210 W MCMOT 220 CLS PRINT Manual Command Out PRINT 230 LINE INPUT Input Command 240 GOSUB 250 IF RSP amp H15 THEN GOSUB GOTO 240 260 IF RSP6 THEN GOSUB GOTO 310 270 FOR WT 0 TO 1000 NEXT WT 280 C MID CM 1 4 290 IF OR THEN GOSUB GOTO 310 300 IF INSTR CM 7 0 THEN GOSUB 310 PRINT PRINT Again 320 GOS
214. ARGIN O P 95 5 CENT 4 dv BASE f 4dv 9 8 F 1 102 mimimwl mimim PW 4 41 141 MEASUREMENT WAVE PARAM CONDITION ENTER WAVE DISP 0 4 AUTO MEAS AUTO MEAS 100 AUTO MEAS MARGIN 200 5 WAVE 2G0zsICHI DC WAVE PARAM
215. AUTION SEE THE MANUAL BATTERY CPU START SELF TEST WORK RAM SLAVE CPU RAM ROM SLAVE CPU ROM SLAVE CPU HANDSHAKE BACK UP 11 11 11 11 11 11 41 ST BACK UP RAM gt AUTO CALIB AUTO CALIBRATION NO nn AUTO SET AUTO SET SEARCHING VERTICAL RANGE AUTO SET SEARCHING TRIG CONDITION AUTO SET SEARCHING HORIZONTAL RANGE AUTO SET COMPLETED AUTO SET ERROR AUTO CALIBRATION 138 AUTO SET VOLTS DIV AUTO SET AUTO SET SEC DIV AUTO SET AUTO SET lt SAVE RECALL FILE NOT FOUND INVALID FILE NAME MEDIA FULL SAVE COMPLETE RECALL COMPLETE TOO MANY FILES FORMAT COMPLETE DELETE COMPLETE FILE ACCESSING WARNINGI INCOMPATIBLE LENGTH MEASUREMENT MUST BE SET P STEP nn RECALLED OVERLOADED REVERTED 2500
216. CH2 CH3 CH4 CH1 4 2 4 REF Rgr 1 REF CH1 CH2 CH3 CH4 1 2 CH3 CH4 2 CH1 CH2 CH3 CH4 24 CH1 CH2 CH3 CH4 CH1 CH2 CH3 CH4 ALT ACQ 25 26 3 1
217. CH3 200zs gt 500 B CH2 CH3 CH4 P 141 35 3 14 LINE _ 55 00 0 LINE 9 P 141
218. GO NOGO gt GO NOGO PLOT OUT ON PLOT OUT ON GO NOGO ANY GO NOGO ANY MM OFF ON GO NOGO ANY GO NOGO 4 PLOT OUT OFF ON OFF ON gt ON ON PLOT OUT ON GO NOGO ANY GO NOGO ANY 60 NOGO ANY GO NOGO 4 PLOT OUT 4 PLOT OUT OFF ON lt OFF 79 80 3 26 GO NOGO
219. H2 CH1 CH2 2n 1 1 20 4 2 2 1 1 5 X Y lt 9 2 gt 9 9 90 TRIG OUT 10 1 2 200 CHI1 CH1 CH1 CH1 CH1 CH1 CH2 CH3 CALC REF 1 4 CH1 CH2 CH3 CH4 CH1 CH2 CH3 CH1 CH2 CH3 CH4 CH1 CH2 CH3 CH4 1kHz 0 1 45 55 0 6V 10mA 4196 10 35 1 10 35 10 38 1div
220. Hz 10mA CAL DS 8631 8621 EL o PPBIO Blo GooecsogllO 0V GND CAL 1kHz 1kHz 10mA TL 3 3 5 9 0000 3 4 EE 8 AUTO SET ooE ao lt 7
221. NT MARGIN MARGIN 0 MARGIN 0 CENT MARGIN 30 MA RGIN 30 TOP BASE 30 MARGIN MARGIN MARGIN TOP BASE P P 100 95 O 3 28 MEASUREMENT WAVE PARAM SS TRACESEP 500000 0 2 5 i Lf 1 AMPL
222. OUNT 1ST CURI 0 SLP WW L CUR1 EVENT TA LINE iA 2ND TV LINE 1ST CURI A 2ND 4 2 0 2ND AA 159 _ DATA POSITION 00020222 REF 160 0 B
223. P IB RS 232C GP IB OFF ON 16K CURSOR OFF ON READOUT OFF ON COMMENT OFF ON SCALE OFF HALF FULL 4 WAVE WAVE ON OFF 16K ON 16K LENGTH 16K CURSOR CURSOR CURSOR 2005 9 OFF ON CURSOR
224. RLiCH1 0 CH2 1 CH3 2 CH4 CALC REF2 REF 3 REF 4 MEMR MSTW 796 2 7 12 2 0 39 3 1 80 1 80 CMTW EOS TRLJNR1 NR1 STDF 1 80 CMCLLiON OFF CLEAR ON OFF CLEAR SYSTEM WRIDLINR1IINR21NR3 79 WRID ID ID
225. ROLL TORAGE STORAGE 0 OFF STORAGE EAC 1 ROLL MAX HOLD CHI ADY MEM ADV 63 3 26 STORAGE MODE STORAGE ao H1 AD o 9 5005520 5 5 CH1 ADV CH1 CH1 CH2 A B CH1 CH2 STORAGE STORAGE MODE CH1 ADV ON ROLL CH1 ADYV 4 CH1 ADV CH1 ADV
226. S 8631 8621 20 70 SE 500 20 60 DS 8631 8621 80 70C SE 500 95 60C 226 1234567 DS 8631 DS 8621 1 1 1 1 1 Y 2 CH3 CH4 CALC 1 2 CH1 x CH2 1 4 1 2 2mV div 5V div 1 2 5 11 2mV div 12 5V div 5mV div 5V div 2 1 3201 10 35 5 1 32div 0 50 2mV div 3 1 32div 10 35 6 1 3201 0 50 lt 2 55 0828 50Q DS 8631 10 35 DC 150MHz
227. SET OSN 1 1 23 24 3 9 CH2 nao 4 605020110 O VERT MODE CALC 2 1 2 CH2 CH2 3 10 VERT MODE CH1 CH2 9 CH3 CH4 CH1
228. STORAGE MODE INTPLT LIN SIN INTPLT INTPLT INTPLT INTPLT 2 ps LIN SIN LIN SIN INTPLT LIN INTPLT 8DP 3 2 INTPLT INTPLT LIN SI 26 STORAGE og 10 Oo 5 SMOOTHING SMOOTHING SMOOTHING CH1 FG 350
229. SUREMENT Eee 1 1 3 TRACE SEP 3 dg 28280 211 cooeoosolO 9 1 At MESUREMENT At 200zs 1 4 At 1 At 1 t MEASUREMENT OFF DELAY 1 2 A 1 A At 1 At OFF At1 At 1 At
230. T T WAVE 2 SKEW MEASUREMENT CMOD MEASUREMENT STDF MVAL2 MEASUREMENT 2 1 NR3 lt P1 gt lt P2 gt P2 2 1 STDF NOTHING 9 GO NOGO GN JPLO 0 gt 2 0 PLOT OUT GNJP2 OUT STDF lt P1 gt lt 2 gt ON OFF P2 GO NOGO SAVE STDF P12 gt lt P2 gt ON OFF 2 GO NOGO COPY COPY PLOTLWAVE ON FULL CUR OFF HALF RE AD OFF CMNT PLOTTER OUT EXECUTE PLOT PLOTTER OUT EXECUTE STDF yy 4P1 gt P2 gt P1 READ CMNT SCALE P2 OFFO FULL HALF 797 4 rm
231. UB 330 IF THEN 320 340 RETURN 350 Command response 360 CMDRD 370 LINE INPUT 1 ICM 380 PRINT Read Command COLOR 5 390 PRINT ICM COLOR 400 RETURN 410 handler 420 430 IF 460 440 INPUT input Comment 450 CM CMNT GOSUB CMDOUT GOTO 490 460 LINE INPUT 1 iCMNTS 470 PRINT Read Comment COLOR 5 480 PRINT CMNT COLOR 7 490 RETURN 208 10 50 60 100 110 190 200 340 350 400 410 430 70 80 90 100 180 220 240 250 260 270 290 300 310 320 330 3 370 380 390 400 430 440 450 460 470 480 490 CRT RS 232C 510 W MCMOT 190 MA MCMOT TRNS CM CMDOUT 640
232. eo snp MAX HOLD STORAGE STORAGE 5 OFF MAX HOLD ROLL et MAX HOLD 2 255 MAX HOLD co 3 26 STORAGE MODE AM ALIASING
233. f 100 10 24div 3 PARAM V SKEW IF READOUT IS GTEQLT 0 1 100 0 100 2 10 24 SKEW 100 16div 4 IF READOUT IS GTEQLTJ 0 100 0 GNRO GO NOGO 189 GO NOGO GNCRL JINSIDE NRIINR2 OUTSDE GO NOGO 2 IF EXISTS 0 100 0 GO NOGO lt STDF gt STDF INSIDE OUTSIDE MNRI IF WAVE EXISTS J GLiG NOGO THEN GO NOGO GN GNJG THEN STDF GN JSLiO O F gt 20 GO Y STORG STOP G 5 STORG STOP STDF lt P2 gt P1 ON OFF P2 NOGO 790 GO NOGO GNJPLO 0
234. rtf f ef AUTO MEAS 100 100 9 gt P P TOP BASE AUTO MEAS CENT 1 lt 50 50 9 70 249 AUTO MEAS MARGIN 4 5 5 MARGIN 3 2 MARGIN 46 lreml
235. t AV 2 1 5 At 2 1 1 2 DELAY 19 4 div 93 94 3 28 MEASUREMENT 3 2 1 DELAY TRACE SEP 42 550005910 9
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