リモート編 - 岩通計測
Contents
1. amp TA 51995 8 1 5031 121201 1 0 1 1 9 4 gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt2. DIRV DIRM 4 SRDIR WAVESRC DIRV 2 r VDIV 5 VDIV 2 CH1 VDIV 5 VDIV DIRV CH1 d DATA DTWAVE 11 0 SETUP 2 DTSTUP2 DTREF
3. OFF 2 0ON OFF OFF RS 232C COPY RS 232C 1 3 1 1 2 OFF COPY RS 232C CENTRO 1 4 ACK
4. 1 NAK DIRCRD 1 1 1 96 07 17 13 11 03 61 4 10 4 10 1 DATE d1 d2 d3 d4 d5 DATE d1 d2 d3 d4 d5 b1 DATE 71 d1 YEAR 0 99 42 MONTH 1 12 d3 DATE 1 31 44 1 23 15 MIN 0 59 1 00 2 DATE 96 7 17 15 11 1996 7 17 15 11 00 1 NAK b1
5. 1 SRDATA_ TIFFJ _ DELCRD_ 1 TIFF 1 4 9 6 5 1 NAK 60 4 9 7 No 1 d1 NR1 b1 SRDATA 4 9 1 d1 1 1 999 bl 44 0 NOTHING
6. SETUP DTSTUP DTREF 3 2 2 2 2 1 ASCII 2 a NR1 NR2 NR3
7. 1 NAK bl d1 RLST_ 50E 3J 50ms div 50ms div 2 ROLL BY RLBY__ d1 d1 RLBY bi b1 RLBY 71 d1 INTERNAL b1 41 5
8. MXPG 71 RUN lt 99 100 1 100 29 4 PAGE RECALL PGRCL PGRCL 71 d1 1 lt d1 lt MXPG 1 4 4 4 3 1 2 MXPG 0 1 NAK b1 b1
9. 1 4 12 2 RUN STOP 1 RUN RUN RUN SWEEP MODE SINGLE WSGL 4 3 1 2 2 STOP STOP STOP 76 4 12 3 1 CHITRC_ d1 d1 ti bbl ON OFF CH1 d1 CH1 ON OFF CH1 ON CH1 OFF OFF bl b1 d1 2 CALC
10. 1 1 6 NR1 6 NR3 1 6 2 b NR1 1 5 6 00123 NR3 8 1 1 6 E 1 2 5 00000 00 NR3 MSRA
11. 1 MEM CARD RCMEM 4 9 4 1 RCCRD 4 9 4 2 TIFF BMP COPY COPY 1 NAK CPOUT CENTRO CPDV 5 09 1 ESC P 9 53 4 8 2 1 00 01 d1 CPOUT bt b1 CPOUT 71 d1 d1 _ CENTRO CENTRO MEM CARD bl bl d1
12. SRDATA 4 9 1 d1 SETUP 1 lt 41 lt 100 WAVE 1 lt 41 lt 10 15 41 lt 10 TIFF 1 41 2 10 BMP 1 lt 11 lt 10 1 2 WAVE BMP 10 3 1 2 1 3 5 7 9 2 4 6 8 10 TIFF BMP 274 WAVE WAVE TIFF BMP RUN WAVE TIFF BMP
13. 1 NAK RLBY INTERNAL_ 28 3 PAGE bl1 b2 NR1 MXPG 21 d1 0 lt 41 lt 999 d1 b2 1 NAM 1
14. DATE 96 07 17 13 11 03 62 4 10 2 CONTRAST_d1 d1 NR1 CONTRAST b1 NR1 CONTRAST 71 di 0 lt 41 lt 100 bl b1 d1 4 10 3 SYSDSP_ d1 d1 SYSDSP b1 SYSDSP d1 d1 NORM NORMAL REVERSE REVERSE
15. GNSVFN 4 7 10 gt 991 0 1 204 1 20 4 7 10 No GNSVFN b1 bl 1 GO N0GO b1 GO0 NO0GO0 1 2 MEMORY FULL 5 0 51 4 7 11 GO NOGO bl GO NOGO
16. WAVESRC 4 11 1 d1 8 lt byte length gt lt binary_block gt 8 lt byte_l1ength gt 8 ASCII lt byte_length gt 8 ASCII lt binary block gt 8 lt binary_block gt DTREF 2r gt bl d1 BINARY RS 232C 8bit 75 4 12 4 12 1
17. CH1 gt 091 CH2 1 CH2 VDIV 5 34 5 mV div Z00M_ ON_ ON ZMVAL 2564 2 5 mV div CT TE 14 4 1 5 VPOS_d1 d MR1 NB2 NR3 bl b1 NR3 DIRV 4 1 1 VPOS 71 841 GND div 10 00 lt 41 lt 10 00 0 02 277 0 GND Tn GND n n GND n div bl b1 d1 NON
18. lt gt 01 2 CH2 VPOS_1J 1div 15 4 1 6 VCPL_ d1 d1 VCPL bi b1 DIRV 4 1 1 VCPL 71 d1 AC DC GND bl b1 d1 NON DIRV CH2 6 GND 16 4 1 7 PROBE 01 d1 NR1 PROBE 11 b1 NR1 4 1 1 4 1 1
19. LF 250 VDIV 0 5 2 DIRV CH1 VDIV 5 5V div VDIV DTWAVE a b c
20. RS 232C CPOUT CARD TIFF BMP TIFF 2 CPDV _ d1 d1 b1 CPDV 71 d1 d1 DPU DPU 411 ESCP09 ESC P 9 ESCP24 ESC P 24 PCPR NEC PC PR201 TIFF BMP BMP bl b1 d1 CPDV BMP CENTRO 54 4 9 4 9 1
21. DIRM_ A A MSEL Tr MCND_ T BJ 100 T B UPLV 95 UPPER 95 LOLV 5 LOWER 5 42 4 LEVEL d1 NR1 bl NR1 f PW PW DUTY LEVEL LEVL 71 d1 LEVEL 5 lt 95 bl b1 d1 DIRV 4 1 1 OFF f T PW PW DUTY 43 5 SKEW 41 42 43 44 d1 d2 NR1 d3 d4
22. bl b1 d1 5 PROBE 21 4 1 7 NON Z00M 4 1 3 4 1 4 Z00M ON 1 2 5 77979 1 DIRV CH1 24 2V div 2 DIRV CH2 CH2 VDIV 50E 3 50mV div 12 4 1 3 ON OFF 2700M_ d1 d1 b1 DIRV 4 1 1 0ON OFF
23. b1 b1 d1 63 4 10 4 ON OFF BKLIGHT 1 BKLIGHT b1 ON OFF BKLIGHT 71 d1 bl d1 ON OFF d1 OFF OFF ON ON 7 bl b1 OFF OFF ON ON 1 1 OFF 2 2 OFF 5 5 OFF 10 10 OFF 20 20 OFF 30 30 OFF 1
24. BINARY RS 232C 8bit ITINFO 11 DTINF 3 4 11 4 DTSTUP d1 DTSTUP bl1 DTSTUP 21 d1 8 lt byte_length gt lt binary_block gt 8 lt byte_length gt 8 ASCII lt byte_length gt 8 ASCII lt binary_block gt 8 lt binary_block gt
25. DS 8710 8706 WATS SL
26. NR3 2 OFF 9 91E 37 510mV At 10 05 1 t 100kHz 510mV At 9 93 us DIRV 4 1 1 XY DT X DV Y 10 0 6 100 3 510 3 9 93 6 38 4 6 2 4 B DIRM 01 di DIRM b1 5 4 6 3 1 5 MSEL MCND UPLV LOLV LEVL SKLV MSEL MCND UPLV LOLV SKLV DIRM 71 11 A 5
27. bl b1 d1 DTSTART 4 11 2 3 d1 1 b1 1 DTPOINTS DTPOINTS 70 5 DTWAVE bl bt WAVESRC 4 11 1 a BINARY 8 lt byte length gt lt binary_block gt 8 lt byte_l1ength gt 8 ASCII
28. 5 1 0 79 5 NAK 5 1 5 1 NAK 0 0 6 6 1 6 3 6 1 1 3 DIRV DIRV _ 101 VDIV 700 700 2 VPO5 052 VCPL VCPL PROBE PROBE
29. SRDATA _ d1 d1 SRDATA bl SRDATA 71 dl d1 WAVE WAVE REF TIFF BMP BMP b1 b1 d1 4 9 2 SRDIR d1 SRDIR b1 d1 bl WAVE SRDIR 21
30. 1 NAK 1 SRDATA_ REF_ REF SRDIR REF1 RCCRD 1 1 59 4 9 5 411 dl NR1 SRDATA 4 9 1 d1 1 41 999 1 NAK
31. XY vee gt 6 6 6 6 8 8 woo gt 6 4 4 4 4 7 4 4 4 4 4 4 4 4 4 4 4 8 4 4 9 4 4 4 4 4 4 4 1 4 4 4 4 4 1 4 4 4 4 4 1 4 4 4 1 4 4 5 6 7 NN IN 1 2 A B ese 3 4 GO NOGO 1 ON OFF 7 2 AREA UPPER LOWER MARGIN SWEEP STOP 3 4 ER 7 8 9 2
32. DTFORM 71 d1 d1 ASCII BYTE BINARY BYTE WORD BINARY WORD bl b1 41 IFORMAT d1 dl NR1 DTFORM d1 41 BINARY BYTE BINARY WORD 67 2 DTBORD_ d1 d1 DTBORD b1 DTWAVE DATA 71 4 11 2 5 DTBORD 21 81 b1
33. bl b1 d1 2 NON CH1 18 4 2 4 2 1 41 d1 NR1 NR2 NRS TDIV D1 bl NR3 TDIV 21 01 1div sec 10ns lt 41 lt 50s 1 2 5 17 7 1 bl b1 d1 5 TDIV 20 6 1
34. TV H b1 1 5 TV 4 3 3 TV 2 d1 NR1 b1 NR1 TVLN d1 NTSC 5 lt 041 lt 2000 PAL SECAM 2 dl lt 2000 1 2 NTSC PAL SECAM bl b1 d1 TV 4 3 3 TV
35. DS 8706 IWATSU DS 8706 lt serial_no gt lt software_revision gt DS 8710 IWATSU DS 8710 lt serial_no gt lt software_rev1S10n gt 4 2 3 NR1 4 ID IWATSU DS 8706 00001 2 00 4 13 2 1 CLS 0 2 b1 b1 1 6 8 0 63
36. 1 OFF ON 64 4 10 5 b1 ON PWR 71 OFF 1 2 OFF ON bl b1 ON ON 1 OFF 1 2 OFF 2 5 OFF 5 10 OFF 10 20 OFF 20 30 OFF 30 65 4 11 4 11 1
37. DTSTUP 7 gt bl b1 d1 BINARY RS 232C 8bit dd1 b1 SETUP bl1 DTSTUP DTSTUP DTSTUP DTSTUP 21 d1 p1 74 4 11 5 1 d1 DTREF 11 b1 DTREF 71
38. INTERNAL INTERNAL b1 bl 41 1 AUTO OUTPUT OFF GO NOGO 1GNSAVE_ INTERNAL GO N0GO INTERNAL 50 4 7 9 GNCDFN_ d1 d2 d1 d2 NR1 GNCDFN 01 02 b1
39. 25 4 4 4 4 1 EQSMPL_ d1 d1 EQSMPL bil EQSMPL 71 d1 bl b1 d1 EQSMPL_ OFFJ OFF 4 4 2 ENVL b1 ENVL 21 d1 OFF d1 NR1 NR2 NR3 bl OFF 5045 41 2
40. GNOUT 4 7 7 SAVE TIFF BMP 1 NAK 1 NAK MEMORY FULL 1 gt 01 REF SRDIR REF1 SVCRD 1 1 57 4 9 4 1 RCMEM d1 dl NR1
41. 1 NAK SRDATA_ WAVEJ WAVE SRDIR DIR1J SVMEM 1 4 1 56 2 SVCRD_d1 dl SRDATA 4 9 1 d1 1 lt d1 lt 999 1 2 RUN STOP a ROLL BY 4 4 2 2 CARD b GONG 4 7 1 ON AUTOUT 4 7 6 OFF
42. WAVESRC WAVE DTWAVE DTREF DTREF WAVESRC 71 d1 d1 DIR1 REF1 DIR2 REF2 d1 b1 bl b1 41 66 4 11 2 1 DTFORM_d1 d1 DTFORM bi bl DTWAVE DATA 71 4 11 2 5
43. DISP 71 d1 d1 DOT DOT VECTOR VECTOR PERSIST PERSIST b1 b1 41 gt 091 8 45 22 XYMD_ d1 XY XYMD 71 11 d1 VT XY XY bl 41 1XYMD_ XYJ d1 b1 XY 31 4 5 3 INTP bl INTP 71 d1 STAIR
44. CH1 CH2 OFF NON NON CH1 ON CH1 CALC ON OFF IL OFF OFF CH ON 8 CH1 CH2 CH1 ON CH2 CH2 ON CH1 0 CH2 0 0 N N N CH1 ON CH2 77 29 CH2 2 41 d1 CH2TRC 11 b1 CH2 ON OFF CH2 d1 CH2 ON OFF CH2
45. bl b1 d1 DTPOINTS 4 11 2 4 DTPOINTS ISTART d1 dl NR1 DTSTART DTSTART 69 4 DTPOINTS DTWAVE DATA 717 4 11 2 5 DTPOINTS 21 d1 16K 1 lt d1 lt 16384 8K 1 lt 41 lt 8192
46. 0 3 10 11 GO NOGO oe 28 4 5 4 8 RE 5 0 0 0 0 0 1 1 1 RS 232C RS 232C 1 2400 4800 9600 19200 38400 2 7 bits 8 bits 8 bits DATA DTWAVE binary 110 0 vy SETUP DTSTUP SETUP JDTSTUP DTREF DTREF 3 NONE 4 1 bit 5 LF CR LF CR CH 1 2 1
47. 01 22 1 ASCII NR1 BINARY RS 232C 8bit DTWAVE DTWAVE 72 4 11 3 DTINE bl b1 WAVESRC 4 11 1 8 lt byte_length gt lt binary_block gt 48 lt byte_length gt 8 ASCII lt byte_length gt 8 ASCII lt binary_block gt 8 lt binary_block gt
48. d1 PROBE 71 1 1 10 10 1 100 100 1 1000 1000 1 bl d1 NON 17 4 1 8 d1 d1 BW bl DIRV 4 1 1 ON OFF 4 1 1 BW 71 d1 ON OFF b1 ON OFF
49. 1 dot 0 03 div bl b2 b1 b2 41 42 DIRV 4 1 1 1 2 1div V C2 2div 36 2 HCUR_ d1 d2 d1 d2 NR1 NR2 NR3 HCUR bl1 b2 b1 b2 3 HCUR 71 dl H C1 div d2 2 div 5 00 lt 41 lt 5 00 777 0 01 5 00 lt 42 lt 5 00 277 0 01 5 00 0 5 00 1div 30dot d1 d2 30 dot 1 dot 0 03 div 1 b2
50. 81 6 3 3 COPY CPOUT CPDV SRDATA SRDIR SVMEM SVCRD RCMEM RCCRD DELCRD FRMCRD PWR DATE CONTRAST SYSDSP BKLIGHT WAVESRC DTEFORM DTBORD WAVESRC 3 3 DTPOINTS DTSTUP DTREF AUTOSET RUN CH1TRC CH2ZTRC CH1TRC o ca 3 rd oo 82 7 1000 1010 DS 8710 06 RS 232C DEMO PROGRAM 1020 amp 2 1030 1040 HARDWARE NEC PC 98NOTE NS T 1050 1060 SOFTWARE N 88 BASIC 86 version 6 0 1070 1080 Copyright 1996 by IWATSU ELECTRIC CO LTD 1090 1110 1 112 6 1120 DIM WAVE 5000 1130 CONSOLE 0 1 1140 ACK CHR amp H6 ACKT 1150 NAK CHR amp H15 NAK
51. Z00M 71 d1 ON OFF d1 b1 41 PROBE 21 4 1 7 NON DIRV__CH1 CH1 200M_ ON ON 13 4 1 4 ZMVAL b1 d1 1 bl 1 DIRV 4 1 1 ZMVAL 21 41 128 lt 41 lt 320 AD AD _
52. STOP GO NOGO ON 1 SINGLE 1 DIRV 4 1 1 G0O NOGO GONG_ 0NJ GO NOGO ON 46 4 1 2 GNAREA _ d1 d1 GNAREA bi b1 00 0000 GNAREA 71 d1 d1 CURSOR bl bl d1 GNAREA_ CURSORJ 4 7 3 UPPER LOWER GNUPLW_ d1 d1
53. SWMD 71 d1 AUTO NORM SINGLE bl b1 d1 SINGLE SINGLE 1 NAK 2 WSGL SINGLE SINGLE 1 SWMD_ NORMAL 2 1 SWEEP MODE SINGLE SINGLE 1 20 4 3 2 d1 bl
54. d1 5 DTFORM 4 11 2 1 WORD BORDER d1 dl NR1 DTBORD d1 68 3 01 dl NR1 DTSTART bl b1 NR1 DTWAVE DATA 71 4 11 2 5 DTSTART 21 dt 16K 0 lt 41 lt 16383 8K 05 lt 8191
55. CH2 CH2 CALC CH1 CH2 OFF NON 7 4 CH1 DIRV_ CH2 JJ CH2 1 04 1 0V div 11 4 1 2 d1 NR1 NR2 NR3 VDIV DIRV 4 1 1 VDIV 71 b1 NR3 d1 1div VOLT 1 1 0 00254155 1 2 5 17 7 10 1 0 02 541550 1 2 5 177 100 1 0 2 d1 500 1 2 5 17 7 1000 1 2 54155000 1 2 5 17 7 1
56. b1 GO NOGO 2 amp OFF GO NOGO OFF GO GO NOGO GO NOGO GO NOGO NOGO 4 1 1 G0 NOG0O DIRV NON GO NOGO 100575 bt bl 1 GNSTS b1 GO N0GO bl 0 GO N0GO OFF 1 GO NOGO GO 2 GO NOGO NOGO 52 4 8 4 8 1 COWY CPOUT CPDV 4 8 2 1 2
57. 3 15 15 CMNT_ DS 8710 06 J DS 8710 06 1 DS 8710 706 15 35 46 4 6 1 1 VCUR 41 42 d1 d2 NR1 NR2 NR3 VCUR 1 02 b1 b2 VCUR 71 41 V C1 div 42 V C2 div 3 96 lt 41 lt 4 00 797 0 01 3 96 lt 42 lt 4 00 797 0 01 3 96 0 4 00 1 div 30dot d1 d2 30 dot
58. RS 232C 600 0 2 1 ea DO HRN I ry 3 1 3 2 3 3 3 4 3 5 TV 4 1 4 22 5 4 3 4 4 0 2 lt
59. lt byte length gt 8 ASCII lt binary block gt 8 lt binary_block gt slololololslillzlhom lm 8192 00 01 DTFORM BYTE 1 1 DTPOINTS 4 11 2 4 lt binary block gt 8192 DO0 D1 Dn Di 1 0 1 DTFORM WORD 1 2 DTPOINTS 4 11 2 4 2
60. A B bl bl d1 DIRV 4 1 1 DIRM_A J A 39 4 6 3 1 MSEL_ d1 d1 MSEL bl1 bi A B 4 6 2 A B MSEL 21 41 d1 OFF OFF TR Tr TF Tf VRMS Vrms VMEAN Vmean f T T PW PW PW PW DUTY DUTY SKEW 5 CH1 CH2 PEAK PEAK PEAK PEAK VATT VatT
61. ON CH2 OFF bl b1 d1 5 CH1 CH2 OFF NON NON CH2 ON CH2 CH2TRC OFF CH2 OFF CH2 CH2 1 OFF CH2 7 CH2 ON ON 7 55 78 4 13 4 13 1 bl1 bl
62. d1 SRDATA SRDIR SRDATA d1 CH1 DIR2 CH2 DIR1 REF1 DIR2 REF2 REF bl b1 d1 5 SRDATA WAVE REF 55 4 9 3 1 41 dl NR1 SRDATA 4 9 1 d1 SEIUP 1 lt 41 100 WAVE 1 541 lt 10 1541 lt 10 TIF
63. 00 41 22 4 OFF 7 128 d1 7 D 7 151 2mV DIV 0 8mV d1 2 0mV 1 2 5 5mV DIV 2 0mV d1 5 0mV 1 2 10mV DIV 12 2 20mV DIV 1 2 50mV DIV 12 2 100mV DIV 12 2 200mV DIV 12 2 500mV DIV 12 2 iV 152 152 152 10 1 100 1 1000 1 10 100 1000 1 1 2 0mV DIV d1 256 2 1 0mV DIV 4 5 PROBE 71 4 1 7 NON
64. bl b1 d1 5 DIRV 4 1 1 DIRM_ AJ A lt Tr 40 2 100 d1 MCND 11 b1 Tf to Base Peak to Peak MCND 2 d1 100 Top to Base Peak to Peak bl bl d1 5 DIRV 4 1 1 9 OFF Tr Tf A Tr
65. CONTRAST 4 10 2 SYSDSP 4 10 3 ON OFF BKLIGHT 4 10 4 PWR PWR 4 10 5 3 3 3 3 WAVESRC WAVESRC 4 11 1 DTFORM 4 11 2 1 2 4 11 2 2 _ 11 0 0 19 2 1 7 2 3 0 _ 10 4 4 1 4 1 1 DIRV_d1 d1 DIRV Bl bil VDIV 200 2 VPOS VCPL PROBE VDIV 200M ZMVAL VPOS VCPL PROBE DIRV 71 d1 CH2 bl
66. TSRC 21 41 d1 amp CH1 CH2 2 bl d1 TSRC_ CH1 CH1 2 d1 bl bl TCPL 71 d1 d1 AC DC DC REJECTION LF LF REJECTION bl bl d1 2 3 ET TSLP bl1 TSLP 71 d1 d1
67. GNUPLW b1 b2 b1 D2 GNAREA 4 7 2 UPPER GNUPLW 21 d1 UPPER d1 UPPER REF1 LOWER REF2 REF2 UPPER REF2 LOWER REF1 1 UPPER REF1 LOWER REF2 2 UPPER REF2 LOWER REF1 b1 REF1 D2 LOWER REF2 REF1 5 GO NOGO GNUPLW __REF2 GO NOGO UPPER REF2 LOWER REF1 47 4 7 4 MARGIN MARGIN 41 d1 NR1 MARGIN bl1 bl NR1 GO NO0GO
68. SKLV 1 02 03 04 bt b2 NR1 Db3 b4 SKLV 21 d1 EDGE LEVEL d3 lt 41 lt 95 d2 CH2 EDGE LEVEL d4 5 lt 42 lt 95 43 EDGE d4 CH2 EDGE CH2 CH2 bi b2 b3 b4 bl b2 b3 b4 41 42 43 44 OFF SKEW DIRM A A 5 5 SKEW SKLV 95 90 RISE FALL EDGE LEVEL 95 CH2 EDGE LEVEL 90 EDGE RISE CH2 EDGE FALL 44 4 6 4
69. GO GNOUT 41 d1 GNOUT bl b1 GO NO0GO GNOUT 71 d1 GO N0GO d1 COPY SAVE SAVE SAVE GNSAVE 4 7 8 bl 41 gt 99116007 GO NOGO SAVE 49 4 7 8 GNSAVE_ d1 d1 GNSAVE bl GNOUT 4 7 7 SAVE GO NOGO GNSAVE 71 d1 GO N0GO
70. STOP BMP COPY RCMEM RCCRD SRDATA__REF lt REF SRDIR DIR1J REF1 RCMEM 14 1 1 58 2 RCCRD dl d1 NR1 SRDATA 4 9 1 d1 1 lt lt 999 RUN WAVE TIFF BMP STOP COPY RCMEM RCCRD
71. lt binary_block gt 1 2 2 0 DTBORD 4 11 2 2 1 6 3 8 4 16384 U0 L0 U1 L1 Un Ln 1 0 8191 2 1 Ui L1 1 0 8191 2 Li i 0 8191 0 DTBORD 4 11 2 2 L H Li Ui 1 0 8191 71 b ASCII lt 1 block gt lt gt lt ascii_block gt 1 ASCII NR1
72. bl bl TGMD 71 d1 di EDGE EVENT TV EVENT TV ENDLESS EDGE EVENT 1 ENDLESS 1 NAK 2 TV 1 NAK 3 EDGE EVENT EVENT EDGE STOP ENDLESS bl b1 d1 5 TV ENDLESS
73. MARGIN 71 d1 GO N0GO 0541 lt 100 bl d1 MARGIN_ 5 GO NOGO 5 4 7 5 SWEEP STOP SWPSTP d1 dl SWPSTP bi GO NOGO SWPSTP 71 41 GO NOGO d1 GO GO NOGO NO0GO bl b1 41 GO NOGO ON 1
74. b1 7 7 bl b1 41 TSLP_ 4 TLVL bl TLVL 71 41 div 10 00 lt 41 lt 10 00 0 022757 Volt div A 0 GND n x b1 b1 41 2 CH1 2mV div 4mV d1 NR1 NR2 NR3 b1 NR3 22 4 3 3 41 d1 1 TGMD
75. BW BW O 1 1 1 80 6 2 II 2 3 94 915 EQSMPL EQSMPL ENVL C0 AVGCNT AVGCNT RLSY OF RLBY RLBY MXPG MXPG PGRCL PGRCL ROLL _ DIsp DIsP 7 XMD INTP INTP SCALE scALE CALC cALC RFSET CMDSP CMDSP HCUR HCUR DIRM DIRM MSEL MSEL _ MCND MCND 1 UPLV LOLV rgvr LEVL GONG GONG GNAREA GNAREA GNUPLW GNUPLW MARGIN MARGIN sWpsp SWPSTP 0 Arour 0 007 GNOUT GNSAVE GNSAVE2 GNCDFN GNCDFN GNsVEFN GNSTS
76. 100 T B DIRM_ A TRI MCND__T B 41 3 UPPER LOWER 01 d1 NR1 1017 1 UPLV LOWER LOLV b1 bl NR1 Tf UPPER LOWER UPLV LOLV 21 d1 UPPER 6 di 95 LOWER 5 lt di 94 1 2 UPPER LOWER UPPER gt LOWER UPPER LOWER UPPER 1 LOWER UPPER LOWER 1 1 bl b1 d1 DIRV 4 1 1 OFF Tr Tf
77. 1160 LF CHR amp HA LF 1110 SCREEN 3 0 CLS 3 1180 GOSUB RSINIT RS 232C 1190 1200 121007 Main Procedure 12201 2 1230 ERRFLG 0 192 7277 1240 1250 CM DTEFORM ASCII FORMAT ASCII 1260 GOSUB CMDOUT 1270 CM DTSTART 3192 1280 GOSUB CMDOUT 1290 CM DTPOINTS 5000 1300 GOSUB CMDOUT 1310 CM WAVESRC 1320 GOSUB CMDOUT 890 1340 GOSUB SETUP1 1350 7 1360 CM 5 1370 GOSUB CMDOUT 1380 CM 1390 GOSUB CMDOUT 1400 GOSUB WWAIT 1410 GOSUB WAVE 1420 GOSUB SCLW 1430 7 1440 GOSUB SETUP2 1450 1460 CM 5 1470 GOSUB CMDOUT 1480 CM RUN START ADDR 3192 DATA 5000 CH 7 1 7 2 7 7923 21 83 1490 GOSUB CMDOUT 1500 1510 CM DTSTART 11384 1520 GOSUB CMDOUT START ADDR 11384 1530 GOSUB WWAIT 1540 GOSUB WAVE 7 1550 GOSUB SCLW 1560 END 1570
78. 20s div TDIV_ 10E 9 10ns div 4 2 2 TPOS 41 d1 NR1 NR2 NR3 b1 b1 NR3 TPOS 71 d1 div RUN 8 00 lt 41 lt 5 00 0 01 2797 STOP 80 00 lt 41 lt 80 00 0 01 27 7 0 n nm div n Q div bl d1 TPOS 1 1div 19 4 3 4 3 1 1 SWMD d1 d1 SWMD b1 bl
79. 41 1 NAK d1 NR1 b1 NR1 RUN PAGE RECALL PGRCL_ 116 1 5 ROLL 1 b1 ROLL ROLL 71 b1 ROLL ROLL NORM 30 4 5 4 5 1 DISP d1 DISP bi d1 bl
80. 1 ss 1 2 3 4 ON OFF 5 3 22522 555 5 2 0 0 006 06 0 6 0 6 06 006 006 10 ee 4 5 eee ese cee 4 1 2 RUN STOP 3 1 1 1 1 2 2 2 13 1 ID D 13 2
81. SINGLE 1 GO NOGO GO NOGO SWEEP STOP 1 SWPSTP G0J GO NOGO GO 48 4 7 6 AUTO OUTPUT 4 7 7 AUTOUT 41 d1 AUTOUT bl b1 GO N0GO AUTOUT 71 d1 GO NOGO GO NOGO bl b1 41 AUTO OUTPUT OFF 1 lt 006
82. b1 b2 41 42 gt 1 26 H C1 1div H C2 2div 3 01 d1 b1 CURM 71 41 d1 DV DT DVDT bl bl 41 DIRV 4 1 1 CURM _ 37 4 CMSR b1 b1
83. 41 6 1 1 7 1 7 1 a 127 120 7 A 0 119 4 128 1 7 1 2 2 1 1 a b 1 1 1 20
84. CALC_ ADD ADD 4 5 6 1 RFDSP d1 d2 RFDSP bl b2 d1 d2 b1 b2 REF1 REF2 RFDSP 71 d1 REF1 ON OFF d2 REF2 ON OFF 81 42 b1 b2 b1 b2 41 42 RFDSP ON OFF REF1 ON REF2 OFF 33 2 REF1 REF2 41 CH1 CH2 d2 WIDTH 43 d1 REF1 REF2 d1 d2 d3 NR1 REF1 REF2 d2 CH1 CH2 CH1 d3 WIDTH dot 100 lt 43 lt 100 1 2 WIDTH 4 4 2 6 RF
85. DC 84 2010 CM 51 2020 GOSUB CMDOUT 2030 CM TLVL 1 0 1 0div 2040 GOSUB CMDOUT 2050 RETURN 2060 2070 2080 RS 232C initialize 2090 2100 RSINIT 2110 OPEN COM N81XN 5 1 RS 232C CONNECT COM N81XN 2120 RETURN 2130 2140 2150 Command Output 2160 2170 CMDOUT 2180 PRINT 1 CM PRINT 1 LF 2190 PRINT lt Send Command gt CM 2200 CMD100 2210 IF LOC 1 0 THEN CMD100 2220 RCV INPUT 1 1 2230 PRINT Receive Data HEX ASC RCV 2240 IF RCV NAK THEN PRRFLG 1 PRINT NAK receive 2250 IF RCV ACK THEN ERRFLG 0 PRINT receive ELSE ERRFLG 1 11 code 2260 RETURN 2270 2280 292900 Waveform Receive 2300 2310 WAVE 2320 PRINT Waveform Receive Start 2920 CM DTWAVE 2340 GOSUB CMDOUT 2380 IF ERRFLG lt gt 0 THEN WAV RCV1 2360 GOSUB WASCRCV 2370 PR INT PRINT Receive End 2380 GOTO WAV RCV2 2390 WAV RCV1 2400 PR INT PRINT Re
86. NAK NAK 5 1 5 RS 232C 1 5 1 1 5 1 1 5 1 1 CD 2 RD 3 SD 4 ER 5 SG 6 DR 7 RS 8 CS 9 RI 1 5 1 RS 232C RS 232C 9 174 9 25 15 m 9600bps 1 6 OFF 1 6 1 DS 8710 06 147 SD 3 2 CS 8 DR 6 5 SG 5 ER 4
87. LINE bl b1 d1 gt 01 STAIR 4 5 4 SCALEd1 d1 SCALE bl SCALE 21 11 FRAME AXIS GRID bl b1 d1 SCALE AXIS AXIS 32 4 5 5 CALC 41 d1 CALC bl bl CALC 71 d1 d1 OFF ADD ADD SUB SUB MULT MULT bl bl d1
88. ROLL 21 4 4 4 5 SINGLE SINGLE 1 EDGE EVENT SINGLE 1 lt gt 7 1 ROLL J OFF TGMD TV 23 4 3 4 d1 d2 NR1 NR2 NR3 41 42 EVNT 1 02 EVNT 71 d1 bl b2 BURST EXTRA MISSING 42 41 COUNT 1 42 9999 d1 BURST EXTR
89. b1 b1 NR3 MSRA A MSRB b1 MSEL 4 6 3 1 NR3 OFF 9 91E 37 DIRV 4 1 1 DUTY 30 78 PW 30 645S 30 78E 0 45 4 7 GO NOGO 4 7 1 ON OFF GONG b1 GO N0GO ON OFF GONG 71 d1 GO NOGO ON OFF d1 bil GO NOGO ON GO NOGO OFF b1 41 ON OFF
90. b2 1 GO N0GO 44 d2 GNCDFN 71 d1 1 dl 999 d2 1 d2 999 1141 lt 12 2 d1 gt d2 41 bl b2 bl1 b2 41 42 5 MEMORY FULL AUTO OUTPUT OFF 1
91. 505 1 2 57797 1 NAK bl b1 d1 ENVL 50 3 1 50ms div 50ms div 26 4 4 1 di b1 b1 ACQ 71 41 d1 NORM AVERAGE bl b1 d1 2 AVGCNT d1 d1 NR
92. MSRB EVNT CMSR MSRA 320mV 320E 3 3 4 11 2 a L NAK ACK NAK LF b ACK NAK LF ASCII LF 3 3 1 3 3 3 1 1 3 pm 414 mIW 412 2MVAL 4 1 4 w
93. UPPER 4 6 3 3 4 6 3 3 LEVEL 4 6 3 4 SKEW 4 6 3 5 A 4 6 4 B 4 6 4 ON OFF GONG 4 7 1 GNAREA GNAREA 4 7 2 UPPER LOWER GNUPLW GNUPLW 4 7 3 MARGIN MARGIN MARGIN 4 7 4 GO NOG0 SWEEP STOP SWPSTP SWPSTP 4 7 5 AUTO 0UTPUT AUTOUT AUTOUT 4 7 6 GNOUT 7 GNSAVE 4 7 8 9 979 7400 GNCDFN GNCDFN 4 7 8 7 7 No 4 GO NOGO GNSTS 4 7 10 4 8 1 7 CPOUT CPOUT 4 8 2 1 SRDATA 4 9 1 SRDIR 4 9 2 492711777 7 9 SVCRD 4 9 3 2 _ 4 9 4 1 RCCRD 4 9 4 2 DELCED 4 9 5 49 6 No DIRCRD 4 9 7 4 10 1
94. 00 5 NEXT Y 5000 120 5000 119 5 LINE 0 119 5000 119 5 0V WAVE 0 07 0 FOR 0 5000 0 0 4 0 0V WAVE T NEXT 3170 RETURN 87 2 DS 8710 06 VAT
95. 1 AVGCN1 bl d1 1 AVGCNT 71 d1 2 lt 41 lt 256 2 2 bl bl 4 ACO_ AVERAGE 4 4 27 4 4 4 1 d1 NR1 NR2 NR3 RLST bl bl RLST 71 d1 OFF d1 50ms lt 41 lt 505 1 2 5 7 7
96. 7 1580 1590 Setup1 1600 1610 SETUP 1 1620 CM DIRV 1630 GOSUB CMDOUT y 1640 CM 1 0 1 0V div 1650 GOSUB CMDOUT 1660 CM RLST OFF 1670 GOSUB CMDOUT 1680 CM TDIV 10 3 1690 GOSUB CMDOUT 10ms diyv 1700 CM SWMD 01 SINGLE 1710 GOSUB CMDOUT 1720 CM TGMD EDGE EDGE 1730 GOSUB CMDOUT 1740 CM CH1 1750 GOSUB CMDOUT 1760 CM TCPL DC DC 1770 GOSUB CMDOUT 1780 CM TSLP 1790 GOSUB CMDOUT 1800 CM TLVL 2 0 1810 GOSUB CMDOUT 1820 RETURN 1830 1840 Setup2 1850 1860 SETUP2 1870 CM DIRV 1880 GOSUB CMDOUT 1890 CM 2 0 1900 GOSUB CMDOUT 1910 CM RLST 50 3 1920 GOSUB CMDOUT 1930 CM TDIV 50 3 1940 GOSUB CMDOUT 12 0div y 2 0V div I 50ms diy 50ms div H 1950 CM 1GMD EDGE EDGE 1960 GOSUB CMDOUT 1970 CM TSRC 1980 GOSUB CMDOUT 1990 CM TCPL 2000 GOSUB CMDOUT
97. A MISSING d2 d2 1 005 d2 1 00s d2 1 005 d2 b2 b1 2 d1 42 5 4 3 3 EVENT TGMD_EVENT EVENT EVNT BURST 0 15E 6 EVENT 0 15s 1 1 24 MISSING 4 3 5 TV 1 d1 TVFL d1 bl TV TVFL 21 d1 di TV V TV V
98. F 1 lt 41 lt 10 1 lt 41 10 1 2 WAVE TIFF BMP 10 3 1 16 kW 2 4 1 3 5 7 9 1 RUN STOP 1 ROLL BY 4 4 2 2 CARD 2 GONG 4 7 1 ON AUTOUT 4 7 6 OFF GNOUT 4 7 7 SAVE
99. SET_ 2 04 REF1 CH2 WIDTH 0 34 4 5 7 1 41 d1 CMDSP 11 b1 ON OFF CMDSP 219 d1 ON OFF bl b1 d1 2 CMNT_ d1 d1 bl CMNT CMNT 717 41 ASCII 20 HEX 5A HEX 15 1 41 CMNT d1 2 15 15
100. ceive 2410 WAV RCV2 2420 RETURN 2430 Go 2450 Wave Data Input 2460 oo 2470 WASCRCV 2480 J 0 2490 PRINT Wave Ascii Data Receive 2500 WAV ASC1 2510 IF LOC 1 0 WAV ASC1 85 2520 2530 2540 2550 2560 2570 2580 2590 2600 2610 2620 2630 2640 2650 2660 2670 2680 2690 2700 2110 2120 2730 2740 2750 2760 2770 2780 2790 2800 2810 2820 2830 2840 2850 2860 2870 2880 2890 2900 2910 2920 2930 2940 2950 2960 2970 2980 2990 3000 3010 3020 3030 INPUT 1 1 IF A LF THEN WAV END lt gt THEN WAV ASC2 WAVE J VAL RBUF 256 J J 1 RBUF GOTO WAV ASC3 WAV ASC2 RBUF RBUF WAV ASC3 GOTO WAV ASC1 WAV END RETURN WWAIT CM WHILE 1 FOR 0 1000 NEXT I Time Wait GOSUB CMDOUT GOSUB CMDRD PRINT lt lt lt STB gt gt gt STB IF STB 1 THEN WTEND WEND WTEND RETURN CMDRD S1B 0 RESBUF CMINP IF LOC 1 0 THEN CMINP 1 1 IF A LF THEN CMEND RESBUF RESBUF A GOTO CMINP CMEND 5 VAL RESBUF RETURN CLS WINDOW 0 120 5000 119 VIEW 250 50 570 290 FOR 0 TO 5000 STEP 500 120 119 5 86 3040 3050 3060 3070 3080 3090 3100 3110 3120 3130 3140 3150 3160 NEXT 120 TO 119 STEP 30 LINE 0 50
101. ws 415 ww 11 PROBE PROBE 4 1 7 BW 4 1 8 mm gt _ SWMD SWMD 4 3 1 1 4 3 2 1 4 2 2 433 gws 434 moms ir 4380 4 3 5 2 4 4 1 mws 442 1 4 3 9 HL 2 PAGE RECALL PGRCL PGRCL bpW 1 5 2 1 5 3 semm 154 cue cwe 152 EE 0 4 MsT 45 6 0 4 5 7 1 7768 83 2 2 3 4 6 1 1 4 6 1 2 4 6 1 3 4 6 1 4 4 6 2 4 6 3 1 2 100 4 6 3 2
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