取扱説明書
Contents
1. 13 ys2. 0 5 J E lt EZV Z 550 fH C x Z Z m BH 12 gt lt 0 C 40 2 90 RH 0 C 40 C CRT
3. 0 6 Y CE qea ER DET CAL POSITION CVOLTS DIV DC GND VERT MODE _a CH1 CH2 1 2 b ADD CH2 E E C X Y SEC DIV stsl u NORM SWEEP MODE 8 1 AUTO NORM 8 2 9 1 9 2 COUPL 9 3 SLOPE 9 4 LEVEL 1 10 HORIZ DISPLAY cO CO 1 10 2 ALT 1 11 DATA POSITION 1 12
4. RC 1MQ 25 10MQ 13 1 3 INTEN READOUT FOCUS SCALE TRACE ROTATION INTEN READOUT FOCUS SCALE yE O th TRACE ROTATION O TE lt TINTEN INTEN READ OUT Ta READ 0UT REAL
5. HOLDOFF TRACE SEP lt SEC DIV 0 99 1 2 7 7 0 _ HOLDOFF SEC DIV HOLDOFF oo elo 7 1 L1 1 1 1 1 CERT 1 39 2 DS 8607A 08AHA AVERAGE 2 1 OMAX HOLD 7
6. WW 1997 6 1 2004 3 4 2006 6 5 2006 8 6 KML030161 A1131 815100 B 0 1 R a pb ipa lt lt 7
7. zss 0 3 sx gt gt 100 CH1 CH2 CH1 CH2 INPUT INPUT V MODE ADD CH2 POLAR INV 0 4 y
8. 9 4 9 4 1 R B 20 C 70 C 80 20 70 9 4 2 12 9 4 10 B Y REAL STORAGE ALT CHOP REAL ALT CHOP 500kHz 1 0 CH1 CH2 R E E REAL 5mV div 5V div gt STORAGE 5mV div 5V div DS 8608A DS 8607A
9. AVERAGE F1 MAX HOLD F2 LIMIT CALC F3 STOP T ENVELOPE CH1 F4 PROBE F5 EQU ROLL F6 TI CH1 CH2 AC 400KSpS 0 5V 20mV 1 ms 1 9 1 1 AUTO CAL AUTO SET CAL CAL INPUT POWER OFF AC LINE INPUT CH1 CAL CH gt CAL POWER ON AUTO SET CAL AUTO SET lt CAL CAL 1 3
10. CS DS No mD Dn gt Co LD co RS 23920 5 TE 6 6 1 a 4 1 4 2 4 3 4 4 Tosd GP IB w CS CO 00 1 2 7 7 7 T T T T 7 3 T Ti 4 T T T 7 4 T T T T 6 0 8 7 H gt CD Cm gt CO gt N DO gh J aLa s 13 s 14 7 16 Ba s Cel 8 Aa REN RE EE 8 1 TQ sS 9 1 1 1 os Q SZ E Bh 1 02 II
11. FUNCTION SAVE RECALL SWEEP MODE SOURCE C1 amp C2 C2 lt lt Y DE EN L lt END SEC DIV XXXXXXXXXXXXXXXXX lt P A Y SEC DIV CURSOR ENTER
12. LOCAL REMOTE GP IB REN LOCAL REMOTE REMOTE LOCAL LOCAL 3 REMOTE LOCAL Hh GTL Go to Local GP IB REN 3472 REMOTE LOCAL LOCKOUT LOCAL LOCKOUT
13. CH1 CH2 EXT TRIG E 400 V MAX SS 087R 10 1 600 V MAX Z AXIS 30 V 5X20 mm 250 V 2 SLOW a 0
14. POSITION VOLTS DIV COARSE OVR ENTER CH2 ADD REFI REF1 CH2 ADD 0 C 40 C 90 RH 40 AC 0 EH 90V 250V 48Hz 440Hz 80W 200V 200V 47 yay
15. 2 2 CALC CH2 2 3 Q ENVELOPE r ATH 7 20u s div 5s div DS 8608A 2 4 PROBE 7 0 7 2 5 EQU ROLL EQU 3 2 1MHz ROLL 0 3 2 6 EQU ROLLI 1 7 2 2 FUNCTION AVERAGE F1 8 F1 STORAGE AA 16 F2 32 F3 64 F4 128 F5 OFF F6 MAX HOLD F2 16
16. SEC DIV 1 OLE EHI AVRG ON 164 AVERAGE 16 ON 164 AVERAGE ON 16 8 6 5 lt off gt lt number gt MHLD HOLD ON HOLD ON OFF HOLD OFF m MAX HOLD number 999 AVERAGE STOP IWF MAX MIN 8 6 6 DS 86084A AA STORAGE
17. AUTO SWEEP MODE SINGLE SCALE m Z lt lt READOUT 9 FOCUS lt _ lt
18. 22 5 7 27 lt 1 Pe fE 8608A DS OE H 2 A9 0 ZHAI A U y U 2 45 VO A00D A 2 4652 3952 SHY0JGG q HYAQ 255059 359020 NOILISOd AI0ZS1 10A NOILISOd Al0 S1 10A NOj isSod 7 NN
19. 100 V 200 V 200 V 250 V FORV konce D F O BL JI 8 5 ji 90 250 V AC siro
20. 1 vy MEMR MEMW CMTR CMTW GP IB End or Identify VDIV 4 N WOIV 09M DIRV CH1 VDIV 0 2 2 4 8 VDIV 54 5V div b
21. 8 3 2 VDIV 8 3 4 VPOS D t VDIV V t VPOS V 32 VE VDIV gt N88BASIC BYTE V I 700 710 720 730 740 7o0 760 770 760 790 800 610 PRINT DS DIRV PRINT DS VDIV2 INPUT DS VDIV PRINT DS VPOS INPUT DS VPOS PRINT DS MEMR 0 4096 SRQ OFF WBYTE amp H3F amp H40 DS amp H20 IEEE 1 AND amp H1F FOR 1 0 TO 4095 RBYTE D I IF D I gt 127 THEN D I D I 256 V I D I 32 VPOS VDIV NEX I SRQ ON D I
22. F LOAD A200 LOAD GP IB Interface Clear REN 247 Device Clear OSR SRQ 500 do 1 2 BINARY 3 1 3 SRA
23. 7 SRQE WSGL 7 2 9 MEMR TLVL DIRV VDIV VVAR VPOS 7 6 7 6 1 GP IB GP IB 1010 DS 8607 8608 DIGITAL STORAGESCOPE 1020 1030 GP IB SAMPLE PROGRAM 1 ver 1 00 1040 1050 x N 88BASIC 86 VERSION 6 0 on MS DOS 1060 PC 9801RA2 PC 9801 29N GP IB INTERFACE BOARD 1070 1080 Copyright C 1994 IWATSU ELECTRIC CO LTD 1090 gt 1100 gt SAVE SAMPLEO1 BAS A 1110 CLS 3 120 1130 1140 1150 1170 LENGTH 1024 1180 LENGTH STR LENGTH 1190 DIM WAVE LENGTH 1200 1220 GP IB 1230 1240 1250 DS 1 DS 8607 8 DEVICE ADDRESS 1260 CPU IEEE 1 AND 31 PC ADDRESS 1270 CMD
24. 1 11 1 12 RUN O4 DATP 2 1 2 1 2 STOP 0 DATP 4e 8 6 4 STORAGE A AVRG lt on off gt lt nunmber gt AVRG OE BE AVRG AVERAGE AVRG ON TR AVERAGE ON OFF AVERAGE OFF lt number gt 8 16 32 64 128 AVERAGE number 5 HOLD STOP
25. GND BNC GND 2 ON OFF INTEN READOUT FOUCUS 7 2 GP IB 7 2 1 a IEEE Std 488 1 1987 JISC 1901 1987 b 7 2 1 7 2 1 gt mf MLA B MTA E H gt Bb b HP g 2 2 JEN
26. x10 x20 x50 10 0 2sec div 20nsec div E REAL 8div 5 10 C 35 C REAL oa 8div 2div 10 10 C 35 C 1 20ns div 2 30ns 31 40ns 20 0 2sec div 50nsec div JE REAL DA 8div 6 10C 35 C X 50 0 2sec div 0 1 sec div REAL 8div 8 110C 35 C STORAGE DA E 2 A D 2 2 8 32 a p div 7 Z A7 8div 20 7 2 40967 5 v4 4096 X4 Loly ROLL 50sec div lt 0 5sec div sec div 400 NORM 0 25 1 20 u s
27. INMD MEMR NAK ACK NAK ACK 06H NAK 15H ACK NAK 1 4 7 4 1 1 a amp b To
28. CHAR 7 4 4 7 4 4 8 7 4 4 Set se yE P 1 7 IAV ERRN INMD INMD 8 PROB PROB 8 3 6 HMOD DIRV DIRV 8 3 1 VVAR VPOS VCPL PROB SWMD TMDV z VP0S V POS 8 3 4 VCPL COUPL 8 3 5 TSLP TSLP SLOE 8 4 3 TLVL TMAG MAG 8 5 5 TSEP h t TRACE SEP 8 5 6 HOLD HOLDOFF 8 5 7 RLST 7 A 8 6 1 RUN STOP 8 6 2 DATP 7 5 DATA POS 8 6 3 AVRGY AVG 8 6 4 MHLD
29. NTSC 1 9 3 SLOPE 1 4 lt SLOPE 4 t y t 1 9 4 LEVEL J 0 125 lt La O 59 T LEVEL 1 77076 LEVEL 10 LEVEL iki 0 25 99 75 99 75 GND 0 10 div TRIG D LEVEL LEVEL 1 10 HORIZ DISPLAY 1 10 1 MAG REAL
30. SRQ 1 2 SRQ 6 9 8 9 1 CMOD lt gt CMOD BE CMOD T CMOD CHAR 7 lt mode gt V T CHAR OFF CMOD 8 9 2 V C UR lt posi gt lt pos2 gt VCUR QO BE VCUR VCUR NR3 7 lt 1 2 gt Format yay posl div C2 4 0
31. D F POSITION MAG x10 LMAG 10 gt x20 gt x50 MAGX 10 10 ms x1 1 10 2 ALT REAL NA X1 x10 x20 x50 2 GO SEC DIV POSITION ALT ALT ON 412 OFF AMBER x1 TR SEP MAG HOLDOFF TRACE SEP TR SEP
32. 1 2 INPUT L DC AC CH1 CH2 01 6 2 GND CHI CH2 1 6 2 INV CH 1 6 3 b A POSITION CH1 CH2 1 4 VOLTS DIV CH1 CH2 1 6 1 EAT TRIG INPUT 1 6 1 POSITION 1 4 CH1 CH2 1 6 3 ADD CH1 CH2 1 6 3 b Y XY 1 6 3 c
33. DS 8608A DS 8607A CFO _ DS 8607A DC 60MHz L DS 520 DS 521 05 520 GP IB RS 232C GP IB RS 232C DS 521 GP IB PRINTER GP IB DS 520 DS 521 0 DS 8607A 08A Z pp SS 087 S 2 18
34. LLO Local Lockout LO LOCAL LOCKOUT LOCAL LOCAL GTL GP IB REN 7 2 6 GROUP EXECUTE TRIGGER GET Group Execute Trigger WSGL WSGL 7 2 7 DEVICE CLEAR DCL Device Clear SDC Selected Device Clear 6
35. 05 8607 SLI AN z N N TA
36. STB DCL SDC SRE SRE 0 AUTO PERO EE CPT 0 1 LS R S 2 3 2 7 3 1 EIA lectronic Industries Assosiation DTE Data Terminal Equipment DCE Data Circuit Terminal Equipment DS 520 7 3 2
37. 1 2 0 o AUTO SET AUTO SET AUTO SET VOLTS DIY 100Hz 50MHz 5mV 5V div 2 7div VARIABLE OFF CAL POSITION 2div CH2 2div AC DC AC GND OFF GND CH2 INV OFF VERT MODE ON CH2 ON SOURCE CH1 CH2 COUPL AC SLOPE LEVEL 00 HORIZ DISPLAY 1 SEC DIV 5ms gt 20ns div 2 5 5 VARIABLE OFF SWEEP MODE AUTO POSITION CALC OFF AVERAGE OFF MAX HOLD OFF ENVELOPE OFF DATAPOSITION 0 4div QO CAL 1kHz 0 6V
38. OFF OFF OFF 1 2 lt a x I x 5 S 1 ws lt 0 sa a CH2 CH1 55 087 7 0 7 10 1 PROBE x10 1 1 07 1 7 PROBE 1 PROBE x1 x10 2 5 7
39. 7 1 a CPM b GP IB EOI DIRV CHI CRLF VDIV 5 0 0 CRLF PROB 10 10 CRLF 2 a MEMW CMTW b GP 1B EOI BK MEMW ASCII 8 8 CMTW 8 10 3 7 4 3 1 ee
40. SEC DIV CURSOR ENTER SEC DIV a SEC DIV SEC DIV 1 b lt gt A Y SEC DIV SEC DIV 1 SEC DIV lt SEC DIV 1 SEC DIV SEC DIV 1 SEC DIV w SEC DIV 1 GHIJKLMNOPQORSTUVWXYZ2 ABCDEER Z 01234567
41. 7 3 6 7 3 6 SD 2 RD 3 RS 4 CS 5 DR 6 SG 7 7 3 7 4 GP IB 8 b 512 c UMUT VDIV TMDYV NAK ACK NAK ACK 11H NAK 13H ACK NAK
42. HO 00 NORM DP0 4 lt STORAGE NORM ROLL EQU DP0 4 NORM ROLL EQU DP0 4 STORAGE O k REAL NORM ROLL EQU 1 7 2 400kSpS 1ms 0 4 1 12 Sps 2 STORAGE RUN STOP 2CH 20M9 77 s REAL STORAGE REAL AA REAL REAL STORAGE STORAGE STORAGE 1 6 1 6 1
43. 7 6 DATA POSITION 1 11 RUN STOP F1 F6 2 7 2 AVERAGE F1 HOLD F2 CALC ENVELOPE CH1 F4 PROBE F5 EQU ROLL F6 r z SH TT mI AC LINE INPUT 250V Z AXIS INPUT REAL 30V max 0 5Vs DC 5MHz J 4 6k Q CH1 OUTPUT CH2 30mV div 20 500 50MHz 3dB HJR 500 209 GP IB GP IB 05 520 05 521 11 2
44. panar oE EOI Identify E0OI 0 7 2 5 a REMOTE b 3 REMOTE LOCAL REMOTE
45. lt value gt 0 GND Wp GND GND 1 0 div lt gt E E A VPOS 2 54 2 5 div GND p _ VPOS OH GND 2 0 04 GND LA K 2 DIV 6 9 9 V CP L lt mode gt V CP L 2 Oi Be Y VCPL Y VCPL 21 CHAR 7 cmode gt AC DC CHAR DC GND GND
46. HOLD 7 lt value gt 0 lt value lt 99 NR1 value 0 99 REAL EF HOLD 204 207 8 6 8 6 1 RLST lt mode gt RLST RLST REAL STORAGE RLST IWF CHAR 71 7 REAL CHAR STORAGE EQU ROLL STORAGE2 Urag NORM RLST REAL CJ RLST STORAGE J EQU ROLL ON RLST STORAGE2 e R T CNORM 8 6 2 RUN
47. lt LC1 amp C2 C2 C1 amp C2 C1 V 1 C2 73 732 C2 C2 12 732 CURSORS C1 amp C2 tT C2 CURSORS CURSORS 1 7157 CURSORS 1diy 7 7 CURSORS 1 777 3 3 3 2 AV V J lt D At AV 0FF AV 1 V V 1 V 2 AV1 CH2 AV2 V Yy 2 1 D C1 amp C2 CURSORS CURSORS lt CURSORS V VM 1 1 V 1 V V 2 V 2 2 lt C2 V V 2 Yp 1 CURSORS
48. 7 STORAGE 20 9 lt lt gt lt 50 NR1 NR2 NR3 1 2 5 141797 STORAGE STOP 2ns div 2E 9 REAL 20 9 lt range gt 0 5 NR1 NR2 NR3 1 2 5 1797 Qi VARIABLE UNCAL TVAR TMDV 2E 6 2 5 5E 4 0 5msec DIV 8 5 4 II VARIABLE REAL lt gt lt 1 gt TVAR TVAR REAL ON OFF 840 Fa TVAR T lt value gt NR1 7 ON m ON OFF OFF 100 300 NR1 NR2 NR3 lt value
49. DIRV CH1 VCPL DC CH1 DC 8 7 P ROB lt value1 gt lt value2 gt PROB Be PROB ay lt value1 gt CH1 lt yvalue2 gt CH2 PROB IVF NR1 7 9 E 1 _ 10 10 VDIV IVF 0 _ 10 10 1 CHI CH2 10 1 7 H 7 iiiad 1 1 10 1 7 0 7 8 3 7 CH2 REAL INVT lt on off gt BE INVT REAL CH2 INVT IVF CHAR 7 on ON CH ON CHAR
50. 100 CAL TDIV 300 CAL 1 2 5 TMDV 0 01 OFF 1004 10ms div CAL 200 200 8 5 5 MAG REAL on off gt lt value gt TMAG OE BE TMAG REAL MAG ON OFF 0 TMAG lt on_off gt lt value gt CHAR NR1 7 ON MAG ON OFF MAG OFF 10 20 50 10 20 50 Oii TMAG OFF MAG OFF REAL TMAG 0N 204 MAG 20
51. SEC DIV 10 sec div 20ns div Jb 120 1 8 SWEEP MODE AUTO NORM SINGLE SWEEP MODE AUTO F1 Wi NORM F2 SINGLE F3 1 8 1 AUTO NORM AUTO NORM l JE AUTO F1 lt SWEEP MODE NORM F2 SINGLE F3 Fl kk F2 AUTO NORM AUTO LEVEL 1 9 lt 79 77 4 f y O 2
52. i L mm Ce me 14 os 15 me 1 slm lg sm mw 13 0105 24 GND 12 SHIELD XA hl had a FACTU REMOTE REMOTE GP IB F1 T ADRS F1 F2 0 30 RS 232C DELIM F3 LF CRLF EOI F lt REMOTE REMOTE GP IB F1 RS 232C F2 DS 520 RS 232C Fe F1 GP IB lt 6 1 ADRS 2 INC F1 DEC F2 F1 F2 DELIM CRLF F3 0 30 INC DEC F3
53. CH1 lt mode gt lt mode gt CH2 ADD ADD CALC CALC lt mode gt ON CH1 CH2 ON ADD ON OFF em OFF ADD CALC OFF ADD lt Select gt 2CALC2 CH1 CH2 SUB lt select gt CALC CH1 CH2 INMD_ CH1 ON INMD CH2 0FF 1 ON CH2 OFF ADD ON REAL ADD ON INMD CALC SUB ed STORAGE CH1 CH2 ON ON OFF ed CH1 CH2 ON ADD OFF 0 0 0 ADD ON ON ON SUB ed CALC CH1 CH2 ON ON ON ADD CALC CH1 CH2 ON 8 3 8 3 8 3 1 D lt channel gt DIRVY lt DIRV 37yi
54. OFF O ERIL rro sore AW OR OFF G Rk S 0 2
55. pd 2339 1339 05 02 01 AQ OP LII ZOO AEZ AN JASIO LI AOH EAZA H31N3 e NINHO H108 5 4 ni SN dd9 AVIV 0 030181 35gY0J 13437 22915 A107338 SHOSYHNI Ld HYAD A107335 3 C 401 NOIIIS0d 402 172071 TTY 3 N0113NDd ZN Ylvo 3Lon3y AV aaao o1nv NOllVlO0D 30YB 371795 502034 1n00v3y N LN 50 3909599 0 15 lt REAL RTORACE FUHCTIOH QER POWER ON OFF INTEN 1 3 READOUT 1 3 FOCUS 1 3 SCALE 1 3 TRACE ROTATION WE 8 1 3 CAL
56. CHAR 7 Y lt mode gt 8 4 4 TL VL lt value gt BE TLVL TLVL 37y NR3 7 Y s 99 75 lt value lt 99 75 NR1 NR2 NR3 lt value gt value 0 GND GND 2 8DIV 99 75 TSRC CH1 TLVL 0 CH1 GND L 0 00R 04 8 5 8 5 1 HIMOD lt mode gt HMOD HMOD IWF HMOD IVF CHAR 7 Y
57. 3 HP 7 2 2 1 a GP IB GP IB IEEE 488 1 JIS 1901 EMC cc 3 2 s G 1 20m 4 2 3 7 2 2 7 2 2 12 SHIELD GND
58. XON XOFF CS ACK NAK ACK NAK ASCII 9800 bps 8 H 1 CR LF REFI 0 VT EE LT NIG I IT 40 000 Fim WT VOLTS DIV AC DC GND ADD CH2 INV SEC DIV LEVEL SLOPE COUPL SOURCE MAG HOLDOFF ROLL NORM EQU DATA POSITION MAG POSITION H 2 1 FUNCTION SAVE RECALL SWEEP MODE SOURCE COUPL REMOTE 2 75 80 CRT m _ 6 10 40 Re s PS HOT g KOT MON O P Q R SOT U V W OK Y l Ta bu 4 6 8divx 10div 1div 10mm
59. At AV OFF At OFF SEC DIV At AV C1 amp C2 SEC DIV C1 1 C2 V2 C2 SEC DIV C2 2 CURSORS SEC DIV HOLDOFF TRACESEP HOLDOFF 1 13 4 06 47 2588 TRACESEP 1 10 2 STORAGE AUTO SET 1 1 AUTO SET CAL REAL STORAGE FUNTION 2 y SAVE RECALL 4 REMOTE LOCAL 7 37 7 COPY DS 521
60. CH1 CH2 2 4 ENVELOPE DS 806084A STORAGE JA AM ALIASING SEC DIV 50u s div 50s div DS 8608A CHI DS 8607A FUNCTION L m ENVELOPE F4 JR SEC DIV 5042 s div 50s div LREAL STORAGE STORAGE AVERAGE F1 lt FUNCTION FUNCTION HOLD 2 u CALC F3 ENVELOPE F4 F4 ENVELOPE PROBE F5 CH1 EQU ROLL F6 ENV EN Kag FUNCTION F4
61. REMOTE RS 232C MEMW MEMR ACK RS 232C ASCII MEMR 8DIV 4DIV 128 4DIV 128 128 128 lt GRD 2 5DIV gt 200mV DIV D t V t 4 0 div 1 3 V 2 406div 0 9812 0 0 div 0 5 V 2 5div 0 0 V 4 0div 0 3 V
62. STORAGE DS 521 47 33y NEC PC PR201H A X Y 2 3 JE COPY STOP lt H PRINT PRINT STOP COPY 20 6 1 6 1 6 1 yl mm 12 20 GND 11 D7 6 2 6 2 6 2 8 16 120 7 1 1 7 1
63. CMTR 37y linen colum 1 lt lt linen gt lt 4 NR1 lt 1 gt 0 lt lt column gt lt 39 NR1 lt column gt Of CMTW IVF BS 232C CMTW vy ACK Va 40 40 79 CMTR lt inen gt column gt 20 s 0123456789ABCDEFGHIJKLMNOPORSTUVWXYZ space CMTW_ 2 10J 2 10
64. F6 OFF 1 1 MAX HOLD ON 32 2 3 CALC STORAGE CHI CH2 CHI CH2 CH1 CH2 CALC VERT MODE CH1 CH2 Te G Sk E G 2Ha 20ns div 0 2s div FUNCTION CH1 CH2 F1 CH1 CH2 F2 OFF F6 D SEC DIV 20ns div 0 2s div REAL STORAGE STORAGE AVERAGE 1 FUNCTION FUNCTION HOLD F2 CALC ENVELOPE F4 PROBE F5 EQU ROLL F6 CALC CH1 CH2 F1 lt CH1 CH2 F2 F1 3 F2 O e ER CH1 CH2 _ CHI CH2 OFF F6 0 1V 0 1V f F6 OFF 2 8 NH 9 k
65. MAX HOLD 8 6 5 ENVL ENV 8 6 6 TMAG TSEP HOLD RLST RUN STOP DATP AVRG MHLD ENVL TLVL LEVEL 8 4 4 HMOD HORIZ MODE 8 5 1 CO 7 4 4 H 2 2 et TD SAVE RCAL 8 10 1 SAVE 8 11 RECALL 8 11 2 COPY 8 12 10 ETB 7 2 3 STORAGE
66. OFF OFF lt value gt 0 100 NRI lt value gt 1 lt value gt X 1 2 lt value gt 100 CAL VDIV IVF 0 Os 5 STOP DIRV_ CH1 VDIV_ VVAR 0N 404 1V div 40 50 50 8 6 8 3 4 V POS lt value gt VPOS DIRV VPOS VPOS Y 7 10 lt lt value gt lt 10 NRI NR2 NR3 lt value gt lt value gt DIV 0 1 DIV
67. VARIABLE ON VVAR PROB 8 4 D P P 8 division 1V div 8V P P STOP STOP RON DIRV CH1 VDIV 2 CH1 2V div DIRV CH2 VDIV 50E 341 CH2 50mV div 5 24 50mV DIV Vy 8 9 8 3 3 II VARIABLE lt on off gt lt value gt VVAR DIRV IVE VVAR IVF VVAR NR1 74 Y lt on_off gt ON lt value gt
68. 2 5mV div 5V div DC lt 100MHz DS 86084 2 MAG 4 2 A D 5G977 s 100MHz DS 8708A 20M y7 s 8bit A D 5MHz DS 87084
69. CURSORS H yy 1 H 1 H jyy 2 V 2 lt 9 C2 H V 2 CURSORS 2 H 3 9 1 H 1 V 2 At 79 09ms lt 1 A t 12 64Hz I REAL MAG ALT MAG At AV OFFT OFF N Mna CURSORS C1 amp C2 C2 CURSORS V SEC DIV SEC DIV CURSORS C1 amp C2 4kg C2 COURSORS CURSORS
70. DS 8608A_ 94 04 01 DS 8608A 94 04 01 CMTR ON 8 11 8 11 1 RFST _ lt source gt lt destination gt BERST IOF 2 lt source gt CH1 CH1 CH2 CHAR CH1 2 CHC lt destination gt REF 1 REF1 REFZ CHAR REF2 REF1 2 REF1 REF2 Of lt source gt CH1 CH2 lt destination gt REF1 2 CH1 REF1 CH2 HEF2 REF RDSP
71. m GND 1GND w P m ON lt lt AUTO SET ii 1 2
72. VDIV 4 c Direction DIRV V 92 DIRV Direction DIRV_ CH1_H s p K ha S MEMR CMTR Aas MEMW CMTW JMEMR CH1L BYTE 0 20474 7 4 2
73. DC 8 CAL 0 6V 1kHz GND GNDVA JV lt Q AC CAL GNDL Fo 1 6 3 VERT a 2 CH1 CH2 E Hi VERT MODE D VERT MODE CH1 k CH2 ON OFF CH1 CH2 ON OFF CH1 lt CH1 ON VOLTS DIV 2 10mV 10mV CH2 CH1 CH2 OFF REAL 2 SEC DIV ALT CHOP ALT 0 5ms div 20ns div CHOP 500kHz 1 0 0 2s div 1ms div Q REF1 REF2 777 74
74. TE LEEA FOCUS ELT 8 k 3 F x O S s Bal S L Je SCALE 1 14 Q Hb a TENTO k 2 EO OCHI GND GND lt TRACE ROTATION HKO 1 4 POSITION VERT HORIZ DO DO CH1 F VERT COARSE lt 4APOSITION 1 7757 APOSITION 1div POSITION Z 1 7507 4POSITION 1div VERT Amai FINE POSITION 1 2Vy OCH
75. SAVE CH1 2 TO REF1 2 F5 F5 REF1 CH2 REF2 4 4 4 3 WAVEFORM STORAGE 0A WAVEFORMJ REF 1 REF 2 a REF 1 REF JE TN D REAL STORAGE 2 P L T STORAGE VERT MODE CH2 ADD REF ON CH2 ADD ON OFF b REF 2 REF2 REAL STORAGE STORAGE VERT MODE O ADD X Y REF2 ON ADD X Y ON OFF lt 4 2 HERO 2 CH1 CH2 5 5 1 COMMENT
76. AC DC REJ LF REJ TV V 1 9 2 SLOPE 1 01 9 3 MODE SWEEP AUTO NORM SINGLE 1 8 RST SINGLE 1 8 2 READY SEC DIV SEC DIV 1 7 SEC DIV 1 7 CURSORS HOLDOFF TRACESEP SBC DIV 1 7 1 4 LEVEL soMRCE rZ T3 kasi ZZ j 1 ES RIT SP A 57227 RE ERT MODE ER 20 50 Z aret LT Pn ww Soe Sroa OVAR COARSE Oval 4 m COARSE L f i 15 Y Y ZZ EE E 4 n lt d DC 4C I _CH 2 DC AC lt 3
77. TR SEP MAGx10 HO 34 TR SEP 10 lt HOLDOFF TRACE SEP HO 34 TR SEP lt SEC DIV APOSITION MAG TR SEP MAG x 10 HO 34 1 12 1 35 1 11 DATA POSITION STORAGE Q JR REAL STORAGE STORAGE NORM DPn 4 h NORM DPn 4 D DATA POSITION 0 4 3 4 4 lt gt LJ 1 l DP0 4 4 4 DP1 4 1 4 3 4 1 4
78. XON XOFF DC1 DC3 CS ACK NAK 7 3 3 9600bps 811 NONE REMOTE 9600bps 8bit RUFA EVT NONE Ibit 2bit PYF CR CR LF REMOTE 7 6 REMOTE GP IB F1 L NSs2326 F2 BAUD F1 9600bps STOP 20 DELIMIF3 CR CRLF JE lt HEMOTE REMOTE GP IB 1 RS232C F2 F2 RS 232C lt RS 23
79. CH2 ADD REF1 ON OFF ADD X Y REF2 ON OFF 4 3 1 20 b ADD CH2 INV REAL NA 2 ADD CH2 INV CHI CH2 DDD REAL STORAGE REAL VERT MODE CH1 540 CH2 CH1 CH2 ON CHl CH2 0 50 0 5V lt VERT MODE O ADD ADD ON 1 ADD ON ADD ON OFF 2 CH1 CH2 CH1 CH2 CH2 INV CH2 INV ON 1 CH2 INV ON CH2 INV ON OFF R CH2 2 CH1 CH2 CH2 0 5V 0 5V
80. ON 204 MAG ON 20 8 14 8 5 6 REAL lt off gt lt value gt S E P TSEP MAG TSEP lt on off gt lt value gt CHAR NR3 7 ON ON OFF MAG OFF 0 lt value 6 0 NR1 NR2 NR3 MAG value div p Sf value x1 MAG value DIV value 2 X1 2div MAG TSEP OFF MAG REAL ON 2 TMAG 01 20 x 20 MAG 2div ON 2 0E 04 TSEP ON 2div 8 5 7 REAL HOLD lt value gt HOLD OE HOLD 21
81. SRE 22 SRE 0 SRQ SRE VAII SRE 2 1 330 SRE 2 33 6 1 2 ERRN NR1 7 STB ERR 1 0 10 aey fros NR1 a 11 30 AUTOSET Of BRRN 0 STB ERR 0 104 8 2 8 2 T NMD lt select gt lt mode gt TINMD INMD IVF REAL ADD STORAGE t CALC CH1 CH2 CH1 CH2 INMD CH1 CH2 ON OFF ADD CALC
82. SS 087 7 10 1 10 1 PROBE x 10 1 1 7 7 PBOBE xI 1 x10 2 5 7 H 7 1 18 1 6 2 DC AC GND E a GND lt CHI O GND GND ON GND GND GNDL GND ON GND OFF GND CH1 1 lt 6007 7 0 5V DC ki AC CH1 GND GND OFF CH1 A DC AC DC DC AC DC AC AC OCH
83. V 2 lt At AV OFF OFF 3 4 U 1 LIN U 2 LIN kN a O AC CHi Bl Zas 3 9 4 SETUP WAVEFORM SAVE RECALL SETUP F1 SAVE TO MEMI F1 SAVE TO MEM2 F2 RECALL MEMI F4 RECALL MEM2 GES WAVEFORM F2 SAVE CH1 TO REF1 Fl STORAGE A SAVE TO REF2 F2 STORAGE AA SAVE CH2 TO REF1 STORAGE JA SAVE CH2 TO REF2 F4 STORAGE AA SAVE CH1 2 TO REF1 2 F5 STORAGE Z OREAL SETUP MENU 4 1 SETUP 4 1 1 SAVE REAL STORAGE 2 INTEN FOCUS GP IB
84. VOLTS DIV CAL lt VOLTS DIV 5mV div 5V div 1 2 5 2 7 CH2 STOP 1 11 Z CH1 CH2 10mV 10mV CH2 VAR gt 10mV 10mV DCI VOLTS DIV gt CH1 VOLTS DIV CAL VOLTS DIV gt gt OCH
85. COUPL DC REJ LF REJ TV V F lt 0 COUPL F1 F2 F1 F5 F4 AC F5 TV V AC CH1 COUPL COUPL 100Hz DC HF REJ 10kHz LF REJ 10kHz
86. SRQ C MEMR CH1 BYTE 0 LENGTH GOSUB SENDCMD WBYTE amp H3F DS 64 CPU 32 UNL MTA DS 8607 8 MLA PC FOR 1 0 TO LENGTH 1 RBYTE WAVE I NEXT I CLS 3 SCREEN 2 0 WINDOW 0 32768 LENGTH 32767 VIEW 63 71 576 329 FOR 1 0 LENGTH 1 IF WAVE I gt 127 THEN WAVE T WAVE I 256 YY WAVE I 256 PSET 1 NEXT I GOTO LOOP 1950 1960 1970 1980 1990 SENDCMD 2000 PRINT DS C 2010 LOCATE 0 0 PRINT C 2020 RETURN 2030 2040 i 2050 SRQ 2060 2070 2080 SRQINTR 2090 POLL DS S 2100 IF S AND 1 1 THEN SRQF 1 CPLT bit 2110 IF 5 AND 32 32 THEN ERS bit 2120 SRQ ON 2130 RETURN 2140 2150 ERS 2160 PRINT DS ERRN sO 2170 INPUT DS D 2180 PRINT STATUS BYTE ERROR
87. by 2 MEMR a NR1 NR2 NR3 u m k 1 1 6 1 NR2 NR3 i 2 b NR1 NR3 ASCII 3 CHARI ASCII
88. DS 8606A DS 8607A REAL 0 Z Zoto RC E SS U87 7 50 0877 0 77 H R 1kHz 20MHz CH1 CH2 ADD X Y CHI CH2 CALC 0 5ms div 20ns diy 0 2s div lms div 5mV div 5V div 1 2 5 2797 10 5mV div 12 5V div EII AICC 3 5 10 C 35 C DC 100MHz 3dB DC 60MHz 3dB AC 10Hz 10 35 3 5ns 5 8ns Tr x 0 35 i s Hz 10mV div 10 C 35 C 5 5 1 5 1kBz 4 5 30ns REAL DC GND IMQ 1 5 25pF 2pF 10MQ 3 13pF 2pF 400V 600V ON 30 0 1div hour 2mV hour CH2 10mV diVv 50 1 sl
89. 8 11 2 REF MEMR Y 8 8 RFST CH1 BREF2 4 CH1 REF2 RFST CH1 2 REF1 2 REF1 CH2 REF2 8 11 2 RDSP lt on off gt lt on off gt RDSP Y 1 REFI 2 REF2 ON REF1 REF2 ON OFF REF1 REF2 OFF RDSP IWF REF RBF RDSP_ OFF ON REF2 STORAGE COPY COPY DS 521 47 7 REF Sf
90. ENV Aliasing 1 2 Aliasing LYP oD Ta PNE PLMLIMT ML ENVELOPE OFF AM ENVELOPE OFF NORM ENVELOPE D ENVELOPE ON i iB ok rk s lt ENVELOPE ON 2 5 PROBE 10 1 D Sp F 5 AVERAGE HOLD CALC ENVELOPE PROBE EQU ROLL REAL STORAGE 10 CH1 F1 CH2 F2 x1 x10 x1 x10
91. KARGA Zya O 05 520 DS 9214 DS 521 DS 520 DS 521 DS 520 GP IB RS 232C 17971 1 DS 521 GP IB 4227z 1 PRINTER S GP IB RS 232C RS 232C GP IB OFF GP IB GP IB ON CP IB
92. LO1 amp 62 LOr O SEC DIV SEC DIV CURSORS 3 HOLDOFF 1 13 TRACE SEP 1 10 2 Ya COMMENT 5 1 7 2 STORAGE STORAGE AA SEC DIV ROLL NORM EQOO 77 sec SEC DIV kalla wawa 10 s 40 5 40 0 1 ms 4 DS sec 5 s 805 sec 80 5S sec 00 ETR 2kS sec __2 200 20 MS secl 50 ms 8kS sec 0 5 as 800 5 20 MS secl 10ms 40 kS
93. RE BEME eeen ooo 492 aap uapa s db r I 1 VARIABLE 1 Re eo 8 15 Jp 1 z 2219 D HE 2 8 16 2 MV RR 9 6 CO w Co co co CD Ct A Co Do Co CO N O A A CO DN M MNM CO CO CI j CO 7 b bey PYT 1 7 2 EI EE NE NE it saq sR R 91 85 T 5 ne 6 26 8 10 1 8 27 8 10 2 reese ee B 27 6 171 I ae NR SS TIEN RIS RENN RRR sis 8 29 8 30 m Co CC OO GO 9 9 1 FANON E A 9 1 2 2 9 3 4 9 4 1 0 4 2 8 10 BE er 0 pa asa qas haasy i A A A CO N ND ND BI DS 8607A 08
94. 11 lt 9 FUNCTION FUNCTION F2 F3 STORAGE REAL F4 PROBE F5 F5 PROBE CH1 X 1 CH2 X1 CH1 CH2 0 1V 0 1V 2 6 EQU ROLL ON OFF Fl1 e F2 F1 CH1 F1 X1 x10 VOLTS DIV F2 CH2 F2 X1 x10 VOLTS DIV S T O R G E ZA SEC DIV EQ0 3 ROLL u Yt F O B 9 7 2 ON OFF FUNCTION FOU ROLL F6 AVERAGE MAX HOLD CALC ENVELOPE EQU ROLL PROBE ON F1 SEC DIV EQU ROLL OFF F2 J v F H F1 FUNCTION FUNCTION IF6 lt F6
95. EQU ROLL F1 lt 2 EQU ROLL F1 EQU ROLL D F2 3 At 1 At AV At AV OFF At AV OFF At gt AV gt 2 At 2 5 0 AV 2 BLEU ere OFF 3 1 At 1 At At 1 At J lt O At AV 0FF At H 1 H 2 At 1 At 1 C1 amp C2 CURSORS CURSORS
96. lt address gt Format 0 lt address lt 4095 NR1 lt numbers gt Format 1 lt numbers lt 4096 NR1 CO 8 A D ASCII 1 128 127 ASCII 128 001 000 001 127 000 001 BYTE 7 1 1 2 80h FFh 00h Olh 7Fh 00h 01h WORD 77 75 EOT LOWER 00h 2 2 LOWER UPPER 00h 80h 00h FFh 00h 00h 00h Olh 00h 7Fh 00h 00h 00h Olh EOI MEMW 512 GP IB BYTE WORD 5OI ASCII
97. 20pin LUS CAL E CH1 OUTPUT GP IB RS 232C 7 z AT FSJ REAL STORAGE REAL STORAGE 1 kHz 1 10 35 49 51 0 6V 2 0 10 35 1div 25mV div 20 500 80mV div F 500 DC 50MHz 3dB 50Q DC 500 20 IEEE488 1987 SH1 AH1 T6 TEO0 L4 LE0 SR1 RL1 PP0 DC1 DT1 C0O E2 0 30 CR LF LF EOI ASCII ASCII BINARY EIA
98. OFF CH1 CH2 EXT TRIG 400V 59 087 7 7 600V CRT 1 8 OY PI REAL AVi 1 507 V CH1 9 AV2 60 31mV lt CH2 FUNCTION e a a a a a a a E F1 F2 LIMIT 1 F3 F4 PROBE F5 V2 F6 t 1 CH2 TR SPP CH1 0 5V 20mV 29 01 259 gt 10ms lt SEC DIV VOLTS DIV Wh 7 STORAGE k l Yay AV1 1 507 V NORM DP0 4 AV2 60 31mV x DP MP 2 50ms FUNCTION Y Vh VJl1
99. 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
100. RS 232C SAVE RECALL SETUP F1 SAVE TO MEM1 F1 SAVE TO MEM2 F2 J lt SAVE RECALL SAVE RECALL SETUP F1 WAVEFORM F2 STORAGE REAL WAVEFORM F1 SETUP lt SETUP SAVE TO MEMI F1 SAVE TO MEM2 F2 F1 MEMI F2 RECALL F4 RECALL MEM2 F5 4 2 4 1 2 RECALL SAVE RECALL SETUP F1 a RECALL F4 RECALL MEM2 F5 JIR SAVE RECALL SAVE RECALL SETUP F1 WAVEFORM F2 STORAGE REAL WAVEFORM 1 SETUP lt SETUP SAVE TO MEMI F1 SAVE TO MEM2 F
101. ENV L off gt ENVL Ok ENVL IVF CHL ENVL 55 1805 86084 ON CHILI ON OFF OFF 8 20 8 7 ee ASET OH ASET ASET 8 7 2 REST SINGLE REST Sm 5 SWMD SINGLE 1 8 7 3 STORAGE WSGL WSGL SINGLE 1 WSGLd SRQ MEMR_ CH1 1 0 10244 8 8 MEMR lt source gt lt
102. REF1 CH1 ADD 4 3 2 ADD X Y 74 3 IWATSU OGITAL STORAGESCOPE R enig D Cond p v R DTSP EPE YE 1 MODE2 TEER qa g 9 mo 1 may 1 44 7 0 t 2 emaa mo TELIK O k 2 emsa f POSITION voLTsZoIv 9 d CO04ASE OVAR pw g 2 sv Sav A REAL X1 1 x1 1 10 AT 1 1 10 2 MAG x 10 x 20 x 50 1 10 1 TRIG LEVEL 1 9 4 TRIC D SOURCE CH2 EXT LINE 1 9 1 COUPL
103. lt HUN STOP STOP RTL FILAT 400KSpS 1 ms RUN STOP SEC DIV 0 5s div 50s div I i i DS 8608A ON L gt s 7 anar O anay ana OE au am ann aos ama anar anar am arar NORM 5MHz SEC DIV ON 50sec div 20 sec div S
104. 1 7 1 REAL REAL IE JE REAL STORAGE REAL SEC DIV 4 SEC DIV SEC DIV SEC DIV SEC DIV CAL SEC DIV 2 ms lt 0 2sec div 20ns div 1 2 5 147 7 VAR gt 2 ms SEC DIV SEC DIV ETF gt SEC DIV SEC DIV SEC DIV SEC DIV gt SEC DIV
105. MI MA 0 5V 0 5V CH1 8 0 CH2 2 CH1 CH2 2 3 CH1C CH2 0 5V 0 5V 2 CH1 CHZ 121 C X Y X Y 1kHz 3Vp p INPUT bH CH2 INPUT lt X Y X Y ON X Y X Y INPUT X CH2 INPUT Y P 0 1 l _ X Y ON OFF X Y X Y VERT MODE CH1 CH2 ON Z b 4 0 45 90 125 360 315 270 225 180 aE amp bl 1 55 8 ZAR 1 7 SEC DIV
106. STOP 1 9 AUTO SET 1 1 AUTO SET CAL 9 1 SOURCE CH1 CH2 EXT LINE F lt SOURCE F1 F4 CH1 SOURCE SOURCE CH1 CH2 CH EXT EXT TRIG EXT TRIG 400V LINE 1 9 2
107. 16kV 90V 250V 48Hz 440Hz 80W MAX AC100V 6 8kg 330 2 Widex 132 2 Heightx 363 5 2 Long mm 3 Spy 0 40 90 RH 40 80 70 55 kPa 15 000m 12 kPa 10Hz 55Hz 1 0 67mm 15 45 10cm AU 4 90cm 30 9 000m 0 1 0120 086 102
108. D 190 SRQ ON 2200 RETURN 2210 2220 END Tal 1209020 R5SS 2 32 C RS 232C 1000 1010 1020 1030 1040 1050 1060 1070 1080 1090 1100 1110 1120 1130 1140 1150 1160 1170 1180 1190 1200 1210 1220 12307 1240 1250 1260 1270 1280 1290 1300 1310 1320 1330 1340 1350 1360 1370 1360 1390 1400 1410 1420 1430 1440 1450 1460 DS 8607 8608 DIGITAL STORAGESCOPE RS 232 C SAMPLE PROGRAM 1 ver 1 00 N 88BASIC 86 VERSION 6 0 on MS DOS PC 9801RA2 Copyright C 1994 IWATSU ELECTRIC CO LTD SAM CLS 3 LENGTH LENGTH DIM WAVE C RLST PLE1O BAS A 1024 STR LENGTH LENGTH REAL SA202 0 GOSUB TXCMD C INMD CH1 ON INMD 2 GOSUB TXCMD C DIRV CH1 VDIV 0 1 VPOS 0 VCPL GOSUB TXCMD C TSRC CH1 TLVL 0 TCPL AC TSLP gt 50SUB TXCMD C T
109. F1 8 F1 16 F2 32 64 F4 128 F5 OFF F6 jH SEC DIV REAL STORAGE STORAGE AVERAGE Fl1 lt FUNCTION FUNCTION MAX HOLD F2 s Jos CALC F3 ENVELOPE F4 F1 AVERAGE PROBE F5 EQU ROLL F6 1 lt 16 F2 32 F3 64 F4 128 F5 F6 2 4 F1 F5 8 Fi AVG 16 F2 64 32 64 F4 RUN STOP 128 F5 OFF F6 lt STOP RUN STOP RUN STO
110. 1 STORAGE AA 32 F2 64 F3 128 F4 oo F5 OFF F6 CALC F3 CH1 CH2 F1 STORAGE CH1 CH2 F2 ENVELOPE CH1 F4 STORAGE PROBE F5 CHI F1 x1 x10 REAL STORAGE CH2 F2 x1 x10 EQU ROLL F6 ON F1 STORAGE OZ hs as OFF 2 REAL PROBE 2 3 2 1 AVERAGE STORAGE AA S 39 o A D FUNCTION AVERAGE
111. 2 MEMI 7 T SE yE To MEM2 2 Of GPIB 7 2 2 5 2 RCAL MEM2 H MEM2 8 10 2 CMC L lt mode gt OE IFE 5 D ON OFF CHAR TA PE kius Cios CLEAR REMOTE CMCL ON IA TERRUG de 8s 0 9 IAAP CMTW lt linen gt lt column gt lt linen gt lt column gt CMTW IVF
112. 7 2 8 SRQ Service Request STB Status Byte Register SRE Service Request Enable regist STB I SRE 2 STB 2 SRE 22 1 500 STB 2 STB STB SRE SRQ 7 2 8 SIB SRE WR AND OR STB RQS Request Service RQS 1 SR bit srB HsTseslswslelelelseyleerl x amp
113. AND RR RS amp AND C SR AND sze o 6 17 2 8 STB SRE SRQ STB 2722 RQS Request service a 1 T Error P ERN 0 ERN 8 1 2 RDY Ready SINGLE READY 0 CPT Complete AVG MAX HOLD T 0
114. AV At E E 1 At E 85 09 1 2 E Su EE AV At 1 44 47 CHI CH 3 10C 35 DC 2MHz 3dB 10 C 35 C CH1 CHI Pepa CH1 CH2 CHZ CH2 CH2 CH2 DS 8608A DS 8607A 3 DS 8608A O A 3 NORM 10 REAL 0 5Vp p DC 1MHz 10kQ 10 30 max 3 7 7 O 0 3 3 7047 30 0 3 3 7MZ 7 0 3 10 35 3div 4diy 0 01div 4div 0 2diy 5div 0 2div STORAGE NEC PC PR201H
115. HORIZ COARSE POSITIONP J 12092 lt POSITIONP 2div POSITION w 12U92 POSITIONw 2div HORIZ FINE POSITIONw 1 RUN lt POSITION e POSITION LIMIT STOP POSITION 1 12 1 5 REAL STORAGE REAL STORAGE E REAL STORAGE REAL STORAGE lt REAL HO 00 4 47 017 REAL STORAGE 2CH 4 4X
116. OFF CH2 OFF INVT ON4j CH2 ON 8 8 8 4 t S l T S R lt source gt TSRC TSRC Y TSRC CH1 CH1 CH2 J CHAR EXT J EXT J LINE J LINE J Of LINE AC CH2 4 CH2 8 4 2 T CP L lt mode gt TCP L TCPL TSRC lt mode gt AC AM DC DC J DC HFREJ CHAR J DC HFREJ AC LFREJ AC LFREJ J O 01 TCPL DCH DC 8 9 s a lt mode gt OH TSLP y TSLP
117. STOP STORAGE RUN STOP go RUN STOP 37y i4 STORAGE E F STORAGER t F 8 16 8 6 3 DATP lt value gt DATP RUN STOP RUN STOP DATP y RUN STOP DATP 23 7 RUN 0 lt value lt 3 value 4 STOP lt value gt 0 lt value lt NR1 value 8 5
118. STORAGE Z ee 1 13 HOLDOFF g INTEN READOUT FOCUS SCALE TRACE oo REAL 2 FUNCTION 2 1 AVERAGE 2 2 MAX HOLD 2 3 CALC 2 4 ENVELOPE 2 5 PROBE IRON ass oe 3 1 At 3 2 AV 4 4 1 SETUP 4 1 1 SAVE 4 1 2 RECALL 4 2 WAVEFORM 4 3 gt z gt REF T i 8s 5 66 5 1 COMMRNT 5 2 DEL 6 GPIB A AA EAA 1 f
119. mode gt address gt numbers gt MEMW lt destination gt lt mode gt lt address gt lt numbers gt Oh MEMR Memory Read IYF TAO CHI CH2 RBF1 REF2 MEMW Memory Write REF1 REF2 1 4h BYTE 2 WORD lt source gt lt destination gt CH1 CH2 CH2 REF1 REF1 REF2 REF2 MEMW REF1 REF2 E 5 ASCII CHAR BYTE WORD WR RS 232C ASCII
120. 0 lt pos1 2 lt 4 00 NR1 NR2 NR3 pos2 div CMOD VCUR 2 24 2div 8 9 3 T CUR lt posl gt lt po2 gt TCUR OH TCUR IWE TCUR NR3 7 Y lt pos12 gt 0 A 2 41 Ofi 5 CMOD 13E TCUR CMOD T TCUR 2 84 2div 8div 8 10 8 10 1 SAVE mem no gt RCAL lt mem gt SAVE RCAL
121. 0 IF ASC REP amp H6 THEN RETURN ACK 1920 IF ASC REP amp H15 THEN GOTO TXCMD 1930 1940 CLOSE 1 1950 END 8 GP IB RS 232C GP IB 8 1 8 1 1 GP IB SRE lt enable gt SRE BE SRB 17y SRE V2 22 Service Request Enable register SRE 42 SRQ SRE 2722 7 2 8 2 2 2 SRE NR1 7 Y 0 lt lt enable gt lt 255 INRI NR2 NR3 lt enable gt SRE y 2 SRE 334 SRQ
122. 00 1 9 2 9 3 9 3 1 9 3 1 AC AC m Z 7 ON ON lt C m Z lt lt Q lt lt INTEN
123. 10 2 10 35 C D 10MHz 0 5 div Ol 0 1V DC 10MHz lt 100MHz D8 86084 giy 10NHz 60MHz D8 8607A 10Hz 10MHz 0 5 div 10MHz 100MHz DS 8608A 10MHz 60MHz DS 8607A 1 5div 1 5 div 0 25V 1 2 TV V 7 3 3 HF REJ 10kHz 4 LF REJ 10kHz 5 EXT TRIG TV V 750mVp p CH2 EXT LINE DC REJ LE REJ TV V s EXT INPUT RC IMQ 5 25 3pF 400V X BH HORIZ DISPLAY 1 ALT MAG x10 x20 x50 AUTO NORM SINGLE REAL 20ns div lt 0 2s div 1 2 5 7 7 22 20ns div lt 0 5s div REAL 8div 20ns div 0 2s div 39 10 35 REAL 8div 2div 20ns div 0 2s div 5 10 35 C STORAGE 2 20ns div lt 50s div 1 2 5 147 7 30
124. 2 11 2 2 RS 232C PRINTER 2477 RS 232C 05 520 PRINTER 05 521 11 2 2 11 2 2 AKAM WA ruzssKN5o r teIRAT v TREAT Nr Tt Menea re CAUTION 0 INE PROTELTIDO FUSE OF SPECIFIED ANO RETINC CINE VOL GE RANGE 5020509 wo EREOMENEY 48 2200 L ETD FUSE 1eSx2Ommi 250v 2 SLOW CH 1 Z AXIS OUTPUT OARD ott nr n OR On TIRE NA rti Yt AUTION AUTION witu FUSE Of SPECIFIED TTPE AWO LIME VOL IAGE HANGE 90 250v FUSE 1 5 20 1 2507 24 SLOW D8 521 1 CAL FG 350 CH1 CH2 EXT TRIG INPUT
125. 2 F4 MEMI F5 RECALL MEMI F4 RECALL MEM2 F5 3 4 3 4 2 WAVEFORM STORAGE AA CH2 SAVE RECALL reS SETUP F1 WAVEFORM F2 SAVE TO F1 STORAGE SAVE TO REF2 F2 STORAGE SAVE CH2 TO REF1 STORAGE AA SAVE CH2 TO REF2 F4 STORAGE A SAVE CH1 2 TO REF1 2 F5 STORAGE AA JR REAL STORAGE STORAGE lt SAVE RECALL SAVE RECALL SETUP F1 WAVEFORM F2 F2 WAVEFORM lt WAVEFORM SAVE TO REF1 F1 SAVE TO REF2 F2 SAVE CH2 TO REF1 F3 F1 F5 SAVE CH2 TO REF2 F4
126. 2C BAUD 9600 F1 STOP 1 F2 F2 DELIM CR F3 1 3PR2 D F3 Ch apu CLE 9600 bps 1 9 7 3 4 RS 232C 7 3 4 7 3 4 lt gt ww 1 25 NC 14 NC 7 3 4 8 RS 232C 25 y 25 E 7 D SUB 1409 DE 15m 7 10 7 3 6 OFF
127. 3 4 DP2 4 2 4 x 2 4 2 4 2 4 DP3 4 3 4 x 1 4 3 4 1 4 1 12 STORAGE AA Y X Y X Q F i REAL STORAGE STORAGE NORM DP1 4 DEP MP 2 50ms Y VOLTS DIV HUN STOP STOP 400kSpS Y X lms DATA POSITION PERET 8 0 87 8 4 j DP MP gt DP 77797 MP DP MP NORM DP1 4 v DP MP 2 50
128. 89 x gt 1 v 1 Sp 6P IB RS 232C x 40 a 2 gt F O 7 fl lt DS 8607A 08A SAMPLE WAVE FORM C1 amp C2 C2 05 521 47 ay 2 DEL J IWPATSU lt Da P A Y P lt Y E lt SEC DIV DEL IWATSU eS SB6C DIV 1 F i to AXAAAAAAAAAAAAAAA D E EN lt Sre Z 2 XXXAAAAAAAAAAAASp lt P D 0 3 6 DS
129. D lt mode gt X Y 15 8607 lt gt E HMOD X Y 8 5 2 SWMD lt mode gt SWMD 2 SWMD IVF SWMD CHAR 7 aaodey AUTO AUTO NORMAL CHAR NORMAL SINGLE SINGLE 5 SINGLE READY SWMD SINGLE 8 5 3 I SEC DIV TMD lt range gt TMD V TMDV STORAGE E F STOP KC Se Fy TMDV
130. DELIM 2 1280 1290 ISET IFC 1300 ISET REN 1310 WBYTE amp H3F DS 32 amp H14 UNL DCL L320 1330 SRQ OFF 1340 ON SRQ GOSUB SRQINTR 1350 SRQ ON 1360 gt 1370 1380 1390 1400 1410 32 ERR CPLT SRQ 1420 GOSUB SENDCND 1430 RLST DEAL REAL 1440 GOSUB SENDCMD 1450 1460 1470 1460 1490 1500 1510 1520 1530 1540 1550 1560 1570 1580 1590 1600 1610 1620 1630 1640 1650 1660 1670 1680 1690 1700 1710 1720 1730 1740 1750 1760 1770 1780 1790 1800 1810 1820 1830 1840 1850 1860 1870 1880 1890 1900 1910 1920 1930 1940 C INMD CHI ON INMD CH2 OFF VERT GOSUB SENDCHD C DIRV CH1 VDIV 0 1 VPOS 0 VCPL GOSUB SENDCMD TSRC CH1 TLVL 0 TSLP GOSUB SENDCMD TRIGGER TMDV 1 3 GOSUB SENDCMD C RLST STORAGE STORAGE GOSUB SENDCMD LOOP SRQF O C WSGL GOSUB SENDCMD WSGL IF SRQF 0 THEN 1650
131. DS 521 COPY 8 30 9 9 1 tou 29 1 1288 9 1 1 9 1 2 CRT 9 2 20
132. EC DIV OFF 50sec div lt 0 2gsec div FUNCTION 2 81 6 gt 81 F2 NORM EQU ROLL ON OFF FUNCTION EQU ROLL F6 REAL STORAGE STORAGE be ONIF1 OFF F2 EQU ROLL ON SEC DIV 0 2sec div 20 s div NORM x NORM DP0 4 EQU ROLL OFF 505 0 215 01 Fo Cc EQU 1MHz SEC DIV 10 sec div lt 20nsec div FUNCTION F6 gt F1 EQU ON EQU ROLL F6 REAL STORAGE STORAGE ONLF1 FUNCTION F6 Fi1 EQU ROLL 2 SEC DIV 10gsec div 20ns div EQU DP0O 4 E oe A
133. F3 LF gt CRLF gt EOI 1 LF 7 4 4 50 Std 488 1 1987 8
134. MDV 1E 3 GOSUB TXCMD C RLST STORAGE GOSUB TXCMD e UU T 22 READ VERI GE sss TRIGGER STORAGE 1470 1480 LOOP 1490 C 561 1500 GOSUB TXCMD 1510 1520 15380 1540 1550 1560 C MEMR CH1 ASCII 0 LENGTH S 1570 GOSUB TXCMD 1580 1590 FOR 1 0 TO LENGTH 1 1600 INPUT 1 WAVE 1 1610 NEXT I 1620 1640 o aoe 1660 1670 OLS 0 1680 SCREEN 2 0 1690 WINDOW 0 32768 LENGTH 32767 1700 VIEW 63 71 576 329 1710 1720 FOR 1 0 TO LENGTH 1 1730 YY WAVE I 256 1740 PSET I YY 1750 NEXT I 1760 1770 GOTO LOOP 1780 1790 1800 ACK 1810 1820 1830 TXCMD 1840 PRINT 1 C 1850 LOCATE 0 0 1860 PRINT C 1870 FOR 1 10 NEXT 1880 ACKLOOP 1890 IF 10 1 0 ACKLOOP ACK 1900 REP INPUT 1 1 191
135. MY OFF gt OFF gt
136. NN a gt gt AUTO 50Hz NORM NORM REAL STORAGE O B C RUN STOP STOP Y v Fo RUN STOP STO az Bl Qy 145 SWEEP MODE SWEEP MODE AUTO F1 Fo NORM F2 F1 F6 F1 IF3
137. OLL F6 Fi 32 F2 64 F3 128 F4 co F5 F6 2 6 lt 16 F1 32 F2 64 F3 128 F4 F5 F6 25 Pp L PL HL hA T MM suma TERREN CEEA MAX HOLD OFF F1 F5 32 oo 0 999 RUN STOP To STOP RUN STOP RUN STOP
138. P F6 OFF Z LIN PE Oa 2 0 2 2 HOLD STORAGE HOLD SEC DIV 20 5 4 0 25 0 FUNCTION HOLD F2 16 F1 32 F2 64 F3 128 F4 F5 OFF F6 SEC DIV 2042 s div 0 2s div REAL STORAGE STORAGE AVERAGE FT1 FUNCTION FUNCTION MAX HOLD F2 CALC ENVELOPE F4 F2 HOLD PROBE F5 EQU R
139. SINGLE F4 F5 F6 1 8 2 SINGLE REAL STORAGE REAL lt SWEEP MODE AUTO F1 NORM F2 SINGLE F3 SINGE D RST READY READY 2 CHOP 2 2 ALT CH1 CH2 RS x lt
140. VDIV VVAR VPOS VCPL DIRV CHAR CH2 DIRV CH2 DIRECTION 8 4 8 3 2 I VOLTS DIV VD lt range gt VDTIV2 VDIV PROB STORAGE STOP 1 VDIV L 2 7 PROB x1 Format 5 3 lt lt range gt lt 5 0 NR1 NR2 NR3 lt range gt PROB x10 Format 5E 2 lt range gt lt 5E 1 NR1 NR2 NR3 lt range gt 1 lt range gt 1 2 5 797 1 2 5
141. ec div 9 Z sec div 400 EQU 10u 20 20 7 ENVELOPE DS 8608A CHI DA 50sec div 50 sec div 100nsec 50 AVERAGE 0 2sec div 20ns div 6 16 32 64 128 MAXHOLD 0 2sec div lt 20 u sec div 16 32 64 128 CH1 CH2 CH1 CH2 R 0 4 1 4 2 4 3 4 10 2ns div 0 8 1 8 2 8 3 8 4 8 5 8 6 8 7 8 SEC DIV 8 Sps 20 GSpS REAL STORAGE RC Y A F RC X Y REAL DC 100kHz STORAGE DC 10MHz 2
142. ms SEC DIV Y 100 118 ba Ta STOP 1 100 LMT 400kKSpS 0 5ms POSITION POSITION 1 COARSE 2div 2 10div 100 POSITIONW 129 FINE 1 12div 208 1div 100 RUN STOP DP MP S REAL XY DP MP DP MP 1 e F K Yay 2 4 y 2 8 6 8 SEC DIV 1ms 0 5ms MP DP SEC DIV 0 5ms UP MP lt 2 0005 1262 2 8 SEC DIV 1ms F Pk 5 lay 2 4 5 00 5 SEC DIV 0 5 5 y 6 8 DP MP 2 50ms 1 13 HOLDOFF REAL NA
143. secl 0 1 ms 4 05 2ms 200 kS sec 20ns 20 GS sec 1ms 400 kS sec EQU ROLL 2 6 EQU ROLL STORAGE SEC DIV a ROLL 0 5s div kb SEC DIV 50sec div 0 5sec div FUNCTION F6 gt F1 ROLL ON FUNCTION EQOU ROLLIF6 ON F1 J REAL STORAGE STORAGE FUNCTION z F6 gt F1 EQU ROLL SEC DIV 50sec div 0 5sec div ROLL DPO 4 ROLL
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