Page 1 Page 2 はじめに こ の度は 測定器を 御買い上げいただき
Contents
1. OD GP IB ADDRESS 0 LF ADDRESS 30 LF TALK ONLY LE ADDRESS 0 CRLF O ADDRESS 30 CRLF TALK ONLY CRLF ADDRESS 0 CR ADDRESS 30 CR TALK ONLY CR 5 2 2 EOI a K b 5 3 GP IB2. CH 1 2 3 INPUT t 400 V EXT CLK INPUT 50VMAX Z AXIS INPUT 50V MAX L 3P 2P 2 3 3 O
3. REF SET REF INDEX 5 831 19 INDEX w m 4 10 12 TIME 1TC POWER ON REF POWER OFF REF EDGE 11 lt 2 1 H G9 Gp GD PD POWER ON M 1 ONK 2 REF V MODE REF ON REF 3 BEAM FIND
4. 2 EXT TRIG External Trigger CH 3 EXT TRIG EXT TRIG CH 3 LINE AC Line Trigger SOURCE E LINE AC
5. 1 Z c li M 1 10 RS 232C RS 232C RAT RS 232C 91 GP IB RS 232C Hic B GP IB RS 232C 30 OTP 1 2 DMA X X 0or 1 RS 232C DMA 3 SRQ LiX1 X2 X1 0 or 1 X2
6. REJ 10 kHz TV 00 CH3 EXT TRIG INPUT SOURCE CH 3 0 LEVEL SLOPE PULL TRIG D 9 HOLDOFF 9 TRACE SEP REAL HORIZ DISPLAY ALT DH B SWEEP 3 1 3 gt f 8 SEC DIV A VNCAL O DELAY TIME A VARIABLE SWEEP MODE wre
7. ON POWER ON REF REF POWER ON POWER ON 23 59 59 REF 31 23 59 59 REF GO NO GO AUTO ADVANCE GOZNO GO AUTO ADVANCE GO NO AUTO ADVANCE 5 NO GO
8. TRIG D LEVEL 4 5 4 4 5 3 i 4 be 4 14 w e HOLDOFF 2 HOLDOFF INCREASE 4 5 5 HOLDOFF HOLDOFF HOLDOFF 1 MODE
9. 1 1 2 DS 8606C 8605C ON 3 32K BYTE IWAT SU ELECTAIC CO LTO WRITE PROTECT OFF ION BATTERY ON OFF yake lt _ gt UNFORMAT FORMAT CUNFORMAT FORMAT
10. 1 2 1 2 1 5 4 1 8 236 10 djv 1div 25 dot 1 kw 1024 10div 1div 100 dot SEC div 100 DS 8606C 20M S DS 8605C 11M S 16 kw SAVE 1kw 10 DS 8606C 20M
11. LD 1 1 1 5 KOLE BH 100V 90V 110V 2A 100V B 115V 103V 128V D 2307 240 V 207V 250V G
12. NEW ONE LZ R1 R2 REF R1 R2 REF 4 10 8 AUTO ADVANCE 1 2 H AUTO ADVANCE CRRD RUTO ADVANCE OFF STRRT STOP COUNT UP MANUAL 2 AUTO ADVANCE ON IEHORY CARD FORHRT 2 AUTO ADVANCE START 3 STOP 3 COUNT UP 3 M START 4 CARD AUTO a ADVANGE 4 START STOP 32 COUNT UP 5 HENORY CARD FORHRT RUTO ADVANCE START 4 STOP 32 COUNT UP R 1 R 2
13. RUN STOP RUN DISP SCROLL 44 8 12 DISP SCROLL a SEC DIV 0 1 ms b a 400 603 Astjig 04 09 PJ 4 9 SETUP SET UP SETUP Astig J 2 IU mR 1 1 REF DIHE
14. 16 1 1 256 128 127 1 6 0 256 7 5 128 256 80 H 198 127 7 6 4 1 PC9801 DS 8606C DS 8605C Cry o l GEREF 9 HE 2 1 16 lt 32768 32512 REFI 2
15. F 7 12 3 DS 505 1 SD 2 RD 3 RS 4 CS 5 DR 6 SG 1 ER 20 4 7 12 HP GL SR 6620H SR 6200H SR 6310 7 12 3 POWER 25 E No I 1 FG 2 SD 3 RD 4 RS 5 CS 6 DR 7 SG 20 25 POWER ON 8 8 7 19 1 13 PC 9801 HP 216 7 13 102 20 20 SO 70 91 100 2110 120 120 140 150 160 170 180 190 200 210 240 260 270 260
16. 1 8 0 256 128 256 80 H 128 127 9801 7075 2 1 6 4 1 05 8606 05 8605 A N KEIN 1 EER 2 1 16 F Ft lt 2 16 5 4 2 a 4 dn AT ER 4 d d da dn dn dn dn
17. Sr re 4 2 VOLTAGE RATIO 4 36 CRT PHASE 4 37 4 4 CAL eno yu 4 38 FEE RR eens 4 6 GOZNO GO 4 38 4 12 DELAY TIME 4 40 4 15 DATA POSITION STORAGE 4 20 4 40 NORMAL 4 24 DISP SCROLL AVERAGE E 4 25 oe 4 43 PEAK CH HOLD t Z Z 4 45 ese 4 26 4 49 ROLL 4 27 4 49 REPEAT rere 4 28 4 50 COUNT CAD A TA 4 28 REF Rn DATA LENGTH 58 2 4 51 TIME BASE 7 4 28 FORMAT 4 52 INTERPOLATION 4 29 AUTO ADVANCE
18. a POWER ON KED x POWER ON 4 2 b SETREF REF e V MODE REF ON OFF f AUTO ADVANCE REF g h POWER ON STORAGE STORAGE
19. V MODE ADD CH2 POLAR INV 2 2 1 1 4 V MODE ADD Z x CH2 POLAR INV 110 V 100V 72 72 w w 2 42 INPUT 1
20. T x Rn x Rn REF L REFP x Rn 4 To emt lt SETREF lt pd SET REF LE CURSORS LED
21. 6 REAL STORAGE REAL LED STORAGE LED 2 SET REF CH1 CH2 REF1 REF2K V MODE CH 1 CH 1 CH 2 CH2 DUAL CH 1 CH 2 3 RUN STOP LED LED INDEX LOCAL 5 Fo LOCAL 3 10 4 CURSORS LED 40 C1 C2
22. DS 8606C 20M S DS 8605 11M S 16kw JERE SAVE 1kw 10 DS 8606C 20M S DS 8605C 101M 5 1038848 div 01 1 11 11 1 127 4div 00000010 2 00000001 1 0div 00000000 0 11111111 1 11111110 2 4div 5div 41 10000000 lt 128 m P _ _ 4 f SET UP AH 6 max 2
23. lt 4 10 13 GO NO GO 4 8 9 GO ZNO GO GOZNO GO GOZNO GO V MODE CH 1 CH 2 CH 1 1 Rn Ud GOZNO GO REF REF GOZNO GO REF STOP STORAGE MODE STOP No
24. RS 232C S es 7 6 2 Xoff Xorp 13H 16 ASCII 11H 16 ASCII 7 6 3 RS 232C e REAL e STORAGE NORM 6 Mopg 1 HOLD ROLL DATA LENGTH TIME BASE INTERPOLATION OUTPUT e STORE REF RUN STOP AvOLTAGE AT IME VOLTAGE RATIO PHASE CURSORS PEAK TO PEAK DELAY NO GO DELAY TIME DATA POSITION DISP SCROLL e V MODE e HORIZ DISPLAY e SEC DIV e B SEC DIV SWE
25. GO NO GO NO GO SET NO lt NO GO 22 SET 8 SET STORAGE POSITION STORAGE VARIABLE GONO GO GOZNO GO GOZNO GO RUN RUN STOP GO NO GO GO 4 8 8 DELAY TIME A INTEN DLY D
26. 4 ISETREF V MODEK CH1 CH2 REF x Rm CH 1 Rn CH 2 H WRITE PROTECT SW ON UNFORMA1 b 1 REAL STORAGE STORAGE 2 SET REF REF R 1 R 2 2 CH 1 RI CH 2 R 2 mW R1 R 2 2 9 REF 4 10 5 a 1 REAL STORAGE STORAGE 2 4 10 2 3 V MODE O REF ON OFF REF ONK 4 No 4 10 7 REF
27. e VOLTAGE e TIME CH2 dB 248 7 CH 1 CH2 CH1 P P CH2 P P MAX CH1 MI N CH2 MAX CH2MIN VOLTAGE RATIO PHASE GND REFERENCE PEAK TO PEAK MAX amp MIN TIME 2 1 00E 03 2 1 00 03 7 0 329 1 CH1 CH2 V MODE AVOLTAGE X Y CH2V TIME X Y CH1V 2 oo TNFINITY VARIABLE ce iu f ASCII e RUN 00 RUN 1 RUN e GO NO GO 0 GO 1 NO GO s 0 1 1 GO NO GO
28. HP GL RS 232C 7 1 3 RS 232C 7 1 2 600BPS 1200 BPS 2400BPS 4800BPS 9600BPS 8 7 2 1 5 232 RS 232C IR F 7 2 a
29. A 311101 L NESEY YEN MC RO O gt 1 gt I Ww G N N N N N N N N 1 CO Nel go N X Y J fE
30. IFC REN ATN EOI DCL SDC 5 SPD UNL UNT MLA MTA DAV NRFD NDAC LLO 5 14 ML A K SRQ L 1 RL 3
31. EXT CLK IN EXT CLK IN 50V 4 7 9 INTERPOLATION INTERPOLATION 2 10 perceptual aliasing x 4 7 9 OFF OFF 1 l LINEAR J LINER 1 SINE SINE AHE 555 hr th 53 F I I i
32. 4 5 2 o BM 4 5 1 RRB HEF ME L 7 B RB 3 b RE V TV HORIZ DISPLAY AK FE TC 1 div VOLTS DIV 8 MODE AUTO NORM SLOPE TV HORIZ DISPLAY A INTENIC DELAY TIME HORIZ DISPLAY B DLY D B SEC 4 5 2 TV V YY YY TETT TETT TTET S j N 6 A 4 13 4 LEVEL
33. ASCII gt Binary a IS07 1 0 b 2 5 4 GP IB X Y Z 1 7052 lt CR LF CRLF 5 4 SETUP
34. 4 SET 4 lt 28 3 1 5 N FOR SPECIFIED MEMORY CARD ONLY LEVEL omo O PULL NOLDOTF WRITE stoP TRACE Busy 0 aa O DELAY TIME A VARIABLE SWEEP MODE AUTO NORM SINGLE RESET HORIZ DISPLAY A AL POSITION EXT TRIG Focus ROTATION SCALE rr LL BH MAG 5 0 1 DIY IkHe 0 3V 400 s O 311 3 2 EXT CLK INPUT LOW 0 6 40ns High 2 7 VJ kE 40ns 10MHz 50VMAX 00 NOGO OUT 6406 SYNC OUT GO x NO GO OUT GO NOGO NOGO 720 xs
35. 0 div 10div 1 div 1 DTP n DATA POSITION STOP STORAGE ON 10 DATA POSITION VOLT RGE VOLTAGE RATIO PHASE PEAK TO PEAK GO NO GO DELAY TIME DATA POSITION DISP SCROLL l div 0 div 10div a TIME B SWEEP A INTEN B DLY D B SWEEP A SWEEP DELAY TIME 5 DATA POSITION 08
36. 2 115 V 103 V 128 V 220V 195V 242V 230 240V 207 V 250V 2 SLOW 1 g O 5 2 3 s3P 2P 2 2 3 3P 2P 3 3 O X 91361 O ae w w A was w Je TE ISI PH 3 3 b C lt wW 1 2 s Ja CR
37. LOCAL E1 GTL LOCAL POWER ON 2 DCL SDC CSTOP mm e ee 5 6 a DIO 1 8 8 b DAV NRFD NDAC K 3 c
38. 9 SG 7 711 7 11 1 16 O J hi Bq 7 11 lon le g O 1 _ POWER gt 3 pe yka U I 7 17 1 12 0 1 12 11 1 cw FG SX 0102
39. DS 8606C DS 8605C 570 580 570 6400 5 10 Sr ADO gi CA 590 710 720 7250 740 Z 760 730 790 810 320 BID 340 8390 900 910 920 FID 4 960 970 930 1000 1010 1 ZO 100 10443 1 I Cmd JX GDSUE Cmdout ENTER Device Run ENTER 1 Device Write IF gt 0 THEN 55 Cmd RUNM GSUS Eka WAVE DATA RCY Cmdt IX 10 2 1 0 SOSILIE Cmdout TRANSFER 1 TO SEF Fer COUNT WAVE DATA ECV Lndt JIX 11 5 1 509518 Cmdout TRANSFER Device TD Ru er2 CDUNT GR FHICS WAVE DATA CLEAR GRAFHICS ON WINDOW 0 1025 128 128 VIEWFDRT 0 400 0 200 0 0 1052 FLOT I Eu ferl 1 296 XT I FLOT O Euffer2zZ 0 256 2 FOR 1023 FLOT I Eutfer2 1 255 NEXT I STOF OUTFIT ENTER Device OUTFUT Device ENTER Device RETURN w m a w gt o w gt 5 550 630
40. READOUT INTEN READOUT INTEN K 7 i rr iz PUSH BEAM FIND FOCUS SCALE K 1 REAL POSITION TRACE ROTATION t REAL POSITION 4 3 CAL 44 3 2 a
41. 4 10 7 FORMAT WRITE PROTECT ON 1 7 FORMAT HEHORY CARD FORMAT AUTO ADVANCE OFF START STOP COUNT UP MANUAL 2 RUN SURE MEMORY CARD FORMAT SURE AUTO ADVANCE OFF START STOP COUNT UP MANUAL FORMATTING HEHORY CRRD FORHRT FORHRTTING ADVANCE OFF START STOP COUNT UP MANUAL 4 STOP 5 Rn erre x
42. w K4 4 3 y gt FK x10 a y MEA 27 csH 2 POLAR INVE 44 4 5 CH2 POLAR NORM INV INV w w 5 MODE 1 2 3 ADD X Y 1 CH1 CH2 CH1 CH2 2 CH1 CH2 DUAL ALT CHOP 3 CH1 CH2 CH3 DUAL X Y ALT CHOP CH1 CH2 CH2 CH 1 CH 2 CH 1 CH2 CH2 POLAR INV 2 X Y VERT POS CH2 POSITION
43. REAL e STORAGE NORM gt STORACE MODE 1 AVERAGE PEAK CH HOLD ROLL DATA LENGTH TIME BASE INTERPOLATION OUTPUT STORE REF RUNZSTOP AVOLTAGE AT IME VOLTAGE RATIO PHASE DELAY NO GO DELAY TIME DATA POSITION DISP SCROLL e V MODE e HORIZ DISPLAY e A SEC DIV e SEC DIV e SWEEP MODE e SINGLE RESET e A TRIGGER SOURCE e B TRIGGER SOURCE TRIGGER COUPLING TRIGGER SLOPE w gt 5 5 3 SETUP 7 7 a CH1 CH2 CH 1 CH2 REF 1 REF2 REF1 122 p ASCII 1k 2k 4k 8k 16k 1k CH 1 CH 1 s 1 01k2k 16k 0 15
44. 2 2 1kw 1024 16kw 16384 AX 1 SEC DIV ETL SEC T T 5 us div 5 as Zdiv 0 1 ms div 0 1 ms EQU SAMPLE GHT lt T X 100 _ 1000 x T A X JOO JL 1 12 STOP SECZDIV T T T
45. 74 6 HORIZ DISPLAY DELAY TIME STORAGE ON HORIZ DISPLAY A INTEN B DLY D 9 DELAY TIME L A INTEN B DLY D 9 DELAY TIME 1 eVOLTRGE 2 1 VOLTAGE RATIO PEAK TO 6 NO GO DELAY 8 DATA POSITION 9 DISP SCROLL HORIZ DISPLAY INTENK 7 DELAY TIME DLY 4 73 ms A INTEN HORIZ DISPLAY B DLY D Ic B 4 40 4 8 9 DATA POSITION
46. EEI B DLY D SEC DIV 2 DELAY TIME 0 A B SEC DIV SEC DIV 4 18 w w a 2 44 06 06 HORIZ DISPLAY I 4 6 7 HORIZ DISPLAY I TRIG D RUNS AFTER DELAY A INTEN a ALT A INTEN DLY D i i i gt i g i i A i F NN i H wen i 4 w moe saete P LETE N EE i i N i i i N RS ES KE 52 5 i SR REE EES H i i N i f A PP ee w rs i i i N i i i b ALT b A INTEN TRACE SEP B DLY D B DLY D A INT DELAY TIME B a b 4 19 4 7 STORAGE
47. 30 gt 7 x ZANEZ GP IB DS 504 RS 232C DS 505 4 27 rt 1 1 DS 8605C 10M sec 2 4 2 R L 3E DC 40 MHz O x n 2 a 7 B 5 AREER GO es 2 256 8 2
48. o L o 16kW 1 MENU REPEAT 4 7 5 REPEAT STORAGE NORMAL AVERAGE CH HOLD J ROLL 2 4 8 16 32 64 128 256 9 REPEAT eeren OFF ON 0 SEC ON 1 SEC ON 2 SEC DATA LENGTH 1kW 16kW TIME BASE ee INT EXT INTERPOLATION 4 55 OFF LINEAR SINE CAL OFF gt SCALE OUTPUT PEN sss WAVEFORM PLOT SCALE WAVEFORM SUB Nao ADDRESS 0 30 TALK ONLY CR LF CRLF 4 b 4 4 7 NORMAL 1 AVERAGE
49. 1kW AVERAGE PEAK CH HOLD 16kW 1 kW 16kW 8 Fo 8 k 7 MSB MSB 0 b SETUP c
50. OFF ON 0sec lsec 2sec OFF OFF 1 0 0 1 SEC E 1 2 2 L OFF 4 7 6 COUNT 2 4 8 16 32 64 128 256 Oo 2 2 1 l 4 4 1 l 128 128 1 l 256 256 1 4 7 7 DATA LENGTH 1 kw CH 16kw CH 1 kw CH 1 kw 16kw CH 16kw CH 10kw 1kw 10kw DISP SCROL 4 8 10 DISP kw 1 kw 16 kw 16 kw 4 7 8 TIME BASE INT INT
51. 128 127 256 32768 32512 256 127 256 DS 8606C DS 8605C 5 gt Em 272792 lt p Oe ss b 1 ICO0 O00H K 2 1 16 1 1 256 128 127
52. GO FEA 4 8 7 GOZNO GO 1 x 2 No e b AUTO ADVANCE GO AUTO ADVANCE GO NO GO NO GO AUTO ADVANCE 4 10 8 AUTO ADVANCE 2 GO NO GO REF AUTO ADVANCE REF AUTO ADVANCE L 2 a AUTO ADVANCE b WRIT
53. IX 1003 27 IX iF003 3 L 0 1024 D D10 D13 UP 1 ms Zdiv 10ms div 2 022 23 amp O I 001 I 122 REF t 2 25 a Xu X1 X2 X3 X4 3
54. REN Remote Pnable 7 54 REN K REN e SRQ Service Request e EOI End Or Identify END IDENTIFY 5 6 4 1 DIO 1 LSB 2 DIO 2 3 DIO 3 10005 gt EOI Z 6 DAV 7 NRFD SEO DAR
55. B SEC DIV B DLY D B A INTEN CB B SECZDIV ALT A INTEN B DLY D TRIG D SEC DIV 2 DELAY TIME B RUNS AFTER DELAY A B 09 A SEC DIV 0 1 s div 0 56 1 2 5 21 500 s div 01sZAgiv 860 SEC DIV 0 1 sZdiv 50 ms Zdiv 1 2 5 18 6 VARIABLE A SEC DIV 2 5
56. TIME POWER ON REF POWER ON GO NO GO GO ZNO GO GO NO GO 4 8 7 GO GOZNO GO AUTO ADVANCE 4 10 10 GO AUTO ADVANCE NO GO TIME BEE CARD R W PC 9801 5
57. 4 6 AUTO FHA 2 A FA 7 br IC 5 GND 50 z NORM NORM SINGLE BEG 1 READY LED 4 6 1 b WV 4 15 SEC DIV A SWEEP dis 3 VARIABLE SEC DIV 125 I 1 2 5 VARIABLE
58. 8K BYTE 16K BYTE 32K BYTE FE 64K BYTE 128K BYTE 6 2 1 kword 14 2 1 kword 30 2 1 kword 60 2 1 kword 120 2 1 kword WRITE PROTECT WRITE PROTECT ON OFF WRITE PROTECT ON ZOFF WRITE PROTECT ON
59. 2 99ms 1 aT 339 CH 1 VOLTS DIV SPEC DIV AT 1 4096bit 3 4 AT 1 5 POET K1 40mO3 2225EU 2 L bi D YOLTS DIV VERT x5 MAG SEC DTV REAL SEC DIV UNCAL T gt 1 1 T STORAGE SEC DIV VARIABLE UNCAL 4 8 3 AVOLTAGE ATIME AVOLTAGE TIME Fo 1 AVOL AVOLTAGE ATIME _ SiT TAGE 2 TIME
60. 4 10 5 V MODE O REF ON OFF REF b REAL STORAGE STORAGE 2 V MODE REF ON OFF REF ON 4 10 6 REF Rn REF POWER ON b 4 10 11 ESE 19 REF Rn V MODE DUAL ms CH 1 ee ae ea CH 1 cH2 7 CH 2 REF
61. X KK 105 OFF X ON gt T AX C j T lt T AX g A LRI 100 AX E SRS 2 100 STOP SEC DIV EMC SETUP 1 TT lt SETUP 1 HT SEC DIV 1000 Y FULL SCALE Y FULL SCALE 256 VOLTS DI V f 25 DELAY WORD DELAY WORD 1kW DATA POSITION x 100 DELAY WORD 16kW DATA POSITION 100 x 16 ZERO ZERO GND 32768 32512 2 ZERO l GND e
62. e 1kw 16kw e AX 1 SEC DIV SEC DIV T To 10 zs Z div 10 as Zdiv Fo X AX 100 AX 1000 x To 100 1024 16384 0 1 ms div 0 1 ms Zdiv STOP SECZDIV T L T T X gt gt lt gt gt AX STOP To 100 5 x T 100 OFF
63. 5 mV div 10V div 11 02 VARIABLE PULL x 5 MAG VARIABLE VOLTS DIV 1 2 5 PULL x 5 MAG 5 1 mV div 2 mV div X 1 X5 MAG ON 5mV div 1mV div 10 4 2mV div 03 UNCAL CH1 CH2 VARIABLE CAL RE STORAGE VARIABLE OUT OUT 1 5 gt REAL POSITION 6 PULL STORAGE POSITION 6 AC DC AC
64. CH2 m 1 IX JX CH1 CH 1 JX CH 1 M 10 M 20 REF 1 REF2 REF 1 REF2 M 22 23 CH 2 JX CH 2 CH 2 M 11 M 21 SETUP 6 2 7 10 F 001 126 TH 1001 126 REF 1 REF 1 F001 E 2 REF 2 F002 rH
65. DR RS 232C 3 2 2O 6 2 DR b DR 7 5 3 DR RS 232C 6 SUT DR ON OFF HID POWER ON SR 232C 25 DR DR DR RS 232C b OFF 7 5 4 Xon Xoff 7 9 5 5 0 Xorr CS 1 6 7 6 5 RS 232C CPU
66. ie ee eo 4 4 ACEM ee ee oe CRT n sn A N 4 4 4 4 4 4 4 lt 4 4 AA Aa A A A A A gt A A 1 2 3 4 1 ERER ANO Somes 4 4 2 CRT 4 4 AL Ss 4 5 4 6 CO ew saqisaq EE 4 12 KERR 4 15 STORAGE 4 20 7 1 NORMAL 4 24 1 2 AVERAGPE eo 4 25 7 3 CH HOLD 5 4 4 26 7 4 ROLL 4 27 7 5 REPEAT U E F vees 4 08 7 6 COUNT De 4 28 7 71 DATA LENGTH
67. CRZLFZCRLF 7 4 SETUP 7 4 1 7 4 1 1 1 2 1 2 1 5 4 1 8 236 10 div 1div 25 dot 1 kw 1024 10div 1ldiv 100dot SEC div 100
68. DAV Data Valid NRFD Not Ready For Data NDA Not Date ACcepted SRQ EO1 Attention ATN GP IB LOW ATN HIGH spes pehta bim Interface Clear FC ERD F k
69. 2 CH 1 CH 2 CH 3 EXT TRIG DS 504 GP IB REAL STORAGE STORAGE DS 505 RS 232C TORAGE REAL gt STORAGE gt STO RS 232C RUN STOP RUN LED WRITE BUSY RUN _ STORAGE STOP 8 STOP LED STORAGE CH1 2 TA 8 REF1 REF2 4 4 x
70. GP IB SETUP 6 12 amp V MODE STORAGE MODE REAL STORAGE TIME BASE DATA LENGTH INTERPOLATION OUTPUT AVOLTAGE AT IME VOLTAGE RATIO T PHASE ON PEAK TO PEAK GO NO GO DELAY TIME OFF DATA POSITION DISP SCROLL DELAY TIME TRIGGER SOURCE TRIGGER COUPLING TRIGGER SLOPE SWEEP MODE HORIZ AFTER TRIG D A SEC DIV B SEC DIV c 5 5 D 10 CHI INPUT 18 D 11 CH2 INPUT D 22 REF D 23 2 001 REF1 002 REF2 amp 27 I 003 REF3 XII 122 REF122 x 1003 1032 1 2
71. RAM OFF 7 3 RS 232C 72 ASCII Binary a IS07 1 2 0 b 2 1 4 GP IB X Y Z 1 Fo
72. REF J ON OFF 4 7 4 4 6 MODEI 1 CH1 awaqa e CH 1 U i 2 CH1 CH2 y 3 CH1 CH2 CH 3 4 4 7 MODE I ADD CH 1 CH 2 CH1 CH2 me s CH 2 4 10 w m w w w w 4 4 8 MODEM X Y 4 4 9 1 4 4 10 1 1 1 1 1 1 4 11 4 5 Q 5 SOURCE COUPL ING HOLDOFF
73. 30 REF 1 REF 2 1 kw POWER OFF H4 10 1 talt GS RAM BITO j 00 NOT BEND DROP NOR GIVE ANY IMPACTS ON THIN CARD FENGU DO NOT TOUCH TERMINALS KEEP AWAY FROM ELECTRO 32K BYTE UA FOTM 1 STATIG SOURCE OR MAGNETI m PELD AVOID HEAT WATER AND 7 DIRECT SUNLIGHT WRITEPROTECT BATTERY QNiOfT AUTO ADVANCE 2 A COUNT UP sETREF REF REF
74. c k 0 ct C2 jems ON OFF ct jas o c2 Fo 7 7 1 6 8 FINE ON 7 9 LED LED RUN E O srop RUN RUN STOP RUN LED STOP LED
75. eS 5 6 YK 5 6 ee 5 6 SS ow eS 5 7 5 13 5 14 s b s 15 6 1 E 6 1 2 6 72 re 6 4 NSR 6 4 6 11 a 6 14 J 6 16 9801 6 18 216 10 ee 6 20 216 6 6 24 RS 232C ees Saas 7 1 7 1 7 1 7 RS 232C OO 7 1 ee 7 9 sess se 7 2 lr 7 3 een 7 3 7 4 1 4 7 5 7 6 ee 4 7 6 DR RS 232C 3 7 Z O 6 TP 7 6 Tog SS as 7 7 7
76. 4 8 4 8 REAL STORAGE 1 VOLTAGE O 2 ATIME O O 3 VOLTAGE RATIO O 4 PHASE O 5 PEAKTO PEAK 6 7 DELAY TIME 1 1 8 DATA POSITION O 2 9 DISP SCROLL 1 HORIZ DISPLAY A INTEN Ja GO N0 GO HORIZ O MAG x10 X 1 4 8 AVOLTAGE 4 8 2 ATIME 2 2 1 AVOLTAGE O 2 TIME 1 VOLT GE 2 3 VOLTAGE RATIO Rr 4 PHASE 3 VOLTAGE RATIO 5 PEAK TO PEAK 4 PHASE 6 GO NO GO PEAK PEAK 7 DELAY TIME 8 GO 2 NO GO 8 DATA POSITION 7 DELAY TIME 9 DISP SCROLL 8 DATA POSITION 9 DISP SCROLL 0
77. GP IB 1 ISO7 2 ATD 13 2 3 74 lt 1 LF CR CRLF EOI 6 2 a a 09 VERT MODE HORIZ DISPLAY A SEC DIV B SEC DIV SWEEP MODE SINGLE RESET A TRIGGER SOURCE B TRIGGER SOURCE TRIGGER COUPLING TRIGGER SLOPE 5 CH HOLD ROLL DATA LENGTH INTERPOLATION TIME BASE OUTPUT RUN STOP STORE REF CURSORS amp DELAY GONO GO DELAY TIME DATA POSITION DISP SCROLL CURSORS SRQ SRQ DMA DMA
78. 0 0V 1kO 20 5V 3 2 KO 20 J 5 V 0V 1 kQ 20 100 90 110 115 103 128 220 195 242 230 240 207 250 V AC A B C D 50 400 Hz 80W 100 VACK 1 3 11 kg 320 2 Wx 160 2 Hx 420 2 L mm F 0 C 40C 9 F 40 90 20 C 70 C 2 U 2 FI 20 C 60 C 70 80 m 5 000 405mmHg 15 000 90 mmHg 10Hz 55Hz 1 0 63 mm EF 15 45 T 10cz 30 3 F 90w 1 5 SE 501 S RAM 32K BYTE 1 1 2 amp 1 Z u Z 85 00668 2 2 SLOW eee 2 esses l 1 1 1 3 IIIIIIIIIIIII IIIIxYII I P I 111 420 2 35 40 2
79. AH 1 T 5 MLAC TE 0 L 4 J MTA LE 0 SR 1 RL 2 PP 0 DC 1 DT 0 C 0 K a s 5 2 5 2 1
80. REPF m R3_ R5 R7 R6 R8 Rn 1 CH 2 CH 1 REF CH1 ADV R 9 R 8 R 9 CH 1 A R 8 73 CH1 gt R3 R5 R7 CH2 gt R4 R 6 R 8 2 3 4 4 10 9 COUNT UP 1 H COUNT UP MEMORY CARD FORMAT AUTO ADVANCE OFF START STOP COUNT UP MANUAL AUTO ADVANCE ON COUNT UP CARD ORHRT AUTO ADVANCE START 3 STOP 3 COUNT UP AUTO ADVANCE OFF AUTO MANUAL STOP SETRE a b AUTO REF REF REF f R3 R5 R7 R6 R8 Rn 1 CH 2 CH 1 MANUAL SET REF
81. 5 POSITION w lt m m w 2 w AC DC GND AJE OIA a DC DC DC UESTRE ACHE INPUT 2 AC 4 4 3 Dph 4 Hz 3dB GND
82. 80 UNCAL A VARIABLE 3 CAL 686 POSITION 88 FINE PULL x10 MAG FINE PULL x10MAG 10 6 60 FINE 3 1 4 GD G0 92 G6 63 0590 IFIEO MEMORY CARD ONLY mo REMOTE O REAL z gt gt gt m x lt 4 m x SINGLE RESET HORIZ DISPLAY A COUPLING HF DC TY 1 AE INDEX LOCAU DIY T a SOURCE 2 x x CH3 EXT 91v plY 400 gt POSITION FOCUS TRACE SCALE OTATION INE PULL KIO MAG 3 1 5
83. X 16000 gt _ mw 4 8 10 DISP SCROLL C SEC DIV 100 16kw CH DISP SCROLL 16kw 10 EARR pD SEC DIV 10 STORAGE ON 4 8 12 a RUN STOP STOP DISP SCROLL 1 aVOLTAGE 2 4 RATIO PEAK TO PEAK GO NO GO 7 DELAY 8 DATA POSITION 9 DISP SCROLL SEC DIV 4 8 12 b
84. 2 6 max 10 max 1 1 max FOA 1 1 0 00H 16 10 128 127 256 32768 32512 1 C 1 256 127 256 DS 8606C DS 8605C CREWY sme I 0 lt sss b 1 0 00H 2 1
85. 10 RS 232C SRQ b RS 232C REMOTE GP IB 6 gt 7 15 iI 1 SD D RITES 0 2 RD 3 RS H HYSTERESIS 4 CS Tx 5 ER 6 DR HH 7 POWER ON POWER ON 8
86. 7 12 1 DR DR POWER ON DR DR POWER DR BID ON OFF POWER ON 1 12 2 DR DR 7 5 2 7 5 3 DR lt 7 12 3 X7 12 1 SX 0102 DS 8606C DS 8605C S X 0102 gt V 9 POWER ON DR 7 18 7 12 3 HP GL
87. OUTPUT 4 30 4 52 GP IB 4 32 COUNT UP 4 54 RS 292C 4 32 AUTO ADVANCE COUNT UP CURSORS 4 32 4 55 AVOLTAGE 4 34 4 56 AT IME Se 4 34 TIME 4 57 AVOLTAGE GO NO GO ATIME ee 4 35 4 58 1 4 ee 1 AC 44 1 1828 2 2 2 OFF POWER OFF 4 1 2 4 1 2 MODE CH1 CH 1 VOLTS DIV 5 mV AC DC AC CH 1 GND OFF E CH1 1 POS
88. lt COUPLING COUPLING 7 AC 100 Hz DC MME 2 B Wc lt C LEVEL REJ 10kHz TV
89. 2 0 C 40 C E 40 9 100V 100V 115V 100V A 100V RDS 5000m 405 ma Hg 200V 220V 230 240V 200V 50 440Hz J 80W 2 2 ACB l f AC100 V WAK 2 2 2 2
90. FILE N3 FILE No 3 003 FILE N 122 lt rH lt gt lt rH x lt FILE 122 F122 w ae 3 7 6 4 7 6 4 M12 D 10 M 20 CH 1 CH 1 CH 1 J CH 2 M11 D11 M21 CH 2 EER CH2 FJ M22 D21 REF M23 D 23 REF 2 O V MODE REF ON F 001 1001 REF 1 F 002 1 003 x F122 1122 REF 122 Ue 7 11 d ASCII Fl 1 1 AA 7 2 2 3 AC 16384 4 AX AD 2 0E 03 5 Y FULL SCALE AE 1 024 02 6 DELAY WORD AF 16000 7 ZERO AG 32768 J s 7 THET 7
91. 4 28 7 8 TIME BASE 4 28 7 9 INTERPOLATION 4 29 7 10 OUTPUT 4 30 7 11 GP IB 4 32 1 5512 RS 232C 4 32 CURSORS 4 32 8 1 VOLTAGE 4 34 8 2 AT IME 4 4 24 8 3 VOLTAGE ATIME 4 25 8 4 VOLTAGE RATIO 4 36 8 5 PHASE 4 37 6 TO PEAK 4 38 7 GO NO GO Aa A A A oea 4 8 8 DELAY TIME 4 40 4 8 9 DATA POSITION 4 40 4 8 10 DISP SCROLL 4 43 4 9 4 44 4 10 4 45 4 10 1 ee 4 49 4 10 2 4 49 4 10 3 4 50 4 10 4 REF 4 4 10 5 REF E ee 4 51 4 10 6 REF Rn as S
92. 6 7 STOP Rn SET REF CH1 2 32 10 R31 10 4 32 1 4 n AUTO ADVANCE V MODE AUTO ADVANCE RUN STOP RUN RUN TRIG AUTO ADVANCE MODE NORMAL SINGLE w A AUTO ADVANCE
93. GATT REAL SEC DIV UNCAL T 1 AT lt STORAGE SEC DIV VARIABLE UNCAL 4 8 4 VOLTAGE RATIO 6div 3 VOLTAGE RATIO t gt 2 Ps L ic k D 95 100 0 dB 6 div ON POWER ON 5 div 100 000 dB w gt 4 8 5 PHASE M 4 PHASEC
94. 2048 2047 V 0 4095 REF 0 255 19 DELAY TIME Cm D x gt 3 X 0 4095 0 2 10 4375 div 0 0025 div 20 DATA POSITION Mi x Q N m 6 10 DATA POSITION OO N div div div div div div div div div div div 21 DISP SCROLL 2 5 X X 0 16383 l gt 0 15 14 w w a 22 SRQ Ca ee OFF ON 2 10 5 GOP IB 5 5 4 Power ON OFF 23 DMA Gm x DMA DMA DMA 6 3 2
95. 3 0 IU 650 700 CH 1 1 kword lJ 720 770 CH 2 1 kword 790 960 980 1030 DS 8606C DS 8605C ENQ 8 IWAT SUI
96. 530 680 K K 6 19 6 4 2 216 1 DS 8605C 7 1 ALIZE 5 wE 1 INTEGER ASSIGN 45 r y T 3 fep i ii IF FG I FU 2 HITEL a i 290 ITET DLITELJT aDevies Davi Ce TED T T T OUTPUT nese l cam 4500 TRANSFER PO A j SO US WAVE PATA A li r 1 il b AS i r 7 z 5 e i tid l ITO y i a 7 4 1 uffern 4 1 K 1 teri 2 EH 7 4 GN IRTE 2 LE ENABLE Thi Ve Tn JS 1I5 7 4 4 i 2047 BUFFER 204 BUFFER SUFFER Butte BUFFER Buf ta LN USING Do DTE US ING a n PHA 1 w 22
97. 9 IFC 10 SRQ 11 IH RH 13 010 5 14 DIO 6 _ is DIO 7 16 DIO 8 18 GND 2 4 GND 5 15 5 6 1 A 3 k 8 B DS 8606C DS 8605C pa 1 34 C L___ J D r l J DIO 1 DIO8 DAV NRFD NDAC IFC ATN SRQ REN EOI E aka A pa m J5 6 2 DIO6 DIO8 GND GND GND GND LO DIO1 EOI NRFD IFC 0102 DI DAV NDAC SRO ND 5 16 lt 6 6 GP IB GP 1B GP IB ee e
98. 0 REF 1 1 k CH2 CH2 1 1 k 0 lk REF1 122 1 DATA LENGTH 1 kword ik lko 0 1 DATA LENGTH 16 kword CH1 CH2 2 ROLL 1 kW 3 AVERAGE PEAK CH HOLD DATA LENGTH 16 kword 1 kW 16kW b SETUP CH2 1
99. 6 14 6 3 3 26 FORMAT 27 STORE a AUTO ADVANCE OFF 2 b ADVANCE 5 X 3 122 X2 3 122 1 AUTO ADVANCE ON RUN 44 AUTO ADVANCE c STORE REF REF 2 gt MI x CH 1 CH2 X2 1 122 w 28 RECALL Ge sg X REF Z RECALL 7 1 122 REF1 REF 2 VERT MODE MOD 6 15 6 4 6 4 9801 DS 8605C 109 DS 8606 DS8605 GP IB TEST PROGRAM x w 20 39 20 50 60 70 30 90 100 119 120 1 30 142 150 160 170 180 190 290 219 2209 239
100. SET UP SET UP AUTO ADVANCE FORMAT STORE RECALL 6 2 O Ne e m gt O ko 18 19 20 21 22 23 24 25 26 27 X 1 HDS o X ATD X BTD X 1 RST TAS 2 X 5 X ATP O X MES U X 1 DTL X IPL O X TMB X OTP O X 1 RUN X CURG X1 X4 DTMu X DTP X DAD X ZRO SRQ X 1 X IX X1 JX u X1 FRM REF X1 X X1 X2 21 2 3 2 X5 X2 X2 X3 X4 PXA RIAA 2 X3 VERT MODE HORIZ DISPLAY SEC DIV SEC DIV SWEEP MODE SINGLE RESET A TRIGGER SOURCE B TRIGGER SOURCE TRIGGER COUPLING TRIGGER SLOPE REAL Z STORAGE NORMAL AVERAGE PEAK HOLD ROLL DATA LENGTH INTERPOLATION TIME BASE OUTPUT RUN STOP DELAY TIME DATA POSITION DISP SCROLL GND SRQ DMA FORMAT AUTO ADVANCE STORE RECALL 6 3 6 3
101. 2 1 5 x 1 x 100 0 10div 11 L 0 6V 40ns H 2 7 V 40ns 10 MHz AUTO ADVANCE AUTO COUNT UP AUTO ADVANCE GO NO GO GOZNO GO 8K 6 2 1 kword 16K BYTE 14 2 1 kword 32K BYTE B m 30 2 1 kword 64K BYTE 60 2Z 1 kword 128K BYTE 120 2 1 kword POWER ON 1 hour 1sec 1 2 10 2 V y H lt EE Hi S 2 lt F 8 S W m S amp A 2 lt E E gt S F gf F 1 kHz 251 10 35 40 60 0 3 V REKE 1 10 35 1div 0 6 V 1 KQ 20 1div 0 6 V 1 KQ 20 J 5 V
102. F AVERAGE W DATA LENGTH 0 NORMAL TIME BASE 0 INTERPOLATION OFF RUNS w w 4 7 2 AVERAGE S N 2 4 8 16 32 64 128 256 8 16kw CH Q AVERAGE BYN 4 7 2 2 N
103. STORAGE REAL STORAGE 4 10 2 STORAGE 4 10 3 FORMAT 4 10 7 AUTO ADVANCE 4 10 8 COUNT UP 4 10 9 KEF 4 10 6 AUTO ADVANCE COUNT UP 4 10 102 4 10 11 TIME 4 10 12 GO ZNO GO 4 10 13 w a _ w s gt 4 I10 4 10 22 a 4 10 2 4 10 358R 1 POWER ON 4 10 2 6 UNFORMAT NORI UNFORMAT gt gt 30 22 UNFORM
104. 1 4 N Ic ht 1V 100mV 256 6 25mV S N 24 1 dB STORAGE HOCE AVERAGE PEAK CH HOLD ROLL COUNT 32 REPEAT lt DATA LENGTH 1KH TIME BRSE INT INTERPOLATION OFF OUTPUT OFF GP IB RDDRESS S5 LF 256 4 7 3 CH HOLD 1 MAX MIN 2 4 8 16 32 64 128 256 co 9 STORAGE HODE gt AVERAGE PEAK CH HOLD PERK ROLL RUN COUNT 92 REPEAT OMC 3EC 18TOM DATA LENGTH E oo STOP BRSE INT INTERPOLATION OUTPUT OFF RODRESS 5 LF 4 7 3
105. Character data bit 2 7 8 b Parity bit 1 7 2 7 2 Stop bit 1 2 d Baud rate Fo RS 232C 600 1200 2400
106. JJ R C X Y 1 2 5 2 STORAGE X Y h 1 2 6 gt gt H gt F m MH HE FE m X CH2 CH 1 5 10 35 DC 2 MHz 34 CH 1 CH 1 CH2 3 DC 50kHz Y CH2 X REF1 REF2 3Vp p DC 3 MHz 10kOQ 20 50V DC AC peak 1 2 7 CHi CH2 CH3 REF 1 REF 2 A B STORAGE OFF REAL At VOLTAGE RATIO PHASE STORAGE ON 7 At VOLTAGE RATIO PHASE GO NO GO 1 2 8 A D 3 GO NO GO E H 7 y 7 E EXT CLOCK IN 1 2 9 2 8 10M sec 1LSB 1 kword 16 kword 2 4 8 16 32 64 128 256
107. 2 byte7 1W dm 0 b SET UP 8 3 1524 SSS ha dn dn c 4276242 ASS c dr e 2275 27 e dJ da dn dn F 3 e d d d 3 RUN GOZNO GO d lt 5 5 5 5 1 13 GP IB GPIB REN GP IB z Fo 5 5 2 GP IB
108. 36 10 35 DC 40 MHz 3dB 10C 35 AC 4 Hz lt 10 10 35 lkHEz 3 10 35 Z fh 9 10C 35 C AC DC Pc 1MO 2 232 8pF 10MO 2 Z2 pF 3 pF 400V DC AC 600V DC AC CH1 2 CH3 LINE CH3 AC DC REJ TV A TV V B EGES a Az 10 35 DC 5 MHz 5 MHz 40 MHz L e TV 7 3 1div AC 100 Hz REJ 10kHz e AUTO 50Hz 1 2 4 1 2 4 1 A 5 F F 1 2 4 2 STORAGE A B 5l F STORAGE OFF REAL
109. gt 4 6 2 SEC DIV BI 4 6 3 SEC DIV VARIABLE i UNCAL 2 521 1 2 4 4 16 w a Q POSITION FINE 4 6 4 SEC DIV X10 MAG POSITION FINE 5 10 4 17 6 HORIZ DISPLAY 4 6 5 HORIZ DISPLAY I AA A_SEC RUNS AFTER DELAY DIV A VARIABLE A INTEN A INTEN B DLY D A ICB B DLY D B a A INTEN B S B SEC ZDIV s eA ALT A INTEN B DLY D
110. 3 ASEC DIV am RUN 1 VERT MODE A SEC XZDIV 0 5 sec 500 sec 2 2 02 200 3 01 100 5 7 4 50 msec 50 VERT MODE 5 20 20 gt 1 CH 1 6 10 10 2 CH 2 7 5 50 3 ADD 8 2 2 4 DUAL 9 1 1 gt 5 TRI 1 10 05 0 5 6 X Y 11 02 0 2 01 19 50 0 1 14 20 0 1 ALT REF OFF Z CHOP REF ON 15 10 0 1 0 ALT REF OFF 16 5 0 1 CHOP REF ON 17 2 0 1 18 1 0 1 19 05 0 1 2 HORIZ DISPLAY 20 02 0 1 21 01 01 Gos 2 3 X HORIZ DISPLAY 59 N 1 2 z w 4 B SEC DIV OPD EE i B SEC DIV 50 20 20 10 10 5 5 2 2 1 1 05 05 7 02 7 02 01 7 01 50 01 7 20 0 1 10 0 17 5 01 7 2
111. JX CH 1 CH1 M 10 A REF 1 REF 1 CH 2 CH2 9 SETUP CHI TX M 20 REF2 REF2 23 esa CH2 JX M 21 w m 2 F 001 F 126 001 I 126 REF 1 REF 1 F001 REF 2 REF 2 F002 FILE 3 FILE No 3 003 l FILE N 122 lt rH w gt
112. TRIG D SEC DIV DELAY TIME B RUNS AFTER DELAY RUNS AFTER DELAY A B b A INTEN B SWEEP ane HORIZ DISPLAY A INTEN CURSORS DELAY TIME 4 8 10 DELAY TIME FINE LED
113. AC RUN LED 1 14 2 7 8 RS 232C Fo a 10 ASCII 3 MT b RS 232C 0 97 RS 232C 100 RS 232 Day EERIE RC I EL 9 112 7 9 RS 232C a
114. HOLD j ROLL 4 1 1 _ REPEAT 19 NO E m DATA LENGTH s ke ON s F MAC OFF 1 MODE X Y CH1 X CH2 Y CH1 STORAGE POSITION REF1 X REF2 Y CH2 STORAGE POSITION REFERENCE 4 MODE REF ON 4 CCH 1 CH2 REF 1 REF 2 4 7 1 1 4 7 1 1 2 SETREF MODE CH1 CH2 REF REF CH 1 REF CH 2 REF 1 CH 1
115. SYNC OUT GOZNOGO 3 2 3 3 0 20 1 kQ 20 3 3 20 1 20 NO GO OUT 22 0V 5V 0 V 1 GOZ NOGO TJ NO 720 zs SYNC OUT SYNC X OUT 6 REC Y OUT 6 PEN UP OUTPUT X OUT X 1 div 0 6 V 1 KO O TH REC Y OUT Y 1 div 0 6 V 1 KQ 20 C 3 12 PEN UP OUTPUT 5 V 0 V 2206 5V 3 2k 20 6 7 AXIS INPUT 50V MAX DC 3 MHz 10k 20 G 63 REMOTE GP
116. fr ma o kc u ee GP IB 1 RUN STOP LED DS 504 GP IB LED LED 4 7 5 4 7 12 1 STORAGE MODE AVERAGE DATA NN PEAK CH HOLD LENGTH G 1 kW 0 O 16kW
117. S DS 8605C 101M S 5 4 1 1 10 5 0 1 1 1 1 1 1 1 127 4div 00000010 2 00000001 1 0div 00000000 0 11111 1 1 1 1 11111110 2 4div N i E E 10000000 128 6 max J 2 2 SET UP 6 max _ ii 10 max 11 max J X 1 2 1 0 00H 16 10
118. SOURCE CH1 CH 2 CH3 INPUT Internal Trigger SOURCE CH1 CH2 CH3 INPUT Kk 4 12 2 2
119. VOLT 1 2 RATIO PHA 5 TO GO 60 7 DELAY TIME 8 DATA POSITION 9 DISP SCROLL CH1 VOLTS DIV SEC DIV EE Hv SE 2 ON 360 POWER ON 5div 360 6div 5 div CH 1 VOLTS DIV SEC DIV 4 8 6 TO PEAK 2 STORAGE ON 6 TO PEAK 1 aVOLTAGE _ RUN p p 75 mim m H 8 asese 5 5 i i 2 w 54 45 ind VANNI ht PE omaes i b s 17 CH 1 VOLTS DIV SEC DIV
120. Y CH1V 2 o INFINITY VARIABLE gt gt CH1 P P CH2 P P 5 12 f ASCII e RUN 00 RUN 1 RUN e GO ZNO GO 0 GO 1 NO GO 0 1 1 GO NO GO NO GO STOP 5 5 4 SRQ a SRQ SRO es eGP IB sCP IB
121. i H T No pe ka i i N i vada i i j 10 4 7 10 OUTPUT GP IB RS 232C HP GL X OUT Y OUT PEN UP OUT X Y PEN UP OUTPUT PEN OFF 1 PEN 1 PLOT PLOT SCALE WAVEFORM SCALE WAVEFORM CRL HRVEFORH SCALE MRVEFORH PEN 5 G 0 zmaa OFF PLOT RUM RUN STOP RU
122. lt rH FILE No 122 F122 3 5 5 3 5 5 3 5 10 CH 1 CH 2 M12 D 10 CH 1 7 M11 D11 CH 2 1 1 REF 001 1001 REF 1 F 002 1 003 F122 1122 REF 122 _ M 20 CH 1 M21 CH 2 M22 D21 REF 1 M23 D 23 REF 2 V MODE REF ON d ASCII 1 7 2 2 2 3 AC 16384 4 AD 20E 03 5 Y FULL SCALE AE 1 024 02 6 DELAY WORD AF 16000 7 ZERO AG 32768 e 7 7 2 2 1
123. C CH1 INPUT CH2 INPUT REF REF2 REF1 REF2 REF 3 5 REF 122 1 TI003 I 032 19 27 6 13 d COS 14 7 9 M 10 CH1 INPUT M 11 CH2 INPUT M 20 CH1 DISP M 21 CH2 DISP M 22 REF1 M 23 REF2 I 001 I 002 I 003 REF1 REF2 REF3 1 122 REF122 1 1003 IO032 e C e f RUN GO ZNO 5 3 7 RUN
124. DC GND CH 2 POLAR CH 2 INPUT CH 3 00 CH3 POSITION CH 3 CH3 INPUT CH 3 CH 1 CH 2 EXT TRIG 02 CH3 AC DC Q AC DC 03 MODE CH 1 CH1 INPUT CH 2 CH2 INPUT ADD CH1 CH2 CH1 CH 2 CH 2 POLAR INV CH1 CH 2 DUAL CH 1 CH2 TRI CH1 CH2 CH3 ALT DUAL CH1 CH2 TRI x y CH1
125. REF REF o 2 4 10 10 AUTO ADVANCE COUNT UP 4 10 1 4 10 1 REF 1 REF2 REF F AUTO ADVANCE REF CH1 serrer REF COUNT UP SET REF 1 AUTO SETREF REF COUNT UP REF MANUAL REF x LD REF 2 ENO E 7 9 4 10 11
126. RUN STOP STOP RUN AUTO ADVANCE AUTO ADVANCE AUTO ADVANCE 2 AUTO ADVANCE OFF AUTO ADVANCE AUTO ADVANCE K a STOP RUN AUTO ADVANCE b AUTO ADVANCE c WRITE PROTECT ON REF DUAL REF 1 CH 1 REF CH 2
127. X CH2 CH1 CH2 CH3 Y REF CHOP DUAL CH1 CH2 TRI CH 2 CH3 130 kHz 3 1 2 10 D 48 09 COUPLING DC VOLTS DIV vanae PULL ZS MAG POWER PUSH BEAM FIND 3 29 3 SOURCE CH1 CH1 INPUT CH2 CH2 INPUT CH3 CH3 INPUT EXT TRIG INE ERA COUPLING
128. ee AM e GOZNO GO 2 ee GP IB RS 232C e CRT F 7 F es es X SECZDIV MAGx10 STORAGE VARIABLE e 120 30 BKE 2 2 7 gt 2 gt Z 6 8 div x 10div 1 div 10 31 F 12kV 1 2 2 STORAGE OFF CH 1 CH 2 ADD DUAL TRI ALT CHOP X Y CHOP 130
129. 0 1 7 1 01 7 05 7 01 7 02 01 7 01 01 5 SWEEP MODE C ww 2 27 X SWEEP MODE 1 AUTO 2 NORM 3 SINGLE 6 SINGLE RESET 0 RUN 7 ATRIGGER SOURCE gt gt x A TRIGGER SOURCE 8 B TRIGGER SOURCE Cw 2 a gt 7 B TRIGGER SOURCE RUNS AFTER DELAY TRIG D 9 TRIGGER COUPLING Ge 2 x TRIGGER COUPLING 10 TRIGGER SLOPE k Rn 3 X 7 11 REAL STORAGE NOTMAL AVERAGE PEAK CH HOLD ROLL CDR MODE REAL NORMAL STORAGE AVERAGE STORAGE PEAK CH HOLD STORAGE ROLL STORAGE COUNT 2 4 8 1 6 3 2 6 4 1 2 8 256 1 n DM 1 AVERAGE REPEAT ON OFF 2 OFF ON 0 SEC ON 1 SEC ON 2 SEC X2or X3 x2 X2 X3 lt REAL NORMAL AVERAGE TERT REPEAT PEAK CH HOLD COUNT Co 1 8 CH HOLD COU
130. 10 110 120 330 DS 8605C 340 370 SRQ SRQ 72 380 440 1 kword 6 17 450 460 470 480 499 500 510 520 5 30 540 550 560 570 580 590 690 610 620 630 640 650 660 579 680 690 700 19 729 730 780 6 18 fk kk kk Kok ok ok CH2 WAVE DATA RCV PRINT DM JX M11 3 1 0 amp H3F 6 amp DM 32 C IEEEC1 MOD 329 7UNL MTA MLA 30 FOR I 0 TO 1023 RBYTE 8UFFER2 I LO NEXT I wkkkwwwaakk DISPLAY amp CH2 WAVE DATA CLS 3 SCREEN 2 0 WINDOW 0 128 1024 128 VIEW 50 10 400 200 FOR I 0 1023 YY BUFFER1 I IF gt 127 THEN 256 PSET I YY NEXT I FOR I 0 TO 1023 YY EUFFER2 1 IF gt 12 THEN YY YY 256 PSET I YY NEXT I END INTR POLL PRINT INTERRUPTED S SRQ ON RETURN 450 510 CH 2 1kword J
131. 2 kc smse b AUTO ADVANCE ON EE E E e TERN SEE FORHRT RUN AUTO ADVANCE F 3 1 COUNT UP FORMAT O FORMAT LED 1 RS 232C RS 232C D FORMAT AUTO ADVANCE OFF TART STOP COUNT UP HANUAL RS232C BAUDRATE 9689 LENGTH 8 PARITY NON STOP 1 BIT DELIHI TER CRLF MEMORY CARD FORMAT AUTO ADVANCE OFF ON START 3 STOP 3 COUNT UP MANUAL AUTO w w 4 0 4 REE a L 2 4 10 2 x Rn 3 No 4 10 6 zJ R1 R2 REF
132. INTEN b 5 div SS 2 i i i 4 L e NN NN 1 x 24 4 HORIZ DISPLAY EB DLY D CSS 0 10div 4 a a 4 4 wasi 1041 16kW CH 4 8 9 1 4 8 9 2 Bd 4 8 9 7 Z F Z aY T BE Ji k R 2 B 1 1024 9 0 div ___16 163847 9 1K 500 1K 524 5 div 16K 8OOO 1K 100 div 16K 1600 div 10 div 1K 24 N 4 8 9 2 _ _ _ _ l O 10K nP lt x n 0 Xx 16K 16K r n
133. 5 GP IB 4 1 12 RS 232C RS 232C 4 52 7 RS 232C 4 7 12 RS 232C 4 8 CURSORS DELAY TIME DATA POSITION kO DIPS SCROLL 1 AVOLTAGE ee 2 ATIME Sea 1 VOLTAGE 2 TIME VOLTAGE RATIO PHASE 5 Peak Peak 6 GOZNO GO DELAY TIME 8 DATA POSITION 9 DISP SCROLL ON OFF ON 4 8 w m w 2 O 4 XZ gt 7 s 5 gt
134. REF CRCL CUR I I8 X2 X3 X4 G GOZNO GO RCLL m n 4 REFm n RGCL CUR GOZNO 27 GO NO GO X 1 CUR 0 OFF REF 1 AVOLTAGE 2 A TIME GOZNO GO 3 VOLTAGE RATIO 4 PHASE 6 RE F X3 X3 X 8 GO NO GOX GO 2 X5 RE OFF A VOLTAGE H 1 17 HH 2 A TIME V1 V 2 VOLTAGE H1 24 H12 170 H 2 PHASE V1 V2 V1 V 2 PEAK TO PEAK 1 V 2 GO NO GO REF E HH
135. 1 CAL CH 1 INPUT 6 div D CAL CH1 CH2 x 10 A i i i i i i 4 3 1 CH 1 INPUT b CAL 03 CI 4 4 CH 1 CH 2 CH 3 VOLTS DIV CH 1 CH2 CH 3 0 1V 44 4 1 VOLTS DIV 0 1V div VARIABLE PULL x MAG 5 VARIABLE VOLTS DIV 25 VARIABLE UNCAL LED gt Bd 4 4 2 VOLTS ZDIV VARIABLE UNCAL PULL 5MAG
136. 1 4 2 a d d d dn da PST RTA s d d d d dn dn a dn dn 2 byte 1W 0 b SET UP 4 2 d coves dn c c di ca dre Jc d 1 a RF d e d d d Juj 2 dn e d d d a2 d RUN GOZNO GO d 7 5 RS 232C HP GL 7 5 1 1 STORAGE MODE OUTPUT 2 PLOT Me ERAGE PEAK CH HOLD u ROL L COUNT REPEAT ON lt 3EC gt DATA LENGTH KH BASE INT INTERPOLATION OFF OUTPUT PLOT 3 RUN STOP 7 5 2 SToe
137. 240 250 262 280 290 500 510 520 330 540 350 360 370 330 390 amp 00 8410 420 4 30 440 6 16 ISET IFC ISET REN DM 30 7058605 GP IB ADDR 30 S 0 CMD DELIM 0 530 OFF ON SRQ 50508 INTR SRKQ ON waYTE amp H14i DEVICE CLEAR CLS 3 DIM BUFFER1 1023 DIM 3UFFER2 1023 kkkkkkkkk SET SETUP FR kk kk Kk xk xk ok PRINT 0 RUN RUNZSTOP DM 4 0 V MODE PRINT3 DMi HDS 1 DISPLAY PRINT DM 14 TIME DIV DM TAS 1 A TRIG SOURCE PRINT DM 1 COUPLING PRINTO 0 SLOPE DM MES 1 1 STORAGE MODE PRINT amp DM DTL 0 DATA LENGTH PRINT DM IPL 0 INTERPOLATION PRINT DM TMB 0 TIME BASE DM CUR 0 CURSOL PRINT amp DM DTP 0 POSITION PRINT DM DMA 1 DMA DM OPM 3 5 MODE DM RUN 1 5 PRINTA DM RST SINGLE RESET STOP DUAL REF OFF A 20USEC DIv CH1 AC NORMAL COUNT 2 1K WORD OFF INT OFF ODIV OFF SINGLE RUN WAIT FOR SR 72 WAVE IF 5 lt gt 72 THEN GOTO 360 PRINTE DM RUN 0 CH WAVE DATA RCV xk PRINTG DM JX 10 3 1 0 WBYTE amp H3F 64 DM 32 IEEE 1 MOD 32 FOR 1 0 TO 1023 RBYTE j8UFFER1 I LO NEXT I UNL MTA MLA w a 5
138. 290 310 REN El 220 540 250 390 590 9801 DS 8606 DS8605 RS232C TEST N81 e AS 1 7 CLS F DIM BUFFER1 1023 DIM BUFFEF2 1023 SET SETUF SETUF RUN 6OSUR CMDOUT SETUF MOD 4 0 BOSUB CMDOUT SETUF HDS GOSUB CMDOUT SETUF ATD 14 GOSUE CMDOUT SETUF TAS 1 6GOSUR CMDOUT SETUF TAC 1 GOSUB CMDOUT SETUF ATF Q GOSUB CHDQUT SETUPS MES i 1 GOSUE CMDOUT SETUFS DTL GOSUB CMDOUT SETUF TFL GOSUB CMDOUT SETUF TME GQSUR CMDOUT SETUF CUR GOSUB CMDOUT SETUF DTF O GOSUB CMDOUT SETUF QFM 3 GOSUB CMDOUIT SETUF RUN 1 GOSUE CMDOUT GUSUE CMDOUT SETUF RST tAr WAIT WAVE IN x 33 33 SETUF JX T 505 1 6 TINFUT 1 650 0650 1 WRITESS IF WRITES gt THEN MDOUT GOTO 540 SETUF RUN 0 BHSUE CMDOUT BIT LENGTH 8 STOF 1 X FARAMETER ON S FARAMETER OFF SET STOF REF H DISFLAY SEC DIV 20 USEC TRIG 5 2 CHi TRIG COUFL TRIG SLOFE f STORAGE NORMAL REFEAT ODN OSGEC DATA LENGTH EW INTERFOLATION OFF TIME BASE INT CURSOR MESURE OFF DATA FOSITION DIY SWEEF MODE SINGLE SET
139. 6 1 see ese ee ee ee ee ee ene eae 7 7 7 6 09 Xoff T Te T 6 4 7 8 TaT 1 14 7 8 7 15 7 9 7 15 7 10 RS 232C 1 15 7 1 155516 7 12 7 18 7 12 1 7 18 Taal y E 7 18 7 12 3 es 7 19 1 13 7 20 7 13 1 9801 4444 4444 4 7 20 7 13 2 216 4 44444 440 46 7 24 w gt gt ee DS 8605C 0 40C
140. ON T 2T SEC DIV Em SETUP C F E GETI T lt T C E E Te gt Ti 1 TT T Em SETUP 1 T4 SEC DIV 1000 e Y FULL SCALE Y FULL SCALE 256 x VOLTS DIVE 25 e DELAY WORD DELAY WORD 1 kW DATA POSITION x 100 DELAY WORD 16kW DATA POSITION X 100 16 e ZERO ZERO GND L lt v O e e A VOLTAGE CH1 CH2 TIME VOLTAGE RATIO CdB PHASE e PEAK TO PEAK TIME 22 100 03 1 00 03 11 CH1 CH2 V MODE VOLTAGE X Y CH2V TIME X
141. REF 2 ic CH 2 2 4 7 1 1 REF 1 R 2 REF 2 REF ma R2 AV 4 ae lt w lt lt gt am a 6 w gt a lt REF 4 7 1 2 1 4 10 x MEMORY CARD REF EDE AUTO ADVANCE OFF REF 1 REF 2 STORT i COUNT UP AUTO 122 REF3 REF 32 4 7 1 2 CA CH 1 CH 1 INPUT 0 0 CH 2 Se a CH 2 INPUT SET 27 REF 2 O V MODE REF ON REF 1 REF 2 3 REF 1 REF 32 STORAGE HODE MORHAL 4 7 NORMAL Z J
142. esCP IB s AVERAGE PEAK CH HOLD e GOZNO GO es b SRQ 4 F e bs b bs bs b4 bs bz b 01100001 0 1 1 0 0 1 0 0 GP IB GP IB ROLL X Y 104 01101000 GP IB 112 0 1 1 1 0 0 0 0 7 2 AVERAGE PEAK HOLD 68 NO GO GO ZNO GO 6 6 SRO e DCL SDC es 5 13 5 5 5
143. 4800 9600 BPS e Start bit f Record delimiter LF CR CR LF LF Line Feed CR Carriage Return ETT w w lt w 5 7 2 2 DS 505 MEMORY CARD REAL STORAGE gt STORAGE gt RS 232C RS 232C RS 232C ee 9 6 B1 DELINITER
144. 7 CH1 INPUT X 1 M 10 M 11 CH2 INPUT M 20 CH1 DISP 21 CH2 DISP M 22 REF1 M 23 REF2 F 001 REF1 F 002 REF2 F 003 REF3 5 5 x F 122 REF122 xi F003 F 032 ASCII BINARY 1 1 k word 1024 2 2 k words 2048 4 4 k words 4096 M10 M13 8 8k words 8192 16 16k words 16384 X 4 0 15 1 kword M10 M13 0 lt AVERAGE CH HOLD 1 kword M10 M11 1 kword x l 122 b SETUP x s 2 63 SETUP
145. IB RS 232C 6 4 3 6 AC LINE INPUT ER F L 7 6 A B C D AC AC A B D LINE VOLTAGE RANGE 6 FUSE Bq 3 2 59 6 60 069 GP IB LINE VOLTAGE RANGE puer 956 44082 FUSE f 100V gU w 2 g tse i CI 2200 196 7 BARRY 239 2 256v SLOW 239 207 2509 3 19 s N s 2 4 KCAL CC AL
146. a 4 52 4 10 7 FORMAT 4 53 4 10 8 AUTO ADVANCE 4 54 4 10 9 COUNT UP 4 56 4 10 10 AUTO ADVANCE COUNT UP A 4 57 4 10 11 88 8 4966800 0 00 00 6 66 0 4 58 4 10 12 TIME 4 59 4 10 13 GOZNO GO EA 4 60 5 GP IB472272r 2 5 1 5 1 HE 4 5 1 5 1 1 GP IB RE CD I EATE EE 5 1 5 1 2 ESE ae e 5 1 5 1 3 5 5 2 Ei 5 2 6 2 1 5 2 5 2 2 EOI er 5 2 5 3 SAE 5 3 5 4 5 4 5 4 1 86 bY ZY ete 5 4 na O Q 1 O Nn 4 2 5 D 2 4 S 6 1 2 3 39 3 2 2 9 4 4 55 2 42 79 1 2 1 3 2 22524 2 2 3 4 4 1 5 2 5 3 6 5 5
147. 0 1 02 7 13 1 7 DS 8606C DS 8605C DS 8606C DS 8605C ENQ 4 ENQ ACK ACK 26 555 RS 232C D 2 EN wa AK _ P x gt x 1 2 3 ENQ ENQ REMOTE e RS 232C ENQ ENQ ACK
148. 120 CONTROL 9 5 4800 4300 120 CONTROL 9 4 3 4 0 BEIT NGN FRTTY 1BIT 140 CONTROL 9 5 O AUTO MODEM CONTROL 1 160 179 180 tt SET 190 200 RUNZSTOF STOF 210 GSLIR Cmdout 220 MOD 4 0 MODE OFF 220 GOSUE Cmdout 240 Cmd HDS 1 H DISFLAY 250 SUSLIBE Cmdout 260 Cmd ATD 14 TIME DIY 270 GOSUE Cmdout 280 Cmdt TAS 1 TRIG SOURCE CH1 290 GOSUE Cmdout Eincdlg a 2 TRIG COUFLING AC 510 HB Cmdout 213 TRIG SLOFE 0 GOSUR m out 1 1 STORAGE MODE NORMAL COUNT Z GOSLIB Cmdout Feo Cmd DTL LENGTH 1 WORD 5 0 GOSUR Cmdout 5 Cmd IFL INTERFOLATIDN OFF 590 GUSUE Cmdout 400 Cmd TME TIME BASE INT 410 GDSUE Cmdout 440 Cmd CUR CURSOR 450 GUSUBE Cmdout 440 Cmd DTF DATA FOSITION O DIV 470 G SUR Cmdout 480 5 SWEEF MODE SINGLE 4 0 GOSUB Cmdout 1 RUN STOF RUN 510 20506 Cmdout 520 SINGLE RESET SO GOSUE Cmdout S40 110 140 200 530 gt 9 DS 8606C DS 8605C 980 Cmdout
149. 24 a X X1 X2 X3 X4 x M10 CH 1 INPUT M11 CH 2 INPUT M 22 REF 1 M 23 REF 2 F 001 REF1 F 002 REF2 F 003 REF3 1F 122 REF 122 1 F 003 F 032 ASCII BINARY 2 1word 1 1 kword 1024 2 2 k words 2048 4 4 k words 4096 M12 M13 8 8 kwords 8192 16 k words 16384 X4 0 15 1 kword M10 M13 0 DATA LENGHT 16kword M10 M11 RUN 6 11 b SETUP 2 53 SETUP
150. 285 IF gt 2 THEN 2 6 FSET I YV END 7 COMMAND OUT ROUTINE CMDOUT 1 CHRF3 S QUTFUT ENQ CODE 1 ACHE INFUT CODE 1 SETUFS QUTFUT COMMAND DATA INPUT i RSFS INFUT RESFDNSE RETURN 2 gt a lt m 410 460 480 530 550 740 780 830 1 kword CH 2 1 kword DS 8606C DS 8605 ENQ ACK a lt z F f 7 13 2 216 240 uU DS 8606 DS 8605 TEST FROGRAM J t INITIALIZE 50 INTEGER Bufferi 2047 BUFFER 70 INTEGER Buffer 2047 BUFFER 30 ASSIGN Bu ft erl TO BUFFER 1 90 ASSIGN RBu f er2 BUFFER 2 100 110 ASSIGN 9
151. 4 8 7 GO NOGO 2 S co No co oti REF V MODE CH 1 CH 1 CH 2 CH 2 DUAL CH 1 TIME POWER ON 4 10 12 TIME STORAGE ON iE REF SET Rer serne REF GO NO GO
152. 9 LIST 5 3 u JS I 11 ihi pau HST 2 12 2 4 lt i m hF E p a gt 1 w 2 am w 2 s 10 150 FE 170 360 DS 8605C 380 390 CSRQ SRO AM 72 410 450 CH1 1kword 470 510 CH 2 1kword 220 BEAFHICS WAVE 40 350 GCLEAR 560 GRAFHICS DN 570 WINDOW 0 1022 128 128 580 VIEMFDRT 400 0 200 590 MOVE 0 0 700 1 720 TD 1027 730 FLOT 1 Puffer1 1 254 740 NEXT 750 760 2 0 256 770 FOR TD 1023 720 FLOT I Buffer 1 25 79G NEXT T 210 LOCAL 7 520 STOF 230 Srg 450 DISF INTERRUPTED 5 ENABLE INTE 7 2 870 FETLIF
153. 90 280 GOTO 270 290 LOCAL 7 710 STOF ES E yg BPF 1 INTERRUPTED S 9 A IT 21 007 ED m zZ w T 5 10 100 120 200 220 310 gt 9 DS 8605C DS 8605C SRQ 68 me 7 i 7 7 1 DS 8606C7DS 8605C RS 232C DS 505 DS 505 5 232 4 7 1 1 RS 232C 7 1 2 RS 232C
154. AT NO 1531054 SLY XZE b 1 POWER ON 2 n REF 4 10 3 BLAS 3 Rn n REF as rm L 1 GE S NE R 1 NEW 4 10 3 1 REAL STORAGE gt STORAGE gt MEMORY CARD MEMORY CARD MEMORY CARD m a AUTO ADVANCE OFF AUTO ADVANCE Z o IO Lo SOR COUNT UP HRNURL 2
155. E PROTECT ON _ 5 v gt 5 GP IB 5 DS 8606C DS 8605C GP IB DS 504 05 504 GP IB H 2 5 1 GP IB TTL Active Low Active Low IEEE std 488 1978 5 1 2 GP IB Z 5 3 5 1 3 15 X 2m 20m 2mx 20m 5 1 3 SH 1
156. EP MODE e SINGLE RESET e A TRIGGER SOURCE B TRIGGER SOURCE e TRIGGER COUPLING e TRIGGER SLOPE 7 6 4 SETUP a CH1 CH2 AJ CHI CH2 REF1 REF2 REF1 122 0 ASCITI 1k 2k 4k 8k 16k 1k T ay CH 1 CH 1 1 01k 2k 16 k 0 15 0 REF1 1 k CH 2 CH 2 1 0 lk REF 1 122 1 DATA LENGTH 1 kword i 1k 0 1 DATA LENGTH 16kword CH1 CH2 2 ROLL
157. INTEN ALT BDLY D AUTO NORM SINGLE 0 1 zs div 0 5s div 1 2 5 21 0 1 4S div 1 255 div EEI 8div 2 10 35 8div 2 div 0 2 xs div 0 5s div 5 10 35 0 1 div F7 10C 35 RUNS AFTER DELAY TRIG D 0 1 5 div 50 ms div 1 2 5 19 8div 26 10 35 8div 2 div ic 0 2 5 50ms div 5 10 35 0 1 as Z div 7 10 35 1 10 000 10 10 ns div 1 8 div 10ns 7 div 50 div 5 100 358 20ns 40ns 8 div 2 div ic 20ns 7 div 50ms div 6 10 35 10ns Z div 10 10 35 A A INTEN B DLY D 10 xs div 0 5 s Zdiv 0 1 as div 5 zs div 0 1 s div 500 s div STORAGE OFF REAL 2 5 Y 1 2 5 1 STORAGE OFF REAL A 7 X
158. ITION 4 1 1 ee SOURCE CH 1 COUPL ING AC LEVEL MODE AUTO HORIZ DISPLAY A A SECZXDIV 0 5 ms POSITION CRT READOUT INTEN FOCUS SCALE 90 AC 4 1 1 lt w lt w 2 a 4 1 2 A B SEC AND DELAY TIME LTS DIV VARIABLE PUL 59 SWEEP MODE wo CT ron CT INGLE RESET HORIZ DISPLAY A A INTEN mD 1 ALT R sowo Son AA ye POSITI 2 FINE PULL KIO MAG IGITAL IWATSLI DS 8605C STORAcEscoPs 40MHz CRT 4 2 CRT O POWER ON POWER ON INTEN 4 v ON O 30
159. LD r READY 4 x E HORIZ DISPLAY COUPLING HF TV FINE INDEX LocAU SOURCE CM1 CH2 CH MINE Oe 2 AURS DELAY S 8605C BHR Aescors LLLA lt g gt POSITION lt CH3 EXT TRIG N 2 4 FINO Y IME FINE PULL MAG 400 4 00 3 1 4 60 MODE AUTO NORM SINGLE serl 1 8 READY 6 HORIZ DISPLAY A A SEC DIV 2 A VARIABLE INTEN B A B A_SEC DIV B
160. N ERO END w w m w R 530 820 w 6 4 3 216 DS 8605C DS 8605C D DS 8605C ADDRESS 30 CR LF y 9 a ADDRESS 5 10 INITISLIZE ASSIGN gt TD 705 ASSIGN TD 730 50 ABDFT 7 7 1 INTR 7 50508 Srg ne 100 ENABLE INTE ye 11901 122001 e PLOTTER OUTPUT SETUP 1 3 120 OUTFUT ie EI STOF Hi D lt lt 1 Ti gt 2 MES 1 1 NDRMAI 150 OUTPUT 3 Eory z SING 1609 OUTPUT USING E MOD 1 0 1 H1 170 DUTFUT Device USING 1 150 UUTFUT amp Device USING E 14 ZOVSEC DIY 190 USING FLOT ald DUTFPUT Devicge USING kat RUN 1 LORUN 1 nio 220 START Qa 240 WAIT 1 9 2 250 SEND 7 CMD UNL UNT TALE Z0 LISTEN 240 SEND 7 DATA i 270 IF S amp 8 THEN GOTO 2
161. NT co 1 ROLL E 12 DATA LENGTH G 2 x xy DATA LENGTH 1k word 1 6k words 13 INTERPOLATION 15 OUTPUT mw x C wl X INTERPOLATION 0 OFF 1 LINEAR CAL 2 SINE SCALE WAVEFORM SCALE WAVEFORM 14 TIME BASE 2 PLOT mw x gt 16 RUN STOP 2 Fy Crw 2 TIME BASE INT LE RUN EXT gt X RUNZSTOP 17 STORE REF 18 b D X 1 V1 V 2 EF BIE la Df REF SETUP GO NO GO REF 3 SETUP IX
162. NZSTOP OUTPUT OFF b GP IB RS 232C 5 2 OUTPUT PLOT OFF OFF 1 PEN 1 PLOT PLOT SToe 1 REF REF POWER ON POWER ON Ao BAe 12 CHi A CH2 A R1 R2 DAFA POSITION d IME 1 97 20mV div 0 5ms div 1V div 0 5ms div 00 00 91 44 0 2V div 0 5ms div 00 00 Qg 20mV iy 0 5mis diy div 1 0941 95 H2 4 7 11 GP IB Oy FL ZX 55 0 1 ADDRESS 30 LF TALK ONLY LF ADDRESS 0 CRLF O ADDRESS 30 CRLF TALK ONLY CRLF ADDRESS 0 CR ADDRESS 30 CR TALK ONLY CR
163. ON 3 SCALE CAL 0 3 V 1 kHz 3 1 1 CRT POSITION S PULL STORAGE POLAR mv IMN 32PF 400V sou CH2 m Ax LL lt a s gt Pos ITION FINE PULL KIO MAG IWATSL DS 8605C SAt scope LOCA POWER mean FOCUS TRACE SCALE FE EN EN ROTATION PUSH BEAM FIND TIME 3 1 2 CH 1 CH 2 60 INPUT CH 1 CH 2 400V 70 7 10 1 600V MAX AC DC AC 400VMAX X Y INPUTS X CH2 INPUT Y D VOLTS DIV
164. REAL 256 RNN 52 2 2 7 a w a 4 7 4 ROLL SEC DIV 1 HD 4 7 4 1 1 71000 4 7 4 02ms 0 5ms 1 MS 0 25 0 55 is ROLL ROLL e VOLTAGE e TIME e VOLTAGE RATIO PHASE 4 7 5 REPEAT
165. RUN SEND RESET IF NQ INFUT JUMF RETRY SET TO STOF STATE s lt 30 120 300 340 390 gt 2 DS 8606C DS 8605C 78017 C CMDOUT p 05 8606 05 8605 0 410 420 430 440 450 460 470 480 490 510 520 550 540 550 560 570 580 590 m PERIE 710 720 ey 740 750 on 770 790 790 815 220 WAVE DATA RCV eR 3638 SETUF JX M10 1 1 0 GOSUE CMDOUT FOR I TO 1022 INFUT 1 BUFFER1 1 NEXT I WAYE DATA HHH KHK KK K4 SETLUF JX 11 1 1 0 6505 CMDOUT FOR 0 TO 1025 INFUT 1 BUFFER2 I NEXT I DISFLAY amp CHS WAVE DATA CLS 3 SCREEN 2 0 WINDOW lt 0 128 1024 128 VIEW SU I OO AOU FOR I TO 1023 DISPLAY CHL WAVEFORM YY VAL C BLUFFEEFR1 I YY YY IF YY 127 THEN YY YY 256 FSET I YY NEXT I FOR I TO 1023 DISFLAY CH WAVEFORM YY VAL 2 yY YY
166. T 3 1 1 CRT 1 ON OFF ERZA FTF ON 5 2 ON POWER ON 3 INTEN 4 READOUT INTEN PUSH BEAM FIND READOUT PUSH BEAM FIND TIME a POWER ON b REF POWER ON Focus 7 U 2 4 6 TRACE ROTATI
167. kHz STORAGE ON 2 DUAL REF ON OFF 1 2 5 mV div 10V div 1 2 5 11 252 10C 35C 5 mV div 25 V div 1 mV div 2 x 5 MAG ON EE 4 10 35 5 mV div 0 2 V div DC 40MHz 3dB 10 35 1 mV div 2 mV div x 5 MAG ON DC 20 2 3dB 10 35 AC 4 Hz 8 8 ns ikta x 0 35 5 mV div 7 10 35 Z 1kHzic C 2 10C 35 C 5 10C 35C JJ AC DC GND J R C amp 1 2 32 3 2 7 210 0 52 21 3 pF A F 400V DC AC peak 600V DC ACpeak F 2 F ERZA 307 68 6 5 0 5 div Zhour 1 mV div amp 2 5 div hour UJ 3 gt gt gt u 3 O D 7 HW 5 mV div 40 1 1 kHz 15 1 5 MH ERE CH 2 0 1 V div
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