取扱説明書 - 岩通計測
Contents
1. 0 5 SX2. N NN NN NNANN lt lt lt 56 FUNCTION FUNCTION 17 FUNCTION FUNCTION
3. lt NNNNNNNNNNNNN NN 34 5 3 TV 100 140IRE 40
4. 0 4 X 4 5 X20mm 2507
5. 0 6 SHUT 0 1 EC EC A70 i Dm 0 1 EL 0 2 0 5 Ee c MNT 0 9 oc M 0 9 lt NEMPE 0 10 RE Rie i 1 NS METRE 2 Tu CERO er ea tue IEEE Dd e 3 UE PT 4 c0 og METER 5 MEL AE CLIE TNNT S 6 D UNE 8 ANE 9 RE v APER 10 1 Ao M 10 cU uw 15 eorpora ea 11 JM MDC 11 DO i ERES EHE 11 3 SYS MENU NE 13 PRO rcr
6. B INTEN B B B 37 AME 2 18 5 POSITION FINE XH 70 CH1 Oo APOSITION
7. Am EN61010 1 II i5 RE 2 66 SS 082R P SS 082R 1MO 10 1 lk DC 400MH 3dB TS 8500 SS 7840 600V DC AC peak 1MHz GND REF 1 2n BNC
8. NN NNNNNN NNNNN NN 42 1 OFP
9. 2 FUNCTION 1 f XXXXX READOUT OFF 3 FUNCTION 2 FUNCTION AUTO BAL ADJUSTMENT Wu NNNNNNNNNNNNNN NN NNN NN NN NN 5 FUNCTION Sure YES 58 i been deeem j LUE LE 1 MVERE ALL 255 PiHUTD EFASE PROBE SEE SEY HENAELE ENHRNCED INTEN BDJUST RUTO d EXIT Adjusting FUNCTION EXI
10. AUTOSET 16 AUTOSET 1 5div 8div 15 1 AUTO SET VOLTS DIV 50 Hz 100 MHz 2 nV 5 V div 1 5 8 div VARIABLE OFF CAL 1 fx7iW 1 2 amp 727 1 2 CH1 CH2 1 CH3 OFF CH4 OFF POSITION 1 gt 2 CH1 2 div CH2 2 div AC DC AUTO SET 500 AUTO SET GND OFF GND ALT CHOP CHOP CH2 INV OFF BWL OFF ADD OFF CH2 2
11. 97 1 33 2
12. HOLDOFF t 59 Save f SAVE 32 es Save f SAVE 32 1 ecce Save f SAVE 32 BOR Save f SAVE 32 1 Save f SAVE 32 1 XXXXXXX 1 1 2 T Save f SAVE 32
13. N CS
14. 5 2 TV TV CLAMP 7377 Q TV TV JV 33 EVENT TV CLAMP CLAMP CLAMP CH2 OFF CLAMP CH1 CLAMP CLAMP CH2 CH2 OFF 1 2 TV 31 GND
15. jj 200V 180V 2407 200V 250V Gv vay STBY Ubi
16. 1 PHASE ALTERNATION BY LINE READOUT INTEN ORBE RELATIVE HUMIDITY RESET 1 SEQUENTIEL COULEUR A MEMOIRE B SEPARATION SINGLE STAND BY EPRASE POWER OFF 2 TRACKING TRACE ROTATION TRIG TRIGGER Tr
17. CH2 GND GND 3 2 SINGLE SINGLE ERASE SWEEP MODE SGL RST 4r 7 5 READY 4777 5 5 READY 4v 5 5 CHOP 500ms 50 Ss divV ALT Q BE SGL RST 30
18. FUNCTION f XXXXX ON Gen FUNCTION 2 UIDISP MENDICZE U t 35 11 COLOR COLOR BRIGHT BACKLIGHT SCALE DEFAULT EXIT MN MTM 1 1 i 69 amp FUNCTION RETURN FUNCTION 1 10 10 2 1 ost 12 FUNCTION COLOR FUNCTION READOUT READOUT SCALE CURSORS PERSISTENCE BACKGROUND FUNCTION READOUT FUNCTION 5 FUNCTION SELECT FUNCTION ds gt READOUT SCALE CURSORS PERSISTENCE 8 f amp BACKGROUD 16 FUNCTION EXIT FUNCTION
19. 0 F P Optical Fiber plate TF 3 PERSISTENCE SWEEP MODE ____ _ _ _ _ _ __ _ 1 PERSISTENCE AUTO NORM 2 STORAGE AUTO NORM 3 SINGLE 1 _ SINGLE Q PERSISTENCE ERASE STORAGE ERASE SINGLE AUTO ERASE
20. AC 60 CRT Y 8 CH1 CH2 at Je 1kHz RC 7 500 1MQ 50 Q VSWR 47v 00 T 8 e DH ADD 1kHz 1 kHz 20 MHz 5 5 LCD 240 320 30dot div 8 div 10 div 1 div 10 mm GRID CCD 480 x 600 8div X 10div 5 div ns CH2 CH3 ADD CH2 ALT CHOP 2 nV div 5 1 2 5 2797 11 2 2 mV div 12 5 V div 500
21. 1 CHOP 2 B DLY1 DLY2 DLY1 DLY2 DLY1 DLY2 B DLYI DLY2 f MSi HI 8 HU OX 3 ir prye pipe LM ALT un dE DELAY TRACE SEP TRACE SEP f TR SEP E FUNCTION DLYLDLY2 B lt gt FUNCTION VVUVVUUVU uu diu COARSE 2570 amp 3 dabei Oll HEU 53 B HORIZ DISPLAY 2 DELAY TRACE SEP TRACE SEP
22. FUNCTION FUNCTION uli FUNCTION 28 4 amp gt 7 x 12 1 Skip 1 FUNCTION 0 NN M NNNNNNSNNNNNNNNNN NNNNNSSN 2 RECALL f f RECALL nn lt SAVE RECALL 2 f RECALL nn Ee SM nn
23. 10 90 Tr A 1 25XWsXTr 3414 2 55 1 27 0 64 ns Ws x Af A WS WS A 1 25xTr A WS 1 25xTr P P DIV MHz 2 a CCD Charge coupld device LCD b Shear distortion
24. ANE STBY AC AC 100 V 240 V 50 60 Hz 140 VA 0 40 90 RH 400 0 CH1 CH2 CH3 CH4 400 DC ACpeak SS 082R 7 600 DC ACpeak 3E 67 55 0828 CCD
25. 100V 100V CH1I ADD ON CH1 CH2 INV ON CH2 Inverted 0 3 AN X svo sa e lt
26. 1 SOURCE HORIZ DISPLAY ALT 41 H A B A B gt j Op SE Q SOURCE 2 CH3 CHA LINE B LINE CH1 CH2 CH2 CH3 CH3 CH4 LINE A 2 CO0UPL A AB A A 39
27. APOSITION V 45 2 POSITION Q 4POSITION 4POSITION FINE POSITION FINE 27 7 5 POSITIONe POSITION wm POSITION A INTEN BEAM FIND i 1 1 i B j i i 1 EM ME i 1 0000 19 1 VOL
28. H X Bi Ct gt gt lt 520 100 240 s
29. f H TRACK 1 E H3 M 2 1 FUNCTION HH 1 H 2 Q At At OFF 49 2 HEX AV 1 VY 1 2 V1 59 2mV AV2 0 592V 50 A V AV V 1 V 1 V 2 1 2 AVI CH AV2 CH2 U M 7 2 1 TCK INDEP V C1 1 f V C1 V 1 V 1 FUNCTION V
30. 10 90 TV H TV V VSWR X Y VOLTAGE STANDING WAVE RATIO OX Y 2 CAT II Ologor P INPUT BEAM FIND A INTEN COARSE FUNCTION STORAGE ERASE VARIABLE ON OFF A B ALT B CHOP IEC IEC1010
31. 2 lt gt CHOP f3 7 2555 kHz 2 ik 20 p sec div CHOP LED ALT 23 6 CH1 CH2 CH1 CH2 2 CH1 CH2 CH1 CH2 ADD CH2 INV OFF INV ON CH2 ON 23 Q ADD CHi CH2 ADD ON X CHICH2 2 CH1 CH2 3 TINV INV ON 4 CH2 2 CH1 CH2 JC H 2 60x
32. f O0 se STBY rs STBY 0 2
33. TS 8 500 IWAT SL 2 1 COLOR CURSORS BRIGHT CURSORS A B 2 T ELE CHI1 CH2 CH3 CH4 ALT B gt 2 TV 35 5 Ne TV 1 V 140 IRE iet
34. PROBE OFFSET peres ENABLE PROBE POWER P1 P2 FET 35 lt gt PROBE P1 P2 7 AUTO BAL ADJUST SR ERR AUTO BAL ADJUST ENHANCED INTEN ADJUST AUTO SET SINGLE INTEN AUTO NORM 1 2 AUTO SINGLE 3 SINGLE TIME DIV INTEN INTEN FUNCTION EXIT FUNCTION 13 fk
35. STBY 1 19 CAL FG 350 Q INPUT CND lt gt POWER STBY OFF POWER
36. SWEEP MODE SINGLE AUTO READOUT FOCUS FOCUS GND ON CAL 50 50 Q IMO o amo ser esi AC
37. es H 1 H 7 2 7 3 2 At 1 At 1 7 2 1 TCK INDEP OG f H C1 H 7 1 H 1 1 FUNCTION H 1 48 2 DLTGUINDEP 221 C 6 02 079 2 2127 1 2 H 2 H 2 1 FUNCTION 2 1 H 1 At 883ps 1 At 1 132 GHs f H TRACK TCK INDEP
38. 2 O2 ROCK AO0Y 409 suuA9 506 TI RAE UA v Q DODD SL 1 N 2 PERSISTENCE TRAcE ERASE A INTEN BEAM FIND FOCUS 2 POWER J1 AC ON STBY INTEN BEAM FIND A 4572 4 A 18 BEAM FIND 177
39. CD CCD 5 CCD CRT TS 8500 CCD LM CCD 7 Y RIS NE 1110100 0 1 1
40. 1 fj 1 9 pF SFP 5A 1 2 15 pF SFP 4A 10 1 DC 1 GHz SFP 5A DC 800 MHz SFP 4A MM MM BB BB ER NNNNNN NN NN 26 1 B B TRIG LEVEL lt POSITION READY f AUTOSET FNE 9 ME mono QA VALE EVENT TV CLAMP ATTACH OFFSET SoURcE COUPL Tv Tom HORIZ DISPLAY ALT B 39 noe au Qa A B B A 5ms CHI DC 200mV B B lms AC 20mV A A 5ms DC 200mV B 1ms CH1 AC 20mV A
41. 500 CAL 500 1 1 MO 22 gt AUTO SET VERT POSITION HORIZ POSITION TRIG LEVEL INTEN AUTO SET 2p
42. f B DLY TCK 4p FUNCTION DLY1_ DLY2 CURSOR A t DLY 1 2 ALT DLY1 DLY2 ADD CH1l CH2 CH3 gt B CH 8 1 p 1 mar DLY1 12 TCK INDEP f B DLYl C FUNCTION CH1 DLY1 DLY2 DLY2 f B DLY2 9 FUNCTION CH2 CH1 DLY1 CH2 DLY2 CHOP DLY1 DLY2 2
43. 1 32 32 256 57 SAVE RECALL FUNCTION 5 FUNCTION FUNCTION 12 FUNCTION Save FUNCTION SAVED SAVE RECALL gt RECALL OFF t 7 BEER SAVE RECALL t F
44. NNNNNNNNN NNNN NNNNNNNNNN NNNN NNNNNNNNN NN N 4 HOLDOFF HOLDOFF HOLDOFF f HOLDOFF Q FUNCTION FUNCTION COARSE 100 0 0
45. Q CH1 02 ON 5ms DC AI OFF 1ms B HORIZ DISPLAY B B TIME DIV A B Q 39 At CURSOR At 48 DLY1 f B LYl FUNCTION 1 335 DLY2 TCK INDEP f B DLY2 9 FUNCTION 2 48 At 92 TCK INDEP
46. HORIZ DISPLAY ALT B ALT D HORIZ DISPLAY ALT A B EN zum RR B B 38 B Q AB B B TIME DIV B B B A SOURCE B Ld 3 9 DELAY TRACE SEP DELAY f B DELAY 39 FUNCTION
47. 0C 40 Ax 90 RH 00 400 m 1 CH2 CH3 7 AXIS IN CH2 CH3 CH4 4007 i 500 CH2 5V rms SS 082R 10 1 7 n 7 6007 DC ACpeak Z AXIS IN 407 DC ACpeak iE 67 55 0828 gu n
48. f EVENT 3 FUNCTION 1 65535 OBURST f EVENT FUNCTION 0 15 5 9 995 OQOFF 39 COUNT A B 6 BURST A 36
49. HORIZ DISPLAY Dav ON 8 PC VES cM duced dee _ DISPLAY DERE E uo iyu p nig ALT CE 0 eu ow ou ow OA Rupee pec A dM PS OE ERR DE 0 o 1 00000 OB 39 ALT A B fes 39 38 Q X Y CH1 X CH1 CH2 CH3 CH4 ADD Y
50. 1298 Mri 9 B B B 31 e BEMMORK DELAY TRACE SEP DELAY f B DELAY 7 FUNCTION FUNCTION COARSE DLY DLY gt ENDS A B ENDS A B ENDS A HOLDOFF HOLDOFF HOLDOFF 42 FUNCTION 100 B ENDS A B ENDS A A
51. OD EVEN TV H OFF TV ____2 5 TV V ________ HU 0 WE oco E 8 amp 8 lOPs CHL TYV H NTSC HD 03 1 5 De du c e EINE eco EIA 2ms 1V Ey CCIR 1015 1H 33 2 Wo NTSC 525 60Hz 4 2MHz SBCAM eus 3 BOTH ODD EVEN NTSC M PAL SECAM M M M
52. 1998 2 1 1998 5 2 KML031321 A401 023101 B A Q9 iu n n os Xm is SUR sr STBY STBY SIBY
53. 4 LEVEL A AB A B 1 1 B 41 Q TRIG LEVEL TRIG LEVEL TRIG D 47 5 n VARIABLE A B 2 CH2 CH3 DC AT B 5 1 mic E Zh NTSC PAL SECAM TV BOTH 0D
54. STBY ac LINE INPUT AC AC LINE INPUT AC N 9 id xi 7 5 5 B E 7 o tse DC AC 4 GND V B Oc ACc WomViSOmV 3 x ES bins cud L QU BY mM 7 M 500 5 1MQ 16pF 4007 MAX 1MO 16pF 400V MAX E 3 INPUT VOLTS DIV VARIABLE CH1 CH2 V
55. VARIABLE A V1 V2 OO TIRE C ERIS READ E 55 58 5 Xx 3 COUNTER 31 A 2 Hz 500 MHz 0 Hz H ni WIHDT on ol At 2 DUAL DELAY FUNCTION COARSE POSITION TRIG LEVEL msn FINE _ EX 3 SOURCE gt CH2 DLY 1 1 1 1 2
56. 1 19 BUND 27 POWER 5 B EE 27 POWER 0 3 1 19 SS os 14 B ENDS 40 POWER 3 14 B INDIEN o E ausu eU SA 18 D Drei 26 eU ar eR pete cr a UR ROCA 33 BURST 35 36 KEADOUT bes paa 10 BWL 24 RECADD SC 55 READY e os dccuste tum DIS S Ted 6 SSSS Pe 15 RUNS 39 SSM Aa 43 44 ROT CEESET ivre OA SUAE abi aT 30 oes ratu e eo oir oe b er 23 pupa easet 8 SAVE fcri esent did 55 Ca oet ba pr 34 patate des oat ax A NAT 10 COUNT 35 36 MN obs 34 COUNTERS ceo ende 51 AYA 30 COUPL 31 SLOPE 32 CRT OE TU ees de Ra Ut As 58 SOURCE 31 5 43 45 DC 21 SYS MENU SS 10 13 DC 31 SWEEP MODE aaa Aib YAN 30 ERASE 82 ERE 45 TO
57. 31 2 e e E 3l 48 5 31 e xs SO 51 5 Ade SEOPES RS 32 MIN CRX 35 36 ec d 39 T de Quad RE De Sr ed scie 28 d pu Eie VES 32 18 1 FD ER Ni 9 7 49 51 WIE RI ECCE TER 24 38 18 otra eue aka Sb od 18 7 14 14 BRI RTT 58 DT c or A ERE 58 Pus aere pur 21 L faul NORM 0 0 30 d OPE D AL rs 22 va B o EE 34 1 2 24 0 9 EURSTS Soto ST Se 35 36 J3w Ue 34 JT uoi ue chr ades 1 gie EP CHE CS C Seed 24 23 ol 2 HoR1Z 1 37 43 A 44 0 9 ciu Eee soper pe EDS 48 TL TE tubus cun uns mra 17 UR HUM TR NETS 10 13
58. 500 VSWR 1 35 ik NN 900 5V RMS 10 V DC 50 9 INPUT OVERLOADED AND REVERTED TO 1M Q NN NN
59. MEE MOMS soo E pee 14 COME PRATO rS 14 IE Se SS ONE SS 14 gt ss 15 dei ee 17 4 W EE SA 5 18 E NES Eu be NAS 19 D CREER NER 0200 2 ee VS 2 PR Reed At pf 19 s scere e patte ausi eo 20 VARLABEE ua eR SS 20 E OC ERR ORC NUNC 21 22 Oe TOS SNE 23 D TP 23 RP que cue Pott rua red Pesca eod wa sd pa 24 NE i0 M 24 nr cM 25 Bol SR eau dst pest f 25 gu PROBES PP aic eraty 26 EET 26 p NR CS 27 SS 27 2 27 2 1 TIME DIV VARIABLE ntur 28 2 2 MAG X10 VETE AER RS 28 DR AUN Ls o NNNM 29 3 SWEEP 2 PECORE t e RET E HR 30 3 1 AUTO NORM oiu
60. SGL RET ERASE lt PERSISTENCE gt STORAGE READOUT PERSISTENCE SEED STORAGE FOCUS ERAS ROTATION SN SN 7 N N NN NN NN 2 uS 2 3 1 PERSISTENCE D PERSISTENCE A INTEN 3 SWEEP MODE AUTO NORM 45 b 1 SWEEP 2 A INTEN
61. 5 INPUT 6 0 OFFSET OFFSET CH1 CH2 f OFFSET FUNCTION CH1 CH2 VOLTS DIV FUNCTION X ATTACH CH1 CH2 VOLTS DIV 10mV CH1 CH2 OFFSET OFF OFFSET T 4100mVp D POSITION 4 Hz
62. A INTEN AUTO ADJUST 13 SYS MENU zr iil D SWEEP MODE SGL RST READY SGL RST i3 Rbyd4dS293AJ amp 8njtEC EZOBSILABV TZUE READY 2 ALT SALT 1 gt ERAS Q SGL RST XJ 2 0ns 1 ns div 20 sec div CHOP LED ALT R 20pS 41
63. di ene 30 3 2 SINGLE Semester og eg 30 0 7 von XSDURUE Ea eriam sS eu pi QU 31 2 oat cesa due ste cd Bde zeli a ein n 31 9 veru dE 0 xcu 32 4 2 BENED a atate eon etes tbe 32 vana aoc 33 TEENAGE 34 ME dv or RENE i 34 SE I AN i 35 6 EVENT oaa o etude ote teat ees etos er gt 35 37 EU IUANDIETOR So NN 37 2 TRACE SEPARATION 38 3 0 39 RUNS AB 39 i00 MP 41 Tp ul en ddnde d i Vere He 42 Ww o l l Cro 43 MO PS 43 2 5 EPOR 44 MCA E 45 9 1 XPERSISTENCE KULS 45 3 2 STORAGE AC Ide 47 00r TSINGLET RP Rr A 47 p NECK 48 IE A DEC 17 e es E ERREUR
64. VARIABLE IRE 5 div 4 div 4 div 3 div 1 30 div 2 of reading 0 3 of full scale 2 of reading 0 3 of full scale 3 of reading 0 3 of full scale 5 of reading 0 3 of full scale Full scale EIE 8div 10div Hou x S i nt e E 5 0 01 X 2 Hz 500 MHz 2 Hz 10 MHz 10 MHz 500MHz OFF 256 12 27 000
65. 2000 1 3 GND ik NNNNNNNN NNN BEAM FIND BEAM FIND Q INPUT CH1 CH2 CH3 CH4
66. FRAME GND GROUND HDTV TV HIGH DEFINITION TELEVISION HIGH FREQUENCY REJECTION HOLDOFF HORIZ HORIZONTAL INDEP INDEPENDENCE INTEN INTENSITY INV INVERSION LF LOW FREQUENCY REJECTION LINE LINE MAG MACNIFIER MAX MAXIMUM NTSC ODD OFFSET PAL PERSISTENCE READOUT RECALL RST SAVE SCALE SECAM SEP SGL SLOPE SOURCE STBY STORAGE TCK 1 NATIONAL TELEVISION SYSTEM COMMITTEE
67. DC AC DC ALT ALTERNATE ORE ALT A ALTERNATE ATTACH AXIS BACKLIGHT LCD BEAM FIND BEAM FINDER B ENDS JEXERRS C A 2 12 BOTH BURST BWL BANDWIDTH LIMITATION CAL CALIBRATION
68. 48 50 5 52 Np ed VO PUE iM MR 52 Lieu uen M us Stm 52 Qv EE 54 Ae PEE MEM 55 ME Qv oL 55 EOD Rer RECADE NA SN Je 56 LE 1249 5 MeL 58 EE S ii TETTE 58 UR GU t TTE 58 3 QI 58 PREMIER 59 SE com 59 A 61 SS 082R kk 67 ED A CC NT 1 SUA n uie IMEEM REI T tL ON 7 0 8 HR 3 9 a A req i 1 1 250 scusa xu edens 2 1 1 0 9 A ADD CH CH2 ADDITION
69. ALT rA 4 LJ Lol Ld gt mim TES OTTO CE 1 gt Coep CH2 DLY 4 IV D TIME DIV VARIABLE TIME DIV 1 2 5 1777 28 VARIABLE 28 2 4 POSITION 19 P 19 FINE 2 X10 1 x 10 28 amp ALT CHOP ALT CHOP 23 ALT CHOP CHOP 24 D PROBE POWER P1 P2 FET CAL 15
70. CH1 CAL VOLTS DIV 100 mV GND OFF GND SOURCE CHl DC AC DC SEC DIV 200 Q TRIG LEVEL 9 35 10 1 1 0 1 10mV div 100mV div 1 2 3 10 1 7 7
71. CH2 OUTPUT CH2 INPUT x 7 AXIS IN 5 OUT NISC A 7 B FUNCTION AV At Up tee CH2 OFFSET 3973 k ADD CH2 INV CH3 vvv vov Em AZ v7 v FAC DC HF REJ LF REJ TV V ODD EVEN BOTH TV H A 7 CH2 BZ7J77 AC DC HF REJ LF REJ TV H CH3 CH4 LINE CH1 CH2 CH3 CH4 10 HOLD OFF A E TE 0 100 BENDS A A 5ns 500ms div H B 5ns 20ms div DELAY DUAL DELAY nui uncalibration FUNCTION x i 1 1 i 1 1 1 282 500MHz V SC CREE AGE VINE ERU SEMEL OCA GET DA t E BW 100MHz 20M
72. TS 8500 TS 8421 8422 SS 7840 7825 7821 ii LI A 1 1007 HH uu 27 75 gt gt il 10V HH A X 7 IC S IC A B 10 100 S gt Mjz UNDE 1 67 5 Bsp Gu dodo eue tet 30 5 39 14 CREE RE MD BI NR 23 CET 26 58 0 1 EU iUd Us b 58 00000 00 19 moa c MM 33 VIS 19 236 c mmm 33 34 dor Ts S oves patr et 35 vVOLTS DIV 20 0 10 RR 50 OEFSET pe 25 22 VI RA CS 23 31
73. 2 Q RUNS AFTER RIG AFTER DLAY DLY gt ms 42 Q CH2 29 2 54 1 SAVE such bolo 2417 T TS 8500Scope Save t 1 NS Li 4 SAVE RECALL A 5 7 f SAVE 2 f SAVE nn FUNCTION
74. B HO 100 B ENS AJ 41 DLY B A CH1 EM ME E source CH2
75. B END A 1 1 I 2 5 ns div 50 ns div 100 ns div 500 ms div 2 5 ns div 50 5 100 ns div 500 ms div 1 797715 1 1 5 div 8 diy 165535 50 MHz 0 15 x s 9 99 s A ALT B X Y AUTO NORMAL SINGLE 500 ps div 5 ns div 500 ms div 1 2 5 777 25 5 ns div 1 5 s div 29 8 div 5 8 div 2 div GrH TRIG D DELAY RUNS AFTER DELAY 500 ps div 5 ns div 20 ms div 1 2 5 1777 21 5 8 2 div 0 2 div 10 2 div 1 s div 500 ms div X 0 005 X 0 1 55 ns 1 ms div B 500 ns div 1 20000 10 8 div 5 3 8 div 2 div 105 5 20 ns 1 div 20 ns 2 VARIABLE ON
76. FUNCTION COARSE B ENDS A B ENDS B ENDS B A A B C HOLDOFF HOLDOFF HOLDOFF 42 FUNCTION 100 B ENDS A HO 100 B ES A 40 3 2 TRIG DELAY A B 39 a SOURCE B
77. LcouPL AC DC LF AC 10Hz DC HF REJ pour EM LF 10kHz 31 3 SLOPE A A B A B B 39 SLOPE
78. 8 SAVE RECALL 1 55 57 ADD CHI4CH2 4 24 CR 7 30 A INTENTE 3 18 6 32 M PUR 5 23 6 31 1 25 50 STORAGE O A 45 47 7 30 AUTOSET Ae 7 15 7 48 50 VARIABLE 5 EIMEZDIV DEA ana d sce t d 5 28 TRACE ROTATION 3 18 6 37 39 NRN RS SR 6 B INTEN 3 18 6 17 32 BEAM FIN 3 18 PO oo 6 33 34 5 24 VOLTS DIV 4 20 MOON AS 5 15 Ei 4 23 6 37 5 TRO i 4 23 CH2 OUTPUT 8 QUAND S DNE MET 8 dc Luce dd dotis 4 23 4 23 4 20 RM EE 6 31 MERE 4 22 TQ NM DRE 4 21 7 48 2 6 38 41 7 50 45 EVENT TV CLAMP 6 34 35 5 19 IT 3 18 FUNCTION 7 21553 77 RIDERE 8 4 18 21 PRUDENS 6 42 INPUT CH1 CH4 4 4 24 5 28 HO 7 30 DBESE dee eee dee 1 25 26 amp TS 8500 SL
79. TV 34 TV B3 nil HORIZ DISPLAY Aj ie 37 ALT 2 X Y 37 8 DELAY TRACE SEP DELAY 39 TRACE SEP 38 5 Y 288v QD FUNCTION 240 ET COARSE FINE COARSE TN AUTOSET ms 15 9 AUTO CAL A CURSORS 3 2222224 2 48 6 IE
80. 1 63 X Y X 88 CHI dd X Y CAL VIDEO OUT CH2 OUT Z AXIS IN FET AUTO SETUP X Y X Y id AV At MAG X 10 500ms div 100ns div 50ns div 5ns div 64 CH1 2 10 MHz 3dB CH1 CH2 CH3 CH4 ADD 3 DC 5 2 kHz 0 1 49 51 0 6V 1 NTSC 1V 0 3V 20 mV div 30 50 100 mV 50 200 MHz 3dB 50 50 9 20 0 5 DC 5 MHz 5kQ 20 40 V SFP 5A SFP 4A 2 CH1 CH2 50 Hz 100 MHz A t A V CCIR
81. 17 a NS 58 17 48 HoLDOFF ms 42 RR 18 ONE MENS 59 60 EN E Sk 20 AE 43 Sm m 10 P dum c NND TR T 13 La Lo 45 SERERE TETUER SEL 59 D cox 55 AK 5 ND NERO ELO E NUN NS EE 61 EAE a E RE 43 TIMg DIVi esee 28 SRI ULP poa 33 34 i swEEp 30 esser UI Di uibs ig Por oe qa det eR 10 DE NN 57 00 39 mE inr SR 24 T Seni qn PE 24 1 Lg n eT TERME 27 28 WOOL EET ERES 27 CENA T es Ara itae cid 31 NORM swEEp 30 US QA VS Ed ch 3l Adeo Mr RE EO EON 33 34 ADD nta tates d 24 LINE 8 33 exe Ades 18 OEES DNR 25 23 EP seus enu citu Mit 43 ALT 37 AUTO 5 30 34 AULIOSE rhv Se PE ERE 15 16 515 45
82. CCD CHARGE COUPIED DEVICE CCIR CH CHANNEL CHOP CLAMP COUPL COUPLING COUNT 1 A B 2 9 6 DC DC DC DC AC DIV 1 10mm DIVISION EIA ERASE STORAGE PERSISTENCE EVEN EVENT FET FIELD EFFECT TRANSISTOR 7 u 7 FET FOCUS
83. 18 B INTEN B 18 READOUT STORAGE READOUT OFF 13 DISP MENU STORAGE M 45 5 FOCUS 2 18 6 TRACE ROTATION 1 18 PERSISTENCE ERASE PERSISTENCE ERASE Mvf STORAGE ERASE 45 POWER 2 ON STBY ON E 8
84. AUTO INTEN ADJUST ENHANCED INTEN ADJUST 2 ENHANCED INTEN ADJUST ENHANCED INTEN ADJUST AUTO SET SINGLE INTEN 1 INTEN PW cte getto m SINGLE 89 336 EEC 73 23EEC UL UL3111 2 IIT E183826 d N A
85. STBY OFF STBY OFF OFF 1 14 2 AUTO SET CAL AUTO SET 1 CAL kHz 0 6V i PARUM UN BNEERN TU 4 ANE 05 Ls 1 20039 E ENS LO ME vestes lt NN NN NN NN NN N NON NUNC 200ps CHI 4C E TI0DaV7 OW 5 t 1 1 1 ELI E p pu a NE on iiec UTRUM POWER STBY AC LINE INPUT AC 3 POWER ON D CAL CAL
86. se X1 AV AV1 V2 OO OO 20 emm 0 0 777777777 _500PS DC 158MW ____ 0 OO eati m OT IRE m B 222 0 Er Sunc vcn 1 50 X 1 X 50 T E Ie 20 z 10 dieu AVI 1 000 V Vn 12954 12 lt 6 EVENT TV OFF Q CCIR 1V 100 IRE 33 EVENT TV CLAMP COUNT BURST OFF COUNT
87. 1 lt lt B B B B 27 2 2 1 TIME DIV VARIABLE A TIME DIV A B B gt y TIME DIV TIME DIV VARIABLE J77 W TIME DIV TIME DIV 1 3 TIME DIV 2 69 ms DC 1 05 3 ms 1ms div 2 2 M
88. e MERC FUNCTION EET 12 Skip gt SAVE RECALL SAVE RECALL FUNCTION
89. 1 1 f XXXXX READOUT OFF FUNCTION 2 FUNCTION SAVE RECALL MAX f SYS_MENU FUNCTION FUNCTION 3 20PS TE i 41ay HU 0 235 1 256 Ts EXIT PROBE OFFSET DISRBUE 6ALE AOJUST FUNCTION 1 256 NN NNN NN NN MANNNNNNNNNNNAN NN NN NN lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt gt
90. RC 1MQ 16 10 13 pF 100pF m 1 5m 150pF 17 A INTEN B INTEN FOCUS HERO A TRACE ROTATION INTEN CD A INTEN FOCUS TRACE ROTATION GND GND SE TRACE ROTATION ra 1 i H i 9 1 H 1 0 0000 DISP MENU 10
91. DC 500 MHz 3dB AC 10 Hz DC 20 MHz DC 100 MHz W 10 mV div 50 6 1 20 ns CH2 DELAY CH2 1nsec AC DC GND 1MO 1 5 16 pF 2 pF 10MQ 3 12 5pF 2 pF SS 082R 1 400 V DC ACpeak 5 rms 1 35 50 9 DC 500 MHz ET DES 760 10 div CH2 dew DC 500 MHz 3dB 10 mV div CH2 80 1 6 80 5 2 10 mV div 500 MHz 8 10 1 100 1 61 CH3 CH4 RC A B TV TV TV TV 274 ODD EVEN BOTH TV TV 62 100 mV div 500 mV div 2 2 DC 500 MHz 3dB 10 Hz AC DC 1 1 5 16 pF
92. f TR SEP 3 FUNCTION DLY2 BB Ey O FUNCTION COARSE 3 DLYI DLY2 At At DLY2 DLY1 1 CH2 t 2 1 CH1 CH2 DUAL DELAY DLY1 DLY2 FUNCTION 2 DLYLDLY2 Q DLY1 DLY2 At OOOO gs TV DLY1 a DLY2 b a c DLY2 lt gt 2
93. 500 E 500 1MO 1MQ AC DC AC 16 Mo AC DC AC VOLTS DIV 10mV DIV A SOURCE CH1 CH2 TV TV H NTSC PAL HDTV TV MODE TV 5 TV 0 div HORIZ DISPLAY A TIME DIV 50 ms 5 ns div 7 2 5 VARIABLE OFF SWEEP MODE AUTO POSITION READ OUT ON INTEN OFF CH1 ON 3
94. OFFSET 1V 10 1007 OFFSET 1V 25 8 2 PROBE P1 P2 PROBE OFFSET ENABLE PROBE POWER P1 P2 DC SYS MENU FUNCTION 1 1 f XXXXX Q READOUT OFF FUNCTION 2 SYS MENU FUNCTION PROBE OFFSET FUNCTION ENABLE DISABLE ENABLE DISABLE FUNCTION ENA
95. 1 Rr E MUR 1 V 100 IRE x 1 Per TT eum E HO ox two mem A V1 V2 IRE quu 11 50 x 1 x50 51 V1 V2 CCIR V1 V2 X 1 CCIR 1V 1001RE 674 132 1 50 x50 1 2 52797 EIA CCIR VARIABLE IRE SINGLE ERASE AUTO ERASE SGL RST ERASE MANUAL ERASE 1
96. 1MQ Q DC GND DC BJ DC GND AC DC CH2 21 3 50 0 1M 0 50 Q 1M 500 1MQ 50 500 1M Q 500 500 500 DC 1MO 50 Q 500 50 0
97. 400 DC ACpeak 10 div 500 MHz 8 div 10 1 100 1 10kHz LF REJ 10kHz CH1 CH2 CH3 CHA LINE AC DC HF RET LF RE T lOC 10MHz 10 Miz 100 MHz 100 Miz 250 Miz 2 0div HF REJ 10kHz LF REJ 10kHz CH1 CH2 CH3 CH4 AC DC HF REJ LF RE Sue TV H ODD EVEN BOTH TV H NTSC PAL SECAM HDTV NTSC 1H 525 PAL SECAM 1 625 HDTV 1 1125 NISC 1 5 div 1E TV 7 3 1 5 div X 1 1V 140IRE 65 134 CCIR 1V 100IRE 67 132 X 1 50 50 1 2 5 TV 77 25 b Er RISE DH X HORIZ DISPLAY 51 SWEEP MODE 1 1 2 WE mI B
98. AUTO SET CAL Qro NN NN 4 5 TRIG LEVEL 2 READY Cy mE n Q TRIG LEVEL de 32 2 READY TRIG D 477 HOR DISPLAY OUT LJ 39 d Q B 5 5 SLOPE 7 32 HOLDOFF 42 SOURCE E 2 CH4 LINE 31 8 amas AC DC HF REJ LF 31 eT BOTH EVEN TV H 33 EVENT TV CLAMP 34
99. 25 1 CR2354 1HF 1 100 240 V 50 60 Hz 140 VA 8 VA 8 5 kg 320 2 W 160 2H X 406 x2 3536 0 C40 90 RH 0 C 40 220610 80 RH 20 C 70 2 000 m 79 kPa 15 000 m 12 kPa 10 Hz 55 Hz 1 0 67 mm 15 45 10cm 4 90 cm 30 65 EMC EN55011 1991 EN55011 1993 EN61000 3 2 1995 EN61000 3 3 1995 EN50082 2 1995 EN61000 4 2 1995 ENV50140 1993 ENV50204 1995 EN61000 4 4 1995 ENV50141 1993 EN61010 1 1993 Amd 2 1995 EMC 89 336 EEC 73 23EEC B
100. RS NE i 12004 1 1 1 Loi o Liu BRIGHT READOUT SCALE CURSORS FUNCTION READOUT FUNCTION FUNCTION 9 FUNCTION BACKLIGHT SCALE FUNCTION RUNCTION GRID FUNCTION ADJUST IBI OC FUNCTION 3 SYS MENU AUTO BAL AUTO SET FUNCTION f XXXXX READOUT OFF FUNCTION 2 f SYS MENU SAVE RECALL 256 c d 33 SGL SWEEP AUTO ERASE AUTO ERASE SGL RST ERASE MANUAL ERASE
101. 1 CH2 INV QN 7 WARE BWL 20MHz 100MHz BWL 100 20 OFF OFF ik 9254 MHz pL Lo OFF 100 100MHz 20 mE EX 20MHz 24 8 OFFSET 0 1 CH1 CH2 DC US CHE TD pev GND GND ON 21 4 POSITION esed GND GND OFF DC AC DC AC
102. 10mmX8mm 10cmX8cm 100 CCD 10mm 30cm 30 900 100 2900 90000 OFP 20000 30000 div ns TS 8500 5 div ns 200 ps div GE dic 500 MHz Peak Peak div 3 18 div 0 180 3607 Ws Ws div A Peak Peak div 3 14 f Hz 5 div ns 5X 10E9div s 5x10E9 A div X 3 14X500X10E6 3 18 div 43
103. 4 CH1 CH2 CH3 cn CH2 CH3 CH2 CH3 ON OFF CH2 CH3 ON dus ON INPUT OFF Q ON CH VOLTS DIV OFF CH2 CH3 ADD OFF CH1 i s e H H 1 100a 2 5 ALT CHOP 2 OOPS CHE 1 I254V7 OM 2 CH3 2 E RUNE n Pu E ow co E ALT CHOP ALT dt des Ni E lt gt ALT
104. 77 gt 2 48 5 TCK INDEP C1 C2 48 js 4 55 8 48 CH1 CH2 P1 P2 25 CHI CH2 7 gt ys CHU OD FET 26 PROBE PI P2 SWEEP 9 AUTO NORMJ SGL RST AUTO NORM SGL 30 7 9 6 0 AC LINE INPUT 2 FUSE 7 5 X 20mm T5A 250V
105. 1 2 TCK INDEP f V C2 2 f V C2 V 2 V 2 NE 2 t V TRACK 1 RUTTUUS f V TRACK V 1 V 2 FUNCTION V 1 V h 2 AV AV OFF 8 500p CH1 eDC 1888 0 A V1 V2 OOOIRE EIA CCIR
106. 4 CH3 EE M4 HN ORE NE f21 0000 500aV 1 21 gt 5Q0mVt 3 100mM 4 500aV 1 1 CH1 CH2 CH3 CH4 20 2 e eM E 2e 1 TURA qe HE P LOK NE E 1 1 1 i 1 3 D ME te 1 1 GND GND GND ON GND v7 GND CH4 GND iE GND 58 DC AC CH1 GND GND OFF GND CH1 DC AC 50 Q AC 50 0 4vYy 5
107. AG X10 10 MAG X Wi D TIME DIV lt POSITION MAG x10 10 28 2 3 CH2 CH2 DLY 2 CH1 CH2 2 Insec TS 8500 PSPL2600 INPUT CH1 CH2 OUT PUT Ts0Qo CH1 CH2 ON 5 00 2 A 5ns div 500ps div 10 ON 4 HORIZ DISPLAY
108. ALT 5 FUNCTION CH2 CH1 n H 28VZ D MAE v 20 868ns iE que e PP Tf t CH2 DLY 29 3 SWEEP AUTO NORM SINGLE 3 1 AUTO NORMAL AUTO NORM SWEEP MODE AUTO NORM NORM TRIG LEVEL 31 AUTO cl 500ms 10ms div 10 Hz 5 ms div 50 Hz NORM
109. BLE EXIT FUNCTION OFF PROBE OFFSET 2 OFFSET P1 P2 f OFFSET 2 FUNCTION P1 P2 FET 20881 0 SFP 5A4A Q Pl P2 OX 7u 7 FET FET 777 77 15 FET SPF 5A 4A
110. CHl 950 Hz CH2 1900 Hz 37 2 TRACE SEPARATION 38 A ALT HORIZ DISPLAY ALT Jd Q POSITION pA TRACE SEP DELAY TRACE SEP TRACE f TR SEP B FUNCTION FUNCTION COARSE 3 DELAY 12720 3 1 RUNS AFTER A B
111. D EVEN TV H OFF TV H f TV MODE FUNCTION NTSC PAL SECAM HDTV 2 TV 1 BOTH ODD EVEN BOTH ODD EVEN f TV LINE FUNCTION FUNCTION COARSE 3 ODD EVEN TV ODD EVEN ODD EVEN zTW LHNE BOTH BOTH
112. Hz OFF CH1 CH2 2mV 5V div CH3 100 500mV CH2 INV ON DC AC GND zz 10 DISP MENU SYS MENU 2 SELECT PERSISTENCE 8 BACKGROUND SELECT RETURN 16 READOUT SCALE CURSORS RETURN ADJUST MEO I BACKLIGHT ADJUST MEE EIU SCALE DEFAULT EXIT RETURN SAVE RECALL MAX SGL SWEEP AUTO ERASE PROBE OFFSET DISABLE ENHANCED INTEN ADJUST AUTO BALANCE ADJUST SELECT 256 AUTO ERASE MANUAL ERASE ADJUST 0 EXIT 2 DISP MENU 2 1 COLOR BRIGHT READOUT READOUT SCALE SCALE CURSORS CURSO
113. N S Bebe CN Se cR LE 49 5 EMEN 33 TIME DIV ANOND 28 EVENT wei due deiode 35 TRACE ROTATION 18 SEPARATION 38 pi EORR Se eS 26 6 EOCUS SR dd 18 ted cif 33 FUSE ML 8 CLAMP 34 b ENT 33 34 GND 21 ee 22 esie t ed QE er 34 VOLTSZDINa asco tae 20 31 LES 42 37 NN 24 8 LEVEL 15e 32 31 LINE 31 NN 33 2 g JM ts 22 Sis etur tive eA 22 A POSITION 2 4 19 THER 48 4POSITION gt 24 5 19 PERSISTENE 45 NA 48 Sedo C AMEN ERR 50 PROBE POWER P1 P2 5 READOUT 3 13 Pe squamis 6 37 39 READY a Ros RU 6 DNE 6 28 31 32 AC LINE INPUT 2 22
114. OLTS DIV 1 2 5 1777 20 VARIABLE 20 ZB 100mV 500mV CH3 CH4 s 20 D A POSITION 19 5 DC AC CH1 21 GND CH1 CH2 GND 21 50 Q 1M Q CH1 CH2 s 50 2 22 CH2 3 5 23 9 ADD CHI CH2 CH2 24 fne d INV CH2 24 3 BA lt POSITION TI DE se 1 e VARIABLE 2 QESET d SOURCE COUPE T 7r s es DISPLAY zm 2 _ SGLRST
115. PERSISTENCE ERASE ERASE UE 2 5 Hz KJ 2 5 Hz 46 3 2 STORAGE To CD SWEEP MODE NORM Q A INTEN STORAGE A POSITION w TIME DIV STORAGE Q 8 o ERASE 3 3 SINGLE A INTEN TIME DIV
116. RS PERSISTENCE BACKGROUND BACKLIGHT LCD SCALE HU Qd HJ T DISP HEN ISP HENGI 69 543 63 55 1 kz CCIR RDN 0 ___ 10 O0mv __ 0 w moo m gt 80 aceti 70 ER C 60 EL us uere de 29 2 35 2 2d CH 2 jc 5 2 58 54BKHz E vem 2 pum 1569 25 188 DEFAULT COLOR BRIGHT BACKLIGHT SCALE EXIT f DISP MENU f SYS MENU RETURN gt 2 2 FUNCTION FUNCTION FUNCTION
117. T FUNCTION LANCE 4 S 20C 70C 80 RH 20 0 706 Q d 59 4 X17 ON ON INTEN
118. TS DIV VARIABLE a CH1 CH2 VOLTS DIV 2 l0nV CH1 YVOLTS DIV 2mV div 5V div 1 2 5 1777 VOLTS DIV 58 VARIABLE 977 2 10 Q cH VOLTS DIV gt CH1 VOLTS DIV 33 VOLTS DIV 100 36 VOLTS DIV gt CH2 b CH3 CH4 Q 03 100 mV div 500 mV div 2 VARIABLE CH
119. s E T ovo MENU SAVE RECALL 256 M SINGLE ERASE 1 PROBE OEFSLEENRRUE FOROR NEN SYS MENU AUTO ERASE 7 14 MANUAL RUTO UTO BLHNCE RDJUS1 ERASE dd 78 b AUTO ERASE SGL RST ERASE ERASE ERASE Uma xad 55h 4T At 1 At AV Q AV At AUTOSET At 2 FUNCTION FUNCTION COARSE SWEEP MODE 1 At 1 At A t 1 A t T Pd At At
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