取扱説明書／3.4MB
Contents
1. CHANNEL o D A OO0T Y TFTS K MONIiTOR C HU SE9E dN K C2. 3 10 0 8790A 8791A GP IB 3 11 909 RN 813S05 00E008 9692E dN BINS0S 001E008 4 15 MONITOR ov 0 KIKUSU1 ELECTRONICS CORP 4 1 SERIAL NO
3. Y 1 YY C MC CRT 4 2 2 4 3 1 O FRECORD ee NORM NORM T INTEMIT ee NORM FREAD pp FCRT 10ws J 2 O CHANNEL eee MEMORY PROTECT LTCLEAR J MODE TINGLE DAA OFFSET Y tim 4 MAX 4 2 3 4 FAC GND DC GND iVp p 0 1Vp p 1Vp_p GAIN ii CAL D OFFSET G 2e 1 YY 4 3 2 1
4. 5 35 C 85 3 4 CC 60pin 1 1 3 5 INPUT BNC 1 kHz 200Vp_ p DC AC pesk 1 DC 250Vmax 3 6 D A OUT Y
5. CHANNEL 4 2 5 AC GND DC SV 6 1 7 KC 7 MEMORY PROTECT 5 1 H 9692E qdN 8
6. 0 MODE 1 1 1 C GY 4 TIME BASE X IC 1kwerd 8740A
7. NS0S 001 009 9 D A OFFSET Y MODE 4 7 8700 C Y 5 E95 dN giNAS0S 001 009 SYNC OUT TIME BASE X 8700 C 4 A D IC
8. 4 5 2 OVERFLOW KC FS FS LED MODE DUAL QUAD K HH 5969 dR 4 5 3 PRE DELAY PRE DELAY Q O MODE PRE DELAY Q MODE 91JS03 00tEO09 4 5 4
9. 81 SO0S 001LPO09 CLEAR 4 4 0 VK Y NN 2 4 3 4 1 Ac GND DC DC C 2 INPUT K BNC BW 1 TEST SIGNAL NV 3 SAMPLING eieeneF20Zs J RECORD ee NORM NORM FTRIGGER moon
10. KC D A 4 5 1
11. LED 2 CHANNEL LED 3 LED OFF LED WE 4 1 OFF 8 K HH E94E dN 1 READ 2
12. K 3 3 N MOS RAM 9592 dN 81TXS0S 0015008 YY 1 2 8 SINGLE DUAL QUAD 1 2 3 4 8 1000 0000 0000 8bit 8714A 10bit 8724A 12bit 8734A 8702A 2 9 5 35
13. 9t3S05 001EOC09 4 YY 4 2 IC 4 2 1 8702A gt 4 2 2 C TIME BASE X
14. 1 10 C 1V 15pF 0 1V 25pF KK E92E dAN 2 K 200naec 4 3 4 SIS0S 00IE009 C IC OVERFLOW 5 a 4 4 2 4 1 PLOTTER KC NORM MULT 2
15. A Pi Ps Ps Ps 1 1034 3948 973 4099 T1 2 T1 2 T1 1 Tt 3 1 4096 T1 1 T1 1024 1 2048 T1 4096 IE ME SN 1 Ps Pt Pl Ps Pz pt a pa NP a Ne ks 1 4kword EE 5 HH SE92E dN wn wt O 12 3 4 3 1024 1_ ___ 1 2 3 4 2049 3072 1024 Ti 0 1 1036 3048 3073 409 1 2 T1 2 T1 1 Tt 1024 Ti 1 T1 1024 NN se ass P3 P3 P3 Pi P3 P3 1 1kword
16. BNC K 3 5 d 969 dR BINS0S 001C009 3 7 MONITOR C 3 8 C C 1kword 8740A 4 5 3 Mi 0 1 3 9 OFF
17. QO 4 D D A OUT Y KC E98 dk 913S09 00LEO08 AC GND DC AC NS GND BNC 0V C DC 13 1 YY iv 0 1 V K 0 1Vp p 1Vp p O1V JK a GAIN CAL D 0 1Vp_p FSC 1 V o1v 1Vp p 10Vp p 1V C GAIN CAL D 1Vp_p FP
18. IC C 1 AD 3 1 1 SE9ZE HN 87404 8701A 8702A 8701A 1 4 8702A 4 16 91S0S 00LE009 HH E98 dN BINS0S 001 008 2 2 8714A 8bit 8724A 10bit 8734A 12bit 2 3 g BNC AC GND DC 1MQ 3 40pF 0 1Vp_p 0 1Vp_p 1 0Vp_p FS 1 Vp_p 1
19. C 8701A 87024 SE92 dN 3 3 KC K KC 1 3S05 001E008 CC EMI C K
20. 9 JS0S 0016009 4 4 3 DMA RAM Random Access Memory DMA Direct Memory Access 3 10 4 5 C O AUTO O PRE DELAY 1Y O NORM O INTERMIT OTDELAY J O OTREAD CO OTsSYNC O DELAY x10
21. 20zs J T RECORD AUTO FREE RUN FREAD pp FCRT 10zs J SE9E dAN 913JS0S 00LKO08 29 O CHANNEL pp TON J MEMORY PROTECT CLEAR D A OFFSET Y J eeeeeeeee4 oo MIN il 2 3 IC AC GND DC ee cND 0V 3 ICQ O MODE SYSTEM RESET MODE READ RECORD READ LED CLEAR C 0 vV CLEAR
22. O NORM Y 1 FSINGLE DUAL QUAD SYSTEM RESET READ 1024 I2 0 MODE 2 3 41K SYSTEM RESET READ SE9E dN O MULT 1 4096 1 NORM MULT
23. TIME BASE X 1 sysTEM _ RESET READ 4 6 4 3 C K 1 3 3 A St9E dN NS05 001 008 2 3 3 8 4 5 3
24. 4 3 4 C 4 3 5 OFPSET C 4 4 4 4 1 4 4 2 4 4 3 DMA 4 5 4 5 1 MEMORY PROTECT 4 5 2 OVERFLOW 4 5 3 PRE DBELAY 4 5 4 4 6 4 7 8700 5 25 25 26 26 27 28 30 30 31 31 32 32 33 33 33 34 3 5 36 ik 1 1 4 4 D D A 4 A D
25. 0 V 4 4 4 OVERFLOW A D 4 D FS C OVERFLOW 3 8 6 y 0 FS K V A p OUT 1V C 1V 0 1V GAIN OFFSET AD 4 5 2 FT 1 95925 qdN BINS0S 001E 008 MEMORY PROTECT F CLEAR x MEMORY PROTECT CLEAR 22 MEMORY
26. 20 YY 1 FS 1 0V 3 FS 1 0 V 3 5mA 100n 10 XY Y p A ourcr D A AD D A IC p A OUT C 1 CHANNEL _ FS 1 0V 3 C 2 D A OFFSET 4 3 8 1 sINGLE s 1 2 3 4 FDUAL J QUAD 2 OR RS
27. 4 5 HH E92E dN STMS03 0016008 4 5 1 MEMORY PROTECT AUTO 1 AUTO CHANNEL OFF CHANNEL LED AUTO 2 KK 3s 3 OFF Y
28. X D 4 OUT Y Y BNC BNC BB 1 A SE9E dN 81JJS05 00ICO09 X Y 1MHz X Y DC X 1V DIV Y QO 0 5 V DIV X Y Y 4 2 MK C 4 3 C MKC 1 kHz 1Vp_ p
29. gt lt cm CO lt NN CO lt rr CO R N H 3 Ni 32635 B 8003100 50SK 8 1 1 2 3 HH SE92E IN
30. K C 10V BNC 2 6 MONITOR K 2 5V FS 5 1 kHz 5mA max 300Q AH 596 dN 9LS09 001E009 2 7 S 1 NGLE 4 kword CHX 1 CH 1 reor CH X 4 CH lkword CHX1 CH 2 3 4 S 1I NGLP 1 1 MK 1084 6 678 4098 DUAL 1 2 2 aUAD 1 2 3 4 2 2 2 4 1 1 K SS 3 AZ 4 4 4oz4
31. 1024 5 1 5 2 Ti Pi Ps Ps P Ti a 9 1 1934 3848 8079 4096 Ta T2 1 T amp 1 2 2 Te 2 Tt 1 T2 1 Ti t T3 1 Ti 2 3 2 T 3 T4 1024 Tt 2 Tt 1024 T2 2 2 1024 Pt Pz P3 Pe P P2 P3 Ps P1 Re NB NA BT NR Np 4 1kword 1 4 Oo DUAL 1 amp ae 2 9 3 Ok RE 1 QUAD SE9E dN
32. 9 MODEL 8714A 8bit 8bit 4kw 4kword MODE 1 1 1 MO DE 1kword 8740A 1 TINPUT BNC A 1MQR 3g 40pF A 1 kHz 200Vp_p DC 4C peak 1 DC250Vmax
33. XX 0YVK RECORD READ LED 1 2 1 AUTO FREE RUN KC 4 4 YY 1 4 4 1 1 C 10 1 1MO 10 MD Ff iv 0 1V 10
34. 8 4 2 MONITOR 5 2 5V FS 300Q MONITOR 5mA D K MQ D D A OUT Y IC 4 3 4 3 15 MoDg 1 Y 1 3 gt 2T 5 SINGLE 2 reoAp tnt Imozwgv 2 3 4 KC
35. ET TT 4 1 HH SE9ZE dd IAS05001E008 CE 2 O QUAD 8 1 4 IC C Y 0 2 3 _ ii i a 9 HI 8714A 8bit 2Zsec 8 8724A 10bit 2gsec amp 8734A 12bit 5zsec
36. 2048 2 2 Pi Ps Ps Pi 1 ss 1 1 1934 3048 3673 4096 T1 1 T1 2 Ti 3 Ti 1 Tt 2048 T2 1 T2 2 T2 3 T2 2048 Ti 2 T2 1 T2 2048 I MO Pt Pz PI Pz Pt P2 P3 P4 Sa WC N PB No P3 2 2kword 1 4 1 HH 5S 92E dN 1 Oo SINGLE 4096 we a a 4096 oes Ti gt
37. 85 0 50 90 10 60 90 DC 250Vmax 8 DC250V 100MQ 75 W X193 H X354 D mm 75 W X193 H x 390 D mnm 1 3 kg 5V 1 A 15V 0 254 2 5 V 0 25 A 2 10 MODEL BW 1 BNC 1m 1 no 5A Y 3 3 1 MC 3 2 8701A 8702A K 5V 15V 15V 100V 10V 50 60Hz
38. TACJ TINTJ FLEVEL eee TO0 2 6 FREAD J reese FCRT C10 J K SYSTEM RESET MODE READ RECORD 913S0S 001EO08 C 1 H MM BNC BW 1 MONITOR EXT IN TRIGGER INT EXT EXT INT C CC 4 2Vp_p 20 A WANWA
39. INGO HOLY 2 1 22 2 3 2 4 AD 2 5 2 6 2 7 2 8 2 9 2 10 3 1 3 2 3 3 3 4 3 5 TINPUT 3 6 TDAA OUT Y 3 7 MONITOR 3 8 3 9 CC 3 10 3 11 4 1 4 2 KC 4 2 1 4 2 1 Di bo to oO O Ww 11 11 24 24 24 Hd E92E dN SINSO0S 0014018 C K 3 4 3 1 4 3 2 4 3 3
40. 025 100nsee QO 8bit C8714A 0 2 LSB 10bit 87244 0 05 LsSB 12bit 8734A 0 025 1 LSB SINGLE DUAL QUAD Ba TIE izu 67344 912S0S 00IEO08 4 FS 1111 1111 1111 FS 1100 0000 0000 2 8 bit YY 1 FS 2 5 D A OUT Y 2 1 0V FS 3 5mA max 104sec 3 FS FS 1 100Q 10 D A 1 4 1 0V 0 2V
41. D A OFFSET 0V 0 2V MIN MAX Oo 4 4 3 MAX 10V 4 4 A 2 0 2 pe 0V I2 0 2V 4 3 3 0 4V 41 0 6V NV 2 3 4 2 WM 10V lov WC W 0
42. PROTECT CC CLEAR C Q MODE K 100 000 D A 00T 0V C PRE DELAY o PRI DELAY 23 cHANNgL
43. NAWWANN WUWWWWWUWUWWW WWWWUUWWWUW 5 MK FRECORD ppp AUTO FTRIGID AUTO MODE RECORD READ TRIG D LED 4 HH St9T dN BLNS0S 001E009 6 AUTO 4 3 5 OFFSET IC OFFSET 1 0V TFS FS 1 SAMPLING
44. S eAINJ 1 10 O UNCAL J CAL D 0 1 V pp FS a 1Vp p FS AIN CAL D DUNCAL UNCAL O 4 D FS HAH St9E dN OFFSET j 0V 0 RSE SIJSOS 00tCO08 3 50 0 50 2 A D FS
45. Vp p 10Vp p FS 3 CAL D K 1 10 KC VARIABLE C DC FS 1 AC GND DC GND _ 8bit 87144A DC DC 100 kHz AC 1Hz 100 kHz 87244A DC DC 50 kHz 10bit AC lHz 50 kHz 8734A DC 20 kHz 12 bit DC AC 1Hz 20 kHz 1 kHz 3 dB FS 50 1Y 1 FS 3 25 10 DC 30 8bit 8714A FSO 0 2 i 10bit 8724A FS 0 4 12bit 8734A FS 0 05 1kHz FS 0V GND 8bit 8714A FS 0 2 10bit 87244A ES 0 1 12bit 8734A FS 0 05 AC GND DC GND C 200Vp p DC AC peak 1kHz 1 9692 ddN 2 4 AD Sbit 87144 0 4 10bit 87244A 0 1 12bit 8734A 0
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