取扱説明書／6.8MB
Contents
1. D A OUT Y FS MONITOR OUT OFF K LU 4 4 22. EMI C KK C 5 35C 85 1 HH SE92E dN SI3S0S 00 6O009 ee 3 4 60p C
3. 3 2 CC 8701A 8702A 5V 15V 15V 100V 10V 50 60Hz C 8701A 8702A K
4. C 3 3 9 C IC 8710A 8711A 8712A 8720A 8721A 8722A 87304 8731A 8732A 8740A 8741A 8742A 05 5 ei Y 3 8 C C OFF K
5. 4 5 4 4 1 4 D RANGE OFFSET LEVEL 8 4 D FS 255 8 bit FS 2 256 2 128 7 bit 27 KK C 4 FS 6 bit 63 IC 8 bit 8710A 8711A 8712A A D i CO OC LED
6. RANGE VARIABLE OFFSET K A D FS C 2 5V C D 4 OUT Y D A MC 4 4 5 NH SE92E dN 9tJS09 00tEO09 0 C DC a EE 4 4 7 1 C
7. D 4A D 4 OUT Y SIMS05 0016008 MC D A 1 K 1 20
8. 3 1 20 C 10 3 1 50 1 100 1 HH SE92E JJN gLNS0S 0015008 1 1000 C 1 25 D A C 8 bit 8710A 8711A 8712A 1zsec Yord 10 bit 8720A 8721A 8722A 24sec Word 12 bit 8730A 8731A 8732A 5zsec ord 8 bit 1 MHz 25 40kHs 1 1 MHz
9. Y 2 SAMPLING 2 dd 9892E 4N 4 3 8 DC 1 K 30 C SINS0S 001 008 10C DC 25C 10C O DC BAL G AUTO
10. 3 5 INPUT BNC RANGE 1 kHz 300Vp_p DC AC PEAK 1 DC 250Vmax BNC MONITOR OUT D A OUT Y MONITOR OUT D A OUT Y BNC 3 5
11. C 2 KC 37 Y 1 1 fF 1 1 i i 1 1 1 b 1 2 fs l 1 1 i 3 2 3 4 592 lt EN 2 CC
12. IC Y 1 YY O 4 7 DMA RAM DMA DIRECT MEMORY ACCESS 1 SE92E dA 8790A 8791A IS03 001E008 1 0 8790A 8791A GP IB
13. 1 MQ 3 35 PF 10PF RANGE KC 1 kHz 300Vp_p DC ACpeAk 1 DC 250Vmax MONITOR OUT D A OUT Y CC AC GND DC AC GND DC AC EE DE DC
14. 1MQ 10 MO RANGE 10 1 6 Y 6926 dN BINS05 001 008 0 1 04 C 500Vp_p DC AC PEAK 1 kHz 1 35pr 10pp DRE C O AUTO te 4 3 1 4 3 4 RANGE 0 1Vp_p 4 3 4 3 4 3 5
15. TT xX 2 10 5 35C 85 0 50 90g 1 0C 60C 90 8 DC 250V max DC 250V 100 MQ 8 ts5v sr 22 oss loss 187204 17 025 023 O La 5 0 2s 197224 25 625 023 5V 5 1 5V 2 15V 2 C 75WX193HX354D mm 75WX193HX387D mm eeeee 1 YY HH SE92E daN B14S05 001E008 3 3 1 IC
16. 5 H S696E IN 5tHS0S 001EO009 4 5 3 C READ K READ 1 C ROM 1 OFFSET MANUAL SAMPL C 2 INTERMIT 3
17. TIME BASE X C 55 CC 1 1 C RV TIME BASE X OO SYSTEM RESET READ _ 4 6 3
18. 100Q 10 6 5 mA max M BNC 2 7 TS 2 5V 3 FS 2 5V 3 1 MQ 2200 10 5mA max lt BNC 8 2 8 NMOS RMA EETEECUTIECTT oor G0 sre4 99204 ssn ECCCKCYDIEIYSEIOCWIECIY an G0 7124 7224 7324 s 2k 4kword b 4kword SYS0S 001tO09 2 9 0 1000 0000 0000 a 8702A
19. C 0 VKK 0Y Y 8IMS09 001E009 CLEAR SYSTEM RESET READ II 10 23 4 3 4 I C G 4C GND DC DC INPUT KC BNC BW 1 TEST SIGNAL 1 Y 3 C SAMPLING J eremeeeem 5 see
20. 6 50 YY 1OFFSET 6 50 Y _ 5 00 6 50 e xr vp 0 3V CAL D RANGE OFFSET 500 0 1Vp p 0 05Y 0 2Vp_p 0 1V HH SEIZE dAN 1 OFFSET 5 00 9813S09 00EO08 1 D 5 00 5 0 0 FS VE G500 VE 0 FS Vs 5 007 5 0 0 1 _D 9 Oe ese G500 VR 2 VE Vp_p D Vm 1Vp_p D 6 00 F S 0 3Y FS 0 7 V FS FS Vgs LO 1 0 44Wj 3 2 D 0 00 TFS Vs D 10 00 FS Va SN 1 5 C A D Vg C
21. RANGE 1Vp_ pC OFFSET 500 Fs TS 4 D Y 959E dN 9IMS09 001E009 RANGE 1 Vp_ p OFFSET 2 50 4A D OFFSET C 0 e D Vs Vp p 5 00 2 50 2 X1 0 5 Y 4 4 2 SMPLING K 1
22. 4 SE92E IN 2 RECORD 911S09 00tE008 C C KK 3 C K SYSTEM RESET Y 1 AH 9E92 4 813S09 0O0LEO09
23. ooomeeeewt 4 3 1 4 3 4 RANGE 0 1 Vp_p so eeesse 4 3 4 3 RECORD AUTOJ FREE RUN OFFSET 5 00 RECORD AUTO FRPE RUN EE FE EZ 2 1 YY r 4 CLEAR CLEAR 0 V 8 1 CLEAR 0 1 4 wm BAL K OFP8ET 5 00 DC 0 VC
24. MC 8790A 8791A 4 H SE9ZE iN 1 MANUAL SAMPL 1 KT OFFSET PS READ D A OUT Y TIME BASE X SYNC OUT 0 Y 1 Hd E92E AN 91 S03 001EO09 0 Ar 0 Ar
25. 2 KC 4 2 1 8702A IC HV 4 2 2 TIAE BASE X X Dp 4A OUT lt Y Y BNC BNC BB 1 9294 dN BLNS0S 001E008 X MHz
26. D A OUT Y CRT JIC 4 D D 4 2 MONITOR OUT K C 1Vp_p 200 nsee 1Vp_p 1 ko OVF OVF 4 D CC C
27. 4 1 8 8 MEMORY PROTECT _RANGE VOLTStp pl tn 5 oo D A OUT Y MONITOR OUT 3 as KIKUSUI ELECTRONICS CORP 4 1 gt dd E92E dN 9819S09 00tE008 8701A MODEL 87104A 8 bit 1 kword 1 4 se e word 4A 1 1 gt 1 KK 9 C 1 1 gt 1 K INPUT INPUT BNC
28. BNC 2 5 V FS 5mA 220Q 10 RANGE VOLTS p p VARIABLE OFFSET KC PS 25V FS 1 S92E dN D 4 OUT Y 843S09 00I6008 D A OUT Y D 4 D A 4A D 8 bit 8710A 8711A 8712A 10b1t 8720A 87214 87224 12bit 8730A 8731A 8732A FS 2 48V 1 FS 2 5V 1 5mA 100Q 10 4 D D A K
29. 43 4 4 6 MONITOR OUT D A OUT Y 44 4 4 7 _ 45 4 5 45 4 5 1 _45 4 5 2 46 4 5 3 5 2 H E92E dN SHS05 00LE009 1 4 6 4 6 1 bit 4 6 2 word 4 6 3 4 6 4 FIC 4 7 4 8 DMA 8700 54 54 54 55 56 i a 2 1 A D KK DA
30. OFFSET 10 6 RANGE VARIABLE 4 C 4 D EE EE Y 2 OVY ovF oOo LED LED 1 C H SE9ZF dN BINS0S001E008 3 dB RANGE 10 LED
31. KC SE92E dN G O BUAS0S 00T 008 RECORD me PREDELAY FTYRIGGER ee EXT TSAMPLING DELAY O 4 3 OFF 60P A102 DELAY Oo 5 3 INPUT MONITOR OUT DA OUT Y se 1 wr b INPUT MONITOR OUT DA OUT Y H SE92E dN
32. b FS RANGE OFFSET 4 D YY 4 3 5 A A D KC A D HU E92E dN 1YV RANGE 2Vp_ p OFFSET 4 5 00 YY rs FS RN BINS0S 001 008
33. 8715B 8716B 8717B 1 Zsec Word 8715B 8716B 8717B C MC MM NM 56 4 6 4 BNC
34. Y NIR 2 RR CHANNEL FS 2 4 8V 1 C 6 t 4 MEMORY PROTECT CLEAR 1 MEMORY PROTECT CLEAR a 0 V 1000 0000 0000 A SE9E AN
35. K D A D A D A 1 1 sec word 10gsece word C C 4 5 2 I 2 C FTS FS 14sec Word Y 4 4 6 MONITOR OUT D A OUT Y MONITOR OUT
36. BAL 500 0 BAL 0 V 0VY D A OUT Y C CLEAR K YY _ 0 LEVEL OVF OVF _A D FS A D LED 4 D LED 0VF OVF 4 D A D 8 4 D 1 FS RANGE VOLTS p_p OVF LED 4 3 gt MC CFS 10 O 5
37. O O O C O O oOo O oO 0 2 IC IC 1 2 X 3 8 10 12bit 4 5 6 7 CPU 1 C 8702A 8702A 4 1 tH E92E IN B14S05 001 009
38. 5 1 mv H_ SEE dN 6 AUTO BINS05 001 008 2 ER RECORD NORM NORM C READ CLEAR DVM 3 D A OUT Y DVM 0 20mv 0 20mV DA 7 AUTO C C BAL DVM 0 20mV C LM tt 4 3 9 1 C
39. 1 2 3 O C 1 25 25S Topper Ss 1 N Tp ee 1 N 1024 8710A 8720A 8730A 10 24msee Q 24 kHz 4 kHz RE CR K 1 100 10 24msee Y 1 kHz
40. KC MEMORY PPOTECT CHANNEL 87024 1 20 000 4 6 1 bit 4 6 2 word d
41. OVF OVF 2 KK 1 1 C 4 5 2 CC A E92E dN AD D A 4 D
42. C a b 8 bit 8710A 8711A 8712A 2 sec 10 bit 8720A 8721A 8722A 4 zsec 12 bit 87304 8731A 8732A 8 asc MODE RECORD LNS0S 001 009 SY8TEM RESET 2 T S N sec S N WW HH SE92E NN 9tS03 00IE009 49 S 1 msec word Ns1024 8710A 8720A 8730A Tp 1msecX1024 1 024 see 4 4 2 C C C
43. 4 4 1 SS03 00EEOO0S8 L oo C 0 N Tp DD 7 WRITE AFTER READ C MC 2 HV Tp X 1024 8710A 8720A 8730A 2048 8711A 8721A 8731A 4096 8712A 8722A 87324A
44. 4 4 4 1 AUTO 1 AUTO CHANNEL CHANNEL LED AUTO 2 KC OFF C 4 4 5 D A OUT Y C D 4A OUT Y
45. OVF OVF F 4 D 4 D C OVF OVF YY 1 H E92E AN 8INS0S 001 008 a 4 3 6 OFFSET CC 2 1 C C A D 2 C DC RANGE KK 4
46. _ VARIABLE FS 0 5 FS 0 5 ACGND DC GND FSMC 1ovit 8720A 87214 87224 03 12bit 8730A 8731A 8732A 1 5 0 6 0 3 25 10 CC 30 FS 100 10 60 1 So 25 FS 300Vp_p DC ACpgAk 1 kHz 1 2 4 FS 10 LED FS LED LED FS K LED 2 5 4 D 100nsec 10nsee 10nsec PINGING Orie emm ooo i
47. X Y DC X 0 5V DIV Y 1V DIV Y 4 2 X Y 4 3 C C K 1 kHz 1Vp_ p C Y
48. A D SUN S05 001 008 8 bit 8710A 8711A 8712A 1sec ord 10 bit 8720A 8721A 8722A 2 spec word 6 12 bit 87304 8731A 8732A 54aee Word C i 4 4 3 G C C 4 kword 8712A 8722A 8732A 5 KK AUTO 4 3 100 1000 C KC
49. NO 1 OVF NO 10 913S03 00tCO09 C OVF OVF 4 D K ovr Ovr WWIW S 6 Q yy 6 MONITOR OUT MONITOR OUT
50. 55 C 0 1Vp p 75Vp_ p C 4 D FS 4 D OvVF ovr OFFSET OFFSET CK lt 10 0 5 00 10 00 BAL a 14 Y 14 500 0OV 0 10 0 5 TS 100 4 2 gt C K Ez 1
51. CRT 4 2 2 C 4 3 1 O O HEReeRRSSSRROPI 8 FNORM INTERMIT NORM s READ me CRT 10 s J 3 8 O CHANNEL J 0 MEMORY PROTECT CLEAR errnotn OFFSET 5 00 RANGE eee Vp p VARIABLE CAL D A GND DC GND jj X 0 5V DIV Y 1V DIVIC 4 3 2 LED 22 2 CHANNpL LED LED 1
52. Tam CTg C Ts 3 154see 0 K 4 Y 1 HAH SEE AN BIAS05 0015008 0 II 5 Ft 4 6 C IC C
53. ET YY HH E90 EK BLNSOS COIE00E 8710A 8711A 87124 8720A 8721A 8722A 8730A 8731A 8732A 1 1 2 3 ot
54. 2 DC 4 D DC AUTO FREE RUN IC C Hd E92E dN SINS0S 001 008 NP HH SEE dN BIAS0S 001 008 5 4 4 O AUTO O PREDELAY O NORM O INTERMIT OTDELAY O O READ O SYNC O DELAY xX10 4 4 2
55. 4 8 8700 C
56. 913S03 00tEO009 D A OUT Y 0YV 20mV SYSTEM RESET READ PRP DPLAY CLEAR BN HH SE9ZE dN BINS0S 001 008 FCHANNEL J HANNEE LED
57. LED C RANGg 1Vp p 2Vp_p VARIABLE INPUT K 0VF C 4 D C IVARIABLE 1 LpvgL 0 TRIG D LED 6 4 4 CC
58. 1 kHz 1 100 8 bit C8710A 14sec word 8 TD see 1024 3 1 024msec 2 C 8 1 1024 7 160 1024 m8ec 1 0 kHz 87114 8712A 10kHz 8720A 8721A 8722A 5kHz 8730A 8731A 8732A 2kHz C A D C 4 4 2 5 Tp S N C 1 Y CC
59. 8701A 8702A KC KC 4 3 4 3 3 9 1 0 MC 87904 8791A K GP IB HH E95 dK INS05 001 008 3 10
60. LED D 0 8740A D A KC 8 10 12bit 1 kword 2kword 4kword C MODEL K 12 bit 0025 5 4 sec Word 1 1 gt C 8700 1 0 HP92E dK 94S09 00IE009 Oo
61. E gt Cd Y H E92E dN HINS05 001 008 2 1 2 2 _2 3 8710 8 bit kword 87 11A wy 2 kword 8 7 12A 2 4 kword 87 20A 10bit 1 kwoerd 8 7 21A 2 kword 87 22A 4 kword 87 30A 12bit 1 kword 873 1A 2 kword 8 7 3 2A 2 4 kword 1 BNC AC GND DC 1 MQO 3 35PF 10PF 0 1Vp_p 50Vp_ p PS 1 2 5 9 KC 3 CAL D DC DC B kHz AC 1Hz B kHz 8bit 8710A 8711A 87124 B 200kHz 175zsec 10bit 8720A 8721A 8722A4 B 100kHz 3 54sec 12bit 8730A 8731A 8732A B 50kHz 7 eec 1kHz 3 dB s 1 1 H 99 dN 913S05 001EO008 DC
62. RECORD t AUTOJ TRIG D TRIGGER ean JFACJTINT LEVEL J eeeeeseeeresess o FREAD CRT 10zs MR em 5 CTSYSTEM RESET MODE READ 1I MI IY 1 BNC BNC BB 1 MONITOR OUT EXT IN TRIGGER INT EXT EXT C 9134S09 001Z009 INT KC GO 5 MODE
63. RECORD READ TRIG D LED Y Hf SE9ZE IN gtS09 00 E009 C LED 1 0 4 D OVF OVW LED OFFSET LED LED LED OFFSET CC VARIABLE CC UNCAL LED OVF OvF LED VARIABLE UNCAL
64. Y 1 8 96986 dX 813S09 0015009 1 2 2 1 2 2 2 3 2 4 2 5 A D 2 6 D A OUT Y 2 7 2 8 2 9 2 10 2 11 3 3 1 3 2 3 3 3 4 3 5 INPUT N 3 6 MONITOR OUT D A OUT Y 3 7 3 8 C 3 9 3 10 4 4 1 O INPUT N O AC GND DCJ O RANGEJ VARIABLE O OFFSET NN 3 9 WN WW 3 Ww WE MQ MW Mm 10 10 10 11 11 12 _12 13 13 1 BAL _ 15 e O
65. 1 5 Ys 1 5Vs VR 1 0 0 0 OFFRSET gt lt INPUT BNC C C SE92E IN BLNS0S 001 008 4 3 7 10 1
66. 2 Y C KK 8 bit 8710A 8711A 8712A 1 4sec Word 10 bit 8720A 8721A 8722A 24sec word 12 bit 8730A 8731A 8732A 5 see woerd SE926 eK 4 5 gtAS05 001 008 4 5 1 INPUT MONITOR OUT CAL D RANGE K VARIABLE I 4
67. LEVEL OVF 0VT 15 O MONITOR OUT 1 7 O D A OUT Y 17 O MEMORY PROTECT CLEAR 18 O CHANNEL 19 4 2 K 20 4 2 1 20 4 2 2 20 4 3 C K 2 1 4 3 1 21 4 3 2 21 8 4 3 3 22 5 4 3 4 IC 23 4 3 5 B 25 s 4 3 6 27 4 3 7 30 4 3 8 DC 3 2 4 3 9 34 O 4 4 35 4 4 1 4 D 85 4 4 2 SAMPLING C _ 37 4 4 3 42 4 4 4 43 4 4 5 D A OUT Y
68. 908 10 bit 500 gH zogm 1 Ne 500 kHz so 12 bit 200 kHz 5 kHz 1 AT rr C AUTO 4 3 C 0 4 3 YY C 1 kword 8710A 8720A 8730A 2 kword 8711A 8721A 8731A 4 kword 8712A 8722A 8732A 2 IC C CT INTERMIT 9E96E ddN 4 bit
69. AC DC INT EXT 1 4 3 5 HH 95926 dK 81S05 00IEO09 AUTO A Ovp LED 4 D IC OFFSET 0 o 7
70. 00 GND DC K 0 V 4 D 4 3 gt NO 5 NO 6 A 1 1 OVF C 0 5 V NO 1 0 4 V 2 3 SE 0 3 V 3 a 0 2 V 0 1Y i 1 51H 1 MS 0 6lH 1 10 FS 0 1 V 7 1 A 0 2 V 81 D a 0 3 V 910 0 4 V 10 1 0 5 V OVE RANGE 1Vp_p amp OFFSET 5 00 4 3 gt C 4 3 gt C 4A NO 4 B NO 2 C OVF NO 1 D NO 8 LED LED OVF OVF
71. 2 LED CC AT RA FRO RIE TO 4 LED Y 1 OFT 8 HB S90E dN 4 3 3 0 READ 2 C 3 CLEAR
72. 2 gt C eee 4 3 1 4 3 4 4 3 4 K 4 3 5 2 OFFSET 10 eeeoress cesoes sss OVF 10 FS C 1 O OFFSET 0 0 i JO 0 FS OFFSET C RANG
73. 50 A SE9E dN 9ES0S 00LE009 PS 4 D FS RANGE VOLTS p_p 4 2 gt FSC 1 0 P FS _ 2 50 1 P 3 100 1 P 4 50 5 100 1 P MS 15
74. CDRIEPRCIT 8 bit 0 4 8711A 8712A 10bit 0 1 8720A 8721A 8722A 8bit ere rue 12bit 0 025 8730A 8731A 8732A 8bit 12bit 12bit 333Hz Vp p ou oz os so 8 bit 8710A 8711A 87124 LSB LSB LSB LSB 10bit 8720A 8721A 87224 LS5B LSB 12bit 8730A 8731A 8732A 1 LSB 1 LSB FET EEZFPZ2PZ2T SM AIAI BOT tre FS FS 0 CLEARJ 2 FS FS HH SE9E dN BINS0S 001 008 gt 2 6 D A OUT Y D A A D 8bit 10bit 12bit LSB 8 10bit 1 LSB 12bit FS 248YV 1 FS 2 5 V 1 CLEAR 0 20mV 1 MQ K a 6 10zsec FS 1 FS 1
75. E 100 1 6 100 9 9 4dN SUAS0S 001E00R 0 10 LED OFFSET _ C 3 6 OFFSET 500 1Vp_p CAL D AUTO OFFSET 5 00 WN 29 OFFSET C
76. GND BNC 0 VY ki N OD RANGE VOLTS p_p VARIABLE J UNCAL MIE RANGE YOLTS p_p VoLTS p p 0 1Vp_p 50Vp_p 9 0 1 50 VARIABLE CAL D A D FS VARIABLE 9692 dN 0 1Vp_p 50Vp p 8 DIV C 1 2 5 mV DIV 6 25V DIVKC 913S09 00t008 YARIABLE IC C CC UNCAL LED
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