取扱説明書 (日本語)
Contents
1. ee Oia FE rer hice LADL ki MA A vy Fe OFF OFF O2. 4 14 4 6 4 6 1 _SRQ ETL SROQ 4 15 4 6 2 INT QQ
3. 1 if TR1644 TR5820 a 238 le i 3 ee Fr a mm zn A B C D A 02006 1 i 1 por 4A02 02407 Ss gg 132 458 482 E A A A 02408 Fear nn A 02208 Re ree a eee 100 149 456 480 J 1 S LA 02209 7 184414 i 270 ___ _ 240 oN FARB SIDE VIEW FRONT VIEW E TR5821 EXTERNAL VIEW REAR VIEW FRONT VIEW OF EO
4. ee A B fel tdi 5 2 2 LSI80 GC SS 2 LSI LSI80 GC LS TTL LSI 500 60MHz 1 2
5. Automatic filter ADE ANS Oven Lamp AC gt Counting Resolution
6. PC9801 MS DOS N88BASIiIC ee 1 2 DFF SEG amp H60 A PEEK CQH9F3 A A AND amp HBF POKE amp H9F3 A ISET IFC ISET REN CMD DELIM 0 CNT 8 ON SRQ GOSUB SRQROUTINE PRINT CNT C PRINT CNT Fl G2 50 MAIN ROUTINE SRQ ON FOR I 1 TO 1000 NEXT I PRINT CNT E FLAG 0 IF FLAG 1 THEN 1160 GOTO 1180 END 4 22 1210 1220 1230 1240 1250 1260 1270 1280 1290 1300 1310 2 2 SRQ ROUTINE SRQROUTINE POLL 8 8 IF S lt gt 65 THEN 1300 INPUT CNT A PRINT STATUS STR S PRINT FREQ A Hz FLAG 1 SRQ ON RETURN 1 2 PC9801 GPIB SRQ MS DOS N8 8BASLIC 1010 DEF SEG SEGPTR 7
7. 5 1 5 2 5 2 1 AC AUTO DC SENS FILTER LEVEL SEP COM A SLOPE 1 AC AUTO DC 5 1 A AC AUTO DC ACT AUTO AC BR gh AUTO ov Vr pc ov AC AUTO ov 1 DC Chi 5508157 NI X3 LNO 1N
8. 2a aM BETH IN 4 1000V IN
9. ON ON 4 10 4 5 2 1 RMT 2 3 RMT FUNCTION GATE TIME RESET HOLD MASK BURST TR1644 RMT
10. 6 2 10MHz 1X1O 6 INPUT A FUNCTION FREQ A GATE TIME is 10 0000nn MHz 10 000000 MHz SID ADJ 1X107 6 1 72 GATE TIME 10s 1X10 6 3
11. 3 2 Safcty 1 ia IZM DRE PAW SED SH ZMMIOW TIL BRL SRO RZ OTOWE ERELUAAEY
12. MS e 10 e FRY SH ERY ARAN AD MIC MRL TO MRE REA PRL ER CREEPERS EMTS TER eH pag 2
13. FEA OP GR LOBE T A Ria BEAL LEAT Behr FIL YPN FP Vv TREND THT PAY 1 PCB 2 3 Ni Cd 4 HEEB ZOD S ORAE AAD L
14. fist Bandwidth 10MHz 5 MHz PAP ADRS tt N a BAIR Time Expander Method 10MHz WER 1 ATI EL been AT2 Tx Tx N TotATi ATez To N
15. A 4 Trigger Slope BES GAC Trigger Monitor Output
16. Int Ext Time Base NC AVY FOWBHEDS SILMETS I Input Coupling AC A 5 amp
17. 3 22 4 GP IB 4 1 TR5820 TR5822 TR5823 GP IB IEEE 488 1978 GP IB GP IB 4 2 GP IB GP IB GP IB 1 GP IB
18. MON FUNCTION CHECK FREQ PERIOD T I RATIO c a TOT RESET RESET GATE ME OVER 8 7 LED MASK FREQ A FREQ C MASK TIME
19. BHM POWER OFF POWER ON 4 4 4 11 4 5 GP IB ADDRESS DIP 1 5 ROT 6 ADDRESSABLE TALK ONLY ADDRESS 1 5 2
20. 1 1 Hz Gate Time cade COM SEP COM SEP 2 COM Common SEP Separate Sample Rate ee ee ees
21. A09034 A09034 3 1 b 2 A B 409094 KPR 18 A09034 409034 3 3 3 8 1
22. 1 4 5 TR5820 vr X 2 m 20m 4 2 408JE 102 408JE 104 3 EXSY THC 1
23. gis TALKER ULF LISTENER BEF 3 1 1 HALF 8 7 ASCII
24. TR5822 TR5821 GP IB LAF TR5823 TR5821 1 3GHz TR5823H TRS5823 5X10 8 TRS5823 TR5823H 1 2 1 POWER ON E01 E07 E10 2 RESET ON POWER ON FREQ B TR5821 TR5822 TR5823 TR5823H
25. 1kQ TOT DA amp 5x10 3 1 X10 7 0 C 40 C TR1644 x RE RE DAC D A Max Min x 8 1 8 TRS5821 5822 GP TR5822 5822 BCD 5822 DA 5823 TR5823 Des oh TR5823H GPiB BCD D A TR1644 GPIB BCD 5823 BCD 5823H 5823H GP 5823H BCD GPiB BCD 2 4 1 AO1402 CK 1 2
26. ADDRESS TALK ONLY ZIEL GP IB GP IB
27. GP IB AC100V 1600V 120V 220V 102 240V 3 4 10 TO 4A 0 4A 100V 120V 220V 240V 0 2 A STD ADJ INT STD OUT EXT STD IN INT STD OUT EXT STDIN 6 amp GP B GP IB 6 8 9 WD 43 6 3 3 TR5823 3 9 3 2 2 TR5823 3 3 9 POWER MSTBY
28. RS s Ga ee ee ae 06 11 1 e e
29. Sh TER 9 SRO ON 4 16 2 lt gt St ee x OWA mer sonacmm vu HEHE 4 6 3 1 2 4 18 4 6 4 2 1 AAN lt 0 1s
30. De LES EO OMAR AMS AAP ARL AERIS e e e e e es e e
31. 4 GP IB AR 1 4 3 4 3 1 GP IB IEEE 488 1978 ASCI 0 High 2 4V 1 Low 0 4V 16 Low 0 4V 48mA High 2 4V 5 2mA 0 6V Low 2 0V High ara X2m 20m 31 TALK ONLY 24 GP IB 57LE 20240 77COD3519 24 GP IB el eNptoec 24 12 SHIELD eNp_ ATN 11 ATN chp_ SRG ltolsmo _ eNp FC
32. OB KT CHECK ax TOT OVER OVER GATE TIME MULTIPLIER SCL SCALING x ppm x 0 BR x L GATE TIME MULTIPLIER 8 8 1 BCD 7 1 1 2 4 8 1 2 4 8 TTL 0V 0 4V 2 4V 5 25V 57 40500 2 GND 0V 2 92 ENTS 7 a gt NC GND 0V 3 Hz S SRH
33. 1 n 1 n n INN ng Un 1 n 1 5GHz Acquisition Time TRS5200 de i Masking
34. EE21 22 8 3 TR5823 TR5823H 1 BE 10MHz 5 X10 1 X10 7 0C 40 C 10MHz 1 Vp p 2 Vp p 500 10MHz 1 Vpp 10Vprp 500 ANS Automatic Noise Suppressor ALC Automatic Level Control Averaging 2 1 N
35. GATE 2 FUNCTION CHECK GATE TIME 10ms OFE 10 000MHz GATE GATE TIME 10 000 MHz 0 1s 10 0000 MHz ls 10 00000 MHz 10s 10 000000 MHz 3 12 10ms GATE TIME MASK TIME 100gs 100ms sw Ge Ge lic Let CML GATE RESET GATE Go GATE BOE 8 3 2
36. CR LF SRQ A lt 0 1s SRQ 4 23 1240 1250 1300 CRT CR SRGQ 1260 1270 1280 1290 1300 STATUS 65 FREQ 1 2345000E 06 Hz STATUS 65 FREQ 1 2345000E 06 Hz STATUS 65 FREQ 1 2345000E 06 Hz 4 24 5 5 1 2 LSE iC 2 LSI IC
37. 4 7 rin 23 1 4 5 BHEEOC 40C 85 STBY STBY POWER ON BBE STBY POWER ON 6 2
38. D PC980 1 MS DOS N8 8BAS1IC ISET IFC ISET REN CNT 8 PRINT 6CNT C PRINT CNT F1 G1 3 PRINT CNT E INPUT CNT A PRINT AS GOTO 1060 END 4 19 A lt 0 1s CR 1060 F 1 2345000E 06 F 1 2345000E 06 F 1 2345000E 06 F 1 2345000E 06 4 20 HP 200 ee 1 Cnt 708 CLEAR Cnt OUTPUT Cat F1 G1 3 TRIGGER Cnt ENTER Cnt A PRINT AS GOTO 1040 END e A lt 0 1s CRT 1040 F 1 2345000E 06 F 1 2345000E 06 F 1 2345000E 06 F 1 2345000E 06 4 21 2 SQ
39. OVER TWA GRY aroness HEMER u reese APCRES amp ASKE Zr O5 ae o 8 8 7 LED MASK Ba FREQ A MASK TIME SLOPE LEVEL 1 1V SENS FILTER 100kHz ee LEVEL VER SLOPE OSR AC AUTO DC DC
40. 4 1 GP IB 8 3 5 DAV Data Valid ee NRFD Not Ready For Data NDAC Not Data Aceepted ATN Attention IFC Interface Clear EOI End or Identify 1 SRQ Service Request REN Remote Enable
41. AUTO DC Cis SENS VER INPUT B B 3 7 SEP COM A SEP 4 B COM _A A INPUT A A AC AUTO DC DER GATE TIME MULTIPLIER CHECK FREQ A FREQ B PERIOD Ti RATIO 5 10ms 10 0 1s 10 gt 1 s 102 10s 10 gt 10ms 0 gt 1 RESET RESET LET RMT RMT
42. POWER ON 5X10 7 TRS5821 a TR5822 5823 15 O BREH 100V 10 00V 10 TR5822 23 TR5821 4 5 36 2 7 TR1644 7 1 SEI ooooadlk ADVANTEST CALCULATION UN 7 SFT SHIFT EXE EXECUTE
43. 1 2 5mm 40mm 3 3 1 4 DER AC100V 10 120V 220V 10 240V4 50Hz 400Hz YET POWER STBY 2 3 3 1 3 1 a
44. 1 N 1 1 N 2 1 Expanding Reciprocal Method
45. 4 12 ADDRESS 1 5 TALK ONLY ADDRESS 7 1 2 0 2 4 3 ASCII LISTEN TALK A5 A4 A3 A2 Al SP RIES ODHNAMEWNHO 0 PU YONK MSA CHNDOVOZZMPAGHIODMAOADPS O ee eee ee OOSOSCOCOOCOOCOOOC 000 O oOO oO O HKOOSHHOOSHHOOFHMOOHTMOOMHOOH TOO HH OO DH OH OHOH OH OH OR OH omorormosr or SH on So VI A 4 13 4 5 4 1 2 3
46. 3 AC AC OL CEHOV Ett SRL CHAT SEKI MAAN CHET 1 3 2 V ZZ 1 IEA VY E YY
47. DAMAGE INPUT LEVELS Vrms 500 aes INPUT A INPUT B ATT X10 X106 100 INPUT A INPUT B ATT X1 TR5823 INPUT C AAS gt HR TRS821 5822 5823 10 100 Ik 10k 100k 1M 19M 100M 16 INPUT FREQUNCY Hz 2 M 2 1 FREQ A 10Hz 120MHz 10ms 0 1s 1s 10s Hz kHz MHz Bl 1 FREQ B 1mHz 50MHz 10ms 9ms 0 1s 10Hz 1 5 0 1s 9O0ms is 1Hz 1 6 1 s 0 9s 10s 0 1Hz 1 7 10s 9s 100s 10mHz 1 8 FT mHz Hz kHz MHz 10 1 10 P 5 10 GE FREQ C TR5823 al FE ME 100MHz 1300MHz 1 20 at Fl 20ms 0
48. 999 99999 200ns OVER 3 20 8 8 9 Tm Tx MASK Tx MASK TIME Tm Tx FREQ B PERIOD B T L A gt B
49. En ee ERBE xEs f Ree Cll BE oy 0 1 10 100 Ik 10k 190 k IM 10M 100M a a BRENNER NEE eee 10ms 5 0 15 6 1s 10s 7 8 5 3 3 PERIOD B FREQ B 5 3 2 5 3 4 Ti AB FREQ B PERIOD B SR 1 4 ay ems Ae pes Tit SR
50. 2 a ane a 4 41 Safcty 2 a
51. eee a ee AD AT AT2 100 1 000 100X10 s Tx 1 X10 9s 100 X10 12s Direct Counting UHF 1GHz nn N ems tea TRAHET Method U S PAT No 3932814 YIG Trigger Level
52. sec PERIOD B cae INTERVAL or RATIO oe 2 ORE nn 3 8 428 1 2 4 E 15 E 00 12 5 CR LF EOI LF EO 3 HEADER OFF 2 4 4 2 1 CHECK FREQ A FREQ B FREQ C PERIOD TIME INTERVAL RATIO TOTALIZE OFF TOTALIZE ON Tn TT NN TT nn NN TR5822 F3 FREQ C 2 10ms X1 100ms X
53. 7 4 BCD OUTPUT BLB 020959 LOWER 3 1 2 KemTSL s rpm J 3 1 pin 2pin 1 2 3 4 5 6 7 E nd X10 2 ene FREQ B 7 4 TTL Eur AN x 6 TR1644 GO NO GO senses ME nn 7 2 1 0101010 0 20 30 4 3 0101 1109 peed a 0101 1 11 EES 4 ol lolo 222 3 0 110 1 1 elk amp
54. INT STD OUT EXT STD IN INT STD OUT EXT STDIN 1 Vp p 10Vp p 5002 10MHz 3 2 3 2 1 TR5821 5822 3 2 POWER BSTBY ON FUNCTION CHECK gt FREQ gt PERIOD gt T RATIO AA RESET TOT RESET GATE
55. A01036 1500 ee 1 3 MI 03 eh Se RN EE EN 1 4 T0 4A AC100V 120V 2 5 TRS5823 5823H een 2 6 RN RS RS SNR RR RD A EAGER 1 220V 240V T0 2 7 TR16202A 3 3 1 3 1 1 AMA PRICE ES Lith CE 3 1 2 3 1 3
56. AO01412 UL 125V 7A A01403 CSA Ht 2m 95 A01413 CEE 250V 6A DEMKO A01404 NEMKO IX 2m 96 VDE KEMA A01414 CEBEC OVE FIMKO SEMKO SEV 250V 6A OHR 2 A01405 97 2m AO1415 SAA 250V 6A Sy Sat A01406 98 IK 2m BS 250V 6A A01407 99 2m A01417 250V 10A A114009 94 A 2m A114109 Satety 5 1 Bi 1 1 GE TEE TEE SEHE ET weedy ee 1 1 1 2 CPPCP PF 1 2 2 92 1 oo 2 1 2 2 e tt FFPF a PARNER SEE 2 3 2 3 FEB BLUT 7ER een
57. RATIO A B 7 a 3 II POWER ON CHECK FUNCTION RATIO A B SEP COM A SEP INPUT A INPUT B MULTIPLIER COO CO 3 19 3 3 8 TOT A 8 88 CE M3 POWER ON CHECK FUNCTION TOT A SEP COM A SEP INPUT A GATE ET GATE 8 OVER FREQ B PERIOD T l RATIO
58. 7 4 i A MAX MIN POWER 2 9999 999E 9 3 C H SCLI AT 4 8 1 ee ee i i u IL ri ya Lu if mM LI Fi 1 Lg m ek rit Al 2 ZH FT CAILLAT ORL me lt be Lit 7 3 4 8 7 HIME G M k m un p 109 106 103 1073 107 10 10 123456 78 ict ce 7 7 k I Dee ke JG k SFT SET
59. RD READ H EXP EXPONENT Q C CLEAR DE re 4 Rx ei CA 7 2 TR1644 TR1644 7 3 ALERT LAL C 1 12 310 23x10
60. 2 CHECK 3 1 3 2 P 7 6 9 POWER ON 1 BRETT E 07 3 18 3 3 3 RESET ON ve ff a b e d e
61. LEVEL 1V 1V SLOPE SENS ANS FILTER ON TA B 100kHz 3 10 888 8 OB C ANS ON LEVEL OEM SLOPE VER AC AUTO DC DC AUTO DC SENS INPUT B B SEP COM A SEP A B COM A A
62. SR AYZ X 2 af v s 10 100 ik 10k 100 k iM i0M 100M Hz 10 1 gt AMT fg 10 5 10 10 1 10 10 1 10 1 FRECRELLC RE 5 11 6 1 Ff
63. INPUT A A AC AUTO DC DBR GATE TIME MULTIPLIER TR5821 5822 FREQ C 2 INPUT C CC SENS GER BURST Ger MASK RMT TR5821 TR5822 GP IB TR5821 5822 QDL ECT 3 11 3 3 3 3 1 CHECK TR5820 TR5820 TR5823 3 4 ON 3 1 4 POWER ON 2 LSI
64. 3 17 3 3 5 PERIOD B 3 9 POWER ON CHECK FUNCTION PERIOD B INPUT B SEP COM A SEP MULTIPLIER 99880 3 3 6 T A gt B 3 IO 3 18 POWER ON CHECK FUNCTION T L AB INPUT A SEP COM A COM A 2 IN PUT A INPUT BB SEP COM A SEP SLOPE 6 MULTIPLIER a 3 3 7
65. 1 100X10 s 1 10MHz A i 7 1 10 100X10 s 10GHz 10GHz Fb bY WHERE Automatic trigger setting
66. DCL SDC CO CHECK 10ms CR LF EOI Si SRQ S2 MASK BUR ST POWER ON OFF 4 4 4 LF CR LF Gt EOI P FIG1S3EP 4 4 5 YF EABK CR NN TN MSB D8 D2 Di S1 SRQ OFF oe eat Kirn D7 li 1 4 9 4 5 GP IB 4 5 1 GP IB
67. 4 2 4 ho 2 5 3 3 1 3 1 3 2 ee were 3 5 3 3 ee ES 3 12 3 3 1 oo 3 12 3 3 232 i iy 2 ae tet ene 3 13 3 3 3 oe PT 3 14 3 3 4 Iro 3 15 3 3 5 EHE Eee nennen 3 18 3 3 6 BERIERE ee 3 18 3 3 7 BERKHE een ener en 3 19 3 3 8 ee 6 eee re 3 20 3 3 9 ee 3 21 3 3 10 PCCCKKEXXSLKLELEKL 3 22 M48 GP IB 4 1 amp PPP PP 4 1 4 2 GP IB tm TT TT 4 1 4 3 8 PEPREEDEREPPRGTEDPEUTLPRELPPRTRELRLTLERTTLELTTEELTTLRT 4 3 4 4 epi evade 4 5 4 5 GP 1B SCSZ 4 10 A 6 le a der AEA A oe EEE 4 15 78 8 Ra 5 1 oe ii ER ERS EEE ET eis eure wa ote 5 1 5 2 2 ENT EEE en BY 5 3 ie R
68. ADVANTEST TR5821 22 23 23H MANUAL NUMBER FOJ 8311232S01 1981 8 25 1981 Printed in Japan CUSTOMER NOTICE ZIDVANTEST ADVANTEST Corporation 2003 2 3 Customer Notice No FEJ 8440082A00 AC AC 3 2 3 AC 3
69. 10 0 10 12 31EXPI3 23 ExP 2 10 000000 k 2 12X6 72 21x 72 000000 3 15 0 3 50 15 0 3 50 000000 4 13 56 12 13 56 i2 1 1300000 13 56 3 3 4 5200000 CHECK 10ms MWEENnMeer2 Eu 1 23 EXP 6 8 770M X 60 X IIEXE 600 00M 1 IEXE 100 00n DAC D A 500LEXP 4 DACI EXE 500 I LSD COM 11 EXP 6 COMI 9 EXP 6 COMI EXE xx ximx xx H gt L In HY YAY 10X106 Hi In Lo Hi Hsx In H gt sxs2L Lo x lt L SFTI EXE 10 000M L 0 00 0 00 a 0 00 MAX Xx SFT EXE my 10 000M ISFTI EXE 10 000M 9MHz 9 6 11 11 SCL x HH 10 coM c 9 5 EXP 6 COM SFT EXE 50 00k HH
70. 11 1 1 8 ilololo 1101011 RASSE as doe qui 1 0 11 0 BOR 10 jo 3 10 LOWER l o IR 5 aria ames 1 1 ae 1 0 S 1 1 1 1 010 0 0 rpm s 10 10 8 2 D A TR1644 1 NE 0 999V TT 3 FE RE 40 2 of f s 23 5 150ppm 1kQ wR EE GF 2 CHECK CHECK 10ms CHECK 10 000MHz 3 D A 1kHz D A 0 EXP 3 DAC EXE U 1 kHz It i I my 777 IR H ik waa ea 5 m 3 D A 500 500 EXP 3 eer a Wey we a j m ur ween a u en we sore bd ee 3 D A EXP 3 8 1 GE Ouse
71. GND_ NDAC GNp NRFD N nN a GND DAV poe DIO 7 113 4 3 GP IB 4 8 2 4 He ar 5 3 SCD DCL GET me Mr dd ae cea ae 4 4 1 ae al ad im et Be 1 2 3 4 5 1 07 ka Mit Fr Hz CHECK FREQ A FREQ B FREQ C S
72. 120MHz LSI80 SS C MOS LSI 2000 12MHz LSI80 GC LSI80 GC LSI80 SS A immer t 1 i i 1 1 1 a i 1 1 J BB He OL BR a EME 1 8 Punks 5 3 5 8 1 FREQ A C C S Hz 1 HE ung III III TITEL III Ls A 1 1 Ta Ts B ee i Ha AN re ements DR IR UL IL LN 1 fx Hz To s RRA FREQ C 1 20 GATE TIME 1 _ 0 I60 ik IOK 100k IM IOM 100M G 5 3
73. 1V AUTO COM A B SEP TA B 0 1ms 0 1s CHECK BS Zee 100kHz INPUT C TRS5823 20mVrms 100MHz 1300MHz 1 X10 ATF SEE SE 20mVrms 500mVrms X 1 5Vrms AC 506 BURST ANS Auto Noise Suppressor ON OFF 10MHz 5 X10 5X10 6 0 C 40 C 2 5xX10 100V 10 10MHz 1 Vpp 2Vp p 500 10MHz 1Vp p 10Vp p 5000 2
74. 2 10 8 7 LED 50ms 0 C 40 C 85 20 C 70 C IA 90 110V 108 132V 198 242 V 216 250 V 50Hz 400Hz B BH 40VA TR5821 22 23 240 X88 280 mm 3 5kg TR5821 4 kg TR5822 23 2 3 GP IB IEEE STD 488 1978 ASCITI BCD 7 1 TTL D A TR1644 HN 0 999V 3
75. 2 FREQ B TI Brews id Se D En 4 ZEE Es f En Es 100zVrms 100mVrms ee UST DENT nase en DEN P 10 See
76. 2s 2s 20s fir Hz kHz MHz GHz ME HERE LITT bh ieee PERIOD B i HA 20ns 999 99999s 10 10 10 102 103 100ns ms ws ms s BE 10 1 T L A gt B Al cz amp 200ns 999 99999s 10 10 10 102 103 100ns EWR Wins us ms s 10 1 50ns RATIO A B DC 50MHz 4 10 10 101 102 103 m k M B 10 1 A TOT A at amp BE DC 50MHz 0 99999999 INPUT A B 25mVrms DC 100MHz 55mVrms 100MHz 120MHz U MR XI X10 X100 AF TE SUH gt 25mVrms 500mVrms X1 TRI AD BIE 100Vrms X1 150Vrms X10 100 DC 100kHz 5Vrms X1 50Vrms X10 X100 100kHz 120MHz DC AC AUTO AC 1MO 130pPF COM A 500ko 22 10ms 1V
77. RATIO A B TOT A 3 3 3 10 TR5823 INPUT C 1 Axial leads WA meson i 2 TRSB23 3 4 TR5823 lt
78. SENS X10 X100 AHEEN IOV 10V 100V 100V AMBRE CNET LEVEL i 7 5 SEP COM A 5 4 COM A INPUT A A B COMA 500kQ 60pF TRS5821 22723 FREQ A FREQ B 2 1MHz FREQ A FREQ B COM A FREQ A FREQ B INPUT A A INPUT B B AC AUTO DC SENS SLOPE LEVEL os 6 SLOPE
79. TEL 0120 919 570 4 MS BE FAX 0120 057 508 7100 0005 1 6 2 E mail icc acs advantest co jp TEL 0120 988 971 FAX 0120 988 973 4 T564 0062 3 34 1 TEL 0120 638 557 FAX 0120 638 568
80. a e a me a mm se me mm ee es fett tt TR1644 3 14 3 3 4 1 FREQ A 10Hz 120MHz TR5821 5822 5823 3 5 FREQ A POWER ON CHECK FUNCTION FREQ A INPUT A SEP COM A SEP GATE TIME 6 BO 2 FREQ B 1 mHz 50MHz TR5821 5822 5823 3 6 FREQB 3 15 SOO POWER ON CHECK FUNCTION FREQ B INPUT B SEP COM A SEP GATE TIME 3 FREQ
81. fave REAR VIEW EXTERNAL VIEW FRONT VIEW Unit mm TR5823 EXTERNAL VIEW REAR VIEW seomnse CALCULATION UNIT TR1644 TOP VIEW SSESSSS46 FRONT VIEW 27 SIDE VIEW Unit mm TR1644 EXTERNAL VIEW
82. 10 ls x 100 10s XX1000 3 4 SRQ SRQ SRQ GET DCL SDC GET SDC eh DCL 7 O FO 9 FT F90 F0 oO G510 GI 5 G5 5 17 GI GI O FG32 G3 FA32 F3 4 8 F F3 G G F 4 4 3 Kan POWER ON
83. A 1 1 No JSI00 CR Oh CC RRR ORB TAO BHO PS
84. C 100MHz 1300MHz TR5823 89808 3 7 FREQ POWER ON CHECK FUNCTION FREQ C INPUT C _ GATE TIME FREQ C GATE TIME iz 20ms 0 2s 25 20s 3 16 4 FREQ C TR5823 M3 8 POWER ON CHECK FUNCTION FREQ C INPUT C BURST GATE TIME GATE TIME MASK MASK TIME WWW 8 8888096 1 bor GT 1ms min Pe GT 1ms min Tm e 1 1 I I I i Tm 9 Tm
85. DC Hysteresis 2 Time Interval Average Period Average RRC COMED CALETA 1 10 100 1 Prescale Method 1 n
86. EBEL SONST east NG or 6 1 amp tt be ne esis etter tant Van cece 6 6 2 SEELE MILE RENNEN ERP lt 1 6 3 ei terre 6 2 7 1 Na CEE EE 1 7 2 HE 2 7 83 We Masse VE SER 4 7 4 ON See dd eos 7 5 a 2 4 BEDEF HR a EE een 8 1 8 2 D A SD Sa Aas By 8 3 TR5823 5823H nn 8 5 cones 1 1 1 2 TR5821 5822 5823 5823H TR1644 GP IB BCD TTL D A TR5821 120MHz TR1644
87. RAT OWA OHONeS EWM ORO ROEM ORO RVR iz ARE 2000 m Safcty 3 ey 1 AN ee ZZ Rank DIRKTRETUALTFEV FFI DESHLIN MALE SBRWICE Sv HAH LU BRAIERD 10 cm RE ARLES MR DEAT ARAAAA YET 3 TEC61010 1 IEC60364 4 443 DI A vn HI 2 Safcty 4 BAY DE BY No 125V 7A A01402 2 2m
88. ere i I on S SER I oe gt 29 Ao RABE Cheb AIRES HIC LA PPR e e A DVANTEST http www advantest co jp 7100 0005 1 6 2 TEL 03 3214 7500 ft Sa _ es mem
89. i Ut 431114 Oot x TSAS1 OLX TX SN34S 9d O RV QOY OLX TX SN3S 00 0LNW O TR5821 5822 5823 70 7 25 1 DC 2 SENS FETT B A SENS te Ve Ve VA Va Vt qv SENS Va i0 xi ES I lm GV SENS VA 188 x 100 0V SENS FREQ A C SENS x1 SENS X10 3 FILTER 5 3 TR5821 22 23 100kHz TRS823 INPUT C ANS ANS FILTER OFF 4 ANS FILTER ON 4 LEVEL H LV 1 V EN HIV 1VAKATINTAZRETEET 37
90. nn 7 0 ee GP IB 24 3 Ve 4 5 8 GP IB ADDRESS 7 7 DIP ADDR ESS 1 5 5 31 4 5 00100 10 4 ASCI 4 3 D ee rr RR
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