155 ee + * * ee * * eee K E 6 WMA eH | RAD He tp) t rr(ns) a t(p He & len |THE] lo, Ire | THE | Irsm | TARE |Vrmax| AERA jlemax) WER (* us) 4D th OF 4 Ke iz (mad } (CC) | (mad }CCC) | (AY | CO) | CY) Te (mA) TCC) | Ca Ad VR CV) | TCC) | typ jmax | typ] max DCEO15 300 100 4 1.2 |100 0.1 150 1 12 | 2H eyy-Po7? (AY-F Tt7) 368A DCFO10 300 100 4 1.2 }100 0.1 }30 4 4 | RH Ayy- 947" (FI-b Tt) 205C DCFO15 300 100 4 1.2 }100 0.1 {50 4.5 19 8 aH eyy-947" (PI-b Jt7) 205C DCGo10 300 100 4 1.2 | 100 0.1 |30 3 4 OHH eyy-9o7 CHY-F 1tY) 205D DCGO15 300 100 4 1.2 {100 0.1 [50 4/9 5 [ae Fey F97 GH-F ty) 205D DHA20 5 1 15 10 2 20k 300 506H DHBOS8 5 1 30 10 2 8000 300 | BARA 506G DHB10 5 1 39/10 2 10k 300 | BARRA 506G DHB12 5 1 45 10 2 12k 300 | BARA 506G DHB14 5 1 1 10 2 4k 300 | BAAR 506G DHB16 5 1 60 10 2 16k 300 | BRA 506G DHB18 5 1 66 10 2 18k 300 | BAAR 506G DHM3B80 3 0.5 25 5 25e 2 8k 25 100 |1olt15. 15kHz, CH tet 19] DEM3E30 3 0.5 10 5 abe 2 3k 25e 100 | lotk15. 75kHz, CA 196 DHM3FJ160 3 0.5 22 5 2 6k 100 |lotk15. 75kHz, CEL Tet 88) DHM3G80 3 0.5 25 5 2 8k 100 | Told 15. 75kH2z, CAGE 38] DHM3J120 3 0.5 42 5 2 12k 150 |Jotk15. 75kHz, CART 87K DHM3K20 3 0.5 10 5 2 ak 100 | 1oth15. 75kHz, CERT 19G DLS1585 480 150 2 1.2 | 100 0.5 | 80 1 3 1.4/4 BRR 3578 DLS1586 480 150 2 1.2 |100 0.5 [50 1 3 1.4/4 BRR 357E DS441 300 100 1 1.3 |100 0.01 }100 3 6 18F DS442 360 120 0.55 0.68 j1.5 1 30 3 4 = |NRFRREO. 55~0. 689 18F DS442X 400 130 0.55 0.65 41.5 0. 50 2 2 |NBSSEEO. 55~0. 659 18F DS446 500 200 0.7 0.65 [1.5 0.1 100 1.5 |3 [2 |4 | WAAREEO. 55~0. 65V 18F DS448 360 120 0.5 1 50 i 30 3 4 18E DS452 300 100 0.8 1 100 1.2 |200 5 10 18F DS454 300 100 0.8 1 100 1.2 |300 5 10 18F DS462 600 200 2 1.2 |100 0.5 |200 1 60 |P=400mW 18F DS464 600 200 2 1.2 {100 0.5 |250 1 60 |P=400m 18F DSA010 300 100 4 _|i.2 {100 0.5 /80 4 4 610B DSA015 300 150 4 4.2 |100 0.1 }50 9 8 | AFF 812. SMHzmax 610B DSBO10 300 100 4 1.2 |100 0.5 80 3 4 610A DSBO1S 300 150 4 1.2 {100 0.1 50 1 5 | AF1 5) i BK 20MHzmax 610A DSCO10 300 100 4 1.2 |100 0.5 {80 4 4 610H DSco1s 400 150 3 1 100 0.5 | 200 4 30 | 200 610A DSDO10 300 100 4 1.2 | 100 0.5 (80 3 4 6101 DSDO15 400 150 3 1 100 0.5 |300 4 30 } 200 610A DSBO15 300 150 4 1.2 $100 0.1 150 4.5 |9 8 FERS A 1H 71 eR 2. SMHz 2058 DSHO15 300 150 4 1.2 (100 0.1 | 50 4 1 5 | EAS AU 7 eB OMHz 205A DWA010 300 100 4 1.2 1100 0.5 | 80 2 4 HFRS 444 DwCO10 300 100 4 1.2 |100 0.1 |50 3 60 |\2RFRA 444 ED-3TV 30 50a [1 50j |? 10 1 3k 500 133E ED-3TV1 30 50a |i 503 |? 10 1 3000 500 133E ED-7TV 30 50a | 50j 11 10 1 Tk 500 133E ED-7TV1 f 30 50a |1 50j fil 10 1 7000 500 133E (1205 21403 0.425 125404 2.040.2- 0.65 , 0.65 AP ek 0.8~1.0 0.8~1.] | EIAJMEYHESC-70 FP 0.240. = 1 i FHA eps 205A 205C = 205E 205G 1 1 1 1 Ped tee a 2 2 2 205B | 205D | 205F . 205H 1 1 I 1 PEER 2 2 207 10.02~11.28 oman] 1 T 10.69 +0.3 8.76+0.3 > 1.20~1.40 MA242R 1 208 15.2-16.2-- Pe BT | IMAX a -4~149 | 20.16@MAX EIAJ EE HH = SC-6 GE) RFOKAA, QCM, TL MBN OMT ED 1, RSM AMAXOMMBAIHS OL, ED LAPD SL OKS CTE GEE, 44. 4MAXIRMRY BCH HORS CHS, MEOW bis ERTS 4. 4 14p TH. [--3.81MIN rr 4MAX-~4 , ee | oe = a 3.0MIN 2.26MAX EAI, SC-7 (GE) RFOAAB, QU, WT 5 RRAUNOMDIED 1, R344 AMAXOWMALH SSE, PED RAMMED ASC TRUELY, 44, 4MAX iki & FH CHU REF ORA CH 4, MPO Lins BERTHS. a OS <q = S = fs a p17 ~ 165-10 19.0 6. 35MIN Ao | 31.24 MAX = a 4.32MIN 3.17MAX EIAJERR GA =SC-8A GE) RFOAWS, OUR, FTL 5 ARO MS EDI, F363. 5MAXOMMAI Sok, ED RAP HUEERE LL OAR THES KD, 63, 5MAXI2BR EAU RRORS TH 3, STOW LMS AERTS S. RARO TE BANS. Sams (0.532 2) EFHIXSC-8A Ht, SC-8BRF4 4 USC- BURFILABEDD 2 4D tua, CP EAL mm >