256 BRE Yt BE rien |Z ea wit Vz D | AeLRHE BE He hi | We | r aE ; na ew &B@lH ZiP ll vz (W) RAE \Zamax | BH | Zzemax| RA | RRR |lemax| BE OD ih OF Ht F , (mW) / (mA) | omin typ max |Iz(mA)] (&) |IzGmA)! (2) [Iz(mA)] (H/C) | Ce AD VR (V) RD33ES Aaa 400 29. 68 33.11 [5 65 5 250 0.5 2anv/C 0.2 |25 Vz tdi Be A0ms CAGE, VAR 54 RD33F ag iW 31.0 35.0 |10 18 10 29m/C 10 25 Vz th BR A0ms CHAISE. Vo K43 RD33FM Ha 400 31.0 35.0 {2 80 2 10} 25 Veta Me tome TE RD33J Ba 400 $1.0 35.0 |5 250) 5 250 10.5 0.1 [25 | eM AW RD33JS ae 400 31.00 [33 35.00 15 250 5 250 0.5 30mV/C 0.1 [25 HERES A, V2 EK 533 RD33K aa 400 31.00 |33 35.00 |5 25005 250 0.5 | 30mv/C 0.1 25 | Vaid AOms THANE, MES RD33L AS 500 29. 68 33.11 |5 65 5 250 0.5 2amv/C 0.2 |25 Vz td BK 40m CHIGE, Pzsm=20 RD33M Hae 200 41.00 35.00 [2 80 2 29m/C 2 25 |W W2th TER 40ms CAGE RD33P aa WwW 31.0 133 35.0 {2 80 2 30mV/C 10) (25) [Vaid RA0ns CHE RD33S ag 200 31.00 35.00 |2 80 2 29m/C 2 25 | Vz thi RR AOms THGE RD3ISUT He 150 30. 30 33.97 10.5 }250 40.5 29mV/C 0.1 [25 Vz thi ER AOms CHIE, VeMIR3 RD33UM ae 150 31.00 35.00 |2 80 2 2omv/*C 2 25 | Vz bh i BE AOms TAGE RDS5A Ha 250 30.0 42.0 |2 250 (2 500 {0.5 0. 081 0.1 (26 | Vzidie RR CHE RD35D aa 10 30.0 40.0 |100 |7 100 0.08 Pld 75X75X1, 6mm DHI7 17> & RD36E Be 500 34.0 38.0 |5 75 5 250 0.5 29mv/C 0.2 [27 = [Veh Bed Oms CHIE, VzAIK 4 RD36ES qa 400 $2.14 35.7% |5 15 5 250 10.5 | 30m/C 0.2 27) | Vz BR AOms CAR, VRE oh RD36F Ha 1W 34.0 38.0 |10 20 10 32m/C 10 [27 | Vzid SPE AOms THE, Ve 3 RD36FM Ag 400 34.0 38.0 (2 90 2 10 [27 | Vz thi A0ms CAE RD36J ag 400 34.0 38.0 5 300 5 300 0.5 0.1 427 Ma RD36JS aa 400 34.00 |36 38.00 (5 300 5 300 0.5 33mV/C 0.1 (27 = | EMEA, Vze 533 RD36K ag 400 34.00 [36 38.00 |5 300 [5 300, 10.8 [38m/C 10.1 127) | Vath RR AOns CHIE, ERE RD36L aa 500 32.14 35.77 (5 75 5 250 (0.5 |30omv/*C [0.2 [27 =| ztki BB 4oms CH, Pzsm=20 RD36M Ha 200 34.00 38,00 |2 90 2 3amv/C 2 a7 | Vad se AOmsC Hae RD36P He Ww 34.0 [36 38.0 12 30 2 33m/C 10/27) | zta we Bons TAI RD36S aa 200 34,00 38.00 |2 90 2 32mV/C 2 27 | Vath BB AOns CAE RD36US Ag 150 33. 08 36.83 (0.5 300 0.5 32mv/C Q.4 (27 Vztd38 BH RA0ms CME, VAM KS 3 RD3BUM aw 150 34. 00 38.00 |2 90 2 3amv/7C | 2 27 Vals RE Re dOms CAE RD39E ag 500 37.0 43.0 [5 85 5 250 [0.5 = /3amvV/C 0.2 (30 Vz td BR AOms CMI, V2 437 RD39ES Ha 400 34. 68 38.52 15 85 5 280 0.5 /88mV/C [0.2 80 | VaR ME AOms CHIE, VA ES op RD39F aa iW 37.0 43.0 {10 20 10 36mV/C 10 [30 | Vztd BR AOns THE RD39FM ag 400 37.0 41.0 [2 130 [2 Vzit BBR Ons CHE RD39J ae 400 37.0 42.0 5 3605 360 |0.5 F RD39JS ag 400 37.00 [39 41.00 [5 360 | 5 360 f0.5 = | 86m/C (ERE, VHRR 493 RD39K Ha 400 37.00 [39 41.00 |5 360 | 5 360 10.5 = | 36m/C Vz tdi BAe CME, CME A RD39L as 500 34. 68 38.52 [5 85 5 250 [0.5 | 33m/*C Vz it HB RA0ms CME, Pzsm= 20" RD39M Ha 200 37.00 41.00 72 1002 36mV/C Vat SR A0ns CAE RD39P Hg 1 37.0 [39 44.0 }2 13042 36mv/C Vz td 38 AO ms CAE RD39S ag 200 37. 00 41.00 }2 1002 36mV/C V2ld si BK 40ns CANE RD39UJ He 150 35. 78 39.67 /0.5 |360 {0.5 35mV/C Vz tdi BSB 40ms C HUE, V2MH EK 533 RD39UM ag 150 37.00 41.00 /2 100 2 36m/C Vz th 38 BK 40ms CANE RD43E He 500 40 45 5 90 5 37mV/C Vz ths BS 40ms CAUSE RD43F Ha 1W 40 45 10 50 10 40m /C Vztd 4 0ms CHE RD43FM ag 400 40.0 45.0 [2 150 [2 Volts 2 40ns CALE RD43M ae 200 40.0 45.0 [2 1300/2 39mV/C Vz tds BK 40ms CAME RDA3P ag iW 40 45 2 150 2 40mv/C Vztd i Bh A0ns CME2.0402 us 0.45+0.1 05 4540.1 415B li 0.45401 @ @ 416C A417 jE Losror 326+ 0.2 3 417B 417C 11.0+ 0.3 9.8MAX i418 6a5p4 O- iUgust > <q = - 0.645 1.9 nC. CC, AB oop os TI, U5 UF a} e? va SEAR 7 = . oe iit 43 ott 0.4 At C AB ob ms z . x x ty a C2 a2? sRTRS 419 56 15.020. A pone Te 15.04+0.5 cette) 2 Ro 76 3h | es 4(+) 1 B Ny, 41421 A H |W t lou {2.1401 1340.1] 0,840.1 | 0.740.1/0.3+0.05) 0.11 40.05] 0:40.05 2540.15 LTEC.2 IU. 250,210.920,15/0.3:40,05) 0.25MIN 0.135893 020.05 2.5 1.7 | 1.25 | 0.9 | 0.3 HL 4422 2.50.2 1.7783 [1.5837 0.98 3 [0.32835 8.18835 040.05 3340.2] 21589 L587 | 113-F 10.5540] 020.05 0.182033 2,540.2 1.740.2]1.25+0.2) 0.90.2] 0.3+0.1 0,15+0.1 3.740.2/2.710.2 1,620.2] 1140.1 [0.5540,3 0.15+0.1)0~0.1 040.05 2,540.2 1740.1 /1.250:7/0.9+0.1]0.328:55 0.1855 4.820,15/2.740.1 1.5540.1511. 140,15] 0.55 0.15 0~0.1 00.05 3.8402] 27287 1540.2) 1720.1 1.2540.1 0.9401 0.38:45,0.440.15)0.16 86 L684 | 1.1234 0.550.) 0.168 43|0~0.1 040.05 3.340,2)2.6520.2 Ct #4 Gz > mm) 1.60.2} 1.140.2/ 0,620.2 0+0.05 +-12.73-- 12.83 ~J | 2.2~25 2.7~39 54~68~ CZ | : cen ee 4 > _] ms 16MAX LL nee ea = nN ha = = cad yi f KE Lo