~~ 247 * RAE Yat Be BBR 112s o HE Vz D | AeA HE . ae ae it | WE | ae am Bw G | et BjlP fiz, vz WW) SE jZemax | HE |ZzKmax| AA | BEAR |iemax) WH XO th O fF HH =F , (mW) | (mA) | omin typ | max {Iz(mA)| (&) |Iz(ma)) (Q) jIzGmA)} (47C) | Ca A) YR (Y) MZL308 = 400 1.3 8.7 0.5 60 0.5 0.052 1 5 (EMER Y-2 Vn<5 we VAS Fie 24H MZL309 = 400 8.2 9.9 0.5 60 0.5 0. 058 0.5 (6 MERE -2 Vn we V/J iz 24H MZL310 = 400 9.4 11.5 |0.5 |80 0.5 0.064 0.5 [8 (EMERY Y-2 Vn<5 we V/S ie 24H MZL312 = 400 10.9 13.2 10.5 80 0.5 0.071 0.5 |9 WERE EY Y-2 Vince V//He 24H MZL314 =z 400 12.6 15.4 ]0.5 [80 0.5 0.077 0.5 [il | ARMEBRyY-A Vn<b ue V/V ie 24H MZL316 =# 400 14.6 18.1 {6.5 {80 0.5 0.082 0.5 [14 HERERYI-27 Vac10 we Vie 24H MZL318 = 400 16.9 19.7 |0.5 80 0.5 0.035 0.5 {15 HEME -2 n<i10 ue VA He 24H MZL320 =# 400 18.9 22.1 40.5 100 0.5 0. 038 0.5 j17 (MEG -2" Vn<20 we Viz 24H MZL322 = 400 20.9 24.1 |0.5 100 0.5 0.030 0.5 [19 (EME ET -2 Vn<20 we VA Ee 24H MZL324 = 400 22.9 26.0 |0.5 120 10.5 0.093 0.5 [21 EMERY I-2 n<20 pe V/Sie 24H MZL327 = 400 25.3 29.8 10.5 150 0.5 0.095 0.5 [23 (EMERY -2" Vn<30 ue V/Jitz 24H MZL330 = 400 28.6 33.0 |0.5 |200 |0.5 0.096 0.5 (26 = |ARMEBRYY-2" Vn<30 ue W/V 24H MZL333 = 400 31.6 36.0 |0.5 250 10.5 0.097 0.5 j29 AMERY I-A" n<30 ue W/V ie 24H MZL336 = 400 34.2 39.5 {0.5 300 |0.5 0.098 0.5 }82 | ABRREBRYY-2" Vn<d0 xe V/V 24H MZL339 = 400 87.0 43.0 |0.5 350 [0.5 0.100 0.5 [35 |ARMERRY I-32" Vind ue VASHz 24H MZL348 = 400 40.0 48.0 [0.5 400 0.5 0.101 0.5 439 (ERE Y-2 Vn<d0 we VA ie 24H P2427 yay 22 27 :32 1 0.08TY|P(1 = |~10A) 0.029 500 |20 |Ppeak=150W (PW=5ms) 67F P2227 yay 22 27 32 1 O.07TY|P(] = |~10A) 0.02V 500/20 |Ppeak=300W (PW=5ms) 676 P2427 Sua 22 27 32 1 O.O5TY)P(1 = |~10A) 0. 02V 500 (20 |Ppeak=450W (PW=5ms) 67H P2627 tury 22 27 32 1 0. O3TY|P(L ~10A) 0.02 500 |20 |Ppeak=1500W (PW=5ms) 67] P2628 tury 22 27 32 1 0.03TY|P(1 = |~10A) 0.02 500 {20 |Ppeak=1500W (PW=5ns) 2616 RD2. OE Ha 500 1, 88 2.20 | 20 140 | 20 2k 1 -1.0mV/C [120 [0.5 | Vztds RP 40ns CHE, Ve K 2 24C RD2. OES Ha 400 1.88 2.24 15 100 5 1k 0.5 -1.0mV/C ]120 [0.5 J Vid BRAOms CHIE, VMK 2 19F RD2. OF 4a iW 1.88 2.20 | 40 25 40 -1.5mV/C [200 0.5 | Vzid Me A0ms CHIE, V2 52 25A RD2. OHS ae 250 1.6 2.0 40.5 950 0.5 1200 {0.05 |-0. 7m/C |0.1 [0.5 fy-7 VatFRE, Vzld i BR A0ns CME 19F RD2. OL Aw 500 1. 88 2.20 1/5 100 j5 1k 0.5 [-1.5mV/C }120 |0.5 | ztdtiBR4Oms CHE, P2sm=20" 357A RD2. OM He 200 1.90 2.20 |5 1005 -L.0mV/C [120 0.5 | Vztd MB RAOms CHIE 610A RD2. OP aa iW 1.9 2.2 5 140 5 -1.5mV/C }200 j0.5 |Vztdi Me 40ms CHIE 237 RD2. 0S Ha 200 1.90 2.20 |5 100 5 -1.0mV/C $120 [0.5 |V2tti ee 40ns CHE 4208 RD2. OUH Ae 150 1.6 2.0 0.5 350 0.5 1200 {0.05 |-0.7mV/C [0.1 [0.5 | Vztds BR 40ms SMITE, vr-7 V2FRTE 420A RD2. OUM HR 150 1.90 2,20 |5 100 5 -1.0mV/C }120 [0.5 |Vztdii MB R40ms CME 420A RD2. 2E ag 500 2.09 2.41 | 20 120 20 2k 1 -1.5mV/C [120 [0.7 | Vztksi MM edOms CAE, Vz K 52 24 RD2. 2ES Hae 400 2.12 2.41 [5 100 5 1k 0.5 -1.5mV/C [120 [0.7 | Vztts Me 40ns CHIE, Ve K 42 19F RD2. 2F Ae iW 2.08 2.45 |40 20 40 ~2.0mV/C (200 [0.7 | VzitsBROms CH, V2 K5h2 5A RD2. 2HS Ha 250 1.9 2.3 j0.5 /350 /0.5 j1200 }0.05 |-0.75m/C}0.1 (0.5 |yy-7" V2eRHE, Vidi BM 40ms CANE 19F RD2. 2b He 500 2.12 2.41 |5 10015 1k 0.5 |-2. 5mV/C [120 [0.7 | Vztd se Ome CHIE, Pzsm=20W 357A RD2. 2M Ha 200 2.10 2.40 |5 1005 -1.5mV/C [120 [0.5 | Vztd i MRE 40ms CHE 610A RD2. 2P Ag Ww 2.1 24 15 140 5 -2.0mV/C |200 [0.7 |ziti BRA0ms CHIE 237 RD2. 28 He 200 2.10 2.40 |5 100 5 -1,5mV/C (120 |0.7 | Vziki BR 40ms THE 420B RD2. 2UH 5a 150 1.9 2.3 10.5 350 10.5 1200 10.05 |-0.75mV/C|0.1 [0.5 | Vztd si PB40ms CHIE, ye- 7 VOTE 420A RD2. 2UM Ba 150 2.10 2.40 |5 1005 -1.5mV/C }120 10.7 | ztki BRAOms THE 420A RD2. 4E o@ 500 2. 30 2.64 |20 100} 20 tk 1 -1.5mV/C 120 |1.0 | Vzldi BOs THE, Ves K2 24C RD2. 4ES aR 400 2.33 2.63 |5 100 5 1k 0.5 |-1.5mV/C ]120 |1.0 | Vztdi BB RAOms CHIE, Vos R532 79F RD2. 4F He 1W 2. 28 2.70 | 40 15 40 -2.0mV/C |200 | 1 Vztdi BB AOms THE, V2 EK 52 25A RD2. 4HS HR 250 2.2 2.6 0.5 350 0.5 1200 [0.05 {-0.8mV/C [0.1 [055 [y-7 V24FtE, Vzid i BK Ons CRE 19F- 311 a 1258 1259 qe (260 eH 21261 oD) ob dD, 6.0gMAX ; Lt. ia ool Ly 2 A t 6D 26.7MIN=- aE | ||| ge 6D 35 08 Tan |} |260A ND 23 E va 8 2608 589 las | o. os | 26 ; 4 ; 35MIN 260 3/54 | 26 10. 5 | 64 | 1 25MIN 12 | 2 oa Te 5 | 64 | 1. 30MIN 0.8 24+] 4 ; 27MIN 260E 5] 6 . 2/2.5+0.2| 0. 27MIN 0.86 3002) 1 a7MIN 3e 08 ant | | 20F +0 3 | R560+07 26.7MIN 1.0 | 29 262 : 4264 19.6MAX 17MAX L-- 40MAX : M]| | 1740.3 Ct iF Siz + mm >