276 ee ee ed ee ee | & kK et WR FE Veo iB # oF wt . HE | HR RA aH B &% | tt & |Psm | P |Verm{Ve | Is Ire Ve () Re TF 1 Ve |S bv RAE | Iemax | ee QO th O Ff H F F F 2 | GW) EO) 10 (A) 1 (mA) min | typ | max [le (ma)} (nv/C) = | (mA) | CV) RCA) 1 CY) TT Gna) | Cz Ad [Ve CV) MA27T-A BE 150 6 70# 11, 76 1.92 |3 ~6.5 3 1 6 ERR 23 MA27T-B BE 150 6 70* |1. 88 2.04 |3 -6.5 3 1 6 BARA 23 MA2TH-A BE 150 6 100#/ 1. 18 1.28 13 -4,6 3 1 6 BRRE 23c MAZIW-B WE 150 6 100%) 1. 28 1.38 13 4.8 3 1 6 ERR 23 MA2B~A BE 150 6 150%}. 56 0.61 [1.5 |-2.0 1.5 1 6 ZOD 610A WA28-B WE 150 6 150] 0.59 0.64 11.5 -2.0 1.5 1 6 BeARME 610A MAZ8T-A BE 150 6 70% | 1.76 1.92 13 ~6.5 3 1 6 ZeARML 610A MA28W-A RE 140 6 1004/1. 18 1.28 |3 -4.6 3 1 6 RARMF 610A MA29-A A 150 6 150#/0. 56 0.61 (1.5 -2.0 10 6 Vecd. 1V(1F250mA) BARB 23A MA29-B WF 150 6 150#/0. 59 0.64 11.5 |-2.0 to [6 Vecl. W(Lp=50mA) BRB 234 MA29Q-A BE 6 50 [2.20 2.40 |3 -8.8 3 1 6 Vect. 60 (IF =0. 01mA) 23A MA29Q-B BE 6 50 12.34 2.84 (3 -8.8 3 1 6 Ved. 809 (LF=0. OLmA) 23A MA2Z9T~A ME 150 6 70# | 1.76 1.92 |3 -6.5 1 6 Ve<1. 15V (1 e=0. 01mA) BRR 23A MA29T-B BE 150 6 70% |1. 88 2.04 /3 -6.5 1 6 Ve<1. 1SV([F=0. O1mA) BARE 23A MA29W~A WE 150 6 100%| 1. 18 1.28 |3 ~4.6 1 6 VE<O. 77 (Ie=0. 01mA) BARE 23A MA29W-B BE 180 6 100%) 1, 26 1.36 /3 ~4.6 1 6 Ve<0. 77V (e=0. 01mA) BRA 234 MA30-A BE 160 6 150*]} 0. 56 0.61 41.5 j-2.0 1.5 1 6 756 MA30-B RE 100 6 1808/0. 59 0.64 41.5 |-2.0 1.5 1 8 756 MA30W-A BE 100 6 100#]1. 18 1.28 {3 -4.6 3 1 6 Ve>0. 774 (IF =0. 01mA) 756 MA30-B RE 100 6 100#/1. 26 1.36 {3 -4.6 3 1 6 Ve>0. TTV (IF =0. Oma) 756 MY-1 AR 40 50 |0.88 10.62 10.65 |3 -1.9 3 10 8 BRARA 30E MV-11 AR 40 250 (11.18 1.30 [3 -3.6~-4.4 |3 30F MV-103 RR 40 15/182 1.92 [3 -5.6~-6.4 [3 308 MY-104 KR 40 15/1. 98 2.15 |3 ~5.0~-5.8 |3 30E $3016-R Re 3 50 [0.595 0.695/3 -1.9 3 10 [3 30C STO5-16 iB | 500 23 }22 16 |1 5 13. 6 507D ST05-27 MMI7 | 500 37, [1427 44 5 23 507D STV-284 tyay 150 {1.13 1.21 47 -4, 6540. 35)7 10 {5 BRA 688 STV-2H#8 tuay 150 [1.07 1.15 {7 -4.65+0. 35/7 10 {5 BARB 688 STV-3 epee 120 [1.6 1.7 [7 -7.03+0, 35/7 10 aE 150A STV-3H tury 50 1.66 1.74 |7 -7. 0340, 35]7 10 (50 | BRB 688 STV-3H3 tury 50 11.60 1.80 |7 ~1.0340.35)7 10 50) | 2G 688 STV~-3H&S Pua 50 | 1,72 1.80 |7 ~1,0340. 35}7 10/50) | RAR 688 STV-3148 tury 50/1. 60 1.68 |7 -7. 0340, 357 10 (150 | eRe 688 STY-4H tury 50 12.10 2.35 |7 -8.7~-9.9 ]7 10 [50 | Vr=1. 89~ 2. 22V(IF=2mA) 688 svo2ys tury 30/200 [1.0 {1.2 [4.4 [1 10 |100) [Vr=1. 540. 25(LF=T0mA) 51B SVO3YS tury 27/150 }1.6 [1.8 |2.0 j1 10 |100) | Vr=2. 340. 25(1F=70mA) 87B SVO4YS tury 25 |100 |2.10 [2.35 /2.60 |1 10 |100 |VF=3.0+0. 3V(IF=70mA) 67B SVO5YS tury 22 \80 12.7 43.0 43.3 44 10 |100 |Vp=3. 8+ 0. 4(1f=70mA) 67B SVO6YS yay 20 |70 [3.15 13. 3.85 |1 10 {100 |Vp=4. 50. 45V([e=70mA) 67B Sv-1 tury 500 150 0. 3C50 2 ALAR, 100mA- TIVE F (MAI & &) WH, BAR EO 21 S-1 BI 500 180 [0. 3V C50 HALLE, 100mACIVEL F (ARI }) HZ, BARLEY 21c SV-1 aa 500 150 10. 3VC50 # ALLE, 100mA CLIVE F (Ala & &) WE, BRREO ae SV-2 tyry 500 150 |1.2C50 ALLER, 100mA GAVEL F (ma Ala & 6) WIE, BARA a1c SV-2 PRT [500 L 150 |i av-@50 se ALLR. 100mk-CAVDLF Gta & b) SH, RAK z1c6 Hs 2~4AR7 MORE a9 36. SMAX-~} ~3.5 iE 22, 5SMAX_4 A| . t . 1 - (+74 7 [oe 67B | 5.00.2 | 2,740.2 |0.6+0.05| 62.340.7 os > (ar FY(TIo 67C | $.040.2 | 2.7+0.2 |0.78+0.05) 62.3+40.7 05 (27MIN emo | 7atoa} ase | 4s | sgte.s | oes495__- 67E | 7,240.2 | 4.040.2 | 0.6+0.05| 62.340.7 1440.2 67F | 7.20.2 | 4.040.2 |0.78+0.05] 62.50.7 6G | 7.2+0.2 | 4.00.2 |0.98:40.05) 62.5:0.7 [eo+0.2]6.520.2[i4to1] sot7 | we0.7 | to#0.2 | 1420.1] 5640.7 A so | 6 t 5.0+0.4 |1.740,03] 0.40.03 | 5442.5 r 75 16.09MAX SMALL. CO: : T 19,.0MAX fv2qMax 4,540.2 1.32 B 13.5M AX f- 25MIN }-30MIN=b~-14MAX-}-- 30MIN Ch 2 hz + mm >