SKN a 4 Ienms = 20 AS Ipy- 3,7 A SKNa 4/13 SKNa 4/17 Vier) = 1300 V => 1700 V IrAV (Tamb = 45 C, sin. 180 el) 3,7A leRMS 20A lrav (Tamb = 45 C, rec. 120 %el) 35A lesa (Ty = 25C) 190A (Tyi = 150 C) 160A ?t (Ty; = 150 C, > 10 ms) 130 A?s (Ty; = 150 C, 5 ms) 95 A2s Prsm (Tj = 150 C, t = 10 ps) 3000 W Ir (Ty = 25 C, 70 %o Visry) typ. 10 pA Ve (lp = 10 A) max. 1,25 V Vito) (Ty = 25 C) 0,85 V ry (Ty; = 25 C) 30 mQ ter (Ty; = 25 C) typ. 15 us Rihia typ. 25 C/W Rihic typ. 1,8 C/W Ti 40...+ 150C Tstg 55...+ 180C M 0,8 Nm a 5 - 9,81 m/s? w ca. 20g RC 0,02 uF + 500 Q (1 W) Re 270 k& (2 W) Ex SKNa 4/17 50 'Flov) 'esm 18 SKNa 4 af sin. 180 25C | 190A 150C | 160A 08 06 04 t 10! 102 ms 103 Fig. 4 sin. rec.120 "Eov) NG 1 Ieay 0,7 % Tamb 50 100 150 200 1 D 2 3 4 5 10 20 30 40 50 100 Fig. 6 Fig. 8 ~ 1420.8 104 w 103 278 o N 10? | 8 o N 40! | ry Ts 10 iy 7 B. RRM _e| 14 101 103 je "18 Fig. 9 Fig. 11 51