SK100B

SK100B %156 % :$$ "-$$ "<$$ %116* %16 % 8$$ "/$$ "#$$ 0 4 "$$ 7    3 4 8$ 9 5;"$$$8 5;"$$"/ 5;"$$"# Symbol 0 0256 Conditions 3 4 8$ 9 3&= 4 /. 9> "$  3&= 4 ".$ 9> "$  3&= 4 /. 9> 8*-+++"$  3&= 4 "/. 9> 8*-+++"$  3&= 4 /. 9> 02 4 @$ 7 3&= 4 "/. 9 3&= 4 "/. 9 3&= 4 ".$ 9> % 4 %16> %1 4 %116 Values "$$ "$$$ 8:$ .$$$ -:#$  + "*/"  + $*8 + -*:  + "*" Units 7 7 7 7? 7? % % A 7 7 ;CD ;CD 9 9 9 % H  SEMITOP® 2 Bridge Rectifier SK100B Target Data ? %2 %3 3 01 1=B        * "$ " $*/. /#$ B@$+++E".$ B@$+++E"/. -$$$  /.$$ / ": 3# Features                   3 3&= 3 % 6 6        Typical Applications*  0          1   1)           ! "#$$%  &  &      '   &   !(  ) *  + , #- .-/ + + .$ )> +++> "  C " +  F   G +   5,603IJ / %2* %3 * 3 4   &  &  B 1 26-01-2010 DIL © by SEMIKRON SK100B Fig. 1 Power dissipation vs. Output current Fig. 2 Surge overload current vs. time Fig. 3 Forward characteristics of single diode Fig. 4 Thermal transient impedance vs. time 2 26-01-2010 DIL © by SEMIKRON SK100B Dimensions in mm   3:<    3:< 5      *   I*        ...