SK 70 B SEMITOP® 2 %123 %113* %13 0 4 #5 6 % 5$$ "/$$ % 5$$ "/$$ 7 4 5$ 8 29 :$ $5 29 :$ "/ "#$$ "#$$ 29 :$ "# Symbol Conditions 0 7 4 5$ 8 0;23 > Values Units #5 6 7&< 4 /. 8= "$ 7&< 4 "/. 8= "$ 7&< 4 /. 8= 5*-+++"$ :$$ .#$ /?.$ 6 6 6> 7&< 4 "/. 8= 5*-+++"$ "-:$ 6> + "*/ + $*5 + "" + ? % % @ 6 6 "*/ $*- 9BC 9BC /#$ A?$+++D".$ 8 8 A?$+++D"/. 8 -$$$ /.$$ / % G %; %7 7 01 7&< 4 /. 8= 0; 4 -. 6 7&< 4 "/. 8 7&< 4 "/. 8 7&< 4 ".$ 8= % 4 %13= %1 4 %113 Preliminary Data 1<A Features 7 7&< * "$ + + .$ )= +++= " B " + E F Typical Applications 0 1 % 3 3 + "H 2,307IJ / 7# Bridge Rectifier SK 70 B ! "#$$% & & ' & !( )* + , #- .-/ 7 B 1 06-10-2005 SCT © by SEMIKRON SK 70 B 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 06-10-2005 SCT © by SEMIKRON SK 70 B Dimensions in mm 7# 7# 2 * I* 4 / This technical information specifies semiconductor devices but promises no characteristics. No warranty or guarantee expressed or implied is made regarding delivery, performance or suitability. 3 06-10-2005 SCT © by SEMIKRON