MSKAB500-445-1

MSKa B500/445-1,5 -./01   ,:** ,>** --0$" )** ??*  3 ( 4 .5 3 6) 71 5& $"; /)**<66)=,#) $"; /??*<)@)=,#) + 8% 0  9 Symbol  %"$ B Conditions 5 3 6) 7#  ,1 Values ( ( )@ )* ,> ,(#) ,*** +' ,#?) *#@) ,** ) *#? (*** (: = 6* ''' F ,)* = )) ''' F ,)* () ( D> Units 4 4 4 4 4B 4B  9 84 4 8 E ;< 7 7  4 5 3 6) 7#   (1 5A 3 () 7# ,*  5A 3 ,)* 7# ,*  5A 3 () 7# @#: ''' ,*  5A 3 ,)* 7# @#: ''' ,*   3 ,* 8 5A 3 ()7# % 3 ,* 4 5A 3 ,)*7 5A 3 ,)*7 5A 3 ()7# -03-./01  5A 3 ,)*7# -03-./01  5A 3 ()7 Avalanche Bridge Rectifiers MSKa B500/445-1,5 0"$ -% -.5C1 5 0 0  D 0 .A=1 5A 5   %  Features                     Typical Applications            1)                 ! " # $   %&        $        ' ()* + ()* + ,  2) MSK 1 18-01-2005 SCT © by SEMIKRON http://www.Datasheet4U.com/ MSKa B500/445-1,5 Fig. 1 Rated output current vs. ambient temperature Fig. 2 Power dissipation vs. output current Fig. 6 Rated overload characteristic vs. time Fig. 7 Rated reverse power dissipation vs. time Fig. 9 Forward characteristics of a diode arm 2 18-01-2005 SCT © by SEMIKRON http://www.Datasheet4U.com/ MSKa B500/445-1,5 Dimensions in mm D > This technic...