SEMiX 241DH... #$% #%& #!% ! ( )*+ , - # # , ( ./ 0- ++ 1++ $2%3 )*!41 Symbol Conditions Values Units ! ( ./ 0 )*+ ( ++ 0 )++ 67 ( )/ 08 + 67 ( 9+ 08 + 67 ( )/ 08 .&9 <<< + ))/+ :++ )/9++ ; 67 ( 9+ 08 .&9 <<< + .+++ ; =< &: =< +&./ =< * # # ? $%& 5$% SEMiX® 13s Bridge Rectifier Module (halfcontrolled) SEMiX 241DH Preliminary Data Features Typical Applications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© by SEMIKRON SEMiX 241DH... Fig. 4L Power dissipation per module vs. direct current Fig. 4R Power dissipation per module vs. case temperature Fig. 5 Recovered charge vs current decrease Fig. 6 Transient thermal impedance Fig. 7 On-state characteristics Fig. 8 Surge overload current vs. time 2 21-06-2007 SCH © by SEMIKRON SEMiX 241DH... Fig.9 Gate trigger characteristics Dimensions in mm !4 $2%39 $2%39 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 21-06-2007 SCH © by SEMIKRON