heatsink for studs and bridge rectifiers p 1 features
!
" # $ % !
" & " & ' ( ) * + , ( - . / 0 - * * . & % . / $ $ . / 0 - ' ( ( - . + , ( - . / * 1 * ( - . & % . / - 0 ( / $ ' ( - . . + , - 2 3 ( / * . / 2 . - . . & % . / ( * - / - ' ( ( - . + 2 4 5 , 6 ( . / ) . ) . & % . / - * ( / $ ' ( ( - . + 2 4 5 , 6 - . / 1 . ( . . & % . / - ( / $ ' ( - . . + 2 4 5 , 6 - . / 2 ) ( $ . & % . / ( ) - / - dimensions in mm ' (
! 7 ( ( / $ % dimensions in mm ' (
p 1 1 17-03-2005 adr ? by semikron
fig.1 thermal resistance vs.dissipated power, natural cooling fig.2a thermal resistance per component vs.length, natural cooling fig.2b thermal resistance per component vs.length, natural cooling fig.2c thermal resistance per component vs.length, natural cooling fig.2d thermal resistance per component vs.length, natural cooling fig.9a transient thermal impedance vs.time p 1 2 17-03-2005 adr ? by semikron
fig.9b transient thermal impedance vs.time fig.11 transient thermal impedance vs.time p 1 3 17-03-2005 adr ? by semikron
dimensions in mm ( 6
3
' (
dimensions in mm - 6
3
' (
8 p 1 4 17-03-2005 adr ? by semikron
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