SKM 300GB063D 7 3' 8&! " Absolute Maximum Ratings Symbol Conditions IGBT %&$4 9 7 3' 8& & 9 7 1'( 8& ;(( % <(( . 7 =( 8& *(( . ;(( . A 3( % 1( E 7 3' 8& 3'( . 7 F( 8& 1=( . ;(( . 9 7 1'( 8& 1;(( . 7 3' 8& <(( . 7 F( 8& 3=( . F(( . 3F(( . '(( . -9 <( ### G 1'( 8& <( ### G 13' 8& 3'(( % &>?73@& %$4 Superfast IGBT Modules %&& 7 *(( %B %$ C 3( %B %&$4 D ;(( % + 9 7 1'( 8& +>? +>?73@+ +4? 7 1( B # SKM 300GAR063D Freewheeling Diode SKM 300GAL063D + 9 7 1'( 8& +>? +>?73@+ +4? 7 1( B # ! " " # $ # #""# " %&$ '( ) "" *( ) % &! &! & " + , " - &. /& / & 01* 2 03( 2 Typical Applications 4 0 " 2 4 .& - - - 54 6 - 0>?42 % .&! 1 # %$02 %$ 7 %&$! & 7 ; . &$4 %$ 7 ( %! %&$ 7 %&$4 %&$( &$ %&$02 & & %$ 7 1' % min. typ. max. Units <!' '!' ;!' % 9 7 3' 8& (!3 (!; . 9 7 3' 8& 1!(' 9 7 13' 8& 1 % 9 7 3'8& *!3 H 9 7 13'8& <!= H & 7 *(( .! %$ 7 1' % 9 7 3'8&-# %&$ 7 3'! %$ 7 ( % J %$ 7 (%###G1'% > 9 7 8& > 7 ; H >"" 7 ; H % 3!1 3!' 9 7 13'8&-# 3!< 3!F " 7 1 ?I 1= 3 + + 1!3 + =3( & ( K 1;( F( 1< ''( '( L 1* L & >092 1 7 3' 8&! " Characteristics Symbol Conditions IGBT $"" GAL 9 7 1'( 8& Module 0 2 $ 0""2 " GB 9 7 13' 8& Inverse Diode SKM 300GB063D Features Units 7 3' 8& &>? SEMITRANS® 3 Values %&& 7 *((% & 7 *((. 9 7 13' 8& %$ 7 A 1'% (!(M % % NO6 GAR 05-09-2006 SEN © by SEMIKRON SKM 300GB063D Characteristics Symbol Conditions Inverse Diode %+ 7 %$& SEMITRANS® 3 Superfast IGBT Modules + 7 *(( .B %$ 7 ( % min. typ. max. Units 9 7 3' 8&-# 1!;' 3 % 9 7 13' 8&-# 1!;' %+( 9 7 13' 8& + 9 7 13' 8& * 9 7 13' 8& 13( 1F >>? J + 7 *(( . $ %$ 7 1' %B %&& 7 *(( % >092/ 3 % (!M % *!= H . E& L (!3' NO6 Freewheeling Diode %+ 7 %$& + 7 <(( .B %$ 7 ( % 9 7 3' 8&-# 1!;' 3 % 9 7 13' 8&-# 1!;' 3 % SKM 300GB063D %+( 9 7 13' 8& (!M % SKM 300GAR063D + 9 7 13' 8& * % SKM 300GAL063D >>? J + 7 *(( . $ %$ 7 1' %B %&& 7 *(( % >092+/ Features Module >02 ? Q ?; ? ?; ! " " # $ # #""# " %&$ '( ) "" *( ) % &! &! & " + , " - &. /& / & 01* 2 03( 2 Typical Applications 4 0 " 2 4 .& - - - 54 1*( 3* L (!1' &$ >&&PG$$P 1' #! . E& 3( NO6 7 3' 8& (!*' H 7 13' 8& (!' H (!(*F NO6 * ' 3!' ' *3' This is an electrostatic discharge sensitive device (ESDS), international standard IEC 60747-1, Chapter IX. This technical information specifies semiconductor devices but promises no characteristics. No warranty or guarantee expressed or implied is made regarding delivery, performance or suitability. 6 - GB 2 9 7 13' 8& GAL GAR 05-09-2006 SEN © by SEMIKRON SKM 300GB063D Zth Symbol Zth(j-c)l Conditions Values Units > > > > 71 73 7* 7< 71 73 7* ;' 1M <!= 1!* (!('1F (!(3<1 (!((31 QO6 QO6 QO6 QO6 7< (!(((1 SKM 300GAR063D > > > > 71 73 7* 7< 71 73 7* 1<( F' 3(!'' <!<' (!(;1* (!((<1 (!((<' QO6 QO6 QO6 QO6 SKM 300GAL063D 7< (!(((* SEMITRANS® 3 Zth(j-c)D Superfast IGBT Modules SKM 300GB063D Features ! " " # $ # #""# " %&$ '( ) "" *( ) % &! &! & " + , " - &. /& / & 01* 2 03( 2 Typical Applications 4 0 " 2 4 .& - - - 54 6 - GB 3 GAL GAR 05-09-2006 SEN © by SEMIKRON SKM 300GB063D Fig. 1 Typ. output characteristic, inclusive RCC'+ EE' Fig. 2 Rated current vs. temperature IC = f (TC) Fig. 3 Typ. turn-on /-off energy = f (IC) Fig. 4 Typ. turn-on /-off energy = f (RG) Fig. 5 Typ. transfer characteristic Fig. 6 Typ. gate charge characteristic 4 05-09-2006 SEN © by SEMIKRON SKM 300GB063D Fig. 7 Typ. switching times vs. IC Fig. 8 Typ. switching times vs. gate resistor RG Fig. 9 Transient thermal impedance of IGBT and Diode Fig. 10 CAL diode forward characteristic, inclusive RCC'+ EE' Fig. 11 Typ. CAL diode peak reverse recovery current Fig. 12 Typ. CAL diode recovered charge 5 05-09-2006 SEN © by SEMIKRON SKM 300GB063D & / '; 6 & / '; . & / '= 0R / ';2 05-09-2006 SEN .> & / 'F 0R / ';2 © by SEMIKRON