MiniSKiiP®0
3-phase bridge inverter
SKiiP 01AC066V1
Preliminary Data
Features
 
   
   
  !  
 
"   # $%&'&(
Typical Applications
) !  &*' +,
! - ! .*' +/
Remarks
 -! -  0
.('1 -2#
3    )
 40 .'51
6 7 !8 % 9: ,$ 8 .' ,: 4
0 .'51: , 0 &%5 ,
,$* ,;0 ! ) )
AC
Absolute Maximum Ratings 60 (' 1*   !
Symbol Conditions Values Units
IGBT - Inverter
,$6 %55 ,
0 (' =>5? 1 *40 .'5 1 .( =.5?
0 (' =>5? 1 *40 .>' 1 .( =..?
@ !0 . - .(
,$6 A (5 ,
4BC5###D.>' 1
Diode - Inverter
;0 (' =>5? 1 *40 .'5 1 .( =.5?
;0 (' =>5? 1 *40 .>' 1 .( =..?
;@ !0 . - .(
4BC5###D.>' 1
@6 ! ! - =(5 E !? (5
 ! 8  BC5###D.(' 1
, * . -# ('55 ,
Characteristics 60 (' 1*   !
Symbol Conditions min. typ. max. Units
IGBT - Inverter
,$ - 0%*40 (' =.'5? 1 .*. .*C' =.*%'? .*F' =(*5'? ,
,$=? ,$ 0 ,$* 0 . - '*F ,
,$=G? 40 (' =.'5? 1 5*H =5*>? .*. =.? ,
40 (' =.'5? 1 .55 =.%>? .&C =.FC? -I
 ,$ 0 (' ,* ,$ 0 5 ,* 0 . @ J 5*C' ;
 ,$ 0 (' ,* ,$ 0 5 ,* 0 . @ J 5*. ;
 ,$ 0 (' ,* ,$ 0 5 ,* 0 . @ J 5*5' ;
KD$$K ! B! 0 (' =.'5 ?1 -I
=4B? !  (*C LE/
=?    (5 
, 0 &55 ,* ,$ 0 BF,ED.', (' 
=? - 0%*40 .'5 1 .>' 
 0  0 C> I %5 
$=$? )  5*& =5*(? -M
Diode - Inverter
,;0 ,$ ;- 0%*40 (' =.'5? 1 .*& =.*&? .*% =.*%? ,
,=G? 40 (' =.'5? 1 5*H =5*F? . =5*H? ,
40 (' =.'5? 1 %> =F&? .55 =..>? -I
=4B? !  & LE/
@    ..*(
N ;- 0%*,0 &55 , 5*H 9
$ ,$ 05,*40 .'5 1 5*( -M
;E 0 'C5 E9
Temperature Sensor
 & O* 0 (' =.55? 1 .555=.%>5? I
Mechanical Data
- (.*'
@@ P ( (*' Q-
SKiiP 01AC066V1
1 13-12-2005 SCR © by SEMIKRON
Fig. 1 Output characteristic Fig. 2 Rated current vs. temperature
Fig. 3 Typ. transfer characteristic Fig. 4 Reverse bias safe operating area
Fig. 5 Turn-on /-off energy = f (IC) Fig. 6 Turn-on /-off energy = f (RG)
SKiiP 01AC066V1
2 13-12-2005 SCR © by SEMIKRON
Fig. 7 Typ. Gate charge characteristic Fig. 8 Thermal impedance
Fig. 9 Freewheeling diode forward characteristic
SKiiP 01AC066V1
3 13-12-2005 SCR © by SEMIKRON

!* -
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.
SKiiP 01AC066V1
4 13-12-2005 SCR © by SEMIKRON