SEMITOP®3
3-phase bridge rectifier +
brake chopper
SK 55 DGL 126
Preliminary Data
Features
 
  
   

   
  
! "#! $
%& !$ '(
Typical Applications*
)
DGL
Absolute Maximum Ratings !* +,-.   
Symbol Conditions Values Units
IGBT - Chopper
/01 2+33 /
"!* +, 43 - 53 6+ %
")7 ")7*+". * 2  83 %
/#01 9+3 /
!:;53 <<< =2,3 -
Diode - Chopper
"'!* +, 43 - 5, 6, %
"')7 "')7 * +"'. * 2  233 %
!:;53 <<< =2,3 -
Rectifier
/))7 2>33 /
"!* 43 - ,, %
"'17 ? "!17 * 23  .  243 - .!:* +, - 683 %
"@* 23  .  243 - .!:* +, - >4, %@
!:;53 <<< =2,3 -
! !. 23 +>3 -
! ;53 <<< =2+, -
/ %. 2 < ? 2 +,33 ? 6333 /
Characteristics !* +,-.   
Symbol Conditions min. typ. max. Units
IGBT - Chopper
/0 "* 6, %. !:* - 2.8 + +.2 /
/#0 /#0 * /0. "* 2., % , ,.4 >., /
/0! !:* +, - 2+, - 2 3.A 2.+ /
!!:* +, - 2+, - +3 62 +> B
 /0 * +, /#0 * 3 /. * 2 7C +.5 '
 /0 * +, /#0 * 3 /. * 2 7C 3., '
 /0 * +, /#0 * 3 /. * 2 7C 3.5 '
):;  "#! 2.3, D?(
    4, 
/ * >33 /. /#0 * 9 2, / 63 
 "* 63 %. !:* - 563 
)# * )# * ++ B A3 
0 E  5.> F
0 5.6 F
Diode - Chopper
/'* /0 "'* 5, %. !:* - 2., 2., 2.88 2.88 /
/! !:* - 2+, - 3.A+ /
!!:* - 2+, - 26.5 B
):;   2.+ D?(
"))7    63 %
G "'* ,3 %. /)* >33 / 23 H
0 /#0 *3/.!:* - F
'? * ,33 %?H
Diode rectifier
/'"'* +, %. !:* - ; 2.+, /
/! !:* 2,3 - 3.4 /
!!:* 2,3 - 26 B
):;   + D?(
Temperatur sensor
) I. !* - B
Mechanical data
63
77 J +., K
SK 55 DGL 126 CONVERTER, INVERTER, BRAKE
1 02-03-2010 DIL © by SEMIKRON
http://store.iiic.cc/
Fig.15 Typical input diode bridge forward characteristic Fig.16 Typical IGBT output characteristic
Fig.17 Turn-on/off energy=f(Ic) Fig. 18 Turn-on/off energy=f(Rg)
Fig.19 Typical gate charge characteristic
SK 55 DGL 126 CONVERTER, INVERTER, BRAKE
2 02-03-2010 DIL © by SEMIKRON
http://store.iiic.cc/
Fig.21 Typical switching time vs. Ic Fig.22 Typical switching time vs. Rg
SK 55 DGL 126 CONVERTER, INVERTER, BRAKE
3 02-03-2010 DIL © by SEMIKRON
http://store.iiic.cc/
Dimensions in mm
 ! 25 1  .   L.       M +
 ! 25
This is an electrostatic discharge sensitive device (ESDS), international standard IEC 60747-1, Chapter IX.
* The specifications of our components may not be considered as an assurance of component characteristics.
Components have to be tested for the respective application. Adjustments may be necessary. The use of SEMIKRON
products in life support appliances and systems is subject to prior specification and written approval by SEMIKRON. We
therefore strongly recommend prior consultation of our personal.
SK 55 DGL 126 CONVERTER, INVERTER, BRAKE
4 02-03-2010 DIL © by SEMIKRON
http://store.iiic.cc/