brake chopper. SK95DGL126 Datasheet

SK95DGL126 chopper. Datasheet pdf. Equivalent

Part SK95DGL126
Description 3-phase bridge rectifier brake chopper
Feature SK 95 DGL 126 CONVERTER, INVERTER, BRAKE Absolute Maximum Ratings Symbol Conditions IGBT - Chopper /.
Manufacture Semikron International
Datasheet
Download SK95DGL126 Datasheet



SK95DGL126
SK 95 DGL 126 CONVERTER, INVERTER, BRAKE
SEMITOP® 3
3-phase bridge rectifier +
brake chopper
SK 95 DGL 126
Target Data
Features
  
      
       

    
   
 !   "#! $
 %& ! $ '(
Typical Applications*
 )  
DGL
Absolute Maximum Ratings
Symbol Conditions
IGBT - Chopper
/01
"
")7
/#01
! * +, 43 -
")7* +  ".  * 2 
!:
Diode - Chopper
"'
"')7
!:
! * +, 43 -
"')7 * +"'.  * 2 
Rectifier
/))7
"
"'17 @ "!17
"A
! * 43 -
 * 23  .  243 - .!: * +, -
 * 23  .  243 - .!: * +, -
!:
! !  . 23
! 
/ %. 2 < @ 2
Characteristics
Symbol Conditions
IGBT - Chopper
/0
/#0 
/0!
!
 
 
 
) :;
" * 6, %. !: * +, 2+, -
/#0 * /0. " * 2., %
!: * +, - 2+, -
!: * +, - 2+, -
/0 * +, /#0 * 3 /.  * 2 7C
/0 * +, /#0 * 3 /.  * 2 7C
/0 * +, /#0 * 3 /.  * 2 7C
  "#!
      
 / * >33 /. /#0 * 9 2, /
 " * 63 %. !: * 2+, -
 )# * )# * ++ B
0   E 
0
Diode - Chopper
/' * /0
/!
!
) :;
"' * 5, %. !: * +,2,3 -
!: * - 2+, -
!: * - 2+, -
  
"))7
G
0
     
"' * ,3 %. /) * >33 /
/#0 * 3 /. !: * 2+, -
'@ * ,33 %@H
Diode rectifier
/'
/!
!
) :;
"' * 6, %. !: * +,2+, -
!: * 2,3 -
!: * 2,3 -
  
Temperatur sensor
)  I. ! *  -
Mechanical data

7 7  J
1 02-03-2010 DIL
!* +,-.       
Values
Units
2+33
53 6+
83
9+3
;53 <<< =2,3
/
%
%
/
-
5, 6,
233
;53 <<< =2,3
%
%
-
2>33
?>
833
+5,3
;53 <<< =2,3
+>3
;53 <<< =2+,
+,33 @ 6333
/
%
%
%A
-
-
-
/
!* +,-.       
min. typ. max. Units
2.8 + +.2 /
, ,.4 >., /
2 3.? 2.+ /
+3 62
+> B
+.5 '
3., '
3.5 '
2.3, D@(
4, 
63 
563 
?3 
5.> F
5.6 F
2., 2.,
3.?+
26.5
63
23
2.88 2.88
2.+
/
/
B
D@(
%
H
F
; 2.+ /
3.4 /
22 B
2.+ D@(
B
63 
+., K
© by SEMIKRON



SK95DGL126
SK 95 DGL 126 CONVERTER, INVERTER, BRAKE
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
2 02-03-2010 DIL
© by SEMIKRON





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