brake chopper. SK74DGL063 Datasheet

SK74DGL063 chopper. Datasheet pdf. Equivalent

Part SK74DGL063
Description 3-phase bridge rectifier brake chopper
Feature SK 74 DGL 063 CONVERTER, INVERTER, BRAKE Absolute Maximum Ratings Symbol Conditions IGBT - Chopper 2.
Manufacture Semikron International
Datasheet
Download SK74DGL063 Datasheet



SK74DGL063
SK 74 DGL 063 CONVERTER, INVERTER, BRAKE
SEMITOP® 3
3-phase bridge rectifier +
brake chopper
SK 74 DGL 063
Preliminary Data
Features
  
      
       

    
   
 !    "#$ % &'$
 () $ % *+
Typical Applications*
 ,  
DGL
Absolute Maximum Ratings
Symbol Conditions
IGBT - Chopper
234
&
&,:
2'34
$ - ./ 76 0
&,:- .  &1  - ; 
$=
Diode - Chopper
&*
&*,:
$=
$ - ./ 76 0
&*,: - .&*1  - ; 
Rectifier
2,,:
&
&*4: B &$4:
&C
$ - 76 0
 - ;6  1  ;76 0 1$= - ./ 0
 - ;6  1  ;76 0 1$= - ./ 0
$=
$ $  1 ;6
$ 
2 (1 ; ? B ;
Characteristics
Symbol Conditions
IGBT - Chopper
23
2'3 
23$
$
 
 
 
, =>
& - 96 (1 $= -  0
2'3 - 231 & - 61/ (
$= - ./ 0 ;./ 0
$= - ./ 0 ;./ 0
23 - ./ 2'3 - 6 21  - ; :F
23 - 2'3 - 6 21  - ; :F
23 - 2'3 - 6 21  - ; :F
  &'$
      
 2 - 966 21 2'3 - < ;/ 2
 & - 96 (1 $= - 0
 ,' - ,' - .. E
3   H 
3
Diode - Chopper
2* - 23
2$
$
, =>
&* - 96 (1 $= -  0
$= - 0 ;./ 0
$= - 0 ;./ 0
  
&,,:
J
3
     
&* - ./ (1 2, - 966 2
2'3 - 6 21 $= - 0
*B - /66 (BK
Diode rectifier
2*
2$
$
, =>
&* - 96 (1 $= -  0
$= - ;/6 0
$= - ;/6 0
  
Temperatur sensor
,  L1 $ -  0
Mechanical data

: :  M
1 02-03-2010 DIL
$- ./01       
Values
Units
566
8/ 9.
;66
<.6
>86 ??? @;/6
2
(
(
2
0
95 .8
A6
>86 ??? @;/6
(
(
0
766
A8
9A6
57/
>86 ??? @;/6
.56
>86 ??? @;./
./66 B 9666
2
(
(
(C
0
0
0
2
$- ./01       
min. typ. max. Units
;17 .
.1; .19
2
9 8 /2
617/ 61D
2
;D ..
E
.15 *
> *
> *
; GB+
8/ 
86 
./6 
96 
;18/ I
;1. I
;18/ ;18
617/
..
;5
.
./
;1A ;1A/
61D
;5
;1A
2
2
E
GB+
(
K
I
;1./
617
;9

96
.1./
2
2
E
;1A GB+
E

.1/ "
© by SEMIKRON



SK74DGL063
SK 74 DGL 063 CONVERTER, INVERTER, BRAKE
Fig.5 Typ. output characteristic, tp= 80 µs, Tj=25°C
Fig.6 Typ. output characteristic, tp= 80 µs, Tj=125°C
Fig.7 Turn-on/-off energy = f(Ic)
Fig.8 Turn-on/-off energy = f(Rg)
Fig.9 Typ gate charge characteristic
2
Fig.10 Typ capacitance vs VCE
02-03-2010 DIL
© by SEMIKRON





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