Thyristor. SKKH105 Datasheet

SKKH105 Datasheet PDF

Part SKKH105
Description Thyristor
Feature SKKT 105, SKKH 105 THYRISTOR BRIDGE,SCR,BRIDGE /0.1 / #66 <66 =66 4"66 4#66 4<66 4=66 /001 /%01 /.
Manufacture SEMIKRON
Datasheet
Download SKKH105 Datasheet

SKKT 105, SKKH 105 THYRISTOR BRIDGE,SCR,BRIDGE /0.1 / #66 < SKKH105 Datasheet




SKKH105
SKKT 105, SKKH 105 THYRISTOR BRIDGE,SCR,BRIDGE
/0.1
/
#66
<66
=66
4"66
4#66
4<66
4=66
/001 /%01
/
966
!66
566
4$66
4966
4!66
4566
2+01. 3 456 * ( ,       )
2+*/ 3 46! * (   4567 + 3 5# 8&)
.:: 46#;69%
.::+ 46#;6!
.::+ 46#;65
.:: 46#;65%
.::+ 46#;4$
.:: 46#;4$
.::+ 46#;49
.:: 46#;49
.::+ 46#;4!
.:: 46#;4!
.::+ 46#;45
.:: 46#;45
SEMIPACK® 1
Thyristor / Diode Modules
SKKT 105
SKKH 105
Features
        
     
 
        

      !" #"$
Typical Applications
 %&    
(       )
 *&     
 +     
(   ,   
   )
 -        
(     )
1) .       
Symbol
2+*/
2%
201.
2+.1
B
/+
/+(+C)
+
2%%7 20%


(;)
(,;)
G
2
2
/E+
2E+
/E%
2E%
0 (H)
0 (H)
0 (H)
0 (H )
+,
+ 
/ 
1
1


& 
Conditions
  4567 + 3 5# (466) 8&7
-";456>7 + 3 "# 8&7 ?$ ; ?!
-4!;$66>7 + 3 "# 8&7 ?$ ; ?!
-";456>7 + 3 "# 8&7 @4 ; @"
+, 3 $# 8&7 46 
+, 3 4"6 8&7 46 
+, 3 $# 8&7 5"  46 
+, 3 4"6 8&7 5"  46 
+, 3 $# 8&7 2+ 3 "66 *
+, 3 4"6 8&
+, 3 4"6 8&
+, 3 4"6 8&7 /0% 3 /0017 /%% 3 /%01
+, 3 $# 8&7 2E 3 4 *7 E; 3 4 *;F
/% 3 6!< A /%01
+, 3 4"6 8&
+, 3 4"6 8& 7 .:: % ; .:: 
+, 3 4"6 8& 
+, 3 $# 8&7  ; 
+, 3 $# 8&7 0E 3 "" D7  ; 
+, 3 $# 8&7 
+, 3 $# 8&7 
+, 3 4"6 8&7 
+, 3 4"6 8&7 
 7      ;  
  4567      ;  
4$67      ;  
     ;  
  #6 7  7 4 ; 4  
   K
   
 
.::+
.::
Values
46! (<5 )
49# ; 456
4=6 ;$!6
$66 ; " A 496
$$#6
4=66
$#666
45666
 4!#
 6=
 $
 $6
4
$
 4#6
 #66 ; 4666
466
4#6 ; $#6
"66 ; !66
  "
  4#6
 6$#
 !
6$5 ; 649
6" ; 64#
6"$ ; 64!
6$ ; 64
H 96  I 4"6
H 96  I 4$#
"!66 ; "666
# L 4# M4)
# L 4#M
# A =54
=#
*#
*!
Units
*
*
*
*
*
*
*B
*B
/
/
D
*
F
F
*;F
/;F
F
*
*
/
*
/
*
:;@
:;@
:;@
:;@
8&
8&
/J
N
N
; B

SKKT SKKH
1
13-10-2004 NOS
© by SEMIKRON



SKKH105
RECTIFIER,DIODE,THYRISTOR,MODULE
Fig. 1L Power dissipation per thyristor vs. on-state current
Fig. 1R Power dissipation per thyristor vs. ambient temp.
Fig. 2L Power dissipation per module vs. rms current
Fig. 2R Power dissipation per module vs. case temp.
Fig. 3L Power dissipation of two modules vs. direct current
Fig. 3R Power dissipation of two modules vs. case temp.
2
13-10-2004 NOS
© by SEMIKRON




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