Bridge Rectifier
SK 35 D 12 F
3412 3 3442( 3 42 3 ;.99 5 6 ,, #
% 7 6 89 :% 1< ,- ;.
Symbol
5 5442 > 54 5
12
C...
Description
SK 35 D 12 F
3412 3 3442( 3 42 3 ;.99 5 6 ,, #
% 7 6 89 :% 1< ,- ;.
Symbol
5 5442 > 54 5
12
Conditions
7 6 89 : 7!=6 ;.-: 1 ) +% 7!=6 .- ;.-%: 1 ) +% 7!=6 .- ;-9%:A 3463442 7!= 6 ;-9 :A ;9 7!= 6 :A 7!= 6 ;-9 :A ;9 7!= 6 :A 7!= 6 .- :A 5 6 ;- # 7!= 6 ;.- : 7!= 6 ;.- : 7!= 6 :A 3 6 3 42A 34 6 3442
Values
,, ") ;+ ") ;(- .(?% 9(; .% ;89 ;+. ) .( ) ;(. ) ?-
Units
# # @ # # # #B #B 3 3 C # # EFG EFG : : : 3 K
SEMITOP
®2
B 3 3 7% 7 54
Bridge Rectifier
SK 35 D 12 F Preliminary Data
4 =D%
Features
( ;9
;(? 9(.8, .+9 DH9)))I;-9 DH9)))I;.,999 .-99 % . .; 7?
7 7!= 7 3 2 2
Typical Applications /
&01 1201
! " #$ # $ % &$
' ( ) * +, -,.
)
) -9 'A )))A ; F ; ) J < ) 1*2570L .
D
1
11-04-2005 RAM
© by SEMIKRON
SK 35 D 12 F
Fig. 1 Power dissipation vs. Output current
Fig. 2 Surge overload current vs. time
Fig. 3 Forward characteristics of single diode
Fig. 4 Thermal transient impedance vs. time
Fig. 6
Fig. 5 Typ. reverse recovery charge Qrr= f(diF/dt)
2
11-04-2005 RAM
© by SEMIKRON
SK 35 D 12 F
Dimensions in mm
7?
7? ...
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