Diodo de avalancha SEMIKRON SKNa 102/36
3
Stud Diode Avalanche Diode SKNa 102 Publish Data Features !" #$% & ' !()* Typical Applications* + + ! + ),- +,- + ., SKN /01 .#! 3 % / + 1 & . 3 $% /4 $56 3 5 7&1 8. 9 :; !() $%<:; = !() $%<= =% !() $%<=% = !() $%<= =; !() $%<=; =5 !() $%<=5 !() $%< Symbol Conditions Values Units . 4 $5 6 3 5 /$%1 7& $% /$1 > ( $?$6 3 = 7&6 0% < 0; $$= < $;% ( $?$.6 3 : 7&6 0% < 0; $5@ < %;; .!# A 3 % 7&6 $ $@ A 3 $; 7&6 $ $; B A 3 % 7&6 5?: 444 $ $5 B A 3 $; 7&6 5?: 444 $ $% B . A 3 % 7&6 . 3 : 4 $?@ /"1 A 3 $ 7& 4 $ A 3 $ 7& 4 :?C D > A 3 % 7&6 > 3 /01 4 $ 8 A 3 $; 7&6 > 3 /01 6 4 $ E !# A 3 $; 7&6 3 $ 8 :; 'F /A,1 ?: (<F /,1 ?5 (<F A , = 444 G $; 7& , = 444 G $; 7& , H # ' $ ) @ -44 I @?5$ <B 4 $$ & J == SKNa 102 1 26-04-2006 SCT © by SEMIKRON
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Diodo de avalancha SEMIKRON SKNa 102/36
Transcript of Diodo de avalancha SEMIKRON SKNa 102/36
Stud Diode
Avalanche Diode
SKNa 102
Publish Data
Features
Typical Applications*
SKN
Symbol Conditions Values Units
SKNa 102
1 26-04-2006 SCT © by SEMIKRON
Fig. 1L Power dissipation vs. forward current Fig. 1R Power dissipation vs. ambient temperature
Fig. 2 Forward current vs. case temperature Fig. 4 Transient thermal impedance vs. time
Fig. 5 Forward characteristics Fig. 6 Rated surge overload current vs. time
SKNa 102
2 26-04-2006 SCT © by SEMIKRON
Dimensions in mm
* 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 SEMIKRONproducts in life support appliances and systems is subject to prior specification and written approval by SEMIKRON. Wetherefore strongly recommend prior consultation of our personal.
SKNa 102
3 26-04-2006 SCT © by SEMIKRON
