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A
0.6
鈥?.4
A
C ol l e c t o r C u r r e nt I
C
( A )
鈥?.2
鈥?0
A
C o l l e c t o r C u r r e n t I
C
( A )
鈥?
鈥?0
鈥? .1 A
se T
emp
)
Temp
)
(Case
鈥?
鈥?0mA
鈥?
鈥?
(Ca
I
B
=鈥?0mA
I
C
= 鈥?10 A
鈥?5A
0
0
鈥? . 5
鈥?1 .0
鈥? . 5
鈥?2. 0
0
0
0
0
鈥?
鈥?
鈥?
鈥?
鈥?0藲C (C
125
藲C
25藲C
ase Te
鈥?
B as e - Em i t t o r Vo l t a g e V
B E
( V )
mp)
C ol l ec t or - Emi t t e r V ol ta ge V
C E
(V )
Bas e C ur r en t I
B
( A)
( V
C E
=鈥?4 V )
300
D C C ur re n t Gai n h
F E
DC C ur r e nt Ga i n h
FE
200
25藲C
100
鈥?3 0藲 C
( V
C E
= 鈥?4 V)
12 5藲 C
Transient Thermal Resistance
胃
j- a
(藲 C/ W )
h
F E
鈥?I
C
Characteristics
(Typical)
h
F E
鈥?I
C
Temperature Characteristics
(Typical)
胃
j - a
鈥?t Characteristics
3
Typ
100
50
1
0.5
50
10
鈥?.02
鈥?.1
鈥?0. 5
鈥?
鈥? 鈥?1 0 鈥?1 5
20
鈥?.02
鈥?0. 1
鈥? . 5
鈥?
鈥?
鈥?0 鈥?5
0.1
1
10
100
Time t(ms)
1 0 00 20 0 0
C o ll e ct o r C ur ren t I
C
( A)
C o ll e ct o r C u r r e nt I
C
( A)
f
T
鈥?I
E
Characteristics
(Typical)
(V
C E
=鈥? 2 V )
30
鈥?0
Safe Operating Area
(Single Pulse)
100
3m
Pc 鈥?Ta Derating
Cu t-o ff F r e q u e nc y f
T
( M H
Z
)
Typ
Co lle c to r C u r r e n t I
C
( A)
20
鈥?0
鈥?
D
C
10
s
M ax im um P o w er Di s s i p a t i o n P
C
( W )
10
s
m
s
0m
80
60
鈥?
鈥?
鈥?.5
40
10
Without Heatsink
Natural Cooling
20
Without Heatsink
0
25
50
75
100
125
150
鈥?.2
0
0.02
鈥?.1
鈥?
0.1
1
Em i t t er C urre nt I
E
(A)
10
鈥?10
鈥?10 0
鈥? 0 0
3.5
0
Col l ec t or - Em i tt e r Vol t ag e V
C E
( V)
A m b i e n t T e m p e r a tu r e T a ( 藲 C )
26
3.0
鈥?
W
ith
In
fin
ite
he
at
si
nk
SANKEN
1
