Re
v
. C No
v
. 2 0 0 8
T 01 -3
S y m bol P a r a m e t er
V
a l ue U n it s
V
D R M
/ V
P RM
P ea k Repe t i t i v e F or w a r d B l o ck
i
n g V o l t age(ga t e open ) (No t e 1 ) 60 0 V
I
T ( R M S )
F or w a r d Curren t R M S ( A ll Condu ct i o n A ng
l
e s , T J = 5 8
℃
) 1 6 A
I
T S M
P ea k F or w a r d S urg e Curren t , ( f u ll Cy c l e , S i n e W ave , 50 / 6 0 Hz ) 160 / 16 8 A
I
2
t C i r c u it F u s i n g Con s i dera t i on s ( t p = 1 0 m s ) 14 4 A
2
s
P
G M
P ea k G a t e P o w e r — F or w a r d , ( TJ = 58 ° C , P u l s e w i t h ≤ 1 . 0u s ) 5 W
P
G ( A V )
A verag e G a t e P o w e r — F or w a r d , ( O ve r an y 20 m s per i od ) 1 W
d I/ d t
Cr i t i c a l ra t e o f r i s e o f on- st a t e c urren t
I
T M
= 2 0 A ; I
G
= 2 0 0 m A
;
d I
G
/ d t = 200 m A / µ s
T
J
= 125
℃ 5 0 A / μ s
I
F G M
P ea k G a t e Curren t — F or w a r d , T
J
= 125 ° C (2 0 µ s , 12 0 P P S ) 4 A
V
R G M
P ea k G a t e V o l t ag e — Rever s e , T
J
= 12 5 ° C (2 0 µ s , 12 0 P P S ) 1 0 V
T
J ,
J un ct
i
o n
T
e m pera t ur e -40 ~ 12 5
℃
T
s tg
St orag e
T
e m pera t ur e -40 ~ 15 0
℃
C o p y r igh t @ W
i
n s em i
Microelectronics
C o . , Lt d . , A l l ri g h t r e s er v ed .
W TP B16A60 SW
S
S
S
S e
e
e
e n
n
n
n si
si
si
si t
t
t
t ive
ive
ive
ive
G
G
G
G a
a
a
a t
t
t
t e
e
e
e
B
B
B
B i
i
i
i -
-
-
- D
D
D
D ir
ir
ir
ir e
e
e
e ct
ct
ct
ct i
i
i
i o
o
o
o n
n
n
n al
al
al
al Tri
Tri
Tri
Tri o
o
o
o d
d
d
d e
e
e
e T
T
T
T h
h
h
h y
y
y
y ri
ri
ri
ri st
st
st
st o
o
o
o r
r
r
r
F
F
F
F ea
ea
ea
ea t
t
t
t u
u
u
u r
r
r
r es
es
es
es
■ R epe t i t i v e P ea k o ff - St a t e V ol t age : 600 V
■ R. M .S O n -St a t e C u rr en t (I
T (R M S )
= 16 A
■ Lo w on - s t a t e v ol t age : V
TM
= 1 . 5 5 V( M a x .)@ I
T
= 22 . 5 A
■ H ig h C o m mu t a t io n d V/ d t.
■
Halogen free (WTPB16A60SW-HF)
G
G
G
G e
e
e
e n
n
n
n e
e
e
e r
r
r
r al
al
al
al D
D
D
D esc
esc
esc
esc ri
ri
ri
ri p
p
p
p ti
ti
ti
ti o
o
o
o n
n
n
n
G ene r a l pu r po s e s w i T Jhin g an d pha s e con t r o l applic at ion s .
T hes e de v ic e s a re in t ende d to b e in t e rf ac e d di r ec t l y to mic r o -
con t r olle r s , logi c in t eg r a t e d ci r c u i t s an d o t he r lo w po w e r ga t e
tr igge r ci r c u i t s suc h a s f a n spee d an d t e m pe r a t u re modula t io n
con t r ol , ligh t in g con t r o l an d s t a t i c s w i t c h in g r ela
y
.
A
A
A
A b
b
b
b s
s
s
s o
o
o
o l
l
l
l u
u
u
u t
t
t
t e
e
e
e M
M
M
M ax
ax
ax
ax im
im
im
im u
u
u
u m
m
m
m R
R
R
R a
a
a
a ti
ti
ti
ti ng
ng
ng
ng s
s
s
s ( T J = 25 ℃ unle s s o t he r w is e spec i f i ed )
No
No
No
No te1:
te1:
te1:
te1: . Al t h o ugh n o t re c o mm e n de d , o ff - s t a t e v o l t ag e s up t o 8 0 0V m ay be ap p li e d w i t hout d a m ag e , b u t t h e TR I AC m ay
s w i T J h t o t h e o n - s t a t e. T he ra t e of ri s e of c u rre n t s h ould n o t e x c e ed 1 5 A / u s .
Th
Th
Th
Th e
e
e
e rm
rm
rm
rm al
al
al
al Ch
Ch
Ch
Ch a
a
a
a r
r
r
r ac
ac
ac
ac t
t
t
t e
e
e
e ri
ri
ri
ri s
s
s
s ti
ti
ti
ti cs
cs
cs
cs
S y m bol P a r a m e t er
V
a l ue
U n it s
M i n T y p M ax
R
Q J C
T her m a l Re s i st an c e , J un ct
i
on- t o-Ca s e - - 1 . 6 ℃ / W
R
Q J A
T her m a l Re s i st an c e , J un ct
i
on- t o- A m b i en t - - 6 0 ℃
/ W
