Lo w P r o f ile (1 .5 ” )
S in g le , D u a l, Tr ip le
a n d Q u a d O u t p u t s
U n iv e r s a l In p u t
W o r ld w id e A g e n c y
A p p r o v a ls
M o d e l T E K 1 0 0
S m a lle r t h a n
1 0 0 W a t t S w it c h M o d e
P o w e r S u p p ly
C o m p a r a b le M o d e ls
S t o c k t o 6 W e e k s
D e liv e r y
Th e c o m p a c t TEK1 0 0 is
o ffe re d in s in g le , d u a l, t rip le
a n d q u a d o u t p u t s , c o m p le t e
w it h s h o rt -c irc u it a n d
Th e u n iv e rs a l in p u t TEK 1 0 0
s e rie s is d e s ig n e d fo r
c o m p lia n c e w it h in t e rn a t io n a l
s a fe t y a n d EM I s t a n d a rd s .
1 0 0 % B u r n -in /
H iP o t Te s t e d
o v e rv o lt a g e p ro t e c t io n .
S p e c if ic a t io n s
In p u t S p e c if ic a t io n s
O u t p u t C u rre n t : s e e m o d e l t a b le
In p u t Vo lt a g e : 9 0 -2 6 4 VAC
In p u t Fre q u e n c y : 4 7 -6 3 H z
In p u t S u rg e (c o ld s t a rt ):
4 0 A m a x @ 1 1 5 VAC ,
8 0 A m a x @ 2 3 0 VAC
P o w e r O u t p u t : 1 0 0 W , c o n v e c t io n c o o lin g
Effic ie n c y (@ m a x lo a d ): 7 0 % m in .
-
To t a l R e g u la t io n
S in g le O u t p u t : ±1 % (0 -1 0 0 % lo a d )
M u lt ip le O u t p u t :
Ke y Fe a t u r e s
M a in O u t p u t : ±3 % (2 0 -1 0 0 % lo a d )
A u x ilia ry O u t p u t s : ±5 %
Re lia b ilit y (M TBF): 1 0 0 ,0 0 0 h rs .
S h o rt -C irc u it P ro t e c t io n : H ic c u p Ty p e
O v e rv o lt a g e P ro t e c t io n : 1 2 5 % t y p ic a l
O v e rt e m p e ra t u re P ro t e c t io n
Te m p e ra t u re C o e ffic ie n t :
0 .1 % / °C , m a x .
Rip p le a n d N o is e : 1 % p -p
O v e rs h o o t (t u rn o n / o ff): N o o v e rs h o o t
S t e p Lo a d Re s p o n s e :
En v ir o n m e n t a l
-
-
O p e r a t in g
<5 % fo r 2 0 -1 0 0 % c h a n g e
Tu rn -o n D e la y (1 2 0 VAC ): 1 s e c , m a x .
H o ld -u p Tim e (1 2 0 VAC ): 2 0 m s
Te m p e ra t u re : 0 t o 5 0 °C Re la t iv e
H u m id it y : 0 t o 9 0 % , n o n -c o n d e n s in g
S t o r a g e
Te m p e ra t u re : -2 0 t o 8 5 °C
Re la t iv e H u m id it y : 5 t o 9 5 % ,
n o n -c o n d e n s in g
D e s ig n S t a n d a r d s
S a fe t y : U L, c U L, TU V, VD E, C E (P e n d in g )
EM I: FC C P a rt 1 5 C la s s
B
VD E 0 8 7 1 C la s s
A
O u t p u t S p e c if ic a t io n s
O u t p u t Vo lt a g e s : 3 .3 , 5 , 1 2 , 1 5 ,
2 4 , 4 8 VD C
P a c k a g e S iz e
1 .5 (H ) x 3 .5 (W ) x 6 .5 (L) in c h e s
A d ju s t a b ilit y : V1 :±5 %
