E l e c t r i c a l S p e c i f i c a t i o n s
S
p
e
c
f i
c i
t a
o i
n
O
v
e
a r
l l
T
+
V
(
M
t o
r o
V
o
a t l
g
) e
I
n I
p
t u
C
r u
e r
t n
i
I
Q
u
e i
c s
e
t n
C
r u
e r
t n
Q
R
H
g i
h
D
S
R
L
o
w
D
S
B
n I
p
t u
R
e
e v
s r
e
B
e r
a
k
d
o
w
n
V
R
V
o
a t l
g
e
V
n I
p
t u
F
o
w r
a
d r
V
o
a t l
g
e
F
I
n I
p
t u
F
o
w r
a
d r
C
r u
e r
t n
F
T
S
e t
p
C
o l
k c
P
u
s l
e
W
d i
h t
C
L
K
T
S
t e
u -
p
i T
m
e
S
T
H
o
d l
i T
m
e
H
F
C
o
m
m
t u
t a
o i
n
F
e r
q
u
e
n
y c
C
*
T
h
e
m
a
i x
m
u
m
n i
p
t u
o v
a t l
g
e
i w
h t
Table 2.3.1: IB104 Electrical Specifications
T h e r m a l S p e c i f i c a t i o n s
S
p
e
A
m
b
e i
t n
e T
m
S
o t
a r
g
e
e T
m
M
a
i x
m
u
m
C
a
Table 2.3.2: IB104 Thermal Specifications
NOTE: Additional cooling may be required to limit case
temperature to 70°C. An optional heat sink, IMS PN H-100,
is available. See Appendix B: Cooling Solutions, for details.
WARNING! The Driver must be mounted to a thermally
conductive surface such as a metal enclosure wall or a
Heat Sink. The Driver must not be operated when resting on
an insulated surface such as wood or acrylic.
B I
1
0
4
E
e l
c
r t
c i
l a
S
p
e
c
f i
c i
t a
o i
n
s
T
e
t s
C
o
n
d
t i
o i
n
e
t s
C
o
n
d
t i
o i
n
T
=
2
° 5
, C
+
V
=
4
A
O
u
p t
u
s t
F
o l
t a
n i
g
I
=
8
4 .
A
D
I
=
5
7 .
A
D
I
=
1
6 .
m
A
F
C
W
C /
C
W
&
H
F /
C
W
C /
C
W
&
H
F /
h t
e
p
h
a
s
e
o
u
p t
u
s t
d
s i
a
b
e l
d
s i
V
M
A
X
B I
1
0
4
T
h
r e
m
l a
S
p
e
c
f i
c i
t a
o i
n
s
c
f i
c i
t a
o i
n
p
e
a r
u t
e r
0
o t
p
e
a r
u t
e r
4 -
0
o t
s
e
e T
m
p
e
a r
u t
e r
7
M
i
. n
T
y
. p
M
a
. x
U
n
t i
0
V
D
C
2
4
8
* 0
V
4
0 .
A
1
4
4
m
A
0
2 .
0
O
h
m
s
0
2 .
0
O
h
m
s
5
V
1
5 .
1
7 .
5
V
5
7
5 .
1
5
m
A
3
u
S
2
u
S
5
5 .
u
S
4
0
k
H
z
+
1
0
%
.
U
n
t i
+
5
° 0
C
+
1
2
° 5
C
° 0
C
49
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