TK11250CM Toko America, TK11250CM Datasheet - Page 5

• Manufacturer Part Number: TK11250CM
• Description: (TK112xxCM) Voltage Regulator
• Manufacturer: Toko America

TK112xxCM ELECTRICAL CHARACTERISTICS - I RANK (CONT)
Test conditions: T
the full operating temperature range. (-40~85°C).
Note 1: Power dissipation is 600 mW when mounted as recommended. Decrease at the rate of 4.8 mW/°C for operation above 25 °C.
Note 2: The minimum operating voltage for V
Note 3: The input current decreases to the pA level by connecting the control terminal to GND. (Off State). The internal Pull-down resistor is 500 kW.
General Note: Parameters with only typical values are just reference. (Not guaranteed)
General Note: Limits are guaranteed by production testing or correction techniques using Statistical Quality Control (SQC) methods. Unless
General Note: Exceeding the “Absolute Maximum Rating” may damage the device.
General Note: Connecting a capacitor to the noise bypass pin can decrease the output noise voltage.
January 2002 TOKO, Inc.
C
I
R
V
V
DV
V
C
S
O
C
R
N
R
O
Y
N
O
E
O
O
N
F
T
N
M
U
T
T
T
B
at V
R
/DT
O
O
L
OUT
L
A
otherwise noted. V
usual inspection.
T
£ 2.0 V at the minimum input operating voltage is not preferred.
E
N
R
C
C
V
T
O
e
l o
R
o
o
o
p i
u
m
s i
n
n
M
p t
a t
p
r t
r t
A
p
e
e l
I
t u
g
= 25 °C, V
N
l o
l o
e
e
B
a r
R
A
P
N
C
V
y
A
e
L
u t
p
o
l o
r u
e j
R
a
s i
S
e r
a t
s
e r
t c
A
e
P
s
g
C
o i
M
E
t n
IN
e
T
o
C
n
= V
E
r e
IN
e
I
T
I F
f f
m
OUT(TYP)
= V
E
c i
C
n i
R
e i
A
l a
OUT (TYP)
t n
I T
IN
+ 1 V; I
O
can be 1.8 V. Also, the minimum voltage required for V
N
(
N
+ 1V, I
OUT
1
V
O
O
V
V
+
V
f
f
m
o
5 .
=
=
e t
C
O
O
, F
N
N
F
1
= 1mA (Tj = 25 °C) The operation of -30°C to 80°C is guaranteed in the design by a
O
O
U
U
F
5 .
4
1
N
T
T
S I
V
V
S
) 3
T
0
E
I ,
=
=
S
N
k
a t
OUT
V
=
0
O
=
H
a t
O
3
3
I ,
S I
e t
H
U
1
, z
2
e t
E
T
T
V
, V
O
= 5 mA, unless otherwise specified. Boldface type applies over
8 .
, z
0
U
=
f ,
=
E
0
T
C
t a
S
, V
2
1
=
C
m
=
L
T
0
0
B
L
O
1
V
0
1
=
C
W
m
0
N
=
R
m
k
1
O
M
A
m
H
0 .
1
S
S
4
V
N
,
0 .
, z
0
A
a t
R
D
V
m
0
M
e t
I
I
C
m
, F
S
N
I T
H
,
, F
N
=
V
C
z
O
=
C
I
N
V
N
o t
N
0
N
O
=
=
S
U
1 .
8
=
T
0
V
0
T (
0 .
0
mF
O
Y
k
0 .
U
P
1
H
)
T
1
T (
+
m , F
z
Y
P
)
IN
is V
M
1
1
8 .
6 .
I
N
IN
= V
DROP
5
T
1
0
3
4
8
8
2 .
Y
2 .
+ V
5
5
4
0
P
0
8
TK112xxCM
OUT
. As a result, operating
M
0
0
1
1
3 .
A
6 .
0
2
X
5
m
m /
p
mV
U
V Ö z
p
A
Page 5
m
N
d
d
R
V
V
V
T I
M
B
B
/
S
H
S
°
C