TDA8132 Datasheet, PDF (3/4 Pages) STMicroelectronics – 5.1V+ 12V DISABLE VOLTAGE REGULATOR

TDA8132
ELECTRICAL CHRACTERISTICS (VIN1 = 7V, VIN2 = 14V, Tj = 25^oC, unless otherwise specified)
Symbol
Parameter
Test Conditions
V_O1 Output Voltage
I_O1 = 10mA
V_O2 Output Voltage
I_O2 = 10mA
Output Voltage
V_O1
V_O2
5mA < IO1,2 < 750mA
7V < V_IN1 < 14V
14 < V_IN2 < 18V
VIO1,2 Dropout Voltage
IO1,2 = 750mA
IO1,2 = 1A
VO1,2LI Line Regulation
7V < VIN1 < 14V
14 < VIN2 < 18V
IO1,2 = 200mA
V_O1,2LO Load Regulation
5mA < I_O1 < 0.6A
5mA < I_O2 < 0.6A
I_Q
K_O1,2
Quiescent Current
Output Voltage Thermal Drift
I_O1 = 10mA
Output 2 Disabled
T_j = 0 to 125^oC
KO
=
∆V_O ⋅ 10⁶
∆T ⋅ VO
I_O1,2SC Short Circuit Output Current
V_IN1 = 7V, V_IN2 = 14V
V_IN1,2 = 16V (see Note)
VDISH Disable Voltage High (corresponding out active)
V_DISL Disable Voltage Low (corresponding out disabled)
I_DIS Disable Bias Current
0V < V_DIS < 7V
Tjsd Junction Temperature for Thermal Shut Down
Note : Safe permanent short-circuit is only guaranteed for input voltages up to 16V.
Min.
5
11.76
4.9
11.5
2
-30
Typ.
5.1
12
100
145
Max. Unit
5.2
V
12.24 V
5.3
V
12.5 V
1.4
V
2
V
50 mV
120 mV
100 mV
250 mV
2
mA
ppm/^oC
1.6
A
1
A
V
0.8
V
2
µA
o_C
TYPICAL APPLICATION
DISABLE
FOR
OUTPUT 1
DISABLE
FOR
OUTPUT 2
5
3
V_IN1
V_IN2
C1
1
2
C2
C1 to C4 = 10µF
TDA8132
4
7
6
C3
V_O1
V_O2
C4
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