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UCC3912DPTRG4 Datasheet(PDF) 5 Page - Texas Instruments

Part # UCC3912DPTRG4
Description  PROGRAMMABLE HOT SWAP POWER MANAGER
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Manufacturer  TI1 [Texas Instruments]
Direct Link  http://www.ti.com
Logo TI1 - Texas Instruments

UCC3912DPTRG4 Datasheet(HTML) 5 Page - Texas Instruments

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UCC2912
UCC3912
PROGRAMMABLE HOT SWAP POWER MANAGER
SLUS241D − MARCH 1994 - REVISED NOVEMBER 2003
5
www.ti.com
pin description (continued)
SHTDWN: When this pin is brought to a logic low, the IC is put into a sleep mode drawing typically less than
1
µA of ICC. The input threshold is hysteretic, allowing the user to program a startup delay with an external RC
circuit.
VIN: Input voltage to the UCC3912. The recommended voltage range is 3 V to 8 V. Both VIN pins should be
connected together and to the power source.
VOUT: Output voltage from the UCC3912. When switched the output voltage will be approximately
VIN − (0.15 Ω × IOUT). Both VOUT pins should be connected together and to the load.
APPLICATION INFORMATION
UDG-99171
NOTE: For demonstration board schematic see Design Note DN-58 (TI Literature Number SLUA187).
6
7
8
9
11
10
B0
B1
B2
B3
IMAX
16
3
2
4
12
13
5
14
15
1
SHTDWN
VOUT
VIN
FAULT
CT
GND
HEAT SINK
GND PINS
RL
COUT
VOUT
CSD
RSD
VIN
CIN
R1
LED
D1
CT
S1
S2
S3
S4
S5
DIP
SWITCH
S6
VIN
VIN
UCC2912
UCC3912
Figure 1. Evaluation Circuit
protecting the UCC3912 from voltage transients
The parasitic inductance associated with the power distribution can cause a voltage spike at VIN if the load
current is suddenly interrupted by the UCC3912. It is important to limit the peak of this spike to less than 8 V
to prevent damage to the UCC3912. This voltage spike can be minimized by:
D Reducing the power distribution inductance (e.g., twist the positive and negative leads of the power supply
feeding VIN, locate the power supply close to the UCC3912, use a PCB ground plane,...etc.).
D Decoupling VIN with a capacitor, CIN (refer to Figure 1), located close to pins 2 and 3. This capacitor is
typically less than 1
µF to limit the inrush current.
D Clamping the voltage at VIN below 8 V with a zener diode, D1 (refer to Figure 1), located close to pins 2
and 3.


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