Power Integrating Module with Pulsed Driver

　FEATURES
Two driver output interfaces, wire lead and terminal block
High current pulsed power output with less than 0.1% duty cycle
Less than 4Khz pulse frequency   -   Less than 100ns pulse width
Can drive a wide range of light emitting devices
Two power input interfaces
Auxiliary power output
Automatic source switching
Input range from 6V to 15V
Robust input power transfer operation with fault tolerance
Versatile capabilities for power uses, driver uses, or both


ABSOLUTE MAXIMUM RATINGS
Parameter Type Value unit
PWR1, PWR2

Voltage Input

20

Volts
PWR1, PWR2

Continuous Current Input

15

Amps
OPERATING TEMPERATURE

Ambient

70

Celsius

　　

RECOMMENDED OPERATING CONDITIONS: PWR1 > PWR2
Parameter Type

Value

 unit
Min typical max
PWR1, PWR2 Voltage Input 6 15 20 Volts
PWR1, PWR2 Current Input 0 8 12 Amps
OPERATING TEMPERATURE Ambient without heat sink 0 40 70 Degrees Celsius
OPERATING TEMPERATURE Ambient with heat sinks 0 70 125 Degrees Celsius
VOUT Output Voltage 6 15 20 Volts
IOUT Output Current 8 12 Amps
   

　

PULSED DRIVER DATA　
PARAMETER TYPE

VALUE

 UNIT
MIN TYPICAL MAX
INPUT VOLTAGE REGULATED 6   20 Volts
INPUT CURRENT 0   1 Amps
OUTPUT VOLTAGE PFET Gated Voltage 6 15 20 Volts
OUTPUT CURRENT PFET Gated Current   12 15 Amps
FREQUENCY 3.5 3.57 3.676 Kilohertz
PERIOD 272 280 288 Microseconds
PULSE DURATION Time On 27.2 28.0 28.8 Nanoseconds
DUTY CYCLE Time On   0.01   Percent

Note 1: The values given are simulated or measured results and there is a chance that the actual operation of a unit differs from the operation characterized here. We recommend that test and measurement be performed before using these devices in critical applications.

Note 2: The values provided in this data sheet are subject to change without notice.

APPLICATIONS

Fiber to the Home (See Application Note 002)
Customer Power Provision to Service Power Provision Switching
Make your services more robust for alternative energy customers

Stagger Charging of Storage Batteries (See Application Note 001)
Placing the POWIM-PD between a load and two independent banks of batteries causes the load to take power from one battery bank then the other. One of the banks is disconnected from the load and can be charging simultaneously.

Green Power for Computer Components.
Free your system mod from the power grid.
Run some of your computer components with green power with a failsafe backup power option.
 

Pricing

Description SKU # Stock Quantity Price
Device with 13.5V on 12V off switching of primary power POWIM-PD 13.5-12

20

 $150
12V on 10V off switching of primary power POWIM-PD 12-10 OUT OF STOCK $150
Equal voltage, current sharing with 100mv difference switching of primary power POWIM-PD 100MV OUT OF STOCK $150
Models/Voltages

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