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Laser Diode Drivers

PCM-7140-10

10A Pulsed/CW OEM Laser Diode Driver Module

CW & Quasi-CWModulePCM-7140 SeriesPulsed

Product Description

The PCM-7140-10 is a compact pulsed and CW current source designed to drive laser diodes, bars, arrays, or any low impedance load. The key specifications are output current from 1 A to 10 A, rise and fall times below 2 μs at 10 A, pulse widths from 3 μs to 100% duty cycle, pulse repetition rates from single shot to 100 kHz, and forward voltage from 0 V to 60 V.

The PCM-7140 output current may be set with an internal potentiometer or an external analog voltage. The pulse width is controlled with an external trigger source.

The system requires two DC supplies for operation: 12 V for housekeeping and a voltage ≤ 10 V above the laser diode’s forward voltage.

The laser or load is connected to the PCM-7140 with a 100 cm length of 18 AWG twisted pair cable (included). This same cable has the DC input connection from the high voltage power supply.

The PCM-7140 module is liquid cooled with a liquid temperature of 11 °C to 22 °C with a flow rate of 6 liters per minute. The connection type is 3/8” tubing.

Features

  • 1 A To 10 A Output
  • 3 μs to DC variable pulse width
  • ≤2 μs Rise Time at 10 A
  • ≤2 μs Fall Time at 10 A
  • Pulse Repetition Frequency To 100 KHz
  • Pulsed Current Monitor Output
  • Liquid cooling for high average power applications

Applications

The PCM-7140 is designed to drive laser diodes, bars, arrays, or any low-impedance load with a forward voltage drop up to 60 V for laboratory, research and industrial application.

PCM-7140-10
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Specifications

Voltage60V
Current10A
Pulse Width3 μs to 100% duty cycle
Rise / Fall2μs
Max Frequency100 kHz
TriggerExternal
CoolingWater
Form FactorModule
Shipping Dimensions12x10x8
Shipping Weight4

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Priced by configuration. Tell us your application and we will quote it.

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Talk to an applications engineer

Tell us your load, pulse width and repetition rate. We will point you at the right driver or pulser, or tell you plainly if we do not have one.