120 Amp Laser Diode Driver; Enhanced Protection Features Designed Specifically for High Power Laser Bars and Arrays
$3345.00 sku / item#: RLS/LDC-154 ships: 3 weeks
- 120 Amp Current Source Optimized for Laser Diode Bars and Arrays
- CW Output, and Integrated QCW Pulse Generator and Remote Trigger Input
- User Configurable Soft-Start Current Ramp and Enhanced High Power Bar Protection Features
- RS232 Interface with LabVIEW Drivers
- Optional USB Interface available
- Offered by OsTech, a Laser Lab Source Marketplace Seller
Sold & Supported in North America by: LaserDiodeControl.com, part of the Laser Lab Source Marketplace Group
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|LASER DIODE current OUTPUT|
|LASER DIODE PROTECTION FEATURES|
|QCW (QUASI-CW) MODE and modulation|
|GENERAL specifications and connectors|
120 Amp Laser Driver Overview
The affordable LDC-154 laser diode drivers provide a maximum output of 120 Amps, 4 Volts, and can operate in high power CW (constant current) or QCW mode. They are designed specifically to safely drive fiber coupled bar modules and CCP style copper mount bars from companies such as DILAS and Coherent.
LDC-154 Driver Features
The LDC-154 can drive full CW power up to 120 Amps, and the integrated function generator can be programmed to generate QCW pulses from 25 microseconds to CW. The QCW pulse mode feature is capable of delivering continuous pulses, single pulses, and pulse bursts which are internally or externally triggered.
Customized Protection for High Power Laser Bars and Arrays
These current sources feature multiple levels of built-in laser diode protection which have been optimized for bars and arrays. One of the unique features is a user programmable soft-start ramp of the bias current to the device under test. The factory sets the ramp time to 300 milliseconds as a default, but the user can adjust this time period from 1 millisecond up to 10's of seconds. This current ramp up and down function is designed to protect the laser from thermal shock during power up and down sequences.
The LDC-154 also offers features such as current limit, a brown-out and black-out power surge clamp, AC line filters, and a fast response to shunt the current in the event of an open circuit. There is an interlock safety connection as well as a front panel Emergency-Stop kill switch to ensure the laser is operated only when the user has determined it is safe to do so.
Laser Driver Control User Interface
The LDC-154 front-panel controls provide fast and simple setup, and an RS232 interface with LabView drivers is included standard. The LabView GUI makes set-up and control of the system fast and simple. An optional USB digital interface is available; inquire for details on ordering the USB control option.
Controller Power Interface
The LDC-154 utilizes high current M4 style connectors on the rear panel.
A 15-pin D-sub connector is included for ancillary control functions, including external photodiode measurement, Laser-On Indicator LED, temperature sensor input, and an external cooling fan control.
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