High Power Laser Diode Instrumentation

Newport and ILX Lightwave offer a wide range of high power laser diode drivers, high power temperature controllers, and mounting fixtures for control of high power laser diodes in research and development or manufacturing test. Benchtop high power laser diode drivers offer CW and Quasi-CW operation with multiple levels of laser diode protection for controlling and testing high power laser diodes. Benchtop high power temperature controllers with high stability and accuracy provide precise control of laser diodes during testing or qualification. For a complete laser diode testing system, Newport and ILX offers the largest selection of high power laser diode mounting fixtures in the industry, with models to support most laser diode packages.

Description	Features
High Power Laser Diode Drivers	Output current to 220 A QCW and 125 A CW Compliance voltage up to 35 V Multiple proven high power laser diode protection features Hard pulse capability with pulse widths to 2 seconds and duty cycle to 90%	High Power Laser Diode Drivers
Precision Laser Diode Drivers with GPIB	Precision laser diode driver with High stability, low noise output Constant current and constant power operating modes Multiple laser protection features including adjustable voltage limit GPIB/IEEE-488 interface	Precision Laser Diode Drivers with GPIB
±5 A and ±10 A RS232/GPIB Thermoelectric Temperature Controllers	Thermoelectric Temperature Controller with 60W or 120W Output Setpoint resolution of ±0.001°C with long term stability of 0.005°C Fully programmable PID control loop Auto-tune mode for independent system tuning	±5 A and ±10 A RS232/GPIB Thermoelectric Temperature Controllers
High Power TO-3 and HHL Diode Mount	Simple & easy socket mounting for HHL, TO-3 and other high power diodes Unobstructed access to the front of the laser diode package Water-cooled riser for optimum heat dissipation Compatible with ILX current sources and temperature controllers	High Power TO-3 and HHL Diode Mount

Product Comparison

High Power Laser Diode Instrumentation Selection Guide