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This is an improved digital temperature controller.
Easy to use device for mounting and adjusting the mirrors in optical systems.
Single channel 5 A 3.3-24 V laser diode driver with thermal protection. Based on many inquiries from customers, this version of the LPLDD-5A-12V driver is equipped with thermal protection which switches off the laser diode circuit if the temperature exceeds 45 degrees of Celsius. The thermal sensor is included. Additional LEDs signalize the current status...
Please add this feature to cart if you want to change the maximum current of the driver to 10 A. Works with LPLDD-5A-24V-PID and LPLDD-5A-12V-TP and their heat sink versions.
Single channel 5 A, 3-24 V laser diode driver with a built-in digital temperature controller. Analog input allows modulating the current which is proportional to the 0-5 V voltage given on the input. Temp controller circuits are powering whole logic part of the driver allowing to use an independent power supply to meet proper compliance voltage of the...
Single channel 5 A, 3-24 V laser diode driver with digital temperature controller circuit and anodized heat sink. Proper size of the heat sink allows the driver to work well with up to 10 W power dissipated on a power transistor. The temperature controller is using a PID algorithm to maintain the set temperature. 10 A version of the driver is available...
High reflect mirrors with special coating used for reflecting all colors. Efficiency >98%
Dichroic mirrors used for combining RED or BLUE with the GREEN light.
Three channel version of the LPLDD-5A-12V driver. Changed capacitors allow this driver to work with compliance voltage levels up to 16 volts. Each channel is driven by independent 0-5 V voltage range analog input. An additional connector is added to make the connection more comfortable. Properly matched parts ensure low noise while used with lower...
The optical system for reducing the divergence of the laser beam.
This is a tool designed for adjusting the focus of the laser beam on our PLH3D-Series with the High-Resolution Lens. It is valuable to quickly change the focus of the beam when a different working distance or focus spot size is desired, often depending on the material properties or other constraints of the application.
