Laser Diode Driver Technology
Laser diode controllers or drivers are uniquely designed to drive a laser diode by providing a current instead of a voltage to the laser diode. They typically have a “soft start” to avoid damaging the laser diode while being powered on or off, transient protection, as well as a high modulation bandwidth – often 150 kHz or more – Laser diode drivers are sometimes also referred to as current drivers, current controllers or laser diode controllers and the names are used almost interchangeably. All laser diodes, also called diode lasers or semiconductor lasers, require a laser diode driver to operate.
The single channel 5-60 A, 3-24 V, 20 kHz high-power laser diode driver. The faster version of the HPLDD-60A-24 V laser diode driver. Designed for applications which require higher modulation speed. Analog input allows to modulate the current and reach the rise and fall time ...Out of Stock
The single channel 5-60 A, 3-24, V 5 kHz high-power laser diode driver. High current laser diode driver dedicated for 20 W, 40 W, 60 W, and other similar power laser diodes. Independent supply inputs help to get rid of noise in the logic level part of the driver while laser ...Out of Stock
Laser diode drivers are available with various features. In addition to bandwidths, features include integrated temperature controller boards, thermal protection, requirements for a suitable power supply unit, efficiency, heat sinking requirements, as well as dimensions or form factor. Refer to our laser diode drivers product family page to review products with these and other features or options.
The single channel 5 A, 3-24 V laser diode driver with digital temperature controller circuit and anodized heat sink. The 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 ...In stock
The 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 ...In stock
Current controllers can operate laser diodes with different operating currents and compliance voltages (voltage required to operate the laser diode at a given or specified current). The current and voltage requirements can vary widely between diode laser products. Opt Lasers™ offers low, medium and high-current laser diode drivers. The highest current and voltage we offer as a standard product is 60 A and 50 V. These are typically used for operating high-current NIR broad area lasers (BALs), also called multimode laser diodes, in a C-mount or F-mount package. Such laser diode devices are typically connected in series for greater efficiency (lower loss by having a higher current rather than voltage). Opt Lasers designs and manufactures laser diode drivers with both higher currents and voltages for customers as special or custom products. Please refer to our custom laser diode drivers page for more information about possibilities for custom drivers. We also offer lower current laser diode drivers, which are typically used to drive single mode devices, often in a 5.6 or 9 mm TO-Can package.