We offer a wide selection of laser electronics including laser diode drivers (benchtop, OEM modules, and PC board), TEC controllers, and Pockels cell drivers.
Our broad range of desktop laser diode drivers are designed to meet your exact test needs, from 100 milliamps to 20 Amps. They include unique features not found on competing products such as an optically isolated photodiode and modulation inputs, programmable PD bias, and both RS232 and USB computer interfaces. They also have laser diode protection circuits such as interlock, ESD protection, and hardware limits for current and voltage.
Our OEM driver boards are an attractively priced solution for your pulsed, QCW, and CW laser needs. The standard products below represent statements of capability. Most of our drivers for OEM production are customized to meet the requirements of the end user. Please contact us today to discuss the specific needs of your application.
Use the filters along the left side to narrow the search to your requirements. More details on the filters at the bottom of the page.
Model 8800D: High Power Pulsed Laser Diode Controller
current voltage dutyThe Model 8800D pulsed laser diode controller provides pulsed output current to drive laser diodes for pumping solid-state lasers. An internal micropr... Read More
825B: Solid-State Pockels Cell DriverThe 825B Series Pockels cell q-switch drivers are designed for continuous pulsed applications, such as controlled Q-switching of lasers. Solid-stat... Read More
823B: Solid-State Pockels Cell/Shutter DriverThe Model 823B Pockels Cell/Shutter Driver is designed for continuous pulsed applications. The Model 823B Pockels Cell/Shutter Driver is designed f... Read More
784: OEM CW & Pulsed Laser Diode Driver
779A: High Power CW or Pulsed Laser Diode DriverThe 779A Series OEM laser diode drivers are designed to power high current laser diodes for applications such as laser pumping and illumination. A pul... Read More
Model 7701A-QCW: High Power OEM Laser Diode Driver
current voltage dutyThe Model 7701A-QCW 280V OEM Laser Diode Driver is designed to power high current laser diodes and arrays for applications such as illumination and di... Read More
Model 7701A-CW: High Power OEM Laser Diode DriverThe Model 7701A-CW High Power Laser Diode Driver is designed to power high current laser diodes and arrays for applications such as illumination and d... Read More
685-01-04-03-04: Combo Driver/Controller685-01-04-03-04: Combo Driver/Controller The 685-01-04-03-04 ComboPak laser diode controller is an Arroyo OEM power supply that offers the same, soli... Read More
685-0.5-04-03-04: Combo Driver/Controller685-0.5-04-03-04: Combo Driver/Controller The 685-0.5-04-03-04 Combo Driver/Controller is an Arroyo OEM power supply that offers the same, solid qual... Read More
685-0.1-04-03-04: Combo Driver/Controller685-0.1-04-03-04: Combo Driver/Controller The 685-0.1-04-03-04 Combo Driver/Controller is an Arroyo OEM power supply that offers the same, solid qual... Read More
To narrow your Laser Selections, use the filters along the left side of the page:
Type – Defines the basic function
- Combo Driver / Controller includes both the laser diode driver and the thermoelectric cooler (TEC) controller in an easy to use Benchtop or OEM solution.
- Laser Diode Drivers are available in Benchtop, OEM, and PCBoard configurations.
- Temperature Controllers are available in Benchtop, OEM, and PCBoard configurations.
- Pockels Cell Drivers or shutter drivers are available as low-cost PCBoard configuration.
Duty – Defines the percentage of the time the laser diode will be operating.
- CW (Continuous Wave) is operated full time. Typically for periods longer than milliseconds.
- QCW (Quasi-CW) is operating with pulses typically in the microseconds, longer than nanoseconds and shorter than milliseconds.
- Pulsed is used for pulse widths in the nanoseconds.
Current – Defines the current needed to drive the laser diode. Select the minimum current for your laser diode.
Voltage – Defines the voltage required for the number of laser diodes in series. Select the minimum voltage for your laser diodes.
Manufacturer – If you are needing a laser diode from a specific manufacturer, this filter will narrow your search.