Laser Diode Drivers
|Pulse Rise Time|
|12 V – 24 V||12V – 36 V|
|up to 1.5 A, <0.1% Ripple||up to 15 A, <0.1% Ripple||up to 30 A, <0.2% Ripple|
|up to 15 V||up to 27 V|
|30 µA||1 mA||2 mA|
|up to 1.5 A||up to 15 A||up to 30 A|
|≤ 7 V (recommended, higher voltage possible)|
|0 .. 100% @ f < 10 kHz (See datasheet)|
|1 µs – CW|
|45 ns||110 ns||135 ns|
|120 mm x 90 mm x 18 mm|
|RS-485, USB, NTC for diode temperature|
|Pulse input, pulse output (trigger), interlock, generator trigger input|
- Diffrent operation modis: CW, modulated, QCW, pulsed and LPC option avaible allowing closed-loop Laser Power Control.
- Software: Configuration, charting and logging (more info)
- Communication: Open communication protocol, C-code libary (more info)
- Lookup table programming for individual waveforms and current ramps (more info)
The latest laser diode drivers LDD-1124, LDD-1121 and LDD-1125 are members of the digital LDD-Family and feature a microcontroller and a FPGA.
Our LDDs are ideally complemented with our TEC-Family precision Peltier temperature controllers.
High Power LED Driver featuring three individual regulators for each color to provide constant current to drive high-power RGB LEDs. Several security and configuration options.
Pre-assembled cable on plug for laser diode object temperature and laser power measurements. Compatible with LDD-1124, LDD-1121 and LDD-1125 laser diode drivers.
1U rack enclosure with HMI, intelligent cooling and modular power supply for turn-key integration and stand-alone operation of up to four internal OEM laser diode drivers or/and TEC controllers. The LTR-1200 case transforms your devices into rack-mount or table-top instruments.