LDD-1137 - coming soon
Laser Diode Driver with Laser Power Control [LPC optional]
0-60 A / 0-60 V High-Precision CW, QCW and Pulsed
New product, complete redesign and improvement, leveraging new technological advances and several years of experience with the previous LDD generation. A new, much faster processing core enables better timing, faster pulses, faster rise/fall times, while still using the proven and stable ME-COM interface protocol.
If you are interested in the LDD-1137, please do not hesitate to contact us.
The LDD-1137 is a specialized laser diode driver, able to precision-drive laser diodes in continuous and pulsed operation. New emerging technologies like eGaN FETs enable faster pulses, improved wave forms and better efficiency. A new processing core enables a faster processor connection to the powerful FPGA, more interfaces, more precise timing, additional functions and much more, while still maintaining a 1.5 mA resolution with much higher current and keeping a very low output ripple.
Equipped with optional light measurement circuitry, the LDD-1137-LPC can also be operated as a Laser Power Controller (LPC).
All LDD-1137s offer various safety features, including an input for laser diode temperature monitoring. They are fully digitally controlled; their firmware is upgradeable to offer various communication options and to meet specific customer requirements.
An ISO 13849-1 Performance Level E certified version will be available sometime after the standard version.
Technical data (Prelimenary)
|Supply Voltage||18-75 V DC|
|Output Voltage||0-60 V|
|Output Current||0-60 A, <0.2% Ripple|
|CW / Modulated Current :|
|- CW Current Control||Configurable PID|
|- CW Current Resolution||1.5 mA|
|Pulsed Current :|
|- Pulse Generation||CW Chopping|
|- Pulse Duty Cycle||0 to 100%|
|Laser Power Control :|
|- CW Light Control||Configurable PID|
|- Light Meas. Sampling||1 MSps|
|Configuration / Diagnosis||via USB (own PC-Software)|
|Efficiency||> 94% (@ >50% Load)|
|Dimensions (L x W x H)||125 mm x 171 mm x 48 mm|
|Additional Information||Possibility to operate in parallel mode to obtain double output current|