LASER COMPONENTS now offers the new laser diode driver iC-HT which allows the microcontroller-based operation of two cw laser diodes. The optical output power can be controlled via automatic power control (APC), automatic current control (ACC), or a microcontroller.
The maximum operating current per channel is 750 mA or 1.4 A cascaded. An individual limit for each channel is possible in case the laser diodes have to be operated at a lower maximum operating current.
The integration degree of the analog functions is high in case the microcontroller interface is used for the operation of the laser diodes: multi-channel laser diode controllers can be directly implemented this way.
Two cw Laser Diodes at Once Control Two Wavelengths with a Single Laser Diode Driver
More Information http://www.lasercomponents.com/...
Trade Shows
Defense, Security + Sensing, 29.04. - 03.05.2013, Baltimore Convention Center, USA, Booth 1237
LASER. World of Photonics, 13.-16.05.2013, Neue Messe München, Germany, Booth B1.442
Sensor + Test, May, 14.-16., 2013, Messe Nürnberg, Nürnberg, Germany, Booth 12-609
Security + Defence, Sept., 24 - 25, 2013, Internat. Congress Center Dresden, Germany
The maximum operating current per channel is 750 mA or 1.4 A cascaded. An individual limit for each channel is possible in case the laser diodes have to be operated at a lower maximum operating current.
The integration degree of the analog functions is high in case the microcontroller interface is used for the operation of the laser diodes: multi-channel laser diode controllers can be directly implemented this way.
Two cw Laser Diodes at Once Control Two Wavelengths with a Single Laser Diode Driver
More Information http://www.lasercomponents.com/...
Trade Shows
Defense, Security + Sensing, 29.04. - 03.05.2013, Baltimore Convention Center, USA, Booth 1237
LASER. World of Photonics, 13.-16.05.2013, Neue Messe München, Germany, Booth B1.442
Sensor + Test, May, 14.-16., 2013, Messe Nürnberg, Nürnberg, Germany, Booth 12-609
Security + Defence, Sept., 24 - 25, 2013, Internat. Congress Center Dresden, Germany
