According to the high-tech fabrication of laser diodes, an ultra-stable, low-noise current source is required for their optimized performance. Using a current source instead of a voltage source offers much more tunability, reliability, and control to set the laser output power. According to the wavelength drift and electrical characteristics of the laser diodes, the maximum operating voltage is set to prevent laser damage and failure as a consequence of the current rush and sudden temperature changes.
Due to the widespread application of laser diodes, driving and controlling these useful instruments is the main challenge for the industry, medical, and military applications. ASHA driver is capable of driving a large group of laser diodes from UV to IR range and designed to provide precise, stable current for laser diodes. Also, ASHA laser stabilizer is capable of setting and monitoring laser temperature within a specified range to ensure outstanding performance. In a variety of applications, light modulation of the laser beam is required. This driver is capable of modulating laser diode by using a PWM to convert the laser output from CW to QCW. Using the ASHA laser driver, all characteristics of a laser diode are under your control.
Laser diodes are reliable and cost-efficient light sources utilized by a large group of researchers and physicists. To get the best performance of laser diodes, all ambient characteristics and laser's current and temperature should be perfectly controlled. This bundle, which contains ASAH laser diode driver and stabilizer, offers the tunning of laser current and temperature. Using the ASHA laser driver, all characteristics of a laser diode are under your control.