About
TTL and Analog Modulation— To further meet the needs of your application, the company offers two types of modulation: TTL and analog. PTI’s TTL lasers are capable of modulation from CW to 100MHz. Users can program these modules to enable, inhibit, or modulate a laser, making them excellent resources for synchronized applications. The company’s analog lasers are capable of modulation from CW to 20MHz. Analog modulation allows users to adjust a laser’s output to a desired level from 0 to 100%, providing added control. Circular Beams— PTI offers a number of lasers that employ anamorphic correcting prisms to account for the naturally divergent, elliptical, and astigmatic nature of beams produced by laser diodes. The company also offers several modules that can incorporate a microlensed laser diode to produce a circular, diffraction-limited beam without the inclusion of correcting prisms. Still other modules can achieve beam circularization by coupling the beam into a fiber optic.
ITAR Registered Manufacturer— Power Technology, Inc. is an International Traffic in Arms Regulations (ITAR) registered manufacturer. This registration expands the laser choices available to military and defense customers. Applications include laser diode sub-assemblies built for target designation, range finding, illumination for night vision, aiming/sighting and defensive countermeasures regardless of whether these are for UAV mounted, vehicle mounted, or hand-held systems. Customer Satisfaction— Power Technology, Inc.’s ultimate goal is complete customer satisfaction. For over 40 years, the company has adhered to this goal, and it will continue its dedication to product development and innovation to bring new solutions to an ever-evolving industry. |

Active Temperature Control— Maintaining a constant, optimum operating temperature for a laser diode is essential. Effective thermal management extends the life of a diode and promotes stability of wavelength and optical power. Each PTI laser module is designed to provide a stable operating temperature for the diode. The company’s more sophisticated modules incorporate a built-in active temperature control circuit, thermoelectric cooler, and fan.