Diode Lasers and Systems
Power Technology Laser Diodes 375nm to 1600nm 5mW to 1600mW
Continuous wave diode laser with wavelengths from 375 to 1600nm, power from 5 to 1600mW and optional output power modulation.
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Model | Title | Price |
---|---|---|
PTI-375-1600nm | Default Title | PoR |
Summary Box:
Continuous wave diode laser with wavelengths from 375 to 1600nm, power from 5 to 1600mW and optional output power modulation.Description:
Power Technology Inc (PTI) offer thousands of laser diode module configurations. Choose wavelengths from 375nm to 1550nm and power ranging from mW to Watts. To meet the needs of your application, PTI offers two types of modulation: transistor-transistor logic (TTL) and analog. PTI's TTL lasers are capable of modulation from continuous wave (CW) to 100MHz. Users can program these modules to enable, inhibit, or modulate a laser, making them excellent resources for synchronised applications. 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. Several modules are available that incorporate a microlensed laser diode to produce a circular, diffraction-limited beam. Still others can achieve beam circularisation by coupling the beam into a fiber optic. All PTI laser modules are designed to provide a stable operating temperature for the diode. Options include: thermoelectric control, circularised output beams (infrared & visible), line generation / pattern generation / beam expanders, quality glass optics, high speed, high current modulation up to 100MHz, digital control options, fiber optic coupling, continuous wave, modulated and pulsed. Multiple laser diodes available CW, modulated or pulsed optionsSpecifications:
Continuous wave Wavelength 375 to 1600nm Power 5 to 1600mW Optional output power modulationDownloads:
Continuous Wave Laser Diode Modules
Continuous Wave Laser Modules With Beam Correction
TTL Modulated Lasers With Beam Correction
Laser Diode Principles and Diode Configurations