1570nm DFB Butterfly Laser Diode Provide in a standard 14-pin butterfly mount, these laser diodes have a built in monitor photodiode, Peltier effect thermoelectric cooler, thermistor, and optical isolator. The SMF28 or PM fiber optical output fibre can be terminated with SC/PC, FC/PC, SC/APC, or FC/APC connectors.
The 1572nm 10mW DFB Infrared Butterfly Laser Diode series of laser provide a CW output power of about 10mW or 20mW. The customer can order any wavelength range in the ITU wavelength. It is widely used in remote sensing, communication, spectrum analysis, gas detective etc.
The 1576nm 10mW DFB Butterfly Laser Diode series of laser provide a CW output power of about 10mW or 20mW. The customer can order any wavelength range in the ITU wavelength. It is widely used in remote sensing, communication, spectrum analysis, gas detective etc.
1590nm DFB Butterfly Laser Diodes 14-Pin SM Fiber Or PM Fiber is fibre coupled with single mode optical fibre. CW output powers are wavelength dependent and lie between 2mW and 40mW. The distributed feedback cavity produces a linewidth of just 0.1nm.
1610nm DFB Wavelength stabilized Butterfly Laser Diodes are distributed feedback cavity design semiconductor lasers in mounted in an industry standard 14-pin butterfly package. They have an integrated TE cooler and an integrated back facet monitor photodiode. They have a spectral width of approximately 2 MHz. Their single frequency beam profile and narrow linewidth makes them an excellent choice for spectroscopy applications as well as telecom applications. They are specified with output power up to 10mW. The butterfly package has a SM or PM fiber pigtail.
The 915nm 10W Fiber Coupled Diode Laser offer up to 10 watts of CW output power from a 105 µm fiber. They are Fabry-Perot single emitter devices. The model referenced in this product listing has a numerical aperture of 0.22. The fiber is un-terminated for direct coupling to your sample or fiber cladding layer. The 915nm 10W series multimode pump modules offer high brightness, a small footprint and simplified thermal management by distributing the laser diodes and dissipating the heat source.
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