Used JDSU 2213-75TSLKTA #9011947 for sale

JDSU 2213-75TSLKTA
Manufacturer
JDSU
Model
2213-75TSLKTA
ID: 9011947
Laser for AIT 2, 75 mW.
JDSU 2213-75TSLKTA is a laser diode module that offers superior performance, suitable for a range of different applications. It consists of a temperature-stabilized 75 mW multimode diode laser which operates at a wavelength of 780 nm. The diode laser itself has an incredibly small size of just 8.8 mm by 6.6 mm, with a calculated wall plug efficiency of 33%. The module's design includes a control circuit as well as a thermoelectric cooler, all of which are contained within the small package size. The diode laser itself is an edge-emitting structure made up of two optical layers. The first is the "active" layer which contains the active dopants necessary for lasing. The second layer acts as a reflector, ensuring that the light produced by the laser is of the highest quality, with properties such as a narrow spectral width. This design ensures a long service life as well as excellent beam quality with a low divergence of just 1mrad. The control circuit, which is housed on a printed circuit board, includes a monitor photodiode and current control circuit that can be operated in either constant power or constant current mode. This ensures that the laser operates within the specified operating ranges and that the peak lasers power can be accurately maintained. It is also self contained, meaning that all of the power supplies, temperature control and power control components are all included on the single board. The thermoelectric cooler included within the module ensures that the laser can operate in a variety of environments. The cooler is able to provide effective temperature stabilization of the emitter temperature, allowing the module to be used in temperatures up to 45°C without loss of performance. This ensures that the module can be used in a range of different applications, including medical, industrial and scientific applications. Overall, 2213-75TSLKTA laser diode module provides optimal performance. Its small size, superior beam quality and excellent temperature stabilization ensure that it is the perfect choice for a range of different applications.
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