G063062000

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G063062000 - Overview &Working Principles

G063062000 is a type of laser diode module that can be used in a wide range of optical applications. It is designed for high efficiency and excellent workmanship. It has a small form factor and is suitable for utilization in many areas like fiber optics, medical applications, military applications, and industrial applications.

Features

G063062000 is a type of laser diode module that features a wide range of technical characteristics, and it is capable of functioning in a wide range of temperatures. It has a narrow beam divergence angle of 15° and a spectral width of 2.5 nm, which makes it suitable for high precision applications. The output power is up to 1W, and the wavelength can be adjusted between 3700nm and 7300nm. It also has an auto shutdown feature that prevents overloading. It has an adjustable fan speed and is designed for long-term operation. Lastly, it is equipped with an ultra-compact and low-cost, yet reliable laser power supply.

Applications

G063062000 is used in many applications, such as medical imaging, machine vision, industrial control, and scientific research. It is suitable for fiber-optic communications, for information transmission, and for the reading of optical storage media. It is used in the engineering of lasers, for the control of laser power sources, and for the integration of laser-power supply systems in transportation systems. It is also used in the fabrication of optical assemblies for medical systems and industrial systems. Furthermore, it is used in a variety of laser-interfacing applications because it has an adjustable wavelength and a high-sensitivity receiver.

Working Principle

The G063062000 is a two-stage module that is based on the principle of Bragg diffraction. The first part of the module is an optical grating, which is used to reflect the light emitted by the laser diode. The reflected beam containing the laser light then travels through the collimator, which is responsible for controlling the divergence angle of the output beam. Finally, the beam passes through an adjustable lens, which serves to optimize the power of the laser beam. In addition to controlling the divergence angle, the collimator also filters out the unwanted radiation.

Conclusion

G063062000 is a laser diode module that can be used in a wide range of applications. It is designed for high efficiency, has a small form factor, and comes with an adjustable fan speed. Additionally, it has adjustable wavelength, narrow beam divergence angle, spectral width of 2.5nm, as well as an output power of up to 1W. It can be used in medical, industrial, military, and fiber optic applications. It is based on the principle of Bragg diffraction, and it has an adjustable lens, which is used to optimize the power of the laser beam. Overall, the G063062000 is an impressive laser diode module.

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