DM200-01-1-8930-0-LC

Laser diodes and modules are a kind of semiconductor devices that convert electrical energy into light energy. DM200-01-1-8930-0-LC is one of the most commonly used laser diodes, and it features a variety of applications and working principles.

Application field

DM200-01-1-8930-0-LC has a wide range of applications in the field of laser technology, medical imaging, telecommunications, and scientific research. It is often used as a light source for fiber laser, Raman spectroscopy, and optically pumped quantum dots. In medical imaging, it is used in optical coherence tomography, laparoscopy, endoscopic imaging, and laser microscopy. In telecommunications, it is used in optical communication systems, laser ranging, and laser sensing, and in scientific research it is used to generate high-power radiation for atmospheric and combustion research, environmental studies, and radiation therapy.

Working Principle

The working principle of the DM200-01-1-8930-0-LC is based on the phenomenon of stimulated emission. The device is made up of two active semiconductor layers, an n-type layer and a p-type layer, with an electrical connection between them. When a current is passed through the device, it generates light due to a phenomenon called electroluminescence. This light is then amplified by the process of stimulated emission, where electrons are stimulated to emit photons with the same frequency as the incident light. The light then travels through the device and is emitted as a beam, with an average output power of 10mW.

The main advantage of the device is that it can generate a coherent beam of light which can be used for applications such as optical communications, laser sensing, and lithography. Furthermore, due to its small size and low power consumption, the device is capable of working in a wide range of temperatures and can be used in a variety of applications.

Conclusion

The DM200-01-1-8930-0-LC is a highly efficient semiconductor laser diode with a wide range of applications. Its working principle is based on stimulated emission of electrons which generates a coherent beam of light with an average output power of 10mW. Furthermore, its small size and low power consumption make it suitable for a variety of applications.