Laser Exciter

Laser exciters are devices used in stimulated coherent radiation systems. They are classified under the supply class "Stimulated Coherent Radiation Devices, Components, And Accessories" in the supply group "Communication, Detection, And Coherent Radiation Equipment."

Laser exciters are responsible for generating and providing the necessary energy to stimulate the emission of coherent radiation in laser systems. They typically consist of a laser cavity, which includes a gain medium such as a solid-state crystal or a gas-filled tube, and an excitation source.

The excitation source can be an electrical discharge, optical pumping, or another method that provides the necessary energy to excite the gain medium. This excitation process causes the gain medium to reach an excited state, which then leads to the emission of coherent radiation through the process of stimulated emission.

Laser exciters are crucial components in various applications, including telecommunications, laser cutting and welding, medical procedures, scientific research, and military systems. They play a vital role in generating and controlling the output power, wavelength, and beam quality of laser systems.

In summary, laser exciters are devices used to generate and provide the necessary energy for the emission of coherent radiation in laser systems. They are an essential component in the supply group of Communication, Detection, And Coherent Radiation Equipment.