Laser flashlight arc quartz rod is a key component used in lasers, and its main function is to act as a buffs medium in the process of laser generation.

Laser structure: Laser flashlight arc quartz rod is usually used in solid-state lasers. The buffs medium of this type of laser is round and the laser travels along the medium axis. Solid-state lasers are a mature and widely used type of lasers.

How it works: In solid-state lasers, optical excitation is used to pump particles from the ground state to the excited state, forming a population inversion state. Nd: YAG lasers are common solid-state lasers that use flashlight as a pump source to excite Nd: YAG crystals. The working substance of this laser is neodymium-doped yttrium aluminum garnet (Nd: YAG) crystals.

Design of the flashlight: The laser pumped by the flashlight is usually designed with a long arc, in which the plasma fills the entire tube. The flashlight is composed of a straight or spiral-shaped quartz tube with two electrodes and a fill gas encapsulated inside. These flashlights can be cooled in different ways, such as natural air cooling, forced air cooling, or liquid cooling.

Pump chamber composition: The pump chamber is the component surrounding the laser rod and typically includes one or more flashlights, reflective surfaces, filter glass tubes, and cooling devices. Reflective surfaces are used to import most of the pump light produced into the laser rod, while filter glass tubes can absorb and damping potentially detrimental spectral components of the laser rod.

Application: Laser flashlight arc quartz rod has a wide range of applications in scientific research, industrial processing, medical and other domains, especially in the occasion of high accuracy and high energy laser.

Laser flashlight arc quartz rod is an indispensable part of solid-state lasers. It generates laser by way of flashlight pumping and is widely used in various high-tech domains.