G13C028-OPO

G13C028-OPO is an optical parametric oscillator developed by Technical Institute of Photonics. It has become a key device in laser technology for its broad application field and high performance. It can be used in many different applications, such as laser spectroscopy, metrology, nonlinear optical interactions, laser cooling, and laser surgery.The working principle of G13C028-OPO is based on the combination of optical nonlinearity and the phase matching of parametric processes. It consists of three main components: a laser source, a nonlinear crystal, and an external cavity. The laser source generates an input signal beam that enters the nonlinear crystal. Inside the crystal, input beam generates a signal beam that coherently converts the input beam into two different signal beams, each with its own frequency, polarization, and propagation direction. The two signal beams interact in the phase matching region until they reach the external cavity, which is made up of two mirrors. The signal beams travel between the two mirrors until one is reflected back and the other is transmitted to the other side and collected.G13C028-OPO is widely used in different fields due to its high efficiency and flexibility. It can be used in optical metrology, infrared laser spectroscopy, optical imaging, laser cooling, medical laser treatments, and laser surgery. In optical metrology, it is used to measure the length and width of an object by generating three laser beams, which are combined and then reflected off the object. This enables precise measurements of distances and angles. In infrared laser spectroscopy, it is used to measure different properties of materials, such as the chemical composition. Its flexibility also allows it to be used for laser cooling, in which the laser is used to slow down the motion of atoms and molecules. In medical applications, it is used to treat tissue or perform laser surgery.G13C028-OPO is an excellent tool for both scientific and industrial applications owing to its reliable operation and high efficiency. Its flexibility also allows for easy adaptation to different applications, making it a useful device for a wide range of applications.