G362501427

G362501427 application field and working principle

G362501427, or also known as “Laser TO-5-Connector”, is a widely used laser diode module in industrial and consumer applications. It is a compact and cost-effective solution for laser control and laser beam delivery. With its integrated temperature control, the G362501427 has an edge over other types of laser diode modules.

The G362501427 application field consists of a wide range of industrial, medical, military and research uses. With its main standard 135-degree full-angle beam divergence, it has found wide application in Laser Interferometry, Lidar, Machine Vision, LED replacement, Laser Display and Transflective Illumination. In industrial processes, it is used for precise laser marking, cutting and coating processes.

G362501427 is a high-power laser diode module. Using continuous wave operation, it can produce high output power up to 8W and has an exceptional maximum output level of 100mW per diode. G362501427 provides a superior temperature control with an operating temperature range between 0℃ and 80℃. It has a very long operating lifetime of more than 10,000 hours.

The working principle of G362501427 is based on the three-segment design, which is a combination of optics, mechanics and electronics. It consists of a semiconductor laser diode represented in the form of various laser crystal materials, a resonator to determine the characteristics of the laser output, optical components, amplifying circuits for the laser power, a mechanical system for precise pointing, as well as power and temperature controllers. When using higher power ratings, cooling systems are necessary.

In a nutshell, the G362501427 is a reliable, versatile and cost-effective solution for laser applications. It offers a wide scope of applications, from high-precision marking processes to high-power military and industrial applications. Its integrated temperature control guarantees long operation lifetime. A combination of the three-segment design and precision optics helps to achieve outstanding performance.