G362701227

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Laser Diodes, Modules and Accessories are an important part of many manufacturing processes and industries. The G362701227 application field and working principle is a process by which a semiconductor device, usually made of gallium arsenide, generates laser light from a stream of electric current. The operation of this device relies on the optical properties of the semiconductor material and its junction with an electrolyte.

When a voltage is applied to the laser diode, electron-hole pairs are created and these electrons and holes are collected in a zone at the junction of the semiconductor material and the electrolyte. These electrons and holes interact with one another and are accelerated by the electric field created by the applied voltage, thereby creating photons or laser light.

The laser beam generated by the laser diode is of an extremely narrow spectral width, with a shorter wavelength. It can be focused or dispersed in various applications. The laser diode has a wide range of uses in the industrial, medical and defense sectors. Industrial applications include material and metal cutting, welding, engraving, laser marking, and drilling. Medical applications may include laser surgery, biopsy, diagnosis, and epilation.

The G362701227 has a robust design and long life, with a life of over 10,000 hours. It is available in a variety of sizes, shapes, and wavelength ranges to suit various applications. This device is available with a range of power levels, from 200 to 400 mW depending on the model and application. It features an in-built temperature control system to ensure the optimal performance of the device. This device can be mounted in a variety of ways, making it suitable for a range of configurations in different applications.

The G362701227 is typically used in laser diodes which are used in laser marking and engraving machines. These systems typically utilize one or two laser diodes that are connected to a control system for laser marking, engraving or welding. The laser diodes create a narrow beam of light that is directed at the surface of the item to be engraved or cut. The beam of light is scanned across the surface at high speed, heating it up and removing material until the desired pattern is created.

The G362701227 application field and working principle is also utilized in laser cutting systems. In this application, the laser beam is directed to the material being cut, and the material is heated up until it melts, vaporizes, or boils, depending on the material type. This process is much faster than other cutting methods and can be used to cut through thicker materials than other methods such as waterjet cutting.

The G362701227 is also utilized in laser welding processes. In this application, the beam is focused and melted materials are joined together. The speed and accuracy of this process allows for metals to be welded together much faster than traditional methods. This process is commonly used in industrial production, where quick and accurate joins between pieces of metal are essential.

The G362701227 application field and working principle is also used in rangefinder or distance measurement devices. This system utilizes the short wavelength of laser light to create a focused beam of light. This beam is reflected off a target object, and the time it takes the light to travel from the source to the target object is measured. This measurement is used to calculate the distance between the source and the target object.

Overall, the G362701227 application field and working principle is an important part of modern manufacturing applications. The device has a wide range of uses and is capable of producing precise and powerful laser beams, making it a versatile component in laser systems used in various industries.

The specific data is subject to PDF, and the above content is for reference