G063823000

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Laser diode is a type of semiconductor diode that emits laser light when it is stimulated with electric current. G063823000 is a laser diode module that is widely used in applications such as optical fiber communication, sensing, printing, optical storage and medical applications. It consists of a monolithic laser diode module and a sub-mount. The module offers several benefits, including high speed, high optical performance, low power consumption, and improved reliability.

The G063823000 laser diode module has a wavelength of 850nm. This wavelength is optimal for various applications that require low power consumption. The laser is capable of producing a maximum output power of up to 80 mW with a high beam quality. The beam divergence angle is typically 5°, meaning that the laser light is highly focused. This makes the laser diode ideal for applications such as sensing and optical fiber communication. The module is designed for use in harsh environments, making it suitable for use in industrial applications.

The G063823000 comprises several components, including the laser diode, sub-mount, and heat sink. The laser die is integrated onto the sub-mount and is designed to dissipate the heat generated by the laser. The heat sink is designed to draw the heat away from the laser diode and reduce the operating temperature. The sub-mount and heat sink are designed to improve the electrical connection between the laser and the circuit board. The module is designed to be easily connected to the circuit board via standard connection techniques.

The working principle of G063823000 laser diode module is based on the process of stimulated emission, which occurs when enough energy is applied to an atom or molecule to elevate one of its electrons to a higher energy level. When the electron returns to its original state, the energy released in the form of light is coherent and directional, resulting in a laser beam. The laser diode consists of two semiconductor layers - a p-type material and an n-type material, which are connected to a source of current. When a current is applied, it travels through the n-type material to the p-type material, where electrons and holes are created. This process then causes a photon to be emitted.

The laser light produced by the G063823000 laser diode module is highly directional and can be used in a variety of applications. It can be used in optical fiber communication, sensing, printing, optical storage, and medical applications. The laser can also be used to measure distance and can be used in barcode scanners, machine vision systems, and 3D imaging systems. The laser module is a reliable and cost-effective solution for a variety of applications.

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