NX8562LC470-88-AZ

Laser diodes, modules and other laser technologies have made their way into many fields and applications, with the NX8562LC470-88-AZ laser diode playing a significant role in the industry. This article covers the application field and working principle of the NX8562LC470-88-AZ laser diode.

The primary application field of the NX8562LC470-88-AZ laser diode is in optical communication. It is used in the reception of optical signals for a variety of communication networks, such as telecom networks, cable TV networks, computer networks, and satellite networks. The laser diode can also be used for optical data read/write in CD/DVD drives and for high density data storage applications. In addition, it is used for instrumentation in medical and scientific applications.

The working principle of the NX8562LC470-88-AZ laser diode is based on the stimulated emission of radiation from an active medium. In a laser diode, the active medium is usually a semiconductor material, such as gallium arsenide or indium phosphide. Charge carriers, such as electrons, are injected into the active medium, where they are stimulated to emit photons. These photons travel in an amplified and coherent manner, forming a laser beam. The NX8562LC470-88-AZ laser diode also utilizes external components, such as reflective structures, lenses, modulators, and others, to control the direction and intensity of the emitted light.

The NX8562LC470-88-AZ laser diode is available in various packages and power levels. Common packages are TO-18, TO-46, TO-49, TO-53, and SMA connectors. The diode can be operated in either pulsed or continuous emission mode and has several operating parameters, such as threshold current, peak wavelength, output power, modulation speed, etc. The laser diode is also highly efficient, with an efficiency of up to 80%.

In conclusion, the NX8562LC470-88-AZ laser diode is an important device in the field of optical communication. It is used in telecom networks, cable TV networks, computer networks, and other applications. It is highly efficient and supported by various packages and external components. Its operation is based on stimulated emission of radiation from the active medium. The application field and working principle of the NX8562LC470-88-AZ laser diode are thereby clearly established.