FZTSP5EXNSAF025

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FZTSP5EXNSAF025 is a commonly used power laser diode in the telecommunications industry. It is mainly used in optical fiber communications and has gained tremendous popularity in the past few years. Due to its excellent performance, it also finds use in the application of solid-state laser welding, laser cutting, laser engraving, laser marking and other industrial applications.

The FZTSP5EXNSAF025 transmission rate is 1.55 microns, with a power output of over 100mW and low optical noise figure. This makes it ideal for use in applications where high speed communications and reliable data are needed. Additionally, its small size and lightweight make it suitable for a variety of applications.

FZTSP5EXNSAF025 consists of several components. Its core consists of a laser diode surrounded by a lens and focusing material. Its lens is made of high transmission glasses with an aspheric surface, which decreases divergence and decreases its weight. Additionally, the electro-optical modulator (EOM) in the center of the lens allows for fast switching of the laser light. The focusing material helps to direct and shape the laser light, while providing some degree of protection for the diode.

The working principle of FZTSP5EXNSAF025 is relatively simple. First, an electrical current is passed through the EOM, causing it to modulate the laser light. This modulation causes a change in the transmission rate of the light. This is then converted into an optical signal by the lens and focusing material, and is then transported along an optical fiber to its destination. This optical signal is then converted back into an electrical signal by a receiving device.

FZTSP5EXNSAF025 is one of the most widely used laser diodes in telecommunications and has become an important part of many industries. It offers an array of advantages, including low transmission noise, better power output, high durability, and a wide range of applications. As such, it has become an essential tool for companies in the fiber optics industry, providing them with reliable data transmission at high speeds while eliminating any potential issues with interference.

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