08051J100FAWTR

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Thin Film Capacitors are components enabling the accumulation and storage of electric charges, which act as intermediaries for the correct operation of any electronic device. 08051J100FAWTR is a specific type of thin film capacitor. The following article outlines its application field and working principle.

Application Field

08051J100FAWTR is a type of thin film capacitor, which is best used for high frequency applications and noise suppression. It is built with a dense composite of dielectric film layers and can withstand temperatures as high as 175°C (347°F). Owing to its small size, it is often deployed in modern electronics, such as audio amplifiers, compressors and other digital devices. Due to its metallic body and thermally-stable design, 08051J100FAWTR is considered to be the best choice in high-temperature environments. Additionally, it also exhibits practically no aging effects, making it suitable for many applications that require precise electrical stability over a long lifespan.

Working Principle

08051J100FAWTR is composed of a three-layered structure consisting of an anode, a dielectric matrix and a cathode. During the capacitor\'s operation, the anode functions as the generator of electrons, which are stored in the dielectric layers before being released through the cathode. As the electrons travel through the layers, an electric field is generated. The electric field functions as an intermediary that stabilizes the exchange between the anode and the cathode. This process is also known as capacitance, and the 08051J100FAWTR is able to maintain a very stable capacitance value during an extended period of time, making it ideal for applications requiring reliable energy storage.

Conclusion

The 08051J100FAWTR is a type of thin film capacitor, which is specially designed for high frequency applications and noise suppression due to its density and thermal stability. Its metallic body and practically lack of aging effects enable it to perform reliably in high temperature environments over an extended lifespan. Furthermore, its three-layered structure enables the device to generate and store electric charges, making it an excellent choice for devices requiring precision energy storage.

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