AVEK475M35B12T-F

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Aluminum electrolytic capacitors, also known as aluminum capacitors, are capacitors that employ the use of an electrolyte as the medium. The electrolyte is usually a gel or liquid paste made from a blend of alcohols, petroleum, esters, and other organic materials that can be used to create a conductive medium with the capacitor’s dielectric layer. This dielectric layer consists of an exceptionally thin layer of electrically conductive oxide or film formed on a metal film.

The specific aluminum electrolytic capacitor AVEK475M35B12T -F has been used successfully in many different applications. It is a monolithic/multi-layer device designed for power supply decoupling and other high-frequency operations. The capacitor is designed to operate in temperatures ranging from –55°C to +125ºC and has a wide range of capacitance values up to 1μF.

Due to its high-frequency characteristics, the AVEK475M35B12T-F is often used for switching regulators, power supplies, and other high-speed electronics applications. Its ability to store and release a large amount of energy allows it to suppress EMI/RFI interference and reduce ringing in pulses. Additionally, the capacitor can reduce stress on power supplies and ensure better system reliability.

The capacitor’s working principle is relatively simple. It uses two metal plates separated by a dielectric material. A voltage is applied to the plates to create an electric field which causes the positive ions of the medium to be drawn to one plate and the negative ions to the other. This process creates an electric charge on the plates which is stored in the form of static energy. When the voltage is removed, the capacitor will retain its charge until it is discharged.

The AVEK475M35B12T-F is an excellent choice for a variety of applications, including decoupling, amplifiers, radio-frequency (RF) circuitry, electronic circuits, and other high-speed electronics. It provides reliable and stable performance in a variety of temperature and power conditions. Its generous capacitance range, wide operating temperature range, low ESR, and high ripple current capability make it an ideal choice for various types of commercial and industrial projects.

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