URY1V102MRD

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Aluminum electrolytic capacitors, sometimes referred to as electrolytic capacitors, are devices that store electrical energy within their components. This type of capacitor is composed of two metal plates - a porous anode (positive electrode) and a non-porous cathode (negative electrode) - with a dielectric material (separator) in between. It is the accumulation of electrons on one plate that produces a voltage for current to flow through.

The URY1V102MRD is an aluminum electrolytic capacitor that is among the most reliable components available in the market today. Due to its sturdy electrolyte material, it is highly resistant to mechanical shock, vibration, and moisture. In addition, its long lifespan and good stablity make it a reliable choice in many applications.

URA1V102MRD has an application field of common over-voltage protection and circuit biasing to suit various applications, such as in power supplies, computer networks, industrial electronics and also in high-speed digital circuitry. It can also be used in the energy storage technology as it can store charge in a very efficient and consistent manner. Furthermore, it has the ability to provide high current and voltage levels, making it ideal for use in various applications that require high reliability.

The working principle of URY1V102MRD is relatively simple. When a voltage is applied, positively and negatively charged plates of the capacitor attract. This opposite charge then creates an electrical field between them. When the voltage is removed, the charge stored between the plates of the capacitor is removed. This charge is stored on the anode and drawn from the cathode. As a result, the capacitance is reduced.

The URY1V102MRD is an aluminum electrolytic capacitor that can be used in a wide range of applications, and its reliability and stability means that it is a popular choice for many electronics engineers. Its ability to store charge consistently, along with the ability to provide high current and voltage levels, make it an ideal choice for use in a variety of applications. Additionally, its sturdy electrolyte material makes it highly resistant to environmental conditions, allowing it to perform well in even the most challenging environments.

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