35JZV100M10X10.5

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Aluminum Electrolytic Capacitors are among the most commonly used passive devices used in electronic systems for a variety of purposes. The 35JZV100M10X10.5 is an aluminum electrolytic capacitor with special specifications and applications, and understanding the working principle behind it will help to make more informed purchase decisions.

The 35JZV100M10X10.5 is an axial electrolytic capacitor, featuring a cylindrical case with two axial leads and a high capacity electrolyte canister. It is manufactured in three different sizes: 100m10x10.5, 100m12x10.5, and 85m10x10.5. This capacitor features a high capacitance and low ESR, making it suitable for use in a wide variety of applications.

The 35JZV100M10X10.5 is most often used in power supplies of electronic devices, where its high capacitance and low ESR allows it to store a large amount of charge while providing a low resistance path for current flow. It also has applications in data storage devices, as its highly polarized-plated oxide film makes it ideal for compact data storage. Additionally, this capacitor is commonly used in the power transmission and distribution system, where its resistance to high voltage shocks and currents makes it suitable for maintaining a high-quality power line.

The working principle behind the 35JZV100M10X10.5 aluminum electrolytic capacitor is based on the process of electrolysis. The capacitor’s aluminum oxide (Al2O3) anode and electrolyte-filled canister form two plates of an electrolytic cell. As an electric current is applied, the positive ions of the electrolyte migrate to the anode, causing an electrochemical reaction that builds up an oxide layer on the anode. This layer serves to store the electric charge and prevent the current from flowing back. Additionally, the highly-polarized oxide film reduces the ESR of the capacitor.

The 35JZV100M10X10.5 aluminum electrolytic capacitor is a highly-versatile component with many applications across a wide variety of industries. Its robust size and high capacity make it suitable for both power supply and data storage uses, while its low ESR enables efficient power transmission and distribution. By understanding the working principle behind this capacitor, users will be better able to make informed decisions and optimize the performance of their electronic systems.

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