ESMQ351VSN102MA50S

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Aluminum electrolytic capacitors are passive components which use electrical energy to store energy. Generally, the dielectric of an aluminum electrolytic capacitor is an anodized aluminum oxide layer on the surface of an aluminum foil. This layer acts as an insulator and provides the required capacitance. A typical aluminum electrolytic capacitor contains an electrolyte between its two electrodes. The electrolyte can be either a liquid or a solid and it serves to provide a conductive path between the electrodes. There are a variety of types of aluminum electrolytic capacitor designs, but the two most commonly used capacitor designs are the ESMQ351VSN102MA50S and the MA50S.

ESMQ351VSN102MA50S Application Field and Working Principle

The ESMQ351VSN102MA50S aluminum electrolytic capacitor is designed for applications requiring high frequency operation and high capacitance. The high frequency operation and high capacitance of the ESMQ351VSN102MA50S are achieved by its high-k value, which is the ratio of the capacitance (C) to the thickness (d) of the dielectric layer. The ESMQ351VSN102MA50S capacitor is used in applications such as audio, video, and digital data processing.

The ESMQ351VSN102MA50S aluminum electrolytic capacitor works on the principle of a Faraday law capacitor. According to Faraday’s law, when an electric field is applied across a capacitor, the current will flow from anode to cathode and the amount of charge stored within the capacitor is proportional to the electric field. In this type of capacitor, an anode and cathode are formed when two aluminum foils are placed in contact with each other. An electrolyte is then used to fill the space between the anode and cathode. The electrolyte acts as a dielectric, or insulator, and allows current to flow between the two electrodes. The aluminum foil forms the anode, while the electrolyte is the cathode. As an electric field is applied across the capacitor, charge begins to accumulate on the plates. This accumulation of charge creates an electric field between the plates, which causes the current to flow. As the current flows, the capacitor stores energy that can be used when the electric field is no longer present.

The MA50S aluminum electrolytic capacitor works on a similar principle as the ESMQ351VSN102MA50S, but it is designed to be used in applications requiring low frequency operation and low capacitance. The MA50S capacitor has a lower k value than the ESMQ351VNS102MA50S, which means that it has a lower capacitance for a given thickness of dielectric material. The MA50S capacitor is typically used in applications such as power conversion and filtering.

Overall, aluminum electrolytic capacitors are useful components for various applications and the ESMQ351VSN102MA50S and MA50S aluminum electrolytic capacitors are no exception. The ESMQ351VSN102MA50S is designed for applications requiring high frequency operation and high capacitance, while the MA50S is designed for applications requiring low frequency operation and low capacitance. Both work on the principle of a Faraday law capacitor, where an electric field is applied across the capacitor and causes current to flow between the two electrodes, storing electrical energy in the process.

The specific data is subject to PDF, and the above content is for reference