MPXB824K305G

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Film capacitors are a type of capacitor which employs a film dielectric. Film capacitors can be further divided into two main subgroups, metallized and non-metallized. Metallized film capacitors use a thin vapour-deposited metal layer, such as aluminum or zinc, on the surface of the film. Non-metallized film capacitors instead have a thick film dielectric, which provides a large breakdown voltage.

MPXB824K305G is a film capacitor from Kemet. It is a metallized film capacitor which can be used in a variety of applications due to its high capacitance and low ESR. It has a capacitance of 824pF and a maximum voltage rating of 16V.

The MPXB824K305G is designed for deployment in harsh environments where vibration and elevated temperatures are present. It features low distortions as a result of loss tangent polarity and is resistant to humidity, salt mist, and thermal shock. In addition, the MPXB824K305G’s construction of multiple layers of metalized polyester film makes it very stable and reliable.

The working principle of MPXB824K305G is based on the concept of capacitance. The capacitor is constructed from two conducting plates separated by a dielectric. In the case of the MPXB824K305G, this is achieved through multiple layers of metalized polyester film. When a voltage is applied to the two plates, a charge will be stored on each plate, creating a static charge. This charge can then be used to produce a voltage on the other side of the capacitor.

The MPXB824K305G is commonly employed in automotive applications, telecommunications equipment, and power supplies. Its combination of high capacitance and low ESR makes it ideal for these applications, making it an essential component in the functioning of these systems.

In conclusion, the MPXB824K305G is a stable and reliable film capacitor which is capable of handling a wide range of applications. Its metallized construction and low ESR make it suitable for deployment in harsh environments where vibration and elevated temperatures are present. Additionally, the concept of capacitance is at the core of its working principle.

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