BFC237678753

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Introduction

The BFC237678753 is a film capacitor that finds its application in several areas owing to its impressive energy storage capability, reliable working, robust construction and ability to perform in extreme conditions. Film capacitors have several advantages like its low cost, reasonable efficiency, precise and stable capacity. It presents the much needed safety to the circuited against electric shocks. So, when it comes to a highly efficient and reliable capacitance device for larger power systems, the BFC237678753 is well suited. This article gives a deep insight into the features of the BFC237678753, its application fields and its working principle.

Features

The BFC237678753 features a series of characteristics that make it an ideal choice for different industrial requirements. Some of the salient features are:

• The BFC237678753 exhibits a capacitance range of up to 120uF.
• It offers very high stability against current, temperature and other environmental factors.
• It is safe to use, as it is totally leak proof.
• It offers excellent self-healing and reliable properties.
• It has a very low dissipation factor.
• It features very low temperature coefficient.
• It is free from leeching and dry out.
• It has no need for a burn-in.

Application Fields

The BFC237678753 is used in a variety of industrial applications. Its features and working range makes it perfect to be used in:

• Switching power supplies.
• Lighting systems.
• Telecommunication systems.
• Medical equipment.
• High frequency radar systems.
• Computer systems.
• Power amplifiers.

Working Principle

A film capacitor or a plastic encased capacitor is a type of device that features two plates which are insulated from each other. Here, an insulating plastic or film layer is added between the two thin metallic plates and is a crucial part of the working of the film capacitor. The insulator material is usually PET or polyethylene terephthalate.

When an AC voltage is applied to the two metal contacts, the electric field will be applied to the dielectric material. As a result of this, force will be produced between the two plates and a capacitance effect will be formed. Every time when a voltage is applied, the force will push and pull electrons between the plates, thus leading to a current flow.

Due to the feature of the dielectric, the amount of current flow will be depending on the thickness of the dielectric, its temperature and the applied voltage. Finally, an energy storage effect will be formed and the energy will be released when the applied voltage is removed. Thus, the BFC237678753 film capacitors can be justifiably stated as an ideal choice for energy storage systems.

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