B32522N6104M000

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Film Capacitors

Film capacitors are electronic components that store electrical energy, which are made from dielectric films with electrodes embedded and electrical connections formed in a variety of shapes and sizes.

Film capacitors are divided into different types according to their shapes, materials, connections, structure, etc. The B32522N6104M000 is one type of film capacitors, specifically designed for acoustic and automotive applications.

The B32522N6104M000 is made of a polyester film and a clear, thin epoxy resin coating that provides insulation and protection. It is designed with two metalized electrodes on each end, forming an insulated layer with a dielectric in between. The connection method used is snap-in and the case size is marked as a 1210 package. The maximum working voltage for this type is 33 VDC.

The main applications for the B32522N6104M000 are in the automation, lighting and control systems. They are used to filter, delay, attenuate and store energy in the power circuits of the system. The most common usage includes surge suppression, EMI filtering, high frequency bypass, signal coupling, DC blocking, and so forth.

The working principle of the B32522N6104M000 is based on the fundamental principles of capacitors. It works by using the two electrodes established in between the two adjacent layers of dielectric material. Through this structure, charge can be stored in the capacitor while allowing current to flow through it.

In summary, the B32522N6104M000 is a type of film capacitor that is used in many electronic applications, specifically in automation, lighting and control systems. It works by storing charge in between two electrodes, which are separated by a layer of dielectric material. Its maximum working voltage is 33 VDC, and it is often used for purposes such as surge suppression, EMI filtering, high frequency bypass, signal coupling, and DC blocking.

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