B32913A5224M

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Film capacitors are a type of capacitor made from thin strips of insulating material, usually polyester film, which are wound together and coated in an epoxy or resin. The B32913A5224M is a radial leaded capacitor, designed to meet high performance requirements. It has a low ESR, high capacitance, and excellent ripple current capability, making it an ideal choice for applications such as power conditioning, switching power supplies, pulse transformers, and signal connection. Applications that require the highest levels of precision, reliability and stability also benefit from the B32913A5224M.

The B32913A5224M is made up of two polypropylene capacitors, connected in series. Each capacitor has two terminals, which are connected together, forming a single-phase electric circuit. The series connection provides improved accuracy and stability, while the polypropylene materials provide excellent high temperature performance.

The working principle of the B32913A5224M is based on the principle of dielectric polarization. This involves the formation of an electrical field between two adjacent layers of a dielectric material. When an electric field is applied to a dielectric material, a current is built up in the material. When the electric field is removed, the charge can still remain in the dielectric material, and this stored energy is known as capacitance.

The B32913A5224M uses a thin film of insulating material to store the charge and create capacitance. The capacitor is then further insulated with an epoxy or resin to prevent leakage and arcing. The capacitance is determined by the dielectric material and the thickness of the film, and the tolerance of the capacitor is usually +/- 20%.

The B32913A5224M has a variety of applications in the electronics industry. They can be used in DC power supplies, power conditioning, switching power supplies, pulse transformers, and signal connection. They are also used in high end audio and video applications. The B32913A5224M offers excellent capacitance, reliability and stability, making it an ideal choice for these applications.

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