B32621A3683J000

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Film Capacitors

B32621A3683J000 is a product in the film capacitor family. It is widely used in a variety of industries, such as power electronics, automotive, medical and more. It is also suitable for direct current (DC) applications, alternating current (AC) applications and pulse circuits.

Application Field

B32621A3683J000 has a wide range of application fields. It can be used in power electronic systems, such as inverters, solar off-grid controllers, battery chargers, power inverters and wind converters, due to its high current rate, long life and low temperature characteristics. It can also be used in automotive applications, as it provides superior protection and reliability to systems, such as power seat, sunroof and window regulator.

Aside from power electronics and automotive, B32621A3683J000 is also widely used in many medical applications. It provides excellent performance in equipment, such as infusion pumps, dialysis machines, X-ray machines and CT scanners. B32621A3683J000 can also be used for many industrial applications, for instance, as a filter for switching mode power supplies.

Working Principle

As a film capacitor in the high-frequency circuit, B32621A3683J000 functions as a filter, and it can adjust, combine and isolate signals or power supplies. Its working principle is like the release and storage of electric energy. B32621A3683J000 consists of two thin layers of metal sheets with a dielectric film to separate them. The two metal sheets act as conductors, and allow current to pass through when voltage is applied.

The metal sheets of B32621A3683J000 are insulated by a thin dielectric, which is often a polyester or polycarbonate material. When an AC voltage is applied, an electric field is formed from one metal sheet to the other. This electric field is proportional to the applied voltage and the value of the capacitor, and it stores electrical energy. When the applied voltage is removed, the capacitor releases the stored energy, in order for the capacitor to “charge” and “discharge” to maintain the required electric current.

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