R60II3470AA30K

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Film capacitors, or Film Dielectric Capacitor, are a subset of capacitors which are typically constructed from a thin metallized film wrapped around an electrically-insulating winding substrate, usually in an cylindrical shape. The film can be made from any number of materials, ranging from plastic to paper, and may be suitably treated in order to increase its performance. The basic function of the film capacitor is to store and deliver an electrical charge. Its primary use is to temporarily store charges until it can be released through the use of an electrical circuit.

R60II3470AA30K is one type of film capacitors, which is plastic film capacitor with tapped terminals, radial leads, and 10mm lead spacing. It holds many advantages like excellent corona resistance, long life and ability to work perfectly in high voltage circuits. Moreover, it enjoys a good balance between loss and capacitance, and is reasonably small for the kind of capacitance it holds, making it very suitable for applications requiring high-precision capacitance.

R60II3470AA30K has a wide range of application fields, ranging from AC drives and frequency converters to LED lighting ballasts and photo-flash applications. In AC drives and frequency converters, the film capacitor is used to reduce the current harmonics in the mains electricity supply. Since it is usually constructed of a solid dielectric material, it provides insulation and protects against excess current, while also supplying the necessary energy to power the circuit.

In LED lighting ballasts, the film capacitor helps with providing the necessary start-up current for the LED devices. It also filters the power line of any high-voltage spikes or transients, thus protecting the circuits from damages caused by unpredictable and sudden changes in the power line. In digital camera flash applications, the film capacitor is used to stabilize the supply voltage and reduce electrical interference between different camera components.

The working principle of R60II3470AA30K is based on a phenomenon known as the capacitance effect. In layman’s terms, this effect describes the ability of the capacitor to accumulate and store an electrical charge when a voltage difference is applied across its terminals. This effect is due to the presence of two metal plates which have a dielectric medium between them. The dielectric medium acts as an insulator which can store an electrical charge for a certain amount of time.

The capacitor works by allowing electrical current to flow into the capacitor and accumulate on the plates. This charge is stored on the plates until it is released through the use of an electrical circuit. The rate of charge accumulation and discharge is dependent on the capacitance of the capacitor. The higher the capacitance, the more charge can accumulate on the plates, and the more quickly it discharges upon application of an electrical circuit.

In summary, R60II3470AA30K is a type of film capacitor with tapped terminals, radial leads, and 10mm lead spacing. It is suited for a wide range of applications, such as AC drives and frequency converters, LED lighting ballasts, and digital camera flash applications. Its working principle is based on the capacitance effect, which is due to the presence of two metal plates separated by a dielectric. The R60II3470AA30K holds many advantages like excellent corona resistance, long life and ability to work perfectly in high voltage circuits.

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