B33364A5106J050

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Film capacitors, sometimes referred to as plastic film capacitors, are a type of capacitor that uses a polyester, polypropylene, polystyrene, or ceramic dielectric. They are constructed by wrapping the dielectric film over an insulating core so that it forms a cylindrical capacitor body. An axial or radial lead is then attached to each end of the capacitor body to establish electrical connection to the device. Film capacitors’ main benefits are that they are small, have a reliable low ESR, a wide range of capacitance values, and are generally more stable and reliable than other capacitor types. They are used in a variety of applications and industries from consumer electronics to medical devices.

B33364A5106J050 Application Field

The B33364A5106J050 is a polypropylene film capacitor primarily used in power factor correction applications. It has a nominal working voltage of 450 volts AC, rated power of 2800 VA, and dissipation factor (DF) of 0.042 at 1 kHz. Additionally, this capacitor is generally rated for a ripple current of 5.6 A RMS, and a capacitance of 0.056 μF. These properties make this capacitor well suited for power factor correction in all types of control systems and power-conditioning systems.

B33364A5106J050 Working Principle

Film capacitors rely on the dielectric’s induced polarization to separate electric fields. When a voltage is applied across the capacitor, the dielectric will resist the flow of electrons. As a result, the voltage across the capacitor is increased and the electric field created. This electric field causes a polarized reaction from the dielectric, resulting in electrical charges of opposite values to accumulate. These electric fields attract the opposite charge and electrons are drawn to the terminal connected to the positive voltage. Thus, the electric charge builds up and energy is stored.

In power factor correction applications, B33364A5106J050 capacitors are used to control the output current and the phase angle. The resulting reduced phase angle between the input current and voltage leads to an improved power factor and higher efficiency. The capacitor will also reduce the amount of high-order harmonics in the input current. This is due to its ability to absorb the voltage peaks and filter out the higher frequency harmonics.

Conclusion

The B33364A5106J050 is a polypropylene film capacitor primarily used in power factor correction applications. This capacitor is well suited for the job due to its numeric properties such as its 2800 VA rated power, 5.6 A RMS ripple current, and 0.056 μF capacitance. It is built with a dielectric film that relies on induced polarization to separate electric fields and store energy. Film capacitors offer many advantages over other capacitor types such as small size, reliable low ESR, and a wide range of capacitance values. These advantages make them ideal for power factor correction applications as well as other consumer, industrial, and medical applications.

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