ECW-H12622HVB

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Film capacitors are a type of capacitor that utilizes thin plastic films with metal electrodes on either side of the film. This type of capacitor is characterized by a strong dielectric that allows for higher capacitance values, as well as low parasitic losses. The ECW-H12622HVB is a film capacitor designed for high voltage and high current applications.

The ECW-H12622HVB film capacitor is a low-inductance, non-polarized radial lead capacitor capable of withstanding peak voltages up to 2,200V. It has a capacitance value of 6.2nF, which is suitable for high frequency circuits. It features a low ESR, low voltage, and high current capacity.

The ECW-H12622HVB film capacitor is used in applications such as high-frequency resonant circuits, power factor correction, and motor starting. It is also commonly used in energy-saving lighting systems, DC-to-DC converters, switching power supplies, and line filter circuitry.

The working principle behind the ECW-H12622HVB film capacitor is the same as for other film capacitors. It works by storing energy in a field which is created by the electric charge that passes through it. When the voltage across the capacitor is increased, the dielectric material separates the charges, allowing current flow through the capacitor. When the voltage across the capacitor is decreased, the dielectric material allows the charges to recombine, storing the energy in the capacitance.

The ECW-H12622HVB film capacitor has many advantages over other types of capacitors, including its tolerance of higher temperatures, high reliability, low dielectric losses, low noise, and low parasite frequencies. It is also very durable, making it ideal for use in a wide range of industrial, military, and automotive applications.

The ECW-H12622HVB film capacitor is a versatile and reliable component that can be used in a wide variety of applications. It is suitable for use in high-voltage, high-current circuits, and in applications where a low parasitic inductance is beneficial. It has excellent reliability and stability, and is capable of withstanding high temperatures and pulse voltages.

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