168474K63H-F

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Film capacitors, such as the 168474K63H-F, are electrical components that have high dielectric strength and are well suited for applications in high-frequency and high-voltage circuits. The 168474K63H-F film capacitor is a polypropylene-film based capacitor that provides superior voltage stability, low loss factor, and excellent self-healing characteristics. It has a temperature range of -55 to +105 Celsius and is UL recognized. The 168474K63H-F film capacitor is suitable for use in various applications ranging from power supply, pulsed and arc applications, energy storage and timing circuits, instrumentation, AC filter and smoothing circuits to signal coupling and damper circuits.

The working principle of a film capacitor is quite simple. Two metal plates make up the terminals of the capacitor. One plate is connected to the negative side of a power supply, while the other is connected to the positive side. A dielectric material, usually a polymer film, is placed between the two metal plates. The dielectric material has the ability to store electrical charge, allowing the capacitor to store and release electricity.

With the influence of the electric field, ions from the dielectric material move towards the positive plate, leaving the negative plate deficient of electrons. This creates an electric charge on each of the plates. As a result, an electric dipole moment forms between the two plates and the capacitor is said to be charged. This process is reversed when the electric field is removed, allowing the capacitors to discharge.

The 168474K63H-F is ideal for applications requiring a reliable capacitor with a wide capacitance range over a operating temperature range of -55 to +105 Celsius. Its high dielectric strength makes it suitable for use in high-voltage circuits. The self-healing characteristics of the 168474K63H-F provide protection against surge voltages, while its low loss factor makes it ideal for high-frequency applications and signal coupling. Its wide range of uses, reliable performance, and stable characteristics make the 168474K63H-F an ideal choice for a variety of electronics and power supply applications.

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