160105K63E-F

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Film Capacitors

160105K63E-F is one of the film capacitors. Film capacitors are non-polarized capacitors with excellent frequency characteristics, low loss, inherently small size and high insulation resistance. They can maintain good electrical performance over a wide range of temperatures, and are often used as components in analog circuits.

Application Field

Film capacitors are widely used as an electronic component in different application fields. First of all, they are frequently used in the audio and instrumentation industries for tone control and noise reduction. Another important field of film capacitor application is in power conditioning and protection, like surge protection, overvoltage protection, DC-Link protection, and EMC immunity measurement. Other applications include industrial automation, power supplies, medical devices, and automotive electronics.

Working Principle

The film capacitor\'s working principles are pretty simple. As shown in the diagram, inside the capacitor there is a thin plastic film which is impregnated with metal oxides. This material is layered between two conductors, like typical 2-pin connectors, and then wound on a spool. When an external voltage is applied across the capacitor\'s terminals, electric current flows through the film layers, forming an electrostatic field in the oxide material. This field creates a dielectric source of energy, providing effective insulation and dielectric absorption.

The capacitor\'s dielectric has an effect on capacitance, which changes depending on the frequency of the applied voltage. As a result, film capacitors can be used to filter certain frequencies. Film capacitors also tend to be more successful at high frequency applications, as they can reliably handle voltages up to 800 volts.

Conclusion

The 160105K63E-F is an example of film capacitors, a type of non-polarized capacitors with excellent frequency characteristics, low loss, and high insulation resistance. These capacitors have many applications, such as tone control and noise reduction, power conditioning and protection, industrial automation, power supplies, medical devices, and automotive electronics. Their working principle is simple, with a thin plastic film which is impregnated with metal oxides between two conductors, forming an electrostatic field in the oxide material. As a result, these capacitors can be used to filter certain frequencies. Film capacitors are widely used in modern electronics and benefit from their reliable performance at high frequency applications.

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