160563J630G-F

Film capacitors are a wide range of specialized capacitors that utilizes multiple dielectric layers to store energy and provide electrical insulation. The 160563J630G-F is a type of film capacitor, and it is primarily used to filter out high frequency signals in electronic circuits.

Basic Structure of the 160563J630G-F

The 160563J630G-F is constructed with two electrodes arranged in a cylindrical form, and a polypropylene film as the dielectric layer of the capacitor. The polypropylene film is composed of alternating layers of polypropylene and aluminum oxide, which acts as a barrier between the electrodes and stores electric energy. In addition, the 160563J630G-F film capacitor features a coating of a dielectric layer and a metallic shield to protect the capacitor from external humidity and electrical noise.

Applications of the 160563J630G-F

The 160563J630G-F is mainly used in energy storage applications, and the most commonly used application is to filter out high frequency signals. This capacitor type is commonly used in radio and telecommunication circuits, as it is capable of rejecting high frequency signals from 120MHz to 750MHz. The capacitance of the 160563J630G-F ranges from 0.44pF to 400pF.

In addition, the 160563J630G-F has advantages over other plastic film capacitors. Due to its polypropylene dielectric material, it has higher insulation resistance the other film capacitor types. Furthermore, due to its shielding effect with the metallic layer, it has higher noise and temperature resistance as well.

Working Principle of the 160563J630G-F

The 160563J630G-F film capacitor stores electric energy in its polypropylene film dielectric layer. When a voltage is applied across its electrodes, electric charges accumulates on the electrodes. This charge generates an electric field between the two electrodes, and the energy stored in this electric field is then discharged when the applied voltage is removed.

Furthermore, its polypropylene film has a better dielectric constant compared to other dielectric materials, making the electric field more uniform with a greater stored energy. This makes the 160563J630G-F film capacitor highly efficient for its size and cost.

Conclusion

The 160563J630G-F film capacitor is a versatile component used in both energy storage and signal filtering applications. Its high insulation resistance and temperature resistance makes it ideal for a variety of circuits in electronic and telecommunication systems. The working principle of the 160563J630G-F film capacitor revolves around its polypropylene dielectric layer, which stores electric energy when a voltage is applied to the capacitor and is discharged once the voltage is removed.