FCN1913E222K-E1

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Film capacitors, also known as film dielectric capacitors, plastic film capacitors or polymer film capacitors, have a wide range of applications. FCN1913E222K-E1 is a type of film capacitor featuring high insulation resistance, low dissipation factor, excellent capacitance stability, and high reliability. It is widely used for specific fields that require stable and precise electric current.

The FCN1913E222K-E1 has two main application fields. The first is for coupling, buffering, and blocking electric circuits. As it is able to absorb and store electric charge, this type of capacitor can be used to couple and de-couple AC and DC signals of varying frequencies. It can also effectively absorb transient voltage and prevent them from reaching other parts of the circuit, and serve as a buffer. The second is to serve as a filter for AC signal. When filtering an AC signal, the capacitor acts as a low-pass or high-pass filter by blocking and passing AC components respectively, and therefore creating an AC signal with only desired frequency components.

The working principle of the FCN1913E222K-E1 capacitors is based on dielectric materials which can store and release electric charge. When a voltage is applied, the capacitor will store electric charge on the surface of the material, thereby forming an electric field. This electric field will affect the operation of the capacitor by providing a resistance against the current. When a current is applied, a small amount of charge is released from the capacitor, and the stored electric charge begins to decrease. It is the combination of storing electric field and releasing electric charge which allows the capacitor to regulate and manage the electric current.

The FCN1913E222K-E1 is a reliable and stable film capacitors which is able to perfectly regulate and manage electric current in power supply networks, filtering circuits, volume control circuits, audio circuits, and many others. Its features of high insulation resistance, low dissipation factor, excellent capacitance stability, and high reliability make it an ideal choice for many applications.

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