FCN2416C334J-D2

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Film capacitors are capacitors that use a thin plastic or paper film as the dielectric, instead of the ceramic, mica, or other dielectric that is normally seen in capacitors. The dielectric film is typically impregnated with oil or other materials to increase its dielectric strength and voltage capability. Film capacitors are a relatively new technology compared to other capacitor types, and offer several advantages, including higher capacitance values, higher temperature ratings, higher operating frequencies, and longer life. They also have a smoother frequency response and provide better transient protection than standard ceramic capacitors.

The FCN2416C334J-D2 is a film capacitor designed for applications in consumer electronics, automotive, and industrial control systems. It has an operating temperature range of -55 °C to +125 °C and a rated voltage of 33 VDC. This capacitor is also compliant with the automotive qualification grades of AEC-Q200. With a high capacitance value of 0.001 μF and a low equivalent series resistance of 17 mΩ, it is suitable for applications that require high capacitance with a small size.

The FCN2416C334J-D2 utilizes electrolytic metallization technology and is constructed from two anisotropic conductive polymer layers (ACP) separated by a thin Mylar film. This structure is then covered with a layer of epoxy resin to provide corrosion protection and low-loss characteristics. This capacitor is also equipped with a soft termination lined with a thick polymer insulation layer that protects against high-frequency leakage.

In terms of its working principle, the FCN2416C334J-D2 is a passive electronic component that acts as a storage device for electrical energy. It stores energy in the form of an electric field generated by two conducting surfaces separated by a dielectric material; in this case, the dielectric is provided by a thin film. When a voltage is applied across the two conducting surfaces, an electric field is created between them, thus creating a current flow through the capacitor.

When a voltage is removed from the capacitor, the electric field remains stored in it. The electric field maintains a constant electrical charge, and the capacitor behaves like a battery, releasing the stored energy as a current when the voltage is applied to it again. As such, it acts as a filter, absorbing unwanted high-frequency noise from the circuit while allowing a low-frequency signal to pass through unaffected.

The FCN2416C334J-D2 is an excellent choice for applications in consumer electronics, automotive, and industrial control systems that require a high capacitance value with a small size. Its superior construction and operating parameters make it an ideal solution for a range of applications, including timing and power supplies, audio amplification, and receiver circuits. Its reliable operation under high temperatures and frequencies makes it a great choice for applications that require high-performance and durability.

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