FCN1913G822J

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Film Capacitors are widely used in various electronic systems, and are known for their thermal stability, which make them extremely useful in applications where temperature can vary. The FCN1913G822J Film Capacitor is a good example of such a device. It is a 0.1uF X7R High voltage ceramic capacitor, with a standard voltage rating of 822Vdc, and a wide temperature range from -55 to 125 degrees Celsius.

The use of the FCN1913G822J Film Capacitor is not limited to high voltage applications, it can also be used in low voltage circuits with a range of 5Vdc - 50Vdc. Some typical applications in which it is used include: bypass capacitor for RF power amplifier, coupling and decoupling capacitor, charged reservoir capacitor and blocking capacitor.

The working principle of the FCN1913G822J Film Capacitor is based on the idea that when a voltage is applied across its leads, the capacitor will draw current initially, followed by its dielectric material storing the charge when the current flow ceases. During this process, an electric field is created within the dielectric material, which produces a capacitive effect. The effect is proportional to the size of the capacitor and the applied voltage, with larger capacitance values allowing for more charge storage.

The construction of the FCN1913G822J Film Capacitor uses a combination of ceramics and films to form the dielectric medium. The ceramic is used to act as a substrate, while the films are plasticized polymers which are applied to increase the capacitance and improve the performance of the device. The construction of this type of capacitor is extremely durable, as it can withstand high temperatures and moisture levels.

In summary, the FCN1913G822J Film Capacitor is a highly versatile component which is used in a variety of electronic systems, ranging from high voltage to low voltage applications. It’s unique construction ensures maximum performance and reliability at all temperatures. Its working principle is based on the fact that a voltage applied across its leads results in the capacitor storing charge, creating an electric field and producing a capacitive effect. This makes it ideal for a wide range of applications, and invaluable for engineers and technicians.

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