716P47351NA3

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Film capacitors comprise an array of capacitors which are formed from organic or inorganic polymers film dielectric material. 716P47351NA3 is a type of film capacitor that is well suited for high frequency applications. It has several advantages, including low ESR, a very wide operating temperature range, and excellent handling of in-rush current.

The 716P47351NA3 is a two terminal, unipolar film capacitor that is preferred for use in high frequency circuit applications. Its thin dielectric film layers allow the capacitor to store more charge to yield higher capacity. Additionally, its high quality dielectric material provides superior dielectric heating performance. The capacitor design also includes an impregnated cell structure to reduce the risk of shorting.

Film capacitors are widely used in high-frequency circuits because of their superior characteristics, such as high insulation resistance, low RF loss, low electrical noise, low leakage current, and strong immunity to shock and vibration. Their flat construction provides excellent performance at the high frequencies required for RF transmission. In the 716P47351NA3 application field, the film capacitor is used in many circuits where high-frequency AC signals are present. The capacitor can be used as an AC filter, as a decoupling capacitor, or as an energy-storage device.

The 716P47351NA3 is also widely used as a power averaging capacitor to provide stability in a power supply. In this application, it continuously absorbs and stores energy, then releases it to the load on demand when the voltage drops. The film capacitor is also used to bypass noise from power lines. In this case, the capacitor is used to absorb any high-frequency noise on the power line, allowing the noise-free signal to reach the load.

The working principle of the 716P47351NA3 film capacitor is based on the principle of two dielectric layers of different dielectric constant and thickness. When a voltage is applied, the electric fields in each layer oppose each other, resulting in a capacitance. The capacitance is due to the opposite electrical fields created by the combination of the two layers with different dielectric constants. As the voltage increases, the capacitance increases and vice versa.

The 716P47351NA3 film capacitor has many advantages and can be used in many different applications due to its thin, high-strength dielectric and high operating voltage. It has a low ESR, a wide operating temperature range, and can handle in-rush currents without fail. It finds use in RF and high-frequency AC applications as a filter, decoupling capacitor, energy-storage device, and noise-reduction device. The working principle of the film capacitor is based on the opposing electric fields created by the two dielectric layers with different dielectric constants.

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