R76MN3470SE30J

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Film Capacitors

Film capacitors, also known as plastic film capacitors, are capacitors that use plastic film as one of their two components. They have excellent frequency characteristics and greater temperature-resistance capabilities than ceramic or mica capacitors, making them especially suitable for boosting signal offerings in high frequency and high temperature applications. The most common type of film capacitor is the radial-lead design, which uses a cylindrical plastic film base on which two components are installed.

R76MN3470SE30J capacitors are plastic film capacitors that offer high-temperature and quick-pulsing capabilities. These capacitors are commonly used in high-frequency power supply, automotive, aerospace, and energy storage applications. They feature a plastic film base, as well as two components that are installed on the film base. The component\'s dimensions and design provide greater temperature-resistance and better mechanical shock resistance than standard capacitors. The R76MN3470SE30J capacitors also feature low leakage and high capacitance stability.

The R76MN3470SE30J capacitors\' working principle is based upon its two components. The first component is a dielectric, which is made from a plastic film. This dielectric stores electric charge by using mechanisms such as polarization and accumulation of electric charges. The second component is an electrode, which is connected to two metal plates. The electrodes produce the necessary electric field in order to generate the capacitance.

The R76MN3470SE30J capacitors provide high frequency utilization and rapid pulse-recovery capabilities that make them suitable for use in high-frequency power supply and automotive applications. They also feature excellent voltage-proof characteristics, allowing them to remain effective in applications that require higher levels of voltage. The capacitors are also particularly suitable for pulse applications, due to their quick recovery time.

The R76MN3470SE30J capacitors are made from a plastic film base and two components. This makes them highly resistant to temperature and shock, making them particularly suitable for use in high-temperature, high-frequency, and pulse applications. Their low-leakage, long-term capacitance stability, and excellent voltage-proof capabilities also make them suitable for a number of applications. The working principle of the capacitor is based upon the two components – the dielectric and the electrode – and the electric field that is generated between them.

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