SFBDP5000940ZC0

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Feed Through Capacitors, also known as Trans-Shield capacitors, are an important part of most high frequency electrical systems. They are essential for providing efficient heat dissipation, minimising stray capacitance and being part of an effective filter. SFBDP5000940ZC0 capacitor is one of the most popular feed through capacitors due to its excellent performance and reliability.

The SFBDP5000940ZC0 capacitor is a 19mm diameter, 0.7mm thick ceramic disc capacitor. It has a non-polarized, center disc configuration with high frequency dielectric for better performance and heat dissipation. The SFBDP5000940ZC0 capacitor features a high-temperature resistor material of ERP90 or higher. It has a rated voltage of 85C, an insulation resistance of 1,000 megohms and C0G dielectric.

The SFBDP5000940ZC0 capacitor has a number of applications in various fields. It is often used in high frequency power and signal transmission systems, radios, televisions, computer monitors, medical and military equipment. The capacitor can be used as an integral component or placed in series configuration. The feed through capacitor is also commonly used in communications systems, where it helps to reduce electromagnetic interference.

The working principle of SFBDP5000940ZC0 capacitor is based on the phenomenon of capacitive coupling. This occurs when a voltage is applied between two conductors separated by a dielectric, such as a capacitor. As current passes through the two conductors, the voltage is stored in the dielectric material, creating a static electric charge. This static electric charge prevents further current flow and serves as a short circuit, reducing electromagnetic interference. The stored electric charges also help dissipate heat, making the capacitor more efficient in filtering out unwanted signals.

As a result, the SFBDP5000940ZC0 capacitor is an essential component in a wide range of electrical systems. Its high frequency performance and dielectric material make it an ideal choice for reducing interference and heat dissipation. With its excellent reliability and performance, it makes the perfect addition to any system requiring a feed through capacitor.

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