SFCIC5000680MC0

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Feed Through Capacitors play an important role in a variety of electronic applications. The SFCIC5000680MC0 is an example of a feed through capacitor that is widely used in a variety of industrial and commercial applications. This particular feed through capacitor is a High Voltage Impulse Capacitor that is rated for a Maximum Working Voltage of 500KV AC for one minute.

The SFCIC5000680MC0 is comprised of two components: the fixed plate and the movable plate. The fixed plate is made from a durable, low loss dielectric material, which is metalized with conductive ink for greater conductivity. The movable plate is also made from a durable, low loss dielectric material that is conductive, and is connected to a dielectric shield. The two plates are separated by a gap that allows energy to pass between them, creating an electrical connection between the two components.

The SFCIC5000680MC0 works through the process of capacitive coupling. A voltage is applied across the two plates; when the voltage is increased, the charge on the plates creates an electric field between them. This electric field opposes the electric force pushing across the plates and creates the effect of capacitive coupling. Once the field is created, any changes in the external voltage will induce currents in the plates, and in turn cause any changes in the voltage applied across them.

The SFCIC5000680MC0 feed through capacitor can be used in a variety of applications, including but not limited to voltage clamps, current limiting, power filters, voltage control and high-voltage pulse generating. The capacitor can be used to provide a low-impedance, low-capacitance connection for a circuit, while simultaneously preventing the passage of high energy voltage surges. The capacitor can also be used to protect sensitive components such as amplifiers and op-amps and reduce the rate of current flow.

The SFCIC5000680MC0 capacitor works by causing current to flow between the two plates, which creates an electric field. This electric field is used to induce current in the plates, and in turn helps to regulate the voltage applied across them. This makes the capacitor an excellent choice for applications such as voltage clamps, current limiting, and safe, controlled power flow.

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