SFLMP5000200ZC0

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Feed Through Capacitors play an important role in the world of electronic engineering. They are very prolific devices used to filter electrical signals, reduce electrode-to-electrode capacitance and introduce electrical noise, and can even be used in a variety of applications. The SFLMP5000200ZC0 Feed Through Capacitor is one of the most widely used in the industry. It is a 30kV rated capacitor with an internal dielectric of Teflon, a spade terminal connection, and two 5.0uF plates.

The most typical applications for the SFLMP5000200ZC0 are those where the capacitance needs to be filtered out in order to allow other higher frequency signals to pass. It is often used to filter out low-frequency signals that cause interference with other electrical systems. For example, it can be used in a variety of medical imaging systems to reduce the electro-magnetic interference between different components. It can also be used in connection with high-power motors and other electrical devices to reduce microphonic noise. Other applications include compensation circuits, radio receivers, and communication equipment.

The working principle of the SFLMP5000200ZC0 is based on two metal plates separated by a dielectric material, in this case, Teflon. When a voltage is applied across them, an electrostatic field is created, preventing all but the highest frequency signals from passing. Because the Teflon has a very high resistance and dielectric strength, only the most powerful radio frequencies and electric fields will be able to traverse it, allowing the frequency selection to remain extremely effective.

The SFLMP5000200ZC0 feed through capacitor is designed to filter out low-frequency signals and allow higher frequency signals to pass. The Teflon dielectric layer provides a very high level of resistance to lower frequency signals, allowing them to be blocked in order to avoid interference with other electronic devices. In addition, it also works to reduce electrode-to-electrode capacitance, as well as reduce microphonic noise in many situations. Due to its versatility and effectiveness, it has become an essential part of many electronic circuits.

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