4306-023

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Feed Through Capacitors are used in a variety of applications ranging from power supplies and inductors to high-frequency circuitry and medical devices. 4306-023 is one of the most versatile capacitors currently available on the market.

4306-023 feed through capacitors offer the capability of connecting capacitor elements at both ends of a signal line, providing protection against EMF, RF interference, and ground loops. These capacitors are designed with a stainless steel enclosure that shields them from environmental noise and provides the highest level of protection.

The 4306-023 feed through capacitor is also designed to withstand high-temperatures, static discharge and other environmental stress that leads to premature aging of the capacitors. The design reduces the chance of component failure as well as reduces the amount of time it takes to repair the capacitors. These capacitors can be combined with inductors and transformers to form filter networks and feeding systems.

Working principle of 4306-023 feed through capacitors can be explained with the help of a simple example. When current is passed through the capacitor, electric charge accumulates on the plates inside the capacitor body. This electric charge creates an electric field across the gap between the plates, resulting in a force that pulls electrons from one plate to the other. This movement of electrons creates an electric current flowing in the circuit, which is known as electrical conduction.

The current passing through the capacitor increases as the voltage across the plates increased, thus increasing the capacitance. As the magnitude of the current increases, the amount of energy stored on the capacitors increases as well. This phenomenon is known as dielectric absorption, and it is what gives rise to the increased capacitance of 4306-023 feed through capacitors.

4306-023 feed through capacitors are also designed for robustness. The steel housing of the capacitor prevents moisture and other contaminants from entering the capacitor body and damaging the sensitive inner components. The strong, robust housing also allows the capacitor to maintain consistent performance over a wide range of operating conditions.

4306-023 feed through capacitors also offer the ability to meet high-speed and high-bandwidth requirements quickly. This is achieved by combining multiple capacitors in the same line, enabling designers to rapidly achieve the desired performance with just one or two components.

In conclusion, 4306-023 feed through capacitors are very versatile and widely applicable components that are found in a variety of applications. They offer high levels of protection from environmental noise and static discharge. Their robust design allows them to withstand high-temperatures and offer plentiful capacitance in a small package. They also offer the ability to meet high-speed and high-bandwidth requirements quickly. These features make 4306-023 feed through capacitors an excellent choice for a variety of applications.

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