4300-065LF

Feed Through Capacitors

Feed Through Capacitors are an essential part of an electronics system. They offer an electrical connection between two circuits, such as between an AC power source and an electronic device. The 4300-065LF Feed Through Capacitor is a cost-effective way to provide reliable, long-term connection between two circuits.

4300-065LF Application Field and Working Principle

The 4300-065LF Feed Through Capacitor is designed to be used in applications where noise suppression and/or high voltage isolation is necessary. Examples of such application fields include: Telecommunications, Audio and Video equipment, Test and Measurement equipment, and Automation and Control equipment.

The 4300-065LF Feed Through Capacitor is designed with a ceramic core and two electrodes – one inside and one outside – that connect each circuit. The capacitance value of this capacitor is 65pF and has a 500VAC isolation value. The working principle of this feed through capacitor is based on two simple laws of electricity – Faraday’s Law and the Law of Induction.

Faraday’s Law states that when an electric field is applied to a conductor, a changing magnetic field will induce an electric current. This current will pass through the capacitor and be dissipated, resulting in a decrease in the power level of the electric field. This decreases the level of noise in the system, providing an advantage over traditional circuit protection solutions.

The Law of Induction states that the current through a circuit is proportional to the voltage applied to it. This means that as the voltage of one part of the circuit changes, the current through the other part of the circuit also changes. The 4300-065LF Feed Through Capacitor is designed to respond to these changes, offering an efficient way to reduce interference from one circuit to the other.

The 4300-065LF Feed Through Capacitor is an ideal solution for applications that require noise suppression and/or high voltage isolation. Its design and working principle provide a reliable connection between two circuits, helping to reduce noise levels and improve overall system performance.