W2F15C2228AT1A

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Feed Through Capacitors have become increasingly popular in a wide range of applications due to their high reliability, low cost and simple installation. W2F15C2228AT1A is a Feed Through Capacitor designed for use in Audio/Video applications. It provides a low-impedance connection for signals, TV and A/V interfaces.

The W2F15C2228AT1A is constructed with a metal alloy case and has two screws that secure the capacitor to the enclosure. These screws ensure that the capacitor is firmly secured to the enclosure and provide an electrical connection for signals. The capacitor’s terminals are connected via two posts on its backside and then plugged into the enclosure.This prevents signal distortion caused by the capacitor’s capacitive effect and resistance. The capacitor\'s terminals are also connected via two non-conductive mounting clips that are soldered to a printed circuit board.

The W2F15C2228AT1A’s working principle is simple. It is basically a passive device that stores electrical energy in the form of an electrostatic field. This field is created by the capacitor’s dielectric material (in this case, ceramic) between two metal plates in the capacitor. When a voltage is applied across the plates, the dielectric material stores the electrical energy, resulting in an increase in capacitance. As the voltage is changed, the capacitance also changes thereby controlling the flow of electrical currents.

This Feed Through Capacitor is primarily used in Audio/Video applications where a low-impedance connection is required, such as in TV interfaces, amplifiers, sound systems and A/V receivers. The capacitor is also used in various electronic devices, such as monitoring systems, LED drivers, and industrial machinery.

In summary, the W2F15C2228AT1A Feed Through Capacitor is a reliable, cost effective and simple to use capacitor. It is typically used in Audio/Video and other electronic applications where a low-impedance connection is required. Its working principle is simple and it consists of an electrostatic field created by a dielectric material between two metal plates in the capacitor. This design ensures that the capacitor is voltage-dependent and creates a controlled flow of electrical currents.

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