QXK2G473KTP7FJ

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Film capacitors are one of the most well-known types of capacitors currently used in electronic circuits. The QXK2G473KTP7FJ is a film capacitor that has been designed to offer a high level of performance and reliability. This article will provide an overview of the application field and working principle of the QXK2G473KTP7FJ.

The QXK2G473KTP7FJ is a polypropylene film capacitor with a low ESR. It has a voltage rating of 300 Volts DC and is designed to handle up to 0.1 µF of capacitance. It has a low ESR rating of 0.07 Ohms and is available in two standard sizes: 0.1 µF and 0.15 µF. It is also available in both leaded and surface mount versions.

The application field of the QXK2G473KTP7FJ is diverse. It is used in power supplies, high-speed switching applications, audio and broadcast equipment, automotive electronics, and general industrial applications. It is also used in motor control systems and other control devices such as LED lighting.

The working principle of the QXK2G473KTP7FJ is simple. In essence, it works similar to an inductor or electronic transformer; it stores energy in the form of an electric field. The energy stored is the difference between the charges of the capacitor’s two metal plates. When a voltage is applied to the capacitor, the electric field stores the energy and then discharges the energy as an electric current. The same process is repeated as the voltage is removed, reversing the flow of the electric current.

The QXK2G473KTP7FJ is a high-performance film capacitor that is designed to provide reliable operation. It is available in two different size packages and is capable of handling up to 0.1 µF of capacitance. It is commonly used in power supplies, audio and broadcast equipment, motor control systems, LED lighting, and other industrial applications. The working principle of the QXK2G473KTP7FJ is the same as any other film capacitor; it utilizes an electric field to store energy, which is then discharged as an electric current. The electric field then reverses the flow of current when the voltage is removed.

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