B32653A3274J000

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Film capacitors are passive two-terminal electronic components comprising a thin insulating film as the dielectric layer. They are used in a variety of circuits, including coupling, decoupling, blocking, bypassing, smoothing, and signal integration. B32653A3274J000 is a type of film capacitor manufactured by EPCOS, a subsidiary of TDK.

The B32653A3274J000 film capacitor is a metallized polypropylene capacitor designed for general purpose applications. It is axial-leaded, self-healing, and non-inductive. It has voltage ratings up to 500VAC and capacitance values up to 2700μF.

The application field of the B32653A3274J000 is very wide, including use in power electronics, automotive, DC/DC converters, electronic ballasts, motor and appliance control, and switch mode power supplies. It is also suitable for applications requiring high ripple current capabilities, high temperature operation, and stable performance under variable ambient conditions.

The working principle of the B32653A3274J000 is based on the principles of capacitive reactance. As two conductive plates are brought close to each other, an electrical field develops between the plates. This field produces a force between the plates, known as electrostatic force, which causes a certain amount of charge to flow between them due to the difference in voltage. By increasing or decreasing the amount of electrical field between the plates, the amount of charge that is transferred between them can be adjusted.

Due to its design, the B32653A3274J000 film capacitor is able to retain its capacitance even when the voltage or temperature is changed. This makes it suitable for use in circuits where the voltage or temperature may vary, such as power supplies, motor drives, and other applications that require stability.

The B32653A3274J000 film capacitor is a reliable and cost-effective component which is ideal for many applications. It is able to handle high ripple current levels, has good temperature stability, and is resistant to voltage stresses. It is also self-healing, meaning that it will not short out if exposed to a high voltage surge.

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