B32529C3472K000

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Film Capacitors

Film capacitors were originally developed to address the increasing need for reliable, high-value capacitors for electronics and communications applications. As technological advancements have been made with films and coatings, film capacitors have become an important building block of many hardcore and commercial applications, making them one of the most versatile capacitors available.

B32529C3472K000 Application Field and Working Principle

The B32529C3472K000 is a high-voltage film capacitor designed for use in applications requiring high stability, such as voltage conversion, voltage regulation, power conditioning, and power factor correction. Its non-polar construction provides protection from destructive overvoltage transients, and its polyethylene-naphthalate (PEN) film is designed to deliver reliable performance even in high-temperature environments. This capacitor has a wide application field of use, such as in power supplies, telecommunications, uninterruptible power supplies, and industrial automation.

The B32529C3472K000 utilizes a polyethylene-naphthalate stacked-film technology as the dielectric core of its construction, allowing it to achieve rated capacitance levels up to a high 68µF in an extremely small form factor. The PEN film is also engineered to provide superior volumetric efficiency, allowing the capacitor to remain highly stable, yet highly resilient to environmental conditions, such as temperature and humidity. The electrical connections of the B32529C3472K000 are designed to ensure excellent mechanical strength, thereby reducing the possibility of failure due to vibration and shock.

The working principle of the B32529C3472K000 involves storing electrical energy as a charge in a dielectric medium between two conductors. In this case, the dielectric medium is a PEN film, and the two conductors are the capacitor terminals. When a voltage is applied to the terminals of the capacitor, a charge accumulates, generating a field of force between the two conductors and their associated dielectric medium. This creates an electrical circuit, allowing current to flow between the terminals in proportion to the applied voltage, and providing effective energy storage and dissipation.

The B32529C3472K000 is a rugged film capacitor, designed to provide superior signal delivery and energy storage in high-demanding applications. Its PEN film dielectric provides superior volumetric efficiency, allowing it to achieve impressive levels of capacitance in an extremely small form factor. The electrical connections also offer excellent mechanical strength, preventing failures due to vibration and shock, while the non-polar construction protects against destructive overvoltage transients. As such, the B32529C3472K000 is an ideal solution for use in demanding applications requiring reliable, high-voltage performance.

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