B25620B1357K101

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Film capacitors, as the name implies, are capacitors wherein the dielectric is formed from a polymeric film rather than a ceramic, mica, or other electro-magnetic dielectric. This type of capacitor has many advantages, including its low cost, high stability, and excellent performance in high voltages. The B25620B1357K101 film capacitor is a popular model used in numerous applications in industries ranging from automotive to military.

The B25620B1357K101 film capacitor is a double-sided, vertical-mount aluminum electrolytic capacitor that provides over 30 mF of capacitance at 25V. It features a lead free, non-halogenated epoxy resin molding that is able to withstand up to 250°C. The B25620B1357K101 also offers good self-healing and low loss properties, making it suitable for various applications in a variety of industries.

In the automotive industry, the B25620B1357K101 film capacitor is used in airbag deployment systems, ignition coils, power steering systems, and other various engine parts. The capacitor’s low esr (equivalent series resistance) allows it to provide reliable performance by preventing excess voltage drops in these applications.

In the military sector, the B25620B1357K101 film capacitor is frequently used in power systems, motor drives, and other equipment that need to operate at high voltages. Its low voltage droop allows for steady power delivery even under high stress conditions, which is crucial for applications such as radar and missile guidance systems.

In the audio and video industry, the B25620B1357K101 capacitor is ideal for use in audio equipment such as amplifiers and speakers, as well as in video equipment such as monitors and cameras. Its low inductance characteristics provide minimal phase shift and ensure high-quality sound and picture reproduction.

The working principle of a film capacitor is based on the electrostatic property between two electrical conductors separated by a dielectric material, such as the polymeric film used in the B25620B1357K101. When a voltage difference is applied across the conductors, an electric field is formed in the dielectric material, causing the electrons to be pushed away from the positive terminal and attracted to the negative terminal. This creates an electrical current that flows through the capacitor, creating a capacitive effect. This effect is what allows the film capacitor to store and release energy, making it an essential component in many electrical circuits.

The B25620B1357K101 film capacitor is a versatile component that is used in a range of industries. Its low cost, high stability, and excellent insulation and voltage droop properties make it an ideal choice for various automotive, military, audio, and video applications. Thanks to its reliable performance, the B25620B1357K101 film capacitor is well-respected and heavily relied upon in these industries.

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