F17724472260

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Film capacitors are electrical components that use a thin, flat plastic material, such as polypropylene, polyester, or Mylar, as a dielectric. They’re most commonly used in analog electronic circuits, where they’re known for their stability, reliability, and performance.
The F17724472260 film capacitor, from KEMET, is designed for high reliability and stability in low-voltage, high-current applications. It features a hollow filament construction and vacuum-deposited aluminum-oxide dielectric. This combination of features makes it highly resistant to vibration, environmental moisture, and temperature cycling.
The F17724472260 film capacitor is typically used in a wide range of consumer, medical, military, and aerospace applications. Examples include: automotive electronic circuits, surge protectors, amplifiers, audio devices, headphones, and medical equipment. It can also be used in AC/DC motor controls, power supplies, and inverter circuits. Due to its high operating temperature and low ESR (Equivalent Series Resistance), it’s ideal for high-frequency switching applications.
The F17724472260 film capacitor has two main working principles. The first is the dielectric effect, which occurs when a non-conductive material, such as the polyester film, is placed between two conductive objects, such as two metal plates. This creates an electric field that opposes the electric current flowing between the two plates. The second working principle is the charge-capacitance effect, which occurs when a reverse-bias voltage is applied to the two plates. This causes the dielectric material to store a static electric charge, which increases the capacitance of the capacitor. This electric charge can later be used to supply or store energy, depending on the application.
The F17724472260 film capacitor is designed for high reliability and vibration resistance. It offers excellent temperature range, low ESR, excellent stability, and a variety of termination styles for easy installation. Its corrosion-resistant construction and stable performance make it a suitable choice for a variety of applications.

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