BFC236516474

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Film capacitors are essential components in many types of electronic circuits, with BFC236516474 being one of the most widespread types of the said components. It is an axial-leaded capacitor which is encapsulated in a cylindrical plastic shell. This rectangular 21.3mm × 3.2mm capacitor is capable of storing high-density electrical energy and can be used in applications such as pulse shaping, timing, frequency control, storage and signal conditioning in various electronic devices and systems.

A typical film capacitor is composed of two parts - an insulating dielectric film and two metallic plates for the leads. This type of capacitance uses a polymer film as the dielectric layer to sandwich two metallic plates, where the stored electric charge is located between the two plates. The polymer film offers extremely high insulation resistance, which allows greater capacitance per unit volume when compared to traditional paper or ceramic capacitors.

For BFC236516474 capacitors, the dielectric medium is based on polypropylene with a nominal thickness of 0.6 mm and the metal plates are made of aluminium. They provide decomposition voltage of 6.3V and a rated voltage of 6.3V, with long-term stability and low loss characteristics. These capacitors offer a capacitance value of 0.47µF and an insulation resistance value of 100MΩ. Furthermore, this type of capacitors features a working temperature range from -25℃ to 85℃.

BFC236516474 capacitors are commonly used in high-frequency, high-reliability applications such as bypassing, coupling, decoupling, filtering and motor control. Their small size makes it ideal for applications where space is a constraint, while their low leakage current ensures accurate operation. Furthermore, due to the high dielectric strength it can withstand high voltages and temperatures, thus making it a widely used capacitor in fields such as automobiles, medical instruments, computers, communications systems and satellites.

Notable working principle of BFC236516474 capacitors is simple. It passes alternating current but blocks direct current. When a voltage is present between the plates, a small electric field will develop across the dielectric layer. This electric field stores the electrical energy which can be released under certain conditions. When the voltage between the plates changes, the electric field creates a ripple current which maintains the capacitance until the voltage polarity across the plates are reversed, at which point the charge is discharged.

BFC236516474 capacitors and their various other uses may be explored in detail. While their working principle is not overly complicated, its implementation in various applications requires thoughtful consideration. Nonetheless, by following the guidelines of the aforementioned application fields, the components offered by BFC236516474 capacitors can provide an efficient and reliable performance.

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