B32656S2104J563

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Film capacitors are common components used in many fields of electronic engineering and acoustics. These components have a distinct advantage over other capacitors - they are relatively low cost, compact in size, and have excellent frequency and temperature response characteristics. The B32656S2104J563 capacitor is an example of one such film capacitor widely used because of its set of features.

General Properties

The B32656S2104J563 capacitor typically has a voltage rating of 400 volts and a capacitance of 0.0047 μF. It has an operating temperature range of -25°C to +85°C, allowing it to be used in a wide range of applications. It operates in temperatures from -55°C to +125°C, albeit with an additional derating factor to ensure prolonged and safe operation. Its general dimensions are also appropriate for many projects, being 10.2 mm in diameter and 10.4 mm in height. Furthermore, its body is secured by a four-flange mounting style that is secured to the circuit board.

Application Field

The B32656S2104J563 capacitor is most notably used in filtering, energy storage and resonant circuits, power supplies, and noise suppression applications. Its properties make it ideal for use in various medium power acoustics circuits, where low cost and good performance are equally important.

The capacitor is often used in stereo audio systems where its low added noise and distortion provide excellent audio quality. In addition, its low ESR or equivalent series resistance makes it suitable for use in high frequency converters and transducers. Furthermore, the capacitor can also be used in standard motor control circuits, as the compact size prevents power loss from excessive decay.

Working Principle

The B32656S2104J563 works by storing a large amount of energy internally and then releasing it in the form of a current. This process occurs when a voltage is applied to the capacitor. This voltage is usually sourced from a power supply, enabling current to flow through the capacitor. This current is then transmitted across the circuit, powering the different components connected to it.

The capacitor is also equipped with a dielectric barrier which prevents any energy from being lost during the charging and discharging of electrons. When a current is applied to the capacitor, the electrons cluster around the dielectric barrier, forming a capacitive barrier that prevents energy from being lost through leaking. The process of rapid charging and discharging of the capacitor is known as its frequency response, and it is this property that makes the B32656S2104J563 an excellent choice for medium power applications.

Conclusion

The B32656S2104J563 is a great choice when looking for a low-cost capacitor that has excellent frequency and temperature response characteristics. It operates in temperatures from -55°C to +125°C, and is well-suited for medium power applications, especially in stereo audio systems, high frequency converters, and motor control circuits. The compact size and secure mounting style makes it easy to install without requiring much space or additional tools. This capacitor is an ideal choice for those looking for an efficient and reliable solution to their power supply, filtering, energy storage, noise suppression, and resonant circuit needs.

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