B43501C2477M82

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Aluminum electrolytic capacitors are electronic components that have been developed for many decades and are widely used in various electronic products. This article will elaborate on the application field and working principle of B43501C2477M82 which belongs to this kind of capacitors.

Aluminum Electrolytic Capacitors are suitable for dc circuits, with ceramic or mica capacitors being the preferred choice for ac applications. This particular type of capacitor, B43501C2477M82, is a radial-lead, through-hole mounted type, designed for high surge currents up to 3A. It has a voltage rating of 105V, capacitance of 4700uF and tolerance of +20%. It also has an extended long life of up to 8,000 hours at 105°C.

The application field for this type of capacitor lies in a number of areas, such as motor control, plasma displays, power supplies, and audio equipment. Motor control circuits need to employ capacitors for the purpose of providing smoothing and filtering in the motor control circuit. In audio equipment, such as amplifiers, B43501C2477M82 capacitors can be used to buffer and boost power and suppress noise. In power supplies, the capacitors can be used for energy storage, voltage protection, and filtering purposes. Finally, in plasma displays, they are important in providing a voltage boost before the plasma discharge.

The working principle of B43501C2477M82 capacitors is based upon electrochemical behaviour of aluminum and electrolyte. It consists of two aluminum layer coated with metal oxide layers, acting as an anode and cathode respectively and separated by an electrolyte liquid. The anode is usually made out of aluminum foil that is rolled into a spiral or screw-like structure. On the other hand, the cathode is normally a hard layer of sedimentary metal oxide. This construction allows an electric field to be created when the capacitor is charged. As this electric field increases, so does the capacitance value of the capacitor.

The process of charging a capacitor starts with a difference in potential difference between the two plates. When the capacitor is connected to a source of dc current, the plates become charged by a flow of electrons from the cathode to the anode. During this process, the anode and cathode create an electric field, and the electric charge stored in this electric field acts as a form of electrical energy to the circuit. When the capacitor is disconnected, the stored energy is then released back to the circuit, allowing it to operate.

The working principle of a B43501C2477M82 capacitor highlights the importance of this part in various applications. Aluminum electrolytic capacitors have long been used for their excellent performance and reliability, and B43501C2477M82 is one type of capacitor that offers a optimal level of performance and capabilities. In summary, B43501C2477M82 is an excellent aluminum electrolytic capacitor that can be used in a variety of applications for providing smoothing, filtering, or noise suppression.

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