200BXF47MT810X20

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Aluminum Electrolytic Capacitors, better known as aluminum electrolytic capacitors, are the most commonly used capacitors in electrical and electronic circuits. They are most widely used in power supply and signal processing equipment, and are found in almost any system that requires a voltage or current source. The capacitor consists of two nodes, one connected to the power source and one connected to the load. The connection between these nodes is a porous layer of an electrolyte. This electrolyte is separated by a series of thin aluminum plates, which act as a barrier between the two nodes. When the voltage between the two nodes is visible, an electrical charge is generated. This charge is stored in the capacitance created by the aluminum plates. The charge can then be used to provide a power source for the circuit.

The 200BXF47MT810X20 aluminum electrolytic capacitor is specifically designed for applications requiring high-frequency output and/or high-level current handling. It features a low equivalent series resistance (ESR), high reliability, high ripple current handling, and excellent long-term stability. The 200BXF47MT810X20 is constructed using low ESR aluminum electrolytic technology, which provides low equivalent series resistance and high capacitance retention for longer life and performance. The voltage rating is 35V or 420V, with a capacitance value code of 47μF to 10,000μF.

The 200BXF47MT810X20 is most commonly used in applications such as power supplies, solar inverters, motors, power conditioning and regulation, circuitry protection, and frequency-sensitive applications. It is important to consider the ripple current rating for any application that involves frequent switching between high and low voltage, as the ripple current rating will determine how much energy can be lost due to the capacitor\'s internal resistance. The ripple current rating is also used to determine the maximum temperature rise of the capacitor while it is in operation.

The working principle of the 200BXF47MT810X20 can be explained using Faraday\'s Law of Induction. Faraday\'s Law states that a change in magnetic flux will induce an electromotive force in a conductor loop, which is measured in volts. In the case of the 200BXF47MT810X20, the aluminum plates act as a conductor loop, and the alternating current through the capacitor causes a magnetic flux to be generated. This magnetic flux induces an electromotive force in the plates, which is then stored as an electrical charge in the capacitor.

The 200BXF47MT810X20 is an important component for many electronic and electrical applications. It offers low ESR, high capacitance retention, and excellent long-term stability, making it suitable for most high-frequency and current-sensitive applications. It is also important to consider the ripple current rating when selecting a capacitor for a specific application, as this rating will determine the temperature rise of the capacitor while in use.

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