B43501D5107M82

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Aluminum electrolytic capacitors, or often referred to as electrolytic capacitors, are a type of passive electronic components used in electronic circuits. They consist of three electrical terminals; the anode, cathode, and the dielectric electrolyte gel or fluid containing the metal ions. B43501D5107M82 capacitors are one of the many varieties of electrolytic capacitors with high temperature, low impedance, and wide voltage range.

Application Fields

B43501D5107M82 capacitors are commonly used in high power applications due to their wide voltage range and low impedance. More specifically, these capacitors are used in a variety of power-related applications such as automotive, heavy machinery equipment, energy storage systems, and renewable energy systems. They are reliable for high surge power supply to support robust immunity and output spikes in switched mode power supplies (SMPS) and voltage regulator modules (VRM). B43501D5107M82 capacitors are also used in signal filtering and power dampening, due to their feature of providing high capacitance in a small form factor. These capacitors can be found in equipment such as computers, televisions, and other electronic devices.

Working Principle

B43501D5107M82 capacitors work on the principle of electrochemical cells, which convert chemical energy into electrical energy. The capacitor consists of two charged metal plates called electrodes, which are placed in a liquid electrolyte consisting of ions and a dielectric material. When a voltage difference is applied to the capacitor plates, ions from the electrolyte migrate through the dielectric material. This substance, called the plate electrolyte, stores the charge. When the voltage difference is removed, the ions go back into the electrolyte.

As the ions move through the dielectric material, they create a current. This current creates an electrical resistance against the application of voltage, causing the voltage to drop when current passes through the capacitor. The faster the ions move, the less time for the voltage to drop. This is why B43501D5107M82 capacitors have low impedance and wide voltage range, allowing for higher power throughput.

When the capacitor is charged by the external source, the ions in the electrolyte will create an electric charge that is stored in the capacitor. This electric charge is transferred across the capacitor\'s terminals and through the device being powered. B43501D5107M82 capacitors are especially useful in high power applications because of their ability to store large amounts of charge, and because they have a low impedance allowing them to discharge quickly.

When the voltage is removed, the current in the capacitor will begin to diminish and the capacitor will eventually be discharged. At this point, the capacitor will be in its uncharged state and ready to be used again. B43501D5107M82 capacitors are reliable, cost effective and highly versatile, making them extremely popular in both consumer and industrial applications.

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