B43508A9477M62

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Aluminum electrolytic capacitors, such as the B43508A9477M62, are passive electronic components used to store energy in electric fields. They are critical components in electronic systems found in all types of products, from consumer electronics to industrial machinery. As part of a circuit, aluminum electrolytic capacitors work by allowing an electric current to flow in one direction, but not in the other.

Aluminum electrolytic capacitors use a porous anode material with a gel electrolyte, together with a wound-aluminum plate as the dielectric. When a voltage is applied, positive ions migrate to the anode and negative ions to the cathode. The electric field created by the charge separation stores electrical energy and creates an electrical capacitance.

Depending on the material used, electrolytic capacitors can be used for low- or high-voltage applications. B43508A9477M62 aluminum electrolytic capacitors are rated for 50-Volts, which is high enough for most consumer electronics, automotive, and other applications that require such a voltage. They have a high capacitance of 47μF at 20°C, in addition to a low equivalent series resistance and a long-term reliability under high temperatures.

When it comes to applications, aluminum electrolytic capacitors such as the B43508A9477M62 are wide and varied. Common uses are with switching power supplies, power factor correction circuits, high frequency circuits, audio equipment, and many more. The capacitance, rated voltage, and temperature range of these capacitors makes them ideal for high-frequency filtering applications, as well as non-polarized and motor start capacitors.

In summary, aluminum electrolytic capacitors, such as the B43508A9477M62, are passive electronic components used to store and release electrical energy in an electric field. They are versatile components used in a variety of applications, from consumer electronics to industrial machinery. They have a high capacitance, a wide temperature range, and a long-term reliability under a high voltage.

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