516D476M063MM6AE3

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Aluminum Electrolytic Capacitors are electrical components made to store and release energy in an electrical circuit. The 516D476M063MM6AE3 is a particular type of these capacitors. It is a through-hole type capacitor, meaning it is able to be soldered directly to a circuit board. Like many capacitors, the 516D476M063MM6AE3 has two terminals and is cylindrical in shape. But unlike most capacitors, the 516D476M063MM6AE3 also has a polarizing pin that must be facing the correct direction for proper operation.

The 516D476M063MM6AE3 has a working voltage of 100V and a maximum capacitance of 47uF. This makes it suitable for a wide range of applications, including applications in the automotive and industrial sectors. It can be used in applications that require reliable performance over time without risk of damage due to high voltages. Its high working voltage also makes it useful for applications where higher than normal voltages may be present.

The 516D476M063MM6AE3 is most commonly used in motor control, power electronics, communication, and other electronic systems as well. It is used in frequency conversion, power management, and overvoltage protection circuits, among other applications. It can also be used to filter AC ripple currents in power supplies, as well as to provide power reserve for electronic devices with high peak currents.

This particular aluminum electrolytic capacitor has a working principle that involves the use of an electrolyte. Electrolytes are substances which are electrically conductive and have the ability to form ionic bonds with other substances. In the 516D476M063MM6AE3, the electrolyte is a thin film of aluminum oxide. This film acts as the dielectric between the two metal electrodes and allows the capacitor to store and release an electric charge.

When AC power is applied to the capacitor, electrons from the metal electrodes pass through the electrolyte and create a charge difference across the terminals. This creates an electric field, which stores and releases energy as the AC power source cycles between high and low voltages. The capacitance of the capacitor determines the maximum amount of energy it can store between the electrodes.

For a longer lifespan, the 516D476M063MM6AE3 should be used within its specified temperature range. This is because heat can degrade the performance of the capacitor, reducing its ability to store and release charge. Care should also be taken to ensure that the correct voltage is applied to the capacitor for proper operation.

Overall, the 516D476M063MM6AE3 aluminum electrolytic capacitor is a versatile and reliable component for a wide range of applications. It uses an electrolyte to store and release electric charge, and its high working voltage makes it suitable for applications exposed to high voltages. It is able to retain its performance over time, and should be used within its specified temperature range. With its many benefits, the 516D476M063MM6AE3 is a great choice for a variety of applications.

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