EDK476M050S9HAA

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Aluminum electrolytic capacitors are a type of electrolytic capacitors which use a thin oxide layer formed on its anode as the dielectric layer. EDK476M050S9HAA consists of an anode, a cathode, and an electrolyte that allows ionic current to flow between the two. It is based on the principle of oxidative aluminum anode and evaporation of the oxide layer on the surface thus forming a double layer dielectric. It is mainly used for energy storage, signal filtering, energy conversion, decoupling and frequency selection in the field of electronic circuit.

EDK476M050S9HAA is largely used in power supplies, noise filters, AC-DC converters, and voltage stabilization circuits. It is designed for use with high ripple current, low impedance, high operating temperature, and high performance in various frequency switchings, making it a popular choice to use in the fields of power electronics, home electronics, automotive and industrial. The aluminum electrolytic capacitor EDK476M050S9HAA delivers stability, resilience, and safety for circuit design and enables many applications uninterrupted without any problem.

The features of EDK476M050S9HAA consists of solid aluminium casing, non-solid electrolyte, low internal resistance, high capacitance, low temperature coefficient, high temperature tolerance, low dielectric absorption, low ESR and high energy density. Due to its impressive characteristics, these capacitors are suitable for high frequency switches, pulse supplies, wide band switching, filter, power supplies and other electrical applications.

The working principle of EDK476M050S9HAA aluminum electrolytic capacitor is based on the fact that the thinner the oxide layer, the higher the capacitance. In these capacitors, the oxide layer is formed by anodizing a thin oxide aluminium foil. When an electric current passes through the anode which is having an oxide layer, the electrons flow through the oxide layer towards the cathode. This movement of electrons from anode to cathode forms a double layer on the surface of the oxide layer.

The anode and cathode are separated from the electrolyte which allows the electrically charged particles to move between them. As the electric current passes from the anode to the cathode, a potential difference is created and a capacitor is formed. The thickness of the oxide layer on the anode determines the capacitance of EDK476M050S9HAA. The thicker the oxide layer, the higher the capacitance. The large capacitance of EDK476M050S9HAA makes it suitable for high-power applications.

The advantages of EDK476M050S9HAA are mainly its low cost and its excellent performance. It is also known for its sturdy aluminum housing making it one of the most reliable capacitors in the industry. It is also very durable and has a low ESR and high ripple current capabilities. The capacitors are also able to handle high temperature and high voltage applications.

In conclusion, EDK476M050S9HAA aluminum electrolytic capacitor is a great option for many electrical applications, especially those requiring high power operation and reliability. It offers a superior performance and a low cost. It can help many electronic designs meet their requirements while still being affordable.

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