517D475M050JA6AE3

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Aluminum Electrolytic Capacitors are common components used in many electronics applications for the purpose of storing electrical energy in the form of electric potential. The 517D475M050JA6AE3 capacitor is a type of Aluminum Electrolytic Capacitor that utilizes an electrolyte, typically either an aqueous solution or an organic solvent-free electrolyte, that is sandwiched between two layers of aluminum foil. High dielectric strength is achieved by using a thin oxide layer formed on the aluminum foil electrodes. This oxide layer is formed through anodization of the aluminum substrate.

The 517D475M050JA6AE3 is a high-power capacitor designed for applications requiring higher current and capacitance than standard aluminum electrolytic capacitors. It offers greater capacitance stability over temperature than most other electrolytic capacitor types, and it tolerates high currents and long operating life. The 517D475M050JA6AE3 capacitor is designed for the most arduous operating conditions, featuring a highly stable electrolyte, a wide temperature range, and high-reliability results. The 517D475M050JA6AE3 capacitor is well suited for power conditioning and energy storage applications such as: automotive, avionics, instrumentation, power supplies, industrial equipment, industrial motor control, medical, robotics and renewable energy.

The 517D475M050JA6AE3 capacitor has an operating temperature range from -55°C to +125°C, and a capacitance range from 1μF to 10,000μF with standard or snubber configurations. It utilizes an inexpensive aluminum electrolytic technology that is reliable and leak-proof. Its long operating life and high reliability results make it suitable for harsh environments including industrial motor control, medical, avionics, and automotive applications. The 517D475M050JA6AE3 capacitor features a low equivalent series resistance (ESR) and low leakage current.

The working principle behind the 517D475M050JA6AE3 capacitor is simple. When current is applied to the capacitor, an electric field is generated in the electrolyte that causes the two metal plates to become charged. The strength of the electric field depends on the capacitance, and the capacitance is dependent on the dimensions, area, and number of plates, and the thickness of the oxide layer on the plates. This electric field will cause a change in potential between the capacitor plates, storing electric energy. When a different voltage is applied to the capacitor, the electric field between the plates will change in strength and the capacitor will release the electric energy stored in it, releasing the potential stored between the plates.

The 517D475M050JA6AE3 capacitor is a reliable, durable, and cost-effective solution for many applications. It provides a stable operational environment and features a high performance-to-cost ratio. Its ultra-low power consumption, wide operating temperature range, and long-term stability make it an ideal choice for high-power and energy storage applications. Its design also allows for lower manufacturing cost and higher reliability than other aluminum electrolytic capacitor solutions.

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