515D226M450EN6AE3

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Aluminum electrolytic capacitors are one of the most widely used polarized capacitor types, due to their relatively cheap production costs and robustness. The 515D226M450EN6AE3 is an aluminum electrolytic capacitor. It is a product of Illinois Capacitor, a US-based capacitors and electronic components manufacturer.

The 515D226M450EN6AE3 is a large aluminum electrolytic capacitor. Its dimensions are 27.20mm x 43.00mm x 60.20mm, and it weighs around 40g. It exhibits a low-impedance element design, and has a capacitance of 226µF. This low-impedance element design reduces the RMS current under surges, extending the life expectancy of the capacitor. It also offers longterm reliability.

The 515D226M450EN6AE3 is rated for a working voltage of 450 volts, and a voltage proof of 750V. It has a maximum operating temperature of 80℃ and a maximum ripple current at 100KHz of 9.00A. Its life expectancy is rated for 2000 or 3000 hours at 70 or 105℃, respectively.

The 515D226M450EN6AE3 has a variety of applications, ranging from power supply circuits to computer motherboards. Due to its low impedance element design, it is suitable for use in circuits that experience surges and other high-current loads. It is also a reliable capacitor for applications that require long life expectancy.

The working principle of the 515D226M450EN6AE3 is the same as all other aluminum electrolytic capacitors. A thin layer of oxide is formed on the surface of two aluminum foils. The oxide layer acts as an insulator between the two foils, creating a capacitor. Electrical energy is stored in the two foils by creating an electric field between the electrodes and the dielectric oxide layer, while chemical energy is stored in the oxide layer involved. This is known as the "double-layer effect". This effect allows the capacitor to maintain its capacitance over time and use.

Aluminum electrolytic capacitors, such as the 515D226M450EN6AE3, are highly resilient and durable components. They are able to withstand a wide range of working conditions, and can tolerate high temperatures, up to 105℃ in some cases. Furthermore, their low-impedance design allows them to withstand high-current surges. As a result, they are ideal for applications that require reliability and durability.

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