CGR223U040W4L

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Aluminum electrolytic capacitors are widely used in power supplies, signal filtering and conditioning, power factor correction, snubber circuits, and high-voltage DC blocking applications. CGR223U040W4L is an example of an aluminum electrolytic capacitor specifically designed for high-temperature applications.

Application field

CGR223U040W4L works well in a variety of high-temperature application fields. It is a long-life, high-ripple, large-capacitance capacitor designed to fit a wide range of devices and applications, including motor starters, power supplies, DC power supplies, motor protection, and motor controllers. Additionally, its excellent capacitor to ESR ratio and long-term stability make it an ideal choice for use in high temperature environments.

Working principles

Aluminum electrolytic capacitors are constructed using two nonconductive plates divided by an electrolytic paste. An electrolyte is applied to the plates to form the dielectric and create charge carrying ions. The aluminum electrode acts as the positive terminal, while the electrolyte acts as the negative terminal. As current is applied, it forces ions to move through the electrolyte between the plates, creating a capacitance. When current ceases, the capacitance fades, allowing for more current to flow.

CGR223U040W4L is designed to meet the requirements of a high temperature operational environment. It utilizes an anodized aluminum electrolyte and main element to provide excellent energy-storage and ripple performance. The capacitor features a maximum operating temperature of +105° in humid environments, while its high thermal resistance allows it to work effectively in extreme temperatures up to +155°. Its long life expectancy is also a great feature, providing high reliability and numerous self-healing cycles.

In conclusion, CGR223U040W4L is a high-temperature aluminum electrolytic capacitor with a wide range of applications in various types of high-voltage systems and industrial applications. Its exceptional energy-storage and ripple performance, high thermal resistance, and long life expectancy make it an ideal choice for use in extreme temperature and volatile environments.

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