381LX471M400A452

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Aluminum Electrolytic Capacitors are electrical components - they are essentially futuristic circuits which act as a storage tank for electricity. A capacitor is made of two layers of metal plates, usually separated by a thin layer of insulating material like paper. A simple capacitor has two terminals, and when voltage is applied across the terminals it acts like a short circuit, allowing a current to flow. There are many variations of this simple component, and one type of capacitor is the 381LX471M400A452.

The 381LX471M400A452 is a high-quality electrolytic capacitor rated for 2.5V and has a maximum temperature coefficient of 15%. It is constructed with an inline capacitor element, and has a long life expectancy due to its robust construction. This type of capacitor is used for a variety of high-temperature operation areas, including power supplies, display systems, and LED circuits.

The 381LX471M400A452 has an application field in pulsed applications such as power supplies. Pulsed power supplies require capacitors that can rapidly discharge and charge as needed, so they must be able to tolerate the voltage swings that occur as current is rapidly moving in and out of the capacitor. The 381LX471M400A452 is designed for this exact purpose, and its high temperature coefficient allows it to maintain solid performance even under high temperature operation.

The working principle of the 381LX471M400A452 is that its two plates, or electrodes, act as a plate capacitor. The plates are made of aluminum, with a thin layer of electrolyte between them. When voltage is applied to the capacitor, a tiny electric field is created that causes a current to flow from one plate to the other. This current is then stored as electrostatic energy, which is what gives the capacitor its capacity. This stored energy can then be used to power a circuit.

The 381LX471M400A452 is a reliable and versatile aluminum electrolytic capacitor, and it is perfect for use in pulsed power supplies, display systems, and LED circuits. Its temperature coefficient allows it to maintain solid performance even in high temperature conditions, making it an ideal choice for high powered applications. Thanks to its robust construction, the 381LX471M400A452 will remain reliable and provide quality service for years to come.

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