E91F401VNT102MC50T

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Aluminum electrolytic capacitors are electrical components commonly used in electronic circuits. The E91F401VNT102MC50T is an electrolytic capacitor specifically designed for use in a variety of applications. This article explores the specific application field and working principle of the E91F401VNT102MC50T.

The E91F401VNT102MC50T is a radial leaded capacitor with a relatively low Life Expectancy. The capacitance of the E91F401VNT102MC50T is rated at 400 V, with a tolerance of ±10% and a maximum operational temperature of 85°C. Its design is geared towards providing a reliable, low-cost solution for a range of applications requiring a high degree of reliability and stability.

The primary application field of the E91F401VNT102MC50T is filtering and decoupling. This type of capacitor can be used to block any high-frequency noise from reaching a sensitive circuit, such as one containing a microcontroller. It can also be used to prevent ground loops in applications that require more than one ground connection. The E91F401VNT102MC50T is also used in power supplies, providing smoothing of the output voltage and decoupling any interfering noise.

As for the working principle, the E91F401VNT102MC50T is a etch-processed aluminum electrolytic capacitor. Such capacitors consist of a solid aluminum outer layer surrounding a thin oxide film and electrolyte. Passivating the metal surface to form the oxide film helps to increase the capacitance of the device. When connected to a circuit, an electric field will be generated, which will attract oppositely-charged ions to the plate within the capacitor. When the current is removed, the electric field dissipates, causing the ions to return to their natural positions and restoring the capacitor to its neutral state.

The E91F401VNT102MC50T is a reliable, cost-effective solution for a range of applications that require high reliability and stability. Its primary application field is filtering and decoupling, but it can also be used in power supplies. Its working principle is based on the etch-processed aluminum electrolytic capacitor model, where an electric field is generated to allow the movement of ions between plates.

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