ELXY350EC3820MF15D

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Aluminum electrolytic capacitors are widely applied in daily electronic productions, especially in the fields of audio frequency circuits and high-frequency circuits. The ELXY350EC3820MF15D specifically, is a type of aluminum electrolytic capacitors. It features high-temperature standing with a 6.3V voltage rating. It contains a radial lead and screw terminal with its safety standard designed according to UL 94 V-0.

In terms of its application field and working principle, the ELXY350EC3820MF15D operates in high-frequency circuits due to its low equivalent series resistance and its long life span. It is also able to work in high working temperature environments, with a dielectric layer made of aluminum oxide. While operating, electric charge is stored on two layers of aluminum foil and electrolytes which are separated by a thin layer of oxide, forming a capacitor.

These capacitors are also widely used in power-supply systems, low-frequency circuits, noise suppressor and impedance adjustable circuits. The ELXY350EC3820MF15D in particular, have wide range of temperature coefficient for their capacity, allowing for precise adjustments to the changes in capacitance as the working temperature varies (in this case up to 85°C). In addition, this capacitor withstands large rated ripple current comparably.

Aluminum electrolytic capacitors with radial leads like the ELXY350EC3820MF15D, feature an industry-standard pin-style lead for the connection to the power source. The lead acts as an insulator between the two electric conducting plates, coming in handy when the capacitor is in use and a large amount of electricity flows through the two plate. It ensures safety by limiting the capacitors’s exposure to heat and voltage.

Due to its advantageous features, the ELXY350EC3820MF15D is popularly used for its well-suited application in power outlets and converters, and other power-supply systems in power-hungry businesses like automobile manufacturing. It has proven to be reliable and durable, with a long life cycle. Its long service life is backed up by the well-maintained electric stability and safety.

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