E37L451CPN392MEA5M

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Aluminum electrolytic capacitors, or simply electrolytic capacitors, are polarized capacitors bound by the use of an electrolyte liquid, either in the form of an oxide film or conductive liquid. E37L451CPN392MEA5M is a type of aluminum electrolytic capacitor manufactured by the company Nippon Chemi-Con, and it is made for a variety of industrial, consumer, medical, and automotive applications where a low impedance capacitor is required. The main characteristics of the E37L451CPN392MEA5M are its high capacitance and low ESR.

The E37L451CPN392MEA5M is a radial leaded aluminum electrolytic capacitor with a DC voltage rating of 10V and a capacitance of 470µF. It is an electrolytic capacitor with a surface mount type, which makes it convenient for automatic mounting. It is a cylindrical part with a height of 7.3mm and a diameter of 12.5mm. The design of the capacitor is based on a radial leaded electrolytic, which means that it has two leads (anode and cathode) which protrude from the side of the device body. The anode lead is longer than the cathode lead, and the capacitor body is marked to indicate the polarity of the device.

The E37L451CPN392MEA5M is mainly used in applications where the electrical performance requirements are stringent. These applications include power supplies, electrical transformers, and inverters. In addition, the capacitor is also used in automotive and medical equipment, where a low impedance is essential. The capacitor has a wide temperature range of -40°C to +85°C and a high ripple current rating of 1.8A.

The working principle of the E37L451CPN392MEA5M is based on the double layer capacitance, where electrons are stored in two layers of electrode material, separated by an electrolytic medium. The electrolyte is composed of a positive layer of Anode material, and a negative layer of Cathode material. The applied voltage between the two leads causes electrons to be stored on the Anode side, and creates a Potential Difference between the two sides.

When a current is flowing through the capacitor, the Anode side will attract electrons from the negative side of the medium, and the electrons will migrate from the positive side of the medium to the negative side. This process creates an electrostatic field, which helps to store energy in the form of a capacitance. The capacitance of the capacitor is determined by the distance between the two electrodes, and the physical structure of the electrolytic medium.

The E37L451CPN392MEA5M is an excellent choice for a broad range of applications in the industrial, consumer, medical, and automotive markets. It is a low impedance capacitors with a high capacitance, excellent temperature and ripple current ratings. Its design is based on a radial leaded electroslytic, and the working principle is based on the double layer capacitance.

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