ESMH350VNN103MP50S

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Aluminum electrolytic capacitors are an important subclass of capacitors and are extensively used in electronic circuits, especially in power supplies and not only for such applications. ESMH350VNN103MP50S is an aluminum electrolytic capacitor designed for applications where high capacitance values, voltage ratings, electrical stands and temperature stability are needed. It has many benefits such as small size, low ESR, wide temperature range, and many other features. It is an ideal choice for many applications including power supplies, motor drives, and frequency converters.

ESMH350VNN103MP50S Application Field

ESMH350VNN103MP50S is mainly used in applications such as filtering and decoupling circuits for electronic equipment, power supplies, switch-mode power supply (SMPS), circuits subjected to high voltage and temperature Environment, motor drives, type converters, etc. And because of its wide temperature tolerance range, it can be applied in high temperature and high voltage requiring environments as well.

The capacitor is also well-suited for power factor correction and safety protection circuits, with basic functions of distortion-processing circuits. This very convenient and useful device is further applicable for protection circuits, power banks, UPS and specialized UPS systems.

ESMH350VNN103MP50S Working Principle

The aluminum electrolytic capacitor is mainly composed of a casing, electrolyte, and two pieces of anode and cathode aluminum foil. Simply put, voltage exists between the anode and the cathode, and the capacitor converts the energy in the form of electrical energy to mechanical energy (or conversely). That is, the aluminum electrolytic capacitor does not store the electrostatic energy, but rather it converts the energy between electrostatic and mechanical.

The capacitance is mainly determined by the size of the diaphragm structure, the spacing of the diaphragm and the area of the diaphragm. When the capacitor is in operation, a high dielectric film is generated in between the two metal conductors, resulting from the reaction of the electrolyte and the anode. This dielectric film is stable in normal operation and will not be broken down under an applied voltage, avoiding short circuit. The dielectric film also enhances the capacitor\'s ability to handle high voltages.

Conclusion

The ESMH350VNN103MP50S aluminum electrolytic capacitor is an ideal choice for many applications, and it is a high quality and high-performance device suitable for power supplie, motor drives and frequency converters. Its wide temperature range, small size and low ESR make it well suited for these applications, as well as for power factor correction and safety protection circuits, with the basic functions of distortion-processing circuits.

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