EKMH100VNN393MA30T

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Aluminum Electrolytic Capacitors are electronic components which are capable of storing electrical energy and can be used in multiple applications. The EKMH100VNN393MA30T is a specific type of aluminum electrolytic capacitor which is designed for a range of purposes. This article will explain the functional fields and working principle of the EKMH100VNN393MA30T capacitors.

The EKMH100VNN393MA30T is an advanced aluminum electrolytic capacitor which can be used in a variety of applications. It is generally used in industrial, automotive, military, and medical equipment, providing a range of important performance characteristics. The EKMH100VNN393MA30T capacitor has a high peak current capacity, excellent pulse load characteristics, and excellent self-healing properties, making it an ideal choice for high current and challenging electrical load operations.

In terms of working principle, the EKMH100VNN393MA30T utilizes an anode composed of a porous layer made of aluminum or a compound material. This anode is further combined with an electrolyte, which is often a mixture of sulfuric acid and a binder, and a cathode made of aluminum. When a current is applied, positively charged ions migrate to the anode, and a negative charge is left on the cathode, creating an electric field between the two layers which stores energy.

The value of a capacitor depends on factors such as the distance between the electrodes, the material of the electrodes, and the temperature of the environment. The capacitance is calculated by multiplying the plate area by the permittivity of the material and divided by the distance between the electrode surfaces. The EKMH100VNN393MA30T capacitor is designed with a unique combination of plate area and material, providing excellent value and performance.

The EKMH100VNN393MA30T is also capable of self-healing, which ensures that the capacitor is not permanently damaged by minor overloads, and that it will continue functioning properly. Self-healing occurs through the evaporation of the conductive particles of the electrolyte, which translates to a decrease in resistance during extreme overloads.

In summary, the EKMH100VNN393MA30T is an advanced aluminum electrolytic capacitor, ideal for a range of industrial, automotive, military, and medical applications. This capacitor is designed with a combination of an aluminum anode, a mixture of sulfuric acid and a binder as the electrolyte, and a cathode made of aluminum. The capacitor is capable of excellent peak current capacity, good pulse load characteristics, and excellent self-healing properties. It is this combination of features which makes the EKMH100VNN393MA30T an ideal choice for high current and challenging electrical load operations.

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