EMVH101GDA101MLH0S

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Aluminum electrolytic capacitors (also known as Al-Elecs) are an important component in a wide range of electronic and electrical circuits. These capacitors offer superior electrical performance and longevity over traditional capacitors and provide a wide range of advantages, such as: high capacitance values, robust electrical performance, high voltage and temperature ratings, low dissipation factors, and wide spectrum of sizes and configurations. The EMVH101GDA101MLH0S is a specially designed aluminum electrolytic capacitor.

Applications

The EMVH101GDA101MLH0S capacitor is widely used in a variety of applications, including consumer electronics, automotive and military equipment, high-end audio/video systems, and power tools. In consumer electronic applications, the capacitor is used to deliver high voltage & current ratings, low ESR values and long-term reliability. In military, automotive and other high-end applications, the capacitor ensures reliable energy storage and reliable energy transfer, as well as superior electrical performance and environmental resistance in extreme conditions.

The EMVH101GDA101MLH0S capacitor is also used in the automotive industry, for electric power steering, engines control and other applications. In addition, the capacitor is used in power tools and high-end audio/video systems, for power supplies and amplifiers. Lastly, this capacitor is also used in the military and aerospace industry, as it offers excellent performance and long service life in extreme conditions.

Working Principle

The EMVH101GDA101MLH0S capacitor consists of two metallic layers that are separated by a porous oxide film. This oxide film is the only electrical insulation between the two electrodes that results in a capacitor having extremely low impedance and high capacitance at high frequencies. This capacitor operates in different ways depending on the type of application it is used in.

The main principle of operation is the storage and transfer of electrical energy across the two metallic electrodes and the porous oxide film. The electrodes store electrical charge, and the oxide film acts as a dielectric barrier, allowing the capacitor to transfer electrical energy in either direction along the electrodes. The amount of energy stored in the capacitor is proportional to the capacitance value.

When current is passed through the capacitor, the electric charge stored in the electrodes increases, and the capacitance value increases as a result. Conversely, when the current is passed through in the opposite direction, the electric charge stored in the electrodes decreases, and the capacitance value decreases.

The EMVH101GDA101MLH0S capacitor is best suitable for applications that require high capacitance and value retention in extreme conditions. The capacitor offers low ESR values and excellent performance in high frequency applications. It is also ideal for applications that require power supplies and amplifiers.

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