MVA25VC102MK14TR

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Aluminum electrolytic capacitors are a class of capacitors with special characteristics. They are widely used in various electronic components and circuits due to their high dielectric constant, large capacitance and low cost. The MVA25VC102MK14TR is one of the most popular aluminum electrolytic capacitors on the market today.

The MVA25VC102MK14TR is a low-ESL aluminum electrolytic capacitor with a maximum working voltage of 25 VDC. It has a high capacitance value of 102MK and a low series inductance of 14TR. With its small size and high capacitance value, the MVA25VC102MK14TR is ideal for applications where low ESR and high capacitance are required.

The MVA25VC102MK14TR has multiple applications in various circuits, such as automotive audio systems, medical equipment, power supplies, and many more. In automotive audio systems, the MVA25VC102MK14TR is used to smoothen the power supply glitches and eliminate the noise. In medical equipment, it is used for filter circuits, feedback amplifiers, and other components where a high capacitance value and low ESR are required. In power supplies, the MVA25VC102MK14TR is used to filter out ripple currents from the supply voltage, thus providing a reliable and stable power supply.

The working principle of the MVA25VC102MK14TR is based on the Lorentz effect, which states that an electric field is generated in a dielectric oxide film when a voltage is applied. The electric field then causes an increase in the permittivity of the oxide film, which results in an increase in capacitance. The increase in capacitance is proportional to the applied voltage, and thus the MVA25VC102MK14TR is used in circuits where voltages are varied.

The MVA25VC102MK14TR consist of an anode, a cathode, and a dielectric oxide film inbetween them. The anode is made of an aluminum foil with a high surface area for maximum capacitance. The cathode and the dielectric oxide film are both made of a polymer electrolyte material, which is necessary in order to provide a large capacitance. When a voltage is applied across the anode and cathode, the electric field generated in the dielectric oxide film increases the permittivity of the film, resulting in a large increase in capacitance. Additionally, the anode and cathode are separated by a spacer to maintain a constant capacitance.

In conclusion, the MVA25VC102MK14TR makes it possible to use aluminum electrolytic capacitors in low-cost and reliable electronic circuits. With its high capacitance and low ESR value, it is ideal for a variety of applications such as automotive audio systems, medical equipment, and power supplies. The working principle of the MVA25VC102MK14TR is based on the Lorentz effect, which states that an electric field is generated in a dielectric oxide film when a voltage is applied, resulting in an increase of capacitance.The specific data is subject to PDF, and the above content is for reference