M39003/03-0266H

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Tantalum capacitors are a type of electrolytic capacitor composed of tantalum and a conductive liquid, which has the characteristics of small size, high capacity, high stability, low equivalent series resistance, and various installation forms. M39003/03-0266H is a type of tantalum solid electrolytic capacitor developed by Passive Electronic Component Company. As an ideal chip capacitor, M39003/03-0266H has better performance compared with traditional ones.

The application fields of M39003/03-0266H are very extensive. It is widely used in radio frequency communication, aviation and spaceflight industry, active filters, power supply filter, frequency compensation and other industries. Considering the high price competitive advantage of M39003/03-0266H, it is more popular among the middle and high-end markets.

The working principle of M39003/03-0266H is based on Faraday’s law. It consists of rubbing plates with positive and negative electrodes on the surface, and electrolyte between them. When the capacitor receives voltage across the electrodes, it accumulates electrons and gradually increases the stored energy in the dielectric, forming an electric field between both electrodes. As its capacitance value is amazingly consistent, M39003/03-0266H is perfect for frequency compensation and other applications requiring tight capacitance tolerance.

M39003/03-0266H have temperature strongly affecting its performance. High temperature causes an increase in leakage current, while low temperature reduces it but decreases the capacitance. Which may lead to unstable performance, and extreme ambient temperature may even cause breakdowns. Therefore, proper cooling and insulation of the device is necessary to ensure safety and stability. It also recommends being careful about the AC ripple current, overvoltage and other selection conditions.

M39003/03-0266H have a wide range of uses, and its advantages are obvious. Due to its compact design, it can now be used in small devices. Moreover, its possibility of high reliability and long lifetime make it highly competitive in the market. With further improvement in technology, the usage of M39003/03-0266H is likely to increase even more in the future.

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