M39003/01-2271/98

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Tantalum capacitors are integrated circuit components that consist of two pieces of zirconium oxide material held together. They provide electrical energy storage when they are energized, allowing a charge to be stored temporarily between the two conductive surfaces.

The M39003/01-2271/98 is a custom-made tantalum capacitor specifically designed for use in motor control applications. This device employs an anode-cathode structure that is made of a molded tantalum electrolyte, which is sealed between two sheets of metalized tantalum. The anode is the negative terminal, with the cathode being the positive terminal. Both are soldered directly to the board for enhanced connection reliability and thermal performance.

The M39003/01-2271/98 has a capacitive value of 2.2uF, a rating of 25V, and a capacitance tolerance of 20%. Its primary feature is the ability to maintain a high level of power backup, making it an especially useful component in motors and other applications that may require energy reserve for brief periods. This makes it perfect for applications such as frequency and current-regulated DC-to-DC converters, AC-to-DC power circuits, and high-efficiency linear systems. Additionally, its anode-to-cathode distance of 0.25mm ensures maximum effectiveness while keeping the component size as small as possible.

The working principle behind the M39003/01-2271/98 is based on the capacitive properties of its unique anode-cathode structure. When a charge is applied to the anode-cathode terminals, the surface of the dielectric layer between the two terminals stores the charge in electrostatic form. This charge can then be released when the anode is no longer energized, allowing the device to supply energy release over a controlled period of time. This process is known as the “Store-Charge-Release” cycle and is integral to the functionality of the device.

Overall, the M39003/01-2271/98 is a high-performance, reliable device that is ideal for applications requiring energy storage in motor control and other systems. Its anode-cathode structure provides both enhanced power back-up and reduced size, making it an excellent choice for a wide range of applications. Its “Store-Charge-Release” cycle enables the device to supply a reliable energy output for prolonged periods of time.

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