M551B108M040AG

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Tantalum - Polymer Capacitors

A Tantalum - Polymer Capacitor is a special type of electrical device used to store and release energy. It is a two-terminal solid-state device composed of a dielectric material sandwiched between two metal layers, typically copper and tantalum. This type of capacitor has advantages over standard electrolytic capacitors, including lower leakage current and greater temperature stability. The metal layers provide structural strength, electrical shielding and contacts for electrical connection.

The M551B108M040AG is a type of Tantalum - Polymer capacitor manufactured by Vishay. It offers a high-temperature operation and is designed to offer a variety of solutions for a variety of applications. This capacitor has a capacitance rating of 108µF, an operating voltage of 16V and a maximum leakage current of 40µA.

The M551B108M040AG is primarily used in power supplies, motor drives, lighting and electronic systems and other industrial electronic applications. It is suitable for applications requiring high-frequency, circuit board-mountable, long-term reliability and performance. It can also be used in automotive applications where the device\'s high-temperature operation is required.

The working principle of the M551B108M040AG is based on the capacitor\'s ability to store electrostatic energy, resulting from the movement of electric charges. When an electric charge is applied to the capacitor, electrons migrate from one layer to the other. The charge stored between the two layers creates an electric field in the capacitor and ultimately accumulates stored energy. When the capacitor is not in use, the stored charge is slowly discharged by the leakage current. During operation, when a voltage is applied to the capacitor, the current generated will be proportional to the magnitude of the applied voltage.

The M551B108M040AG capacitor is a highly reliable and cost-effective device. It offers excellent temperature stability and long-term reliability. The high-temperature operation, low leakage current, and robust design make the device ideal for industrial electronic applications. It can also be used in automotive applications, offering a long service life and reliable performance.

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