M39003/01-5010H

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Tantalum capacitors are highly reliable, long life, and small size, making them a preferred choice for a variety of applications. The M39003/01-5010H is a rectangular, vertically mounted, solid tantalum chip capacitor with an anode of MnO2-Niobium oxide that is designed to meet the requirements of MIL-PRF-39003/01-5010H for applicable topics.

Application Field

The M39003/01-5010H is used in a variety of application fields such as military, automotive, aerospace, consumer electronics, medical, instrumentation, communications, and industrial applications. The capacitor is designed to operate under harsh environmental conditions, making it ideal for a variety of applications where reliability and stability are essential.

Working Principle

The M39003/01-5010H is an electrolytic capacitor that uses a piece of tantalum as its main component. The anode of the capacitor consists of MnO2-Niobium oxide. During operation, the electrode charges up, and the oxide layer forms a barrier, which works as an insulator. The oxide layer stores electrical energy and provides the capacitance. The capacitor can then be discharged when the applied voltage is greater than the oxide’s breakdown voltage.

At the same time, an electric field builds up around the cathode as it charges. This electric field prevents further charge build up and makes the capacitor behave like an open circuit. As the capacitor discharges, a current flows through the oxide layer from the anode to the cathode, in the form of an electrolyte. This current brings energy back into the capacitor, restoring the oxide layer and enabling the capacitor to be recharged.

Benefits

Tantalum capacitors offer a number of benefits over other capacitor types. These include higher capacitance, longer life, and smaller form-factors. For automotive, medical, aerospace, and industrial applications, the M39003/01-5010H provides the reliability and performance to meet the most demanding requirements. It also allows for a longer period of reliable operation under harsh conditions, making it an ideal choice for many applications.

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