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Tantalum Capacitors

M39003/01-5416/TR is a type of Tantalum Capacitor. The tantalum capacitor is composed of a tantalum metal electrode foil as an anode, a layer of tantalum oxide as a dielectric, and an extruded plastic layer of metal powder as a cathode. Its structure is simple, its quality is small, its capacity is large, its insulation resistance is large, its DC characteristic is good, its ripple absorption ability is strong, its temperature coefficient is very small, and its safety performance is high, so it is widely used in aerospace, medical equipment and automotive industry

Application Field

The application field of M39003/01-5416/TR Tantalum Capacitors is quite vast. It can be used in a variety of high reliability microcircuit equipments because of its good characteristics of low dissipation factor, small size, good stability and high insulation capacity. At present, it is mainly used in the Aerospace and Automotive, Communication and Computer, Medical and Instrumentation fields. In these areas, it is often used in the radio frequency circuits, time-delay circuits, high-current pulse circuits, high-frequency circuits, and the like.

Working Principle

The working principle of M39003/01-5416/TR Tantalum Capacitors is basically the same as that of other capacitors. In its structural feature, it is a combination of two foil electrodes and a layer of dielectric. The operation is simple and the quality is small. When a voltage is applied between the two terminals of the tantalum capacitor, a uniform electric field is generated in the dielectric medium layer. The electric field interacts with the mobile charges in the dielectric media, causing a current to flow into the capacitor. The capacitor is charged and a reverse current is inhibited.

Conclusion

M39003/01-5416/TR Tantalum Capacitors have excellent characteristics and are widely used in aerospace, automotive, communication, medical and other industries due to their excellent quality, small size, low dissipation factor, good stability and high insulation capacity. Its working principle is very simple, through the structure of two foil electrodes and a layer of dielectric, when voltage is applied between the two terminals of the tantalum capacitor, a uniform electric field is generated in the dielectric medium layer, which causes a current to flow into the capacitor and charges it accordingly.

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