13008-042MESA/HR

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Tantalum Capacitors

Tantalum capacitors are one of the most agile and capable devices unveiled in the electronic industry today. Consisting of a crystal lattice of tantalum, the capacitors are constructed with a controlled layer of dielectric oxide on top. By increasing the size and complexity of the capacitor, its electrical capacity is increased, allowing for much faster performance.

A 13008-042MESA/HR application field is specific for the use of tantalum capacitors, since their particular characteristics enable it to be employed in ultra high frequency operations. Its agility, in combination with its quick response, make it suitable for the critical application for which it is related, such as switching, power supply, regulating and other equipment which carries high frequency currents.

In terms of its working principle, a 13008-042MESA/HR operates on the same basic principles as all capacitors, as it spots two plates across which electricity swells from one side to the other in an alternating manner. The type of capacitor is, however, enhanced by the construction of the two plates, which consist of a dielectric oxide layer. This layer provides insulation between the two plates, allowing for a more efficient transfer of electricity.

When exposed to an electric current, a 13008-042MESA/HR will store a certain amount of energy between its two plates. It will then be emitted to the application as a steady electric current. The advantage of this type of capacitor compared to conventional capacitors is its ability to offer a more precise and efficient operation, which can deal with high frequency, voltage flux, changes in capacitance, and quick recovery time.

In terms of its actual application, 13008-042MESA/HR tantalum capacitors are useful in a wide range of devices and equipment, ranging from automotive to military platforms. They are especially useful in applications which require high power and high voltage operations, since their dielectric oxide layer allows for a more efficient, and safer transfer of electrical current whilst sustaining a consistent exchange of power.

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