13008-071MESC

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Tantalum capacitors are electronic components used in a wide variety of consumer, industrial, and scientific applications primarily as a form of decoupling capacitor. In contrast to most electrolytic capacitors, tantalum capacitors can be used in both low and high frequency applications due to their superior electrical properties. This makes them suitable for use in complex power systems.

A 13008-071MESC tantalum capacitor is a radial leaded, wrap-around aluminum electrolytic capacitor enclosed in a rugged epoxy encasing. The product features a low DF (dissipation factor) for reduced dielectric and higher capacitance stability over temperature and time. These characteristics make the 13008-071MESC a suitable choice for applications such as pulse, computer, radio, and other power circuits.

The working principle of the 13008-071MESC tantalum capacitor is based on the principles of dielectric and capacitance. A dielectric material is placed between two metal electrodes and an electric charge is applied. This charge creates an electric field that affects the movement of electrons through the dielectric material. This induces a potential difference, or capacitance, between the two electrodes. The amount of charge stored or discharged depends on the size of the dielectric material and the amount of energy applied.

The 13008-071MESC tantalum capacitor is made up of two contact plates with a thin tantalum dioxide layer between them. This layer functions as the dielectric material as well as providing a high capacitance to voltage ratio. The two plates are then wrapped in an aluminium foil, which provide protection from vibration, EMI/RFI, corrosion, and other external factors. This also helps to keep the temperature at a constant level.

In operation, the 13008-071MESC tantalum capacitor apllies a charge to the dielectric layer which is stored in the form of an electric field. This stored energy is discharged through the capacitor when the input current changes. This process is known as dynamic capacitance. The capacitance of the capacitor is determined by the amount of charge stored and the applied voltage.

When selecting a 13008-071MESC tantalum capacitor, several parameters such as size, maximum voltage rating, and capacitance must be taken into consideration. The capacitor must have enough current and voltage ratings to be compatible with the circuit in which it is to be used. The capacitance must also be taken into account to ensure that the capacitor will store enough energy for the circuit\'s desired purpose.

The 13008-071MESC tantalum capacitor is well suited for a wide variety of consumer, industrial, and scientific applications due to its excellent electrical properties. It is commonly used in circuits for radio, computer, and other power applications, due to its low DF and excellent capacitance stability. It is also a good choice for other high frequency applications, due to its small size and excellent temperature stability.

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