TPSW106M020R0500

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Tantalum capacitors are polarized, electrolytic capacitors consisting of two metal electrodes separated by an electrolyte made of manganese dioxide, which insulate and act as the dielectric of the capacitor. The two electrodes are typically two metal foils with a porous layer of manganese dioxide as the dielectric, and the electrolyte is usually aqueous solution of both organic and inorganic materials.

The TPSW106M020R0500 is a type of tantalum capacitor, specifically designed for its application field, such as decoupling, filtering, and bypassing for current sourcing and sinkling. With a body width of only 0.5mm and a height of 0.9mm, it is well-suited for use in space-constrained applications.

This capacitor has a high volumetric efficiency due to its small size and high capacitance value. At its rated voltage of 2V, it gan deliver up to 10μF of capacitance per unit volume, making it a suitable choice for high-capacity applications with space limitations. Its low-ESR design also ensures low-noise operation and high-frequency stability.

The working principle of this capacitor is simple. When a voltage is applied to the two metal electrodes, the electrolyte breaks down and forms a thin film on the two electrode surfaces. This film acts as the dielectric, and the capacitor is able to store electrical energy as a result. The size of the dielectric film and the amount of charge stored in it depend on the magnitude of the applied voltage.

The rated voltage of the capacitor acts as a limiting factor for the amount of capacitance that can be stored in the device. When the voltage is exceeded, the dielectric film can break down, resulting in a short circuit or capacitor failure. To avoid this, the rated voltage should not be exceeded when the capacitor is used in an electrical circuit.

In summary, the TPSW106M020R0500 is a high-performance tantalum capacitor with a small size and high capacitance. Its application field includes decoupling, filtering and bypassing for current sourcing and sinkling, and its working principle is based on the formation of a dielectric film between two metal electrodes when a voltage is applied.

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