TAAD107K020G

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Tantalum capacitors have been used since the early 1950s because of their capability to store high levels of energy per unit volume. Though predominantly used in certain electronic circuits, they can be found in a wide variety of applications.

The TAAD107K020G is a capacitance of 10 µf and Working voltage of 2.5V, its leakage current 100nA. The TAAD107K020G is a surface mount solid tantalum capacitor designed to provide stability and precision in a small form factor. The ultra-high capacitance, low voltage, and ultra-low leakage current features of the TAAD107K020G make it a reliable choice for many applications.

The TAAD107K020G solid tantalum capacitor is primarily used in applications requiring higher energy density such as medical instrumentation, power switchgear, high voltage rectifiers, power line filters, and audio power supplies. This capacitor has also been used in certain military applications. It is also suitable for applications which require low leakage, high stability and good ESR characteristics.

The TAAD107K020G solid tantalum capacitor works by rapid recovery of charge and discharge capacitance. Current flows into the terminal (anode) of the TAAD107K020G, through its dielectric and is released via the other terminal (cathode). The dielectric used for this capacitor is usually a tantalum pentoxide layer and is responsible for the capacitor\'s high energy density. The capacitor can also be used in a polarity sensitive situation, as the anode is identified by its colour code.

The TAAD107K020G solid tantalum capacitor is a reliable and efficient electrical component which can be used in a wide range of applications. Its ultra-high capacitance, low voltage and ultra-low leakage current features make it a good choice for precision and stability in small form factor designs. The TAAD107K020G is an ideal capacitor for high energy density applications such as medical instrumentation, power switchgear, high voltage rectifiers, power line filters and audio power supplies. It has also been used in certain military applications.

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