199D396X9010D6V1

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Tantalum Capacitors

Tantalum capacitors comprise an electrolytic type of capacitor. These capacitors are primarily used due to their small size and large capacitance value. With one of the highest available volumetric efficiency, these capacitors are used in many fields. Depending on the application, Tantalum capacitors may also comprise of two electrical terminations and a length of axial lead wire.

199D396X9010D6V1 Application Field

The 199D396X9010D6V1 ceramic chip tantalum capacitor is used for both medium and low DC level as well as Pulse applications. Its applications cover a wide scope, comprising of electronic switching system, DC-DC converter and power management circuitry. This tantalum capacitor is also used in telecommunications and automotive industry, and has a wide range of temperature and load profiles.

199D396X9010D6V1 Working Principle

The working principle behind the 199D396X9010D6V1 ceramic chip tantalum capacitor lies with its construction. The construction comprises of an anode and a cathode, both made up of tantalum powder and the anode being sintered through a process called anodization. A dielectric is made up of tantalum oxide and is formed once the anode is polarized. These layers are created and then sealed in order to form the capacitor.

The capacitor works through the capacitance value which is a measure of the amount of energy stored between the two metallic sections. This energy charge and discharge when a voltage is applied. This voltage can then be used to power and electronic device or equipment, where the capacitor is used as part of the power supply circuit.

Conclusion

199D396X9010D6V1 ceramic chip tantalum capacitors are the perfect choice for a variety of applications including telecommunications and automotive industry. Its anodized anode and cathode construction along with its dielectric of tantalum oxide provides a volumetric efficiency that is one of the highest available. With its maximum capacitance value and small size, this tantalum capacitor is perfect for a large range of temperature and load profiles.

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