T495X108M004ZTE060

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Tantalum Capacitors

T495X108M004ZTE060 refers to Tantalum capacitors, which are fixed-value electric components used in a diverse range of applications. A printboard mounted tantalum capacitor consists of a ceramic or polyester film as the dielectric material, along with two metal layers as electrodes. This is sealed with impregnant or epoxy resin, and is small and highly reliable.

Tantalum capacitors are mainly used in high-density electronic equipment, such as audio systems, video systems, and digital equipment. Their features are a low profile structure and polarized features, which enable excellent space utilization and reduced installation space. While it has a higher voltage rating than other small-capacity capacitors, the capacitance is slightly lower. Tantalum capacitors are most suitable for applications in which both cost and space are limited.

T495X108M004ZTE060 is a tantalum capacitor which has a capacitance of 10µF. Its rated voltage is 6.3V and the rated dissipation factor is 0.15. It has a polarity of negative (-) on the cathode side, and positive (+) on the anode side. The size of this capacitor is 4.95 mm in length and 1.08 mm in width. It has a low ESR, excellent temperature characteristics, and a wide range of operating temperature.

Application Field and Working Principle

Tantalum capacitors are commonly used in general circuit boards, where they are suitable for DC blocking, coupling, AC bypassing, and signal storage, among other functions. The most common application for Tantalum capacitors is in DC filter circuits for the smoothening of ripple currents in time division multiplexed power supplies. Other popular uses are in portable computers and cellular phones, MP3/MP4 players, digital cameras, car stereo systems, and DVD players.

Tantalum capacitors function similarly to other types of capacitors as they use dielectric materials to store an electric charge between two metal electrodes. They can store a large amount of charge given their small form factor, and are highly reliable and conductive. The anode material of a Tantalum capacitor is usually Tantalum powder, while the cathode material is a blend of manganese dioxide (MnO2) and carbon. These two materials form an electrochemical capacitor when they come into contact with an electrolyte.

Since Tantalum capacitors have two electrodes, each electrode must be connected to a different circuit in order for the capacitor to work properly. The voltage present in a circuit will determine which materials become conductive. If the voltage across the capacitor is negative, the electrolyte will be conductive and will form an electrochemical capacitor with the anode. If the voltage is positive, the MnO2 and carbon will form a dielectric that will block current flow between the two electrodes.

Tantalum capacitors also use a variety of polarity to ensure their desired functioning. While unipolar and bipolar Tantalum capacitors are used in different applications, T495X108M004ZTE060 is a bipolar Tantalum capacitor, with each terminal having a different voltage rating. Furthermore, the use of different dielectrics and electrode materials also increases the function of the Tantalum capacitor, such as increasing its capacitance, ESR, and voltage ratings.

The use of Tantalum capacitors has gained considerable popularity in recent years due to their high quality, long lifespan, low ESR, and small form factor. They are also capable of withstanding high temperature and are highly reliable in operation, making them perfect for applications in which size and reliability are key factors. As a result, T495X108M004ZTE060 has become a popular choice for a variety of applications.

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