T495B106M016ATA2K5

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Tantalum capacitors are an essential part of electrical and electronic circuits. In electronics, these components are used to store electrical charge, which can be released when needed. They also provide capacitance, which is the ability of a component to store electrical energy and then release it when necessary.

T495B106M016ATA2K5 Application Field: The T495B106M016ATA2K5 is a type of surface-mount tantalum capacitor that is used in many applications. It can be used as part of an entity system, as a signal processor, as part of a device circuit, or as part of a signal amplifier. This capacitor is able to withstand an energy up to 50Vsurge current.
The surface mountable tantalum capacitor technology allows a number of the components to be used together in tandem. This allows for a more efficient operation, which can reduce frequency losses and guarantee stability over a long period of time. These capacitors are also low-profile, which makes them ideal for use in high density applications where space is limited.

T495B106M016ATA2K5 Working Principle: Surface-mount tantalum capacitors are typically constructed of two pieces of conductor material – a negatively charged third electrode (cathode) and a positively charged fourth electrode (anode). Which is supported by two thin layers of ceramic-like material. This configuration causes an electrical field to form between the electrodes, where an electric charge is stored, allowing the capacitor to act as a storage device.

The anode and cathode are exposed through the outer casing and interact with an electrolytic fluid or paste. This enables capacitance change depending on the voltage applied to the capacitor. When the voltage changes, the ions in the electrolytic fluid are shifted, causing a change in the capacitance of the capacitor. This can also lead to certain types of capacitors increasing storage capacity as voltage increases.

The available capacitance of a T495B106M016ATA2K5 capacitor depends on the configuration of the materials used to construct the device. For example, a configuration of higher-grade KTFN Tantalum material with fewer oxide layers will provide a higher degree of capacitance than a configuration with lower-grade three-terminal manganese dioxide material.

When choosing a capacitor for a given application, it is important to consider the capacitance, voltage, and temperature performance rating of the component. The T495B106M016ATA2K5 has a maximum operating temperature of 125°C and a recommended operating temperature range of up to -55°C. Its voltage rating is 50V and its capacitance is 0.016μF. The component also has a capacitance tolerance rating of ±20%.

In summary, the T495B106M016ATA2K5 is a type of surface mount tantalum capacitor. It offers very compact size for a given capacitance and allows for high-density application designs. It is capable of storing an electrical charge, serving as a signal processor, and providing capacitance in electronic circuits. Its working principle is based on the interaction between an anode and cathode, which interact with an electrolytic fluid to cause capacitance change at different applied voltages.

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