T18D477M100EZUS

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Tantalum capacitors are a type of electrolytic capacitor which is composed of tantalum metal propelling an oxide layer used as an insulator. It is widely used in the electronic industry, due to their robustness, long operating life, and high capacitance in a small size.

The T18D477M100EZUS type tantalum capacitor is a chip component of high-precision, small size and low impedance. It is made with a terminating material of 100V, an anodic film of 47μF, and a capacitance tolerance of ±20%.

The T18D477M100EZUS is commonly used in computers, communication systems, portable electronic devices, medical devices, and consumer electronics. Its high reliability, long life, compact size and low leakage current are ideal for use in products that require high levels of precision and portability.

The T18D477M100EZUS is also very effective as a noise filter. It prevents high frequency interference from impacting the performance of the device it is connected to. It is particularly effective for analog signals, as signals with a high frequency have more difficulty passing through the capacitor. As such, it is widely used for reducing switching noise and other high-frequency electronic noise produced by computers and communication systems.

The working principle of the T18D477M100EZUS is fairly simple. It consists of a tantalum anode that is within an electrolyte liquid. When power is applied to the capacitor, the anode oxidizes, producing an oxide layer which forms the dielectric of the capacitor. This dielectric acts as an insulator which allows the electrical field of the anode to affect the electrolyte liquid. A positively-charged electrode on the other side of the capacitor applies an electrical voltage across the dielectric, thus charging the capacitor and storing energy.

In conclusion, the T18D477M100EZUS is a high-precision tantalum capacitor, with a 47μF anodic film and a capacitance tolerance of ±20%. It has a wide range of uses such as reducing noise, acting as a filter, and providing high levels of precision and portability. Its working principle is based on the oxidation of an anode, which produces a dielectric which then allows for the charging of the capacitor, thus storing energy.

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