T520C476M010ATE100

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Tantalum - Polymer Capacitors, or TPcaps, are the most advanced type of capacitor available to dat. The largest application for TPcaps are in the form of an integrated circuit capacitor, but they can also be used for other uses such as a high-voltage power supply.

T520C476M010ATE100 is a special type of TPcap. It is characterized by its high voltage output and extremely low leakage current. In addition, it has a high temperature range and is available in various sizes.

Application Field

T520C476M010ATE100 is primarily used in high-voltage applications that require very low leakage current. These applications include power supplies, instruments, alarms, and motor controllers. The devices can also be used for the implementation of digital-to-analog (D/A) converters, in which case the D/A converter must have the capability to process a high voltage and a small amount of current.

T520C476M010ATE100 is also used, in combination with other TPs and other components, as energy storage devices in power line filter networks. This type of capacitor is excellent at suppressing lower distribution line frequency harmonics, as well as preventing conducted interference on the power distribution network.

Working Principle

T520C476M010ATE100 is based on solid tantalum electrolytic dielectrics. These devices use a combination of tantalum and other metals, such as titanium and aluminum, to construct the internal electrodes. The internal structure of the TPcap is variable, depending on the application and the specifications requested by the customer.

The capacitance of the TPcap depends on the shape and size of the electrodes. Generally, the larger the surface area, the higher the capacitance. For example, a 2-up combination of the TPcap could have a capacitance of 20 µF when using a 1-inch x 2-inch electrode size. The dielectric constant of the electrolytic dielectric material also plays a role in determining the actual capacitance of the device.

A TPcap has an extremely low leakage current and an extremely low equivalent series resistance (ESR) when compared to other types of capacitors. Its low ESR is particularly important in high-frequency applications, since it minimizes power losses. Additionally, the low ESR of the TPcap can result in improved efficiency and stability.

In addition to the superior electrical characteristics mentioned above, T520C476M010ATE100 provides high reliability and stability. This makes the device suitable for applications that require high precision and long life. The device is also extremely durable and can withstand high temperatures and high voltages.

In conclusion, T520C476M010ATE100 is an excellent capacitor for applications requiring high voltage and low leakage current. It offers superior electrical characteristics, high reliability and excellent stability, making it an ideal choice for a variety of applications.

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