TAJB107M002RNJ

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Tantalum Capacitors

Tantalum capacitors are advanced electronic components deployed in a variety of electronic applications, often to provide support for high voltage applications. They are an excellent choice for reducing noise, providing energy storage, and in providing power filtering. A Tantalum capacitor is produced using two conducting electrodes – typically composed of tantalum metal – separated by an insulating oxide layer. They are widely used in modern electronics because of their superior properties, with the most common type being the TAJB107M002RNJ capacitor.

The TAJB107M002RNJ capacitor is a precision-grade, low profile, high voltage application chip capacitor. The capacitor has a wide temperature range, making it suitable for high temperature applications and can be used in both hand-held and automotive electronics. This particular capacitor can handle voltages from 5V to 250V, with a capacitance range from 6 nF to 15 μF, and working temperatures from -55° to +105°C. It has low ESR and ESL, making it suitable for a range of noise filtering applications, and provides the preferred performance for bypass applications.

Application Field:

The TAJB107M002RNJ capacitor can be utilized in almost any application requiring a precision-grade capacitor with a capacitance range from 6 nF to 15 μF, and a voltage range of 5V to 250V. It can be used in high voltage circuit designs, such as power supplies, DC/DC converters, frequency synthesizers and other high voltage, high speed applications. It\'s excellent performance characteristics make it suitable for use in medical and diagnostic, control, process control, automotive and high-frequency data communication systems, as well as in power filtering and bypass applications.

Working Principle:

The TAJB107M002RNJ utilizes a high purity form of Tantalum, allowing it to exhibit superior performance characteristics compared to other types of capacitors. The capacitor is designed so that charges need to flow through the tantalum powder and a layer of organic coatings. The first layer of organic coatings act as a dielectric and stops charges from passing. The next layer is called the barrier and it ensures that the electric field distribution remains uniform from one side of the layer to the other. The third layer serves as the electrolyte, allowing the charges to flow in and out. The fourth layer is a metallic layer which acts as the bottom contact for the capacitor.

When a voltage is applied, the charges will flow into the capacitor, creating a storage of energy. This energy is then used to power the electrical device it is attached to. The TAJB107M002RNJ capacitor\'s design ensures that the capacitance remains stable over a wide temperature range, allowing it to achieve a wide range of performance characteristics. This capacitor is also able to self-regulate its performance, meaning that it won\'t overload itself like other capacitors may do when used in high voltage applications.

The TAJB107M002RNJ capacitor is an excellent choice for a range of applications, due to its outstanding properties. It is designed for high voltage applications and is capable of handling a wide temperature range. It has a low ESR and ESL, making it ideal for noise filtering and bypass applications. Furthermore, the capacitor is self-regulating and is able to maintain its performance at high temperatures, making it an excellent choice for applications in harsh environments.

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