TRJA104M035RRJ

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Tantalum capacitors are electronic components that use tantalum for their dielectric and an electrolyte for their cathode. With their small size and long life, tantalum capacitors are increasingly being used in all types of applications. The TRJA104M035RRJ is an example of a popular tantalum capacitor.

The most common applications for the TRJA104M035RRJ are portable electronic equipment, including cell phones and tablets, and portable audio devices, such as iPods and similar products. The capacitor is ideal for low-temperature performance, which is important in portable devices that are subject to temperature fluctuations.

The TRJA104M035RRJ has several features that make it attractive to designers. Its small size makes it easy to incorporate into tight spaces, and its long life makes it energy efficient. Additionally, the capacitor is rated for a high temperature range and is designed to provide stable voltage regulation.

The working principle behind the TRJA104M035RRJ is based on the same principles as other tantalum capacitors. When an electric field is applied between two conductors, it creates and maintains a potential difference between them. As a result, an electrical charge accumulates on one of the conductors and is transferred to the other. This process is known as capacitance.

The TRJA104M035RRJ consists of a single tantalum chip, metalized with a metal oxide layer as its dielectric, and an electrolytic cathode. The metal oxide layer acts as an insulator between the cathode and the metalized surface of the capacitor. When a voltage is applied, charge accumulates on the metalized layer and is transferred to the cathode via the electrolyte. The capacitor is then able to store and release the electrical charge as needed.

Tantalum capacitors are able to tolerate a wide range of temperatures and are resistant to vibrations, making them ideal for use in both portable and non-portable electronic equipment. The TRJA104M035RRJ is no exception, and its small size, long life and high temperature tolerance make it a popular choice for designers.

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