TR3A475M010C1500

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Tantalum Capacitors

Tantalum capacitors, also known as tantalum-electrolytic capacitors, are electrochemical capacitors. They are typically made up of two electrodes: a sheet of tantalum metal and an oxide material. The layer of oxide is a dielectric medium, providing the charge separation between the two layers of tantalum. The tantalum capacitors are specifically designed to provide long-term, stable electrical performance in a variety of devices and circuits. They are often used in memory, signal processing, and digital circuits.

The TR3A475M010C1500 is one of the many models of tantalum capacitors. It is a surface mount device, and it typically measures 4.75 mm x 5.35 mm. Its capacitance is 10μF and its nominal capacitance is 15 V. Its construction is based on a molded case and its operating temperature range is from -55℃ to +85℃.

Application Field

The TR3A475M010C1500 tantalum capacitor is specifically designed to provide high-performance and reliable operation in a variety of digital and memory applications. It is often used in audio applications, such as digital signal processor (DSP) circuits and digital converters. Additionally, it is useful for storing audio samples or storing digital audio data in memory applications. It is also used in high-speed synchronous electromagnetic devices and high-speed digital signal processing systems.

The TR3A475M010C1500 is also useful in a variety of other applications, such as filtering and buffering. It is often used in power supplies, EMI filters, and embedded systems, as well as in a variety of medical and military equipment. Additionally, it is used in automotive applications, such as ABS control systems, engine control units, and stability control systems.

Working Principle

Tantalum capacitors work on the principle of electrochemical energy storage. The capacitor consists of two solid electrodes and a dielectric material between them, typically an oxide film. The electrodes are made from tantalum foil, which is then subject to a chemical reaction that oxidizes and forms the dielectric layer. The electrochemical reaction of the material produces positively charged ions in the capacitor, which attract negatively charged electrons to one side of the capacitor.

When a potential is applied across the capacitor, the electrons are attracted to one side of the capacitor and move away from the other side, creating an imbalance in the charges. This separation of charges results in an accumulated charge and thus, a voltage differential between the two plates. This voltage differential is known as the capacitance and is proportional to the amount of charge stored between the plates. As the charge stored in a capacitor increases, so does the capacitance.

In the case of the TR3A475M010C1500, the capacitance is 10μF and the nominal voltage is 15 V. This capacitor is specifically designed for high-performance and reliable operation in a variety of digital and memory applications. It is also very small in size and can be used in a variety of embedded systems, medical equipment, and other high-speed digital signal processing systems.

Tantalum capacitors are an important component in a variety of circuits and can provide reliable operation in numerous applications. The TR3A475M010C1500 is an example of a high-performance tantalum capacitor that can provide reliable performance in a variety of digital and memory applications.

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