TH3C476K6R3C0800

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Tantalum capacitors are widely used in many applications, including consumer electronics, computers, communications, automotive and medical systems. The main purpose of using a tantalum capacitor is to store energy so that it can be used to assist with the flow of electricity. One type of tantalum capacitor is the TH3C476K6R3C0800. This model specifically is popular in the automotive world, as it is designed to withstand high levels of vibration, even when the engine is running.

Applications

The TH3C476K6R3C0800 is primarily used as a decoupling capacitor to reduce EMI. It is also a great choice for filtering high frequencies or for providing an additional level of protection for electronic devices. With its low ESR (Equivalent Series Resistance) and low ESR (Equivalent Series Reactance) it can provide long-term, reliable energy storage. Additionally, its design allows it to produce steady power even during peak current loads; making it suitable for use in high performance applications, such as those found in automotive applications.

The TH3C476K6R3C0800 is also used in other industrial and medical applications. For medical applications, it is often used as a surge suppressor and is also suitable for transporting medical parts around the manufacturing facility. It is also used in power supplies to prevent power supply surges and ensure that the required level of power is delivered to the system.

Working Principle

At the heart of the TH3C476K6R3C0800 is a tantalum anode, which is designed to convert electrical energy into potential energy. On the other side of the capacitor is a cathode and the two are separated by an electrolytic dielectric. The electrolyte is a liquid, which is then sealed inside the capacitor at atmospheric pressure.

When a voltage is applied across the terminals of the capacitor, the dielectric absorbs electrons, thus storing energy which can then be released in the form of electrons or electrical current. As the voltage across the terminals changes, the capacitance increases or decreases accordingly, thus allowing the capacitor to act as an energy buffer.

The TH3C476K6R3C0800 capacitor is also designed to withstand high temperatures and vibrations, which makes it suitable for use in both high and low temperature environments. This ensures that the capacitor remains stable and efficient, even when used under extreme conditions.

Conclusion

The TH3C476K6R3C0800 is a reliable and effective choice for many applications, especially in the automotive industry. Its ability to withstand high temperatures, vibration and its low ESR/ESL make it a great choice for decoupling, high frequency filtering and power supply protection. With its long-term reliability, it is an excellent choice for automotive, industrial and medical applications.

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