10TXV100M6.3X8 Capacitors

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As the demand for greater capacities and superior performance increases, Aluminum Electrolytic Capacitors have become more and more popular as an electronic device. 10TXV100M6.3X8, an aluminum electrolytic capacitor, is a capacitor of such category whose application field and working principle can be highlighted.

Features of 10TXV100M6.3X8 Aluminum Electrolytic Capacitor

This aluminum electrolytic capacitor is formed by an anode made of aluminum foil, and a cathode made of aluminum foil of an electrolyte. It is a non-polarized capacitor, with a capacitance of 100uF and a designed voltage of 2.3v. It also has a maximum rated voltage of 6.3V and a tolerance of ±20%. It comes in an 8mm x 8mm size, and a maximum operating temperature of 85°C. Furthermore, this capacitor is RoHS compliant, meaning that it satisfies limiting values for the content of lead, mercury, cadmium and other hazardous substances.

Application Field and Benefits of 10TXV100M6.3X8

Generally, the 10TXV100M6.3X8 capacitor is mainly applied in areas where the temperature or voltage fluctuates or high, because it has a higher than average rate of capacitance decay. Owing to its high capacitance, high temperature and voltage, 10TXV100M6.3X8 aluminum electrolytic capacitor can provide a high level of performance in several contexts.

For instance, since it can handle high levels of temperature, this aluminum electrolytic capacitors can be used in renewables energy applications, such as in solar power to ensure stability and accuracy of the current. Additionally, because this type of capacitor is able to tolerate notable surges and shocks, 10TXV100M6.3X8 aluminum electrolytic capacitor is also popularly used in high-power applications, like medical equipment, automotive applications, and wireless travel routers.

Working Principle of 10TXV100M6.3X8 Aluminum Electrolytic Capacitor

The 10TXV100M6.3X8 aluminum electrolytic capacitor is a non-polarized capacitor, which utilizes a phenomenon known as the “electrolyte decomposition” to achieve its high rate of capacitance and voltage.

In this type of capacitor, the electrolyte is placed in between the anode and cathode, where it acts as a medium to store electrical energy. When an electric current is applied to the capacitor, ions in the electrolyte decomposes into its anions and cations due to the polarizing effect of the applied voltage. As a result of this, a thin layer of insulating oxide is formed on the anode, which acts as an electric charge leakage control mechanism.

This oxide layer forms a barrier between the electrolyte and the anode, inhibiting the electrolyte to continue to discharge while allowing the anode side to maintain its capacitance. Owing to this effect, the aluminum electrolytic capacitor can hold a charge for a longer period of time than other polarized capacitors.

Conclusion

Given its application field and working principle, 10TXV100M6.3X8 aluminum electrolytic capacitor is an increasingly popular device used in many areas where high levels of temperature and voltage fluctuate. As the demand for larger capacities and superior performance increases, these capacitors will continue to be an important component in several contexts.

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