T95Y476M004LZSL

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Tantalum Capacitors

Tantalum capacitors refers to devices using tantalum as the anode material and are divided into solid and wet tantalum capacitors according to the structure. T95Y476M004LZSL belongs to the former.

Application field

T95Y476M004LZSL is mainly used in electronic equipment, which is the best choice for high-reliability and high-stability applications. Typical applications include high-end portable and embedded systems, medical equipment, aircraft and military area.In addition, T95Y476M004LZSL is widely used in aerospace power supplies, particle accelerators, missile guidance, and ground support equipment. Due to its excellent electrical and chemical properties and its high stability, tantalum capacitors are also widely used in military aircraft, avionics, navigation, communication and guidance systems, and are generally required with long service life and small size.

Working Principle

T95Y476M004LZSL structure is mainly consists of metal tantalum powder as the anode and a solid electrolyte, which usually electrolytic oxide film such as tantalum pentoxide or tantalum pentoxide. During the production, it will be sealed in a metal package after the formation of anode and electrolyte.The operation principle of T95Y476M004LZSL is based on the separation of electric charge. It is generated by the difference of electrochemical attack at two electrodes immersed in the electrolyte and the insulating oxide film on the tantalum surface layer.The working principle of a capacitor is that a positive charge (holes) is generated on one end of the tantalum capacitor during charging, while the other end becomes negatively charged (electrons). This creates an electric field force between the plates of the capacitor, which is called capacitance. When the charged capacitor is connected to the power supply, the electric field is created and the capacitor is capable of storing and releasing energy.

Conclusion

T95Y476M004LZSL is particularly advantageous in high-end portable and embedded systems, medical equipment, aircraft and military applications. Its main material is tantalum, which features excellent electrical and chemical properties and its high stability. The working principle of T95Y476M004LZSL is the separation of electric charge based on the difference of electrochemical attack at two electrodes immersed in the electrolyte and the insulating oxide film on the tantalum surface layer.

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