T95R227M6R3HZSL

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Tantalum capacitors have a wide variety of application fields due to their unique characteristics. Among them, the T95R227M6R3HZSL is one of the more popular models in the series. The following will explain its features and working principle for users.

T95R227M6R3HZSL Application Field

T95R227M6R3HZSL is a type of tantalum capacitor, which belongs to the non-polar capacitor in the electronic component series. It is generally used in signal transmission and switching circuits. Its capacitance range is 0.47uF-47uF, the maximum temperature of the soft tanning film capacitor is 125 degrees Celsius, the dissipation factor is 0.20, and the residual voltage is 24V~63V. In addition, its maximum ripple current is 3A and the product life is 20000h. Its application fields include stabilized power supplies, switching power supplies, temperature control systems, computers, CNC controls, digital products, household appliances, electronic communication equipment, and other equipment.

T95R227M6R3HZSL Working Principle

The T95R227M6R3HZSL is composed of a metal oxide film, a tantalum substrate and an internal electrode. Its internal structure is mainly composed of a tantalum substrate, a dielectric film and an inner electrode. The metal oxide film is mainly composed of numlit oxide and semiconductors such as oxygen, molybdenum, titanium, etc., and is formed by sintering under high temperature. Its principle of work is: when AC voltage is applied to the outer electrode, a reverse electric field is generated on the surface of the dielectric film, which causes over-tank current to flow. The conduction of electrons and oxide ions causes the Ta active layer to be converted into Ta2O5, so that the oxide film maintains a continuous conduction state and the capacitor is charged or discharged. This charging and discharging process continues until the capacitor is completely charged or discharged to ensure that the capacitor continues to store the electrical energy.

Conclusion

In summary, the T95R227M6R3HZSL is a high-performance tantalum capacitor with wide application field and reliable working principle. It is widely used in power supplies, switching power supplies, temperature control systems, computers, CNC controls, digital products, household appliances, electronic communication equipment, and other equipment. It can effectively supply stable power and perform reliable switching operation. Therefore, non-polar tantalum capacitors of this type are being widely used in the fields.

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