T322E476K015AT

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Tantalum capacitors are an important type of electric component in the electronics industry, and the T322E476K015AT is one such component. It is a solid-state electrolytic capacitor and is characterised by having a lower profile and higher capacitance than other types of capacitor. The component is widely used in consumer electronics, automotive electronics and power supplies, and is considered an efficient and reliable component.

The capacitance of the T322E476K015AT is 4.7µF, and its maximum operating temperature is 85°C. It has a maximum rated voltage of 6.3V and a chip package size of 0.33x0.40x0.25. It is highly reliable, with a maximum endurance of 2000 hours and a high electrical resistivity of 1MΩ. It has a high tolerance, with a peak-to-peak ripple of less than 1% at 25°C.

In terms of application fields, tantalum capacitors are primarily used in filtering and decoupling functions, as well as in transient frequency selection. In filtering and decoupling, T322E476K015AT is generally used to provide a high value of capacitance with a low level of impedance. This is particularly useful for signal processing, and it can provide excellent results in filtering and decoupling applications. In transient frequency selection, the component is often used in power supplies and other electronic appliances, such as laptop computers, to provide a better filter for suppressing unwanted noise and filtering out higher frequencies. In automotive electronics, the T322E476K015AT can provide enhanced performance for engine control systems.

The working principle of the T322E476K015AT follows the same principles as any other capacitor. It stores electrical energy in the form of an electric field and is able to regulate the current flowing through it. The electric field is formed between two electrodes inside the capacitor, and is directly affected by the element’s capacitance and the applied voltage. When a current is applied to the capacitor, the electric field will store energy, and this energy will be discharged when the current is no longer applied. The size of the electric field is dependent on the capacitance and the applied voltage, so in order to increase the capacitance of the T322E476K015AT, the applied voltage must be increased accordingly.

In conclusion, the T322E476K015AT is an efficient and reliable component and is widely used in a variety of applications. It has a high capacitance, a low profile, and a high tolerance for peak-to-peak ripple. Additionally, its working principle is simple, and it can effectively regulate the current flowing through it. Overall, it is an excellent choice for a variety of electronic projects.

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