T520B686M004ATE025

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T520B686M004ATE025 is a type of tantalum-polymer capacitor which is widely used in a variety of consumer electronics. It is a curved or molded form capacitor, with a large surface area, which makes it particularly suitable for high capacitance applications in consumer electronics. The capacitor is also known for its long-term stability and has a wide temperature range of -55°C to 125°C.

T520B686M004ATE025 is constructed with a tantalum core and a dielectric polymer that is coated on its surface. The polymer coating provides exceptional protection against electrical shock, vibration, and other environmental conditions. The core and the polymer coating also allow the capacitor to have high operating temperatures. It can withstand voltages up to 30V with a rated voltage of 16V.

In terms of its application fields, T520B686M004ATE025 is widely used in consumer electronics such as mobile phones, tablets, personal media players, portable gaming devices, and portable medical devices. It is also used in various automotive applications such as fuel mass flow sensors, energy storage systems, and industrial apparatuses. It also finds application in computing systems and networking gear. Its large capacitance rating makes it ideal for power storage applications.

The working principle of the T520B686M004ATE025 is based on Faraday’s law of induction. In the device, when a potential difference is applied across its plates, an electric field is created. This electric field causes electrons to move between the plates. Due to the resistance of the dielectric, the electrons accumulate on the opposite plate and thus create a net charge. This charge is stored in the capacitor and as a result, it is able to maintain a potential difference even after the external potential difference has been removed.

In conclusion, T520B686M004ATE025 is a tantalum-polymer capacitor that is used in a variety of consumer electronics, automotive, and industrial applications. Its wide temperature range and high capacitance rating make it ideal for power storage applications. The working principle of the capacitor is based on Faraday’s law of induction, which states that a potential difference across a capacitor’s plates would generate an electric field, which would cause electrons to move between the plates and create a net charge.

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