UVZ1J470MEH

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Aluminum electrolytic capacitors are a type of capacitor that are either polarized or non-polarized and use an electrolyte as one of their plates. As such, they are widely used in many applications due to their relatively small sizes and wide range of capacitance values. The UVZ1J470MEH is an aluminum electrolytic capacitor that is typically used in audio applications, such as amplifier circuit designs, audio amplifiers, and audio frequency control circuits.

The UVZ1J470MEH has a capacitance value of 47 µF, a rated voltage of 25 VDC, and a maximum temperature rating of 105°C. It also features a long life of 1,500 hours at the rated voltage and a maximum ripple current of 1.2 A. These specifications make the UVZ1J470MEH suitable for use in audio applications where the capacitance and voltage needs to be relatively low but reliability is still important.

The working principle of the UVZ1J470MEH is based on the use of an electrolytic solution between two opposing plates. This electrolyte creates an electric field between the two plates, which allows the capacitor to store an electrical charge. By charging one plate more than the other, a voltage potential is created, resulting in a capacitor that can store and then release energy when needed.

The design of the UVZ1J470MEH also includes a few features that make it particularly well-suited for audio applications. For example, it features a built-in reverse voltage protection circuit that helps to ensure reliability and the safe operation of the capacitor. It also utilizes a non-solid electrolyte to reduce the effects of temperature and humidity on its performance. The UVZ1J470MEH also features a self-healing function that helps to restore the capacitor to its original state after it experiences an overvoltage, or over-current, event.

Overall, the UVZ1J470MEH is an aluminum electrolytic capacitor that is well-suited for audio applications. With its 47 µF capacitance value, 25 VDC rated voltage, and maximum temperature rating of 105°C, it is capable of delivering reliable performance in a variety of audio applications. Additionally, its built-in reverse voltage protection circuit, non-solid electrolyte, and self-healing features all help to ensure that it will continue to effectively store and release energy for long periods of time.

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