UUX0J471MNL6GS Capacitors

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Aluminum electrolytic capacitors are used in thousands of different electrical devices and to solve many different electrical problems. The UUX0J471MNL6GS application field and working principle showcases a unique combination of value and performance that is ideal for a variety of applications.

This device is characterized by low ESR and high ripple current. Furthermore, it has excellent frequency response, high humidity resistance, and high thermal stability. In addition, it also provides excellent capacitance retention over a wide temperature range.

The UUX0J471MNL6GS is ideal for power supplies, switching power converters, high frequency filters, automobile engine wiring system, motor driver circuits, and other high frequency applications. It is designed with an impressive ripple current rating of up to 97A, and has a low ESR rating of less than 0.0003 Ohms. This makes it suitable for excellent high speed operations.

The unique design of the UUX0J471MNL6GS also makes it highly immune to the effects of humidity and temperature. This ensures reliable operation in high temperature environments and harsh conditions. In addition, the device also features a safety mechanism that ensures the device will not overcharge and create explosive gas.

The working principle of these capacitors is based on the principles of electrostatics. It works by forming an insulating dielectric layer between two electrodes. The electric field creates an energy charge that attracts and floods the dielectric barrier. The electric field then pushes the positive and negative charges back and forth, separating the charges and creating a capacitor.

The UUX0J471MNL6GS is a reliable, cost-efficient solution for a variety of electrical applications. It features high frequency response characteristics and excellent capability for high ripple current applications. In addition, it has a low ESR and is highly resistant to environmental changes such as humidity and temperature. This makes it the go-to choice for many different applications.

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