RNU1C471MDN1

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Aluminum-polymer capacitors are modern electrolytic capacitors capable of providing high electrical energy density and long operating life even in harsh environments. The RNU1C471MDN1 is an aluminum-polymer capacitor from Panasonic, one of the most advanced capacitor manufacturers with a long history of producing top-quality products. This capacitor is ideal for various applications in both industrial and consumer electronics due to its durability and performance.

The RNU1C471MDN1 has a wide operating temperature range of -55°C to 125°C, making it perfect for both indoors and outdoors applications. It also has high surge capability, a low leakage current, and excellent electrical characteristics, which are ideal for high-frequency circuits, high density inverters, and power supplies. The RNU1C471MDN1 has a capacity of 47μF/400V and a rated voltage of 400V.

When it comes to the working principle of the RNU1C471MDN1, it is important to understand its electrochemical nature. This type of capacitor consists of alternating layers of aluminum and an electrolyte-filled polymer film, separated by tiny electrolytic barriers. Applying a voltage to the capacitor causes ions to migrate toward the cathode, creating an electric charge that stores electrical energy. This charge is then released as current flows through the circuit.

Because of its design, the RNU1C471MDN1 is also capable of handling high levels of vibration and shock, making it ideal for various challenging applications such as antenna rotators, motor starters, and wind generators. Additionally, the device is resistant to high humidity and chemicals, which makes it a suitable choice for critical environments such as marine and automotive applications.

Overall, the RNU1C471MDN1 aluminum-polymer capacitor is a reliable and robust device that offers many benefits for a wide range of applications. Its high operating temperature range, low leakage current, and excellent electrical characteristics make it an ideal choice for industrial and consumer electronic applications. The combination of its electrical properties, resistance to vibration and shock, and resistance to environmental factors ensure its reliability in any situation.

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