UFW1C472MHD1TN Capacitors

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Aluminum electrolytic capacitors are electric components which store energy within their components. They are found everywhere from cell phones to laptop computers to automotive electronics. Many types of capacitors have different characteristics, including those of the UFW1C472MHD1TN.

The UFW1C472MHD1TN Aluminum Electrolytic Capacitor is a capacitor designed for safety purposes, mostly for applications requiring overvoltage and over load protection. It is rated at a 10V to 400V rating and is a high capacitance component with a range of 470uF to 470mF (microfarad).

The UFW1C472MHD1TN capacitor has a wide range of uses. It can be used in LED lighting systems, battery protection circuits, automotive displays, telecommunications systems and many other electronics environments. It is suitable for portable electronics such as personal media players, cell phones and digital cameras. Additionally, it can also be used in industrial and medical applications such as power supply design and voltage conversion.

The UFW1C472MHD1TN capacitors have a non-solid electrolyte dielectric and can withstand up to a maximum operating temperature of 125°C. It also has a low intrinsic resistance for high-frequency applications and is designed for high performance. The capacitor also has high reliability, a long lifespan and is resistant to vibration, making it perfect for today\'s electronics.

To operate the UFW1C472MHD1TN capacitor, AC ripple current passes through the capacitor, charging it up and releasing the energy stored within its components. The capacitor stores this energy until it is needed. When it is time to use the energy, the capacitor quickly releases it in its entirety. This process can be repeated thousands of times over the course of the capacitor’s life.

The UFW1C472MHD1TN Aluminum Electrolytic Capacitor is an excellent choice for high performance, safety and reliability. Its wide range of uses make it perfect for the ever-changing electronics industry, whether in personal or industrial applications. Its long lifespan and resistance to vibration make it an ideal choice for today\'s electronics needs.

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