WNA51RFE

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Through Hole Resistors are widely used in a variety of electronics, including WNA51RFE applications. The WNA51RFE is a very versatile resistor and offers excellent performance and reliability when used in the proper way. This article will explain the WNA51RFE application field and working principle in greater detail.

What is WNA51RFE?

The WNA51RFE is a high-powered, through-hole surface mount resistor produced by Kemet Electronics. It is specifically designed for use in high-frequency applications, and its combination of characteristics makes it the ideal choice for many high-frequency applications. The WNA51RFE\'s unique design and construction make it resistant to overload and high temperature.

What Does the WNA51RFE Achieve?

The WNA51RFE can achieve a wide range of characteristics due to its construction. The structure consists of three layers, with the first layer being a copper core for the electrical insulation of the resistor. Next, an outer layer is composed of ceramic material, which is deposited on the core by lithography. The third layer is composed of a speciality ceramic, which provides the very low insertion resistance and high-quality thermal conductivity for a low temperature gradient.

What Are the Features and Benefits?

The WNA51RFE provides superior performance thanks to its two layers of ceramic, which provide superior thermal performance as well as fast current transfer and low thermal resistance. The WNA51RFE also features high capacitance and power dissipation that is suited for many high-frequency applications. Finally, the WNA51RFE is highly reliable and provides excellent resistance to external mechanical forces.

Application Fields

The WNA51RFE is suitable for a variety of applications, the most common of which are power supplies used in electrical equipment, digital signal processors and switches. It can also be used in communication systems, including satellite communications, cellular telephones, and Wi-Fi networks. In addition, the WNA51RFE is also suitable for automotive electronics, such as ECUs, airbag controllers, and ABS systems.

Working Principle

The WNA51RFE’s working principle is based on the resistance it offers when an electrical current passes through its internal material. Due to its construction, the WNA51RFE can provide a much higher resistance than comparable resistors, extending the life of the resistor, as well as the surrounding equipment.

Conclusion

The WNA51RFE is a versatile through-hole surface mount resistor that is well suited for many high-frequency applications. It provides superior thermal performance, fast current transfer and low thermal resistance. In addition, the WNA51RFE is highly reliable and provides excellent resistance to external mechanical forces. In conclusion, the WNA51RFE is an excellent option for a variety of through-hole resistors applications.

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