WNB560FET Resistors

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Through Hole Resistors are a common form of electrical component found in various applications requiring resistors. The WNB560FET is part of the distinct family of Through Hole Resistors developed by WNB Corp. in the 1980s. Unlike its predecessors, the WNB560FET utilizes a special combination of resistor-impregnated ceramic pellet and silicone resin technology to generate the highest levels of signal stability and electrical insulation available at that time.

The unique design of the WNB560FET offers a range of benefits to companies in an array of different application fields. As one of the first Through Hole Resistors to offer integrated electrical insulation, the WNB560FET performs admirably in applications involving high temperature surfaces or hazardous environments. In addition, the robust construction of the device ensures it can maintain consistent performance through extreme temperature fluctuations. Additionally, WNB560FET has proven to be more reliable than its predecessors in model number-restricted, lightweight, high-speed and high-current applications.

The WNB560FET also features an unparalleled working principle designed to extend the component’s lifespan while minimizing potential for fatigue. This device utilizes the combination of resistor-impregnated ceramic pellet and silicone resin technology. The properties of both materials create a tough, heat-stable, and leak-proof insulation layer that is designed to withstand abuse and stress due to environmental wear and tear. In addition to its insulation performance, the WNB560FET also features a patented dielectric and capacitor construction design that can offer greater than 40% improvement in charge transfer and voltage drop over standard Through Hole Resistors.

The WNB560FET is the perfect fit for engineers and product designers looking to incorporate high quality Through Hole Resistor technology into their designs. The component offers the highest level of signal stability, insulation, and durability available, and is a great choice for applications requiring utmost reliability and performance standards. Its combination of dielectric and capacitor design makes it well-suited for a variety of applications, including fields related to communications, medical electronics, and high temperature aerospace components.

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