WNDR10FET Resistors

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A through-hole resistor is a device used to provide electrical resistance in an electronic circuit. The resistance value of a through-hole resistor is typically constant over a large range of current and voltage levels. Through-hole resistors are common in electronic projects, providing resistor values for a wide range of needs. The WNDR10FET through-hole resistor is a specialized type of through-hole resistor. In this article, we will discuss the application field and working principle of the WNDR10FET.

The WNDR10FET through-hole resistor is a device often used in projects when a device needs to handle a large amount of current. The FET characteristics of the device provide a higher level of protection from excessive current. In addition, the WNDR10FET has a higher temperature tolerance than other types of through-hole resistors, allowing it to be used in higher temperature applications.

The WNDR10FET can be used in many types of applications including power supply, motor control, and lightning strikes. One of the most common applications is in power supply modules where the resistor is used to limit current flow. The WNDR10FET is also used in motor control systems where the resistor is used to limit the amount of current going to the motor as well as providing protection against electrical spikes. In addition, the WNDR10FET can also be used in lightning strikes to provide protection against high voltage.

The resistance value of the WNDR10FET through-hole resistor is based on its size and construction. The resistance value is typically in the range of 1 to 500 ohms and the maximum current rating is typically 4.5 A. The WNDR10FET can handle temperatures ranging from -20 to 105°C (-4 to 221°F).

The WNDR10FET through-hole resistor has two terminal pins. One terminal connects to the resistor body and the other connects to the resistor. The resistor body is constructed of a rigid metal core and contains a coating of varnish to prevent corrosion. The coating also serves as an electrical insulator and helps to increase the life of the resistor. The terminal pins are gold plated to provide a good electrical connection and also to add protection from corrosion.

The resistance of the WNDR10FET is determined by the size of the resistor body, the length of the pins, and the varnish coating. As current flows through the resistor, heat is generated and the varnish coating helps to dissipate the heat. The resistance of the WNDR10FET is relatively stable over a wide range of temperatures.

The WNDR10FET through-hole resistor is a versatile and reliable device and is used in many applications. It provides the necessary level of protection against excessive current, while its temperature tolerance allows it to be used in high-temperature applications. The WNDR10FET provides stable resistance over a wide range of temperatures and its gold plated pins provide a good electrical connection and superior corrosion resistance. Overall, the WNDR10FET through-hole resistor is a great choice for projects that need a reliable and stable resistor.

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