WNE1K0FET Resistors

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Through-hole Resistors are relatively easy-to-use components that are used to regulate current in electrical circuits. Each resistor contains a metal-oxide-filled ceramic cylinder mounted on a printed circuit board. This "core" of the resistor can be used in conjunction with other components to control the flow of current in the circuit. A key feature of through-hole resistors is their ability to withstand high temperatures without experiencing significant degradation, making them suitable for use in high power applications.

WNE1K0FET Application Field and Working Principle

The WNE1K0FET is a high power, wide range through-hole resistor. It is primarily designed for use in AC/DC applications, particularly in power supplies and audio amplifiers. This resistor is suitable for applications requiring high current capabilities. The WNE1K0FET is capable of dissipating power up to 3 watts and can handle currents up to 4.5 amps.

The core of the resistor is made up of a filler material consisting of metal oxide. This material is able to resist electrical current and at the same time can dissipate heat generated by the component. By dissipating heat, the component is able to maintain its temperature at a set level, thus preventing any catastrophic failures.

The resistance-value of the component is set by adjusting the core material so as to decrease or increase its electrical resistance. The resistance value can be adjusted between 0.04 Ohms and 500Ohm. The WNE1K0FET is designed with a tolerance of ±1%.

The component is secured to the printed circuit board via three mounting holes. This allows the user to mount the component quickly and easily. The component also has three integrated pins that are used to connect the current source to the component. This allows for a more efficient heat distribution, which can further improve the performance of the component.

The WNE1K0FET is capable of sustaining significant temperatures without suffering damage. As such, it is suitable for use in high-power applications where temperatures can easily exceed 200°C. In addition, the component is designed with a low inductance, making it suitable for applications requiring high-bandwidths.

In summary, the WNE1K0FET is an excellent choice for high-power applications, such as power supplies and audio amplifiers. It\'s high temperature and current ratings make it suitable for use in these applications, while its low inductance allows for improved performance.

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