ROX05020M0FKLB

Through Hole Resistors are one of the most common types of resistors used in electrical applications. The ROX05020M0FKLB is a type of through hole resistor that has a wide range of applications, and a unique working principle.

The ROX05020M0FKLB is a precision device designed for use in circuits requiring high accuracy or stability. It is a five-terminal device that is often used in automotive, industrial, and military applications. It has outstanding performance characteristics compared to conventional four-terminal devices, such as higher stability, tolerance, and reliability. Furthermore, its design allows for the incorporation of a wide range of feature sets, including higher current ratings, higher temperatures, and higher power dissipation.

The ROX05020M0FKLB also offers a unique working principle. It features an integral temperature-sensing element that actively regulates the internal drive current. This allows for a sense resistor error of less than 0.05%, even for temperatures between -40°C and +125°C. The resistor also includes high-speed logic circuits and an advanced internal circuitry that allow for rapid and accurate dynamic response.

The ROX05020M0FKLB is a versatile resistor, and is suitable for a variety of applications. It is used in automotive circuits, power-supply and charging circuits, and in consumer electronic control nodes. Its temperature-sensing capabilities allow it to be used for thermal protection and temperature compensation. Furthermore, its low resistance values and high accuracy make it ideal for applications involving impedance matching and filtering.

In summary, the ROX05020M0FKLB through hole resistor is an ideal component for a wide range of applications. It is a five-terminal device that features an integral temperature-sensing element, high-speed logic circuits, and advanced internal circuitry. It offers outstanding performance characteristics, such as a sense resistor error of less than 0.05%. Moreover, its low resistance values and high accuracy make it suitable for applications involving impedance matching and filtering.