MR1061K0000TAE66

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Through Hole Resistors, such as the MR1061K0000TAE66, are devices that control the flow of electrical current in a circuit by introducing resistance. The resistance reduces the total current in the circuit, allowing designers to control the electrical behavior of the circuit. In this article, we will discuss the MR1061K0000TAE66 application field and working principle.

Application Field

The MR1061K0000TAE66 through hole resistor is specially designed for use in applications where it is important to maintain an accurate resistance value during the life of the product. The resistor can be used in circuits where temperatures can be as high as 200°C or higher and feature excellent pulse handling capabilities. It is specifically suitable for applications such as over-voltage, temperature control, power supply, automotive, aerospace, and industrial applications. Because of its high resistance accuracy and reliability, these resistors are also well-suited for medical, automotive, and communications applications.

Working Principle

Through hole resistors, such as the MR1061K0000TAE66, operate on the principle of resistivity. Resistivity is the measure of the opposition to current flow that a material exhibits. As the current passes through the material, energy in the form of heat is dissipated. The amount of current that can be dissipated is limited by the design of the resistor. The resistance of the resistor is determined by its physical geometry and the type of material used, such as carbon film or metal oxide film. The temperature coefficient of the resistor—the change in resistance as a function of temperature—is also important. The resistance of the MR1061K0000TAE66 can be adjusted with a multi-turn potentiometer for fine tuning.

Conclusion

The MR1061K0000TAE66 through hole resistor is a reliable and accurate component that is widely used in a variety of applications. It is ideally suited for high temperature and high-pulse applications, as well as for precision applications including automotive, aerospace, and medical. Its resistance value can easily be adjusted by a multi-turn potentiometer. As such, it is an important component for circuit designers to consider when designing their circuits.

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