CMF70150R00FEBF

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Through Hole Resistors are among the most widely used electronic components and their importance in electrical engineering cannot be overstated. The CMF70150R00FEBF is one example of a through hole resistor. In this article, we will discuss the application field and working principle of the CMF 70150R00FEBF.

What is CMF70150R00FEBF?

The CMF70150R00FEBF is a CMF (Current-mode Film) through hole resistor with a maximum power rating of 1.5 watt. It is constructed from a metal oxide film resistor layer, which is then housed in a glass doped polyester case. The design allows for highly accurate temperature compensation and excellent electrical and thermal characteristics.

Application Field and Working Principle

The CMF70150R00FEBF is typically used as a mechanical filter in a power line control circuit. The resistor acts to shunt or block high frequency noise and transients that may be present on the power line. The low profile and low cost of the resistor make it ideal for this application.  It is also well-suited for low dropout voltage reference circuits, current sense circuits, and thermal shutoff devices.

The working principle of the CMF70150R00FEBF is based on the basic properties of resistors. It works by converting electrical energy from one form to another. In this case, electrical energy is converted into resistance. This resistance can then be used to limit current flow or to regulate voltage.

The unique construction of the CMF70150R00FEBF allows for a high level of accuracy in the temperature compensation of the resistor. The metal oxide film resistor layer is designed to expand and contract in accordance with the surrounding temperatures, allowing for a more accurate and reliable reading. This is essential in providing consistent results in power control circuits, voltage regulators and other related electronics.

Conclusion

The CMF70150R00FEBF is a through hole resistor with a maximum power rating of 1.5 watt. Its construction and design make it ideal for use as a mechanical filter in a power line control circuit. In addition, its low profile and cost make it a good choice for low dropout voltage reference circuits, current sense circuits and thermal shutoff devices. The accuracy of this resistor’s temperature compensation makes it an excellent choice for critical applications.

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