CMF65R49900FNEB

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Through Hole Resistors

Through Hole Resistors (THR) are devices used in electronic circuits to provide a path to current and/or voltage control. The main types include Metal Oxide Film (MOF), Thick Film, and Discrete. The specific device discussed in this article, the CMF65R49900FNEB, is a through hole metal oxide film resistor designed for high reliability applications. In this article, we will look at the application field and working principle of this type of resistor.

Application Fields of CMF65R49900FNEB

The CMF65R49900FNEB is a through hole metal oxide film resistor designed for high reliability applications. This device is perfect for use in equipment requiring high temperature operation such as aviation, military, and industrial applications. It is also designed to withstand exposure to a broad range of environmental conditions including extreme temperatures, humidity, vibration, shock, and corrosion. It is a cost effective and reliable solution for any application that requires a high reliability resistor.

One specific application for the CMF65R49900FNEB is in automotive electronics. These types of resistors are used in many areas of automotive electronics such as engine and transmission control, as well as other components of the vehicle. Resistor type this can withstand the high temperature and vibration encountered in this type of environment, providing a reliable and cost effective solution.

Other application fields for this resistor type would include cooling coils, motor drives, power supplies, home appliances, consumer electronic components, and communication electronics. Its high temperature and humidity tolerance make it an ideal solution for any high temperature and/or moisture requiring application.

Working Principle of CMF65R49900FNEB

The working principle of the CMF65R49900FNEB through hole metal oxide film resistor is simple. It is made up of a thin layer of metal oxide film over a ceramic substrate. The layer of metal oxide film provides resistance while acting as an insulator. When voltage is applied to the device, current flows through the metal oxide film layer, creating heat which is dispersed by the ceramic substrate.

The CMF65R49900FNEB is designed to have high power dissipation and low temperature coefficient. This enables it to withstand large amounts of current for a longer period of time. The low temperature coefficient ensures the device will maintain its resistance at high temperatures. The high power dissipation and low temperature coefficient make it an ideal solution for many high reliability applications.

Conclusion

The CMF65R49900FNEB through hole metal oxide film resistor is a high reliability device designed for high temperature operation. It is often used in automotive, aviation, military, industrial, power supply, and communications applications. Its features of high power dissipation and low temperature coefficient make it an ideal solution for these applications..

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