CMF207K5000GNBF

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Through Hole Resistors represent an important segment of the electronic components family. Electronic components are crucial components for the functioning of electronic circuits and assemblies; thus, it is necessary not only to properly understand them but also to know which are the best components for each application. The CMF207K5000GNBF is an example of through hole resistor; it is manufactured by the company Stackpole, one of the most renowned components manufacturers. An understanding of its application field and its working principle is key for choosing the appropriate component for each particular situation.

Description of CMF207K5000GNBF

The CMF207K5000GNBF Through Hole Chip Resistor is a high-precision resistor with a resistance tolerance of 0.1%. It has a nominal resistance of 5KΩ(5,000 Ω) and a maximum rated voltage of 200 VDC. The CMF207K5000GNBF is built with metal foil technology, meaning that the electrical connection is made directly on the resistor element, allowing for very precise resistance settings and stable performance. It also features excellent frequency stability and tight resistance tolerance. This type of resistor provides excellent solderability and requires only simple and minimal assembly.

Application Field of CMF207K5000GNBF

The CMF207K5000GNBF is mostly used in applications where precision, stability and functionality are of primary importance, such as photoelectric cells, thermistors, and light-detection applications. This resistor is specially designed for applications that require high precision, low temperature coefficient and excellent stability. Its narrow footprint and design flexibility make it suitable for assembling onto boards which are compact and require precise resistance values and long-term stability. Additionally, it is perfect for applications that need a temperature coefficient performance of 100ppm/°C or less.

Working Principle of CMF207K5000GNBF

Like other through hole resistors, the CMF207K5000GNBF works by providing a specific resistance value to the current which flows through it. The size of this value is measured in ohms, and it determines the amount of current which can flow through the resistor. In technical terms, the resistor is made up of two main components: a positive lead, which is connected to the positive source, and a negative lead, which is connected to the negative source. When an electric current passes through the resistor, a voltage drop will occur across its leads in proportion to the size of the resistance.

Furthermore, the CMF207K5000GNBF features metal-foil resistor technology, which states that the electrical connection is made directly on the resistor element instead of making it with messy solder joints. This makes it possible to obtain very precise resistance settings which are also stable. Additionally, the resistor is designed to be low noise, meaning that the electrical noise generated by it is quite low, thus reducing any interference with other electronic devices which may be connected to it.

Conclusion

The CMF207K5000GNBF Through Hole Resistor is an excellent component for applications which require precision, stability and functionality. Its metal-foil technology facilitates constructing precise resistance settings and is also resistant to thermal damage. Additionally, its low noise design allows for it to be connected to other electronic devices without fear of interference. Understanding its application field and its working principle is key for properly using this type of resistor.

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