CMF20365R00GKRE

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Through Hole Resistors

Through hole resistors offer many advantages to modern electronic designs, primarily because of their cost-efficient manufacturability and their excellent stability against environmental conditions. CMF20365R00GKRE devices are a type of through hole resistor that provide superior electrical performance over a wide range of temperature and power. As a result, they are often used in precision electronic circuits, including many military/aerospace applications.

General Characteristics of CMF20365R00GKRE Through Hole Resistors

The design of the CMF20365R00GKRE provides excellent performance over a wide temperature range and power rating. The resistors are composed of a thick-film network on a ceramic substrate, which is attached to a ceramic-glass base. CMF20365R00GKRE devices are available in both axial and radial types with various lead lengths. They are constructed with corrosion-resistant stainless steel body, which makes them ideal for both through hole and surface mount applications.

Application Fields Of CMF20365R00GKRE Through Hole Resistors

CMF20365R00GKRE through hole resistors are primarily used for high temperature applications such as power amplifiers, telecommunications systems, microwave ovens, and automotive electronics. They are also suitable for high frequency circuits, especially in the range of 0.01-10 GHz. CMF20365R00GKRE devices are also used in precision analog circuits, discrete digital circuits, and hybridized devices. Due to their superior stability, CMF20365R00GKRE resistors can be used in applications requiring repeatability and high accuracy, such as medical and safety related equipment. They also perform well in applications requiring both high resolution and low temperature coefficients.

Working Principle of CMF20365R00GKRE Through Hole Resistors

The CMF20365R00GKRE has a thick-film network of resistors which is built on a ceramic substrate. The ceramic substrate not only provides insulation, but it also helps to dissipate the heat generated by the resistor. The resistors are then attached to a ceramic-glass base that provides additional heat dissipation. CMF20365R00GKRE resistors have two leads: one is the input terminal where current flows into the resistor, and the other is the output terminal where current flows out of the resistor. The resistance of the device is determined by the area of the printed thick film resistor network.

The resistance of CMF20365R00GKRE resistors is usually measured in ohms and are available in various resistance values. To ensure accuracy, the resistance is verified during the manufacturing process using the Wheatstone bridge method. Different resistance values are achieved by adding or removing individual thick film resistors to the ceramic substrate.

The CMF20365R00GKRE resistors offer excellent performance regardless of temperature or power. They are designed to operate at temperatures between 0 and +125°C. In addition, they can withstand power up to 150mW, which makes them suitable for power-intensive applications.

Advantages of CMF20365R00GKRE Through Hole Resistors

The CMF20365R00GKRE resistor provides a number of benefits for modern electronic circuits. First, they are cost-effective and relatively easy to manufacture. Second, their performance is excellent over a wide range of temperature and power, which makes them ideal for high-precision applications. In addition, the corrosion-resistant stainless steel body makes them suitable for both through-hole and surface-mount applications. Furthermore, the device is offered with both axial and radial lead versions.

Conclusion

CMF20365R00GKRE resistors provide an ideal solution for high-precision electronic circuits and are suitable for a wide range of applications. They are cost-effective and offer excellent performance over a wide range of temperature and power demands. In addition, they are available in both axial and radial lead versions, making them suitable for both through-hole and surface mount applications.

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