CMF55976R00FHEB

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Through Hole Resistors are unassuming components with wide uses. The CMF559760R00FHEB is a fine example of such a component. A prominent use of CMF559760R00FHEB is in noise suppression to protect sensitive circuitry. This resistor has a wide application range from low to high current applications and much of its usage is in high power machines.

The CMF559760R00FHEB is built with a ceramic body and a low temperature coefficient. This combination of materials creates a good environmental seal and prevents the noise levels from fluctuating with temperature shifts. This component also has a wide value range, ranging from a few ohms up to 10K ohms. Maximum operating temperature is 150°C.

The acronym CMF stands for the “Ceramic Magnetic Field” and the “FHEB” in the part number is the “Hot Environment Base”. This implies that this type of resistor is designed to handle higher temperature applications. The CMF559760R00FHEB is rated for up to 100 watts and ± 5% tolerance.

The working principle of the CMF559760R00FHEB is quite simple. It works by applying a voltage to the resistor that creates an electric field within the resistor. This electric field creates an opposing magnetic field which creates a signal that is neutralized and attenuated. The CMF559760R00FHEB is ideal for high power applications as it can dissipate a large amount of energy while still attenuating the signal.

The CMF559760R00FHEB is a versatile component and can be used in a number of applications ranging from power supply voltage regulators, static filter circuits, protection circuits, and is compatible with many popular circuit designs. This Through Hole Resistor is also useful in a variety of industrial applications, such as industrial motor control and robotics.

In summary, the CMF559760R00FHEB is a type of Through Hole Resistors used in many industrial and domestic applications. It has an excellent environmental seal, low temperature coefficient, wide value range, and is rated for up to 100 watts. The working principle of this Resistors is based on the expansion and contraction of the electric field under the influence of the opposing magnetic field.

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