CMF60100K00BEEA

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Through Hole Resistors

The Through Hole Resistors are essential components which are used in diverse electrical assemblies and devices for limiting a specified power dissipated across the resistor and for achieving desired operating voltage and current values. The most common type of Through Hole Resistors is the CMF60100K00BEEA. It is a fixed type rheostat with a rated power load of 2 Watt. This resistor has a wide range of applications in various industries.

Applications of CMF60100K00BEEA

The wide range of applications for the CMF60100K00BEEA includes frequency control, metering, motion control systems, electronic circuit protection, signal conditioning and others. It is also used in automotive, telecommunications and consumer appliance industries. The resistor is also employed in pulse application systems, grid connected AC/DC power supply systems, automotive EMC applications, and even in power supplies for the industrial and medical sectors.

Working Principle

The design and function of CMF60100K00BEEA is such that it reliably limits a specified maximum power dissipation across it. The through-hole device has three connecting points in which the ends of the resistor formed by sheets of carbon and a ceramic carrier are connected to the circuit. It also has an adjustable wiper arm that slides on the underlying resistor to provide a third connection point. This allows for a number of different power resistance values to be achieved from the resistor at any given time.

When power is applied to the resistor, the current produces a temperature rise. This temperature rise affects the resistor\'s characteristics, and as such, the resistance value of the resistor also starts to change accordingly. This is called as thermal noise, and to minimize its effects, the resistor is often designed with a thermal protection shield. This shield significantly reduces thermal noise, thus ensuring the stability of the resistor.

The CMF60100K00BEEA works on the principle of electrical-magnetic field interaction. The wiper arm of the resistor creates an electrical field between its wiper section and elements of the electrical circuit. This field is a result of the current flowing through the resistor itself. This field affects a portion of a magnetic field and creates a variable electrical resistance for the resistor. This resistance is what allows the CMF60100K00BEEA to be used for various operations in the electrical circuit.

Conclusion

The Through Hole Resistors are essential components in many types of electrical and electronic circuits for limiting a specified power dissipated across the resistor and for achieving desired operating voltage and current values. The CMF60100K00BEEA is a fixed type rheostat with a rated power load of 2 Watt and is used in many diverse applications. The through-hole device works on the principle of electrical-magnetic field interaction allowing for the manipulation of electrical resistance to the desired levels.

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