CMF5022K100BHR6

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Through Hole Resistors are electronic components used in circuit boards and systems to control, reduce, or maintain the amount of current passing through them. They are dust-resistant and provide a consistent electrical resistance regardless of physical changes such as temperature, humidity, or vibration.

CMF5022K100BHR6 is a popular through hole resistor. It is a low wattage surface-mount wirewound resistor with a flat ceramic outer case. It is designed for use in power supplies, signal supplies, radios, medical equipment, and other switched mode applications. In addition, this particular resistor series is able to handle up to 2 Watts of power in an ambient atmosphere of up to 70°C. This makes it suitable for use in consumer electronics applications and general-purpose use.

The working principle of the CMF5022K100BHR6 through hole resistor is based on the principle of resistance. This particular type of resistor is a non-inductive wirewound resistor, which means that it actively works to reduce the flow of electrical current through it. It does this by converting the electrical energy into heat. This heat is then dissipated into the surrounding environment through a heat releasing mechanism, which results in the resistor’s resistance reducing over time.

The CMF5022K100BHR6 through hole resistor is particularly beneficial in applications where the operating environment is subject to extremes such as temperature fluctuations or high vibration levels. Its low wattage design allows for a higher degree of protection compared to other types of resistors, while its flat ceramic outer case helps to insulate it against mechanical shock. In addition, its non-inductive design ensures that the resistor does not introduce inductance into the system, which could lead to undesired effects.

Overall, the CMF5022K100BHR6 through hole resistor is an excellent choice for a wide range of applications. Its low wattage design and flat ceramic outer case provide excellent heat dissipation and protection from environmental factors, while its non-inductive design prevents unwanted inductive effects. In addition, its ability to handle up to 2 Watts of power in an ambient atmosphere of up to 70°C makes it suitable for use in consumer electronic and general-purpose applications.

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