CMF55464K00FKBF

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Through Hole Resistors

Through hole resistors are highly versatile components that can be used in many different application fields and have numerous advantages to offer. One of the types of through hole resistors is the CMF55464K00FKBF, which offers many advantages over other resistors in terms of flexibility, accuracy, current and thermal ratings, and cost.

Application Field

The CMF55464K00FKBF through hole resistor is suitable for use in electronic device and equipment, communication, instrumentation, computer physics, automotive electronics, and many other fields. It is ideal for power or signal line applications, as it can handle a high current and high power dissipation and is highly reliable in these applications.

The CMF55464K00FKBF can also be used in applications where accuracy of the resistance value is of utmost importance. Due to the tight tolerances of the CMF55464K00FKBF, it can offer higher accuracy than other comparable through hole resistors and is therefore preferred for applications such as precision measurement and instrumentation.

Working Principle

The CMF55464K00FKBF through hole resistor is a carbon composition resistor composed of carbon particles mixed with other materials to achieve the desired resistance. The resistor is designed so that the particles of differing materials can move freely within the resistor, allowing for a variable resistance based on temperature, humidity, and current. The resistor has a power rating of 2 watts and can handle up to 5 amps of current.

The resistance value of the CMF55464K00FKBF is determined by the thickness of the particles within the resistor and by the quantity of these particles. The particles are generally of uniform size and some will be composed of different materials, depending on the resistance value needed. The materials used in the CMF55464K00FKBF are a combination of carbon, graphite, and metallic particles in order to achieve the desired resistance.

The CMF55464K00FKBF can be operated at up to 175 degrees Celsius and its resistance is highly stable over this temperature range. It also has excellent tolerance and long term stability due to the materials used in its construction. The CMF55464K00FKBF is highly reliable, however, the resistor should still be monitored regularly to ensure it is functioning correctly.

Conclusion

The CMF55464K00FKBF is an excellent choice of through hole resistor for many different types of application fields and can provide an accurate, reliable, and cost-effective solution. Its tight tolerance, durability, and resistance to temperature and humidity mean it is suitable for many types of applications and devices, from instrumentation and computers to automotive electronics and communications. Understanding the working principle and application field of the CMF55464K00FKBF is essential to ensuring it performs correctly and safety in the device or system it is installed in.

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