CMF558K6000FEBF

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Through Hole Resistors, one of the most fundamental components of electronic designs, are widely applied in a variety of products. The CMF558K6000FEBF, for instance, is a widely used through hole resistor. The purpose of this article is to discuss the application field and working principle of the CMF558K6000FEBF.

The CMF558K6000FEBF is a general-purpose through-hole resistor, mostly used in circuits for controlling DC currents. This resistor features 825 mW power dissipation at its maximum temperature of 125°C, higher resistance values than its surface mount equivalent, and an increased tolerance of ± 10%.

The CMF558K6000FEBF can be used in traditional circuits with through-hole components, as it is easy to mount and solder on to a PCB. It can also be used for temperature-sensitive applications, as its operating temperature range of -55°C to +125°C allows it to be heated up to compensated temperatures for temperature cycle testing. It is also suitable for high-voltage, high-power circuits, due to its 825mW power dissipation at 125°C.

The working principle of the CMF558K6000FEBF is based on Ohm’s Law, which states that the current going through a resistor is inversely proportional to its resistance. Thus, for a given amount of voltage, the current going through a component is determined by its resistance value. The CMF558K6000FEBF has 11 resistance values from 100 ohms to 10K ohms, and the current through the component will be dependent on the resistance value. By connecting two of these resistors in series, you can double the resistance, thus reducing the current flowing through the circuit.

In conclusion, the CMF558K6000FEBF is a through hole resistor and is commonly used for DC current control, temperature-sensitive applications, high-voltage and high-power circuits. Its operating range extends from -55°C to +125°C, and it has 11 resistance values ranging from 100 ohms to 10K ohms. The working principle of the CMF558K6000FEBF is based on Ohm’s Law, and by connecting two of these resistors in series, the resistance can be doubled, thereby reducing the current flowing through the circuit.

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