CMF201R0000GLBF

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Through Hole Resistors are the most commonly used passives in most electronic platform applications. The CMF201R0000GLBF is a 0.6W series of Through Hole Resistors. It is widely used in many applications requiring a high degree of accuracy.

The CMF201R000GLBF Through Hole Resistors are manufactured using a high degree of precision to ensure that the tolerances are maintained accurately. This 0.6 W series are designed with thermal and frequency stability, and are more accurate when compared to other passive components. These 0.6 W series offer excellent temperature stability due to its low temperature coefficient. It is also very suitable for use in high temperature applications requiring high precision.

The CMF201R000GLBF Through Hole Resistors come with a wide range of operating temperatures, ranging from - 55°C to + 155°C, that is suitable for almost any environment. Aside from the temperature stability, this 0.6 W series feature high frequency response and excellent pulse handling capability. It is widely used in telecommunication circuits, fire detection and security systems, automotive electronics, motor control and industrial power applications.

The working principle of the CMF201R000GLBF Through Hole Resistors is based on the resistor\'s ability to convert electrical energy into thermal energy. When a voltage is applied across the resistor, it creates an electrical field across its two terminals, which allows an electron flow. As the electrons flow through the resistor, they collide with the material the resistor is composed of, creating a heat dissipation. This then allows the resistor to reduce the voltage across its terminals. Since resistance is determined by the amount of material used in the resistor, the voltage can be controlled and is usually expressed by the resistor\'s ohmic value. The stronger the resistor is connected to the circuit, the lower its ohmic value will be.

In conclusion, the CMF201R000GLBF Through Hole Resistors offer excellent temperature stability, high frequency response, and are sized to fit for most applications. This 0.6 W series are suitable for a wide range of temperatures, providing users with reliable and accurate performance. Furthermore, its working principle is based on the resistor\'s ability to convert electrical energy into thermal energy, allowing it to reduce the voltage applied across its terminals.

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