CMF6522K000FKBF

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Through Hole Resistors are essential components in circuits of many kinds, and they are not only used for their priority feature of providing stable and reliable resistive paths, but also for their environment-friendly characteristics.

CMF6522K000FKBF is one of the Through Hole Resistors. It’s a 6522K ohms, 0.5±20% tolerance resistor and uses carbon film as the material. This resistor has ±20% tolerance level and 1 W power rating.

For its application field, CMF6522K000FKBF is mainly used in applications requiring maximum dissipation power of 1 watt and one of its common uses is measuring the voltage drop at a specific position in a circuit. It can also be used in DC switching and voltage dividing networks and for filtering power-line disturbances.

The principle of a Through Hole Resistor is simple, it is basically a two-terminal element with an electrical resistance between those terminals which is a constant no matter the current that is applied to it or the temperature it is in.

When a voltage is applied across the terminals of the CMF6522K000FKBF Through Hole Resistor, then the electrical current going through the device will be limited depending on the resistance of the resistor itself. This is known as Ohm’s law and simply stated, it states that the current flowing through a resistor is proportional to the voltage applied across the resistor.

Therefore, the CMF6522K000FKBF Through Hole Resistor will provide a stable and reliable resistive path to maintain a consistent voltage, regardless of the current and temperature. In addition, the resistor’s construction results in an environment-friendly solution, as it limits the amount of electricity that can flow through it.

Summing up, the CMF6522K000FKBF Through Hole Resistor is an essential device to measure voltage and divide current in a stable and reliable way and also for its environmental-friendly construction. Therefore, it’s widely used in different electrical applications such as DC switching, voltage dividers and filtering power-line disturbances.

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