CMF6068K100BEBF

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Through Hole Resistors are components used in a variety of electrical and electronics applications. The CMF6068K100BEBF resistor is a common type of through hole resistor, which is also specifically referred to as a through-hole fixed resistor. It is composed of two metal parts coated in insulating material, a long cylindrical body and an end termination, which is how it gets its name. It serves to control electrical current in circuits by decreasing the potential difference between two points.

A CMF6068K100BEBF resistor has a power rating of 100 watts, a tolerance of 5%, a resistance of 8kΩ, a voltage of 25V DC, and a power rating of up to 600V DC. It has a maximum operating temperature of + 105 °C, and a maximum power dissipation of 150 watts at +25 °C. It is composed of ceramic, is noninductive, and has a lead-free finish.

The CMF6068K100BEBF resistor has a wide variety of applications such as for controlling the current in an amplifier, as a layer for unwanted noise, and as a pulse matching resistor in applications that require repetitive shots. It is also often used in automotive, providing a means of current limiting or over voltage protection. It has low inductance, making it suitable for a variety of applications in fields such as communications, medical, computer and industrial systems.

The CMF6068K100BEBF resistor works by limiting the electric current in a circuit, thus regulating the voltage. This is done by restricting the flow of electrons, which is why the two metal plates are composed of different material. The two plates are separated by insulating material, which helps to prevent current from flowing between them. The resistance value is also determined by the size of the plates and the type of material used.

The CMF6068K100BEBF resistor is a low-cost option for a variety of electronics applications that require resistance values up to 8kΩ. Its high precision, low inductance, and low cost make it a popular choice among users, and it is widely used in fields such as automotive and communications engineering.

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