CMF20100R00GKBF

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Through Hole Resistors

A through-hole resistor (also known as axial resistors) is a type of resistor that is used in electronic circuits for a variety of reasons including providing voltage division, determining the values for filter networks, and increasing or decreasing currents. They are also used to protect other circuit components from large current surges, and to regulate the current in a circuit. In many applications, the through-hole resistance element is typically a wire wound, or tubular resistor.

CMF20100R00GKBF Application Field and Working Principle

The CMF20100R00GKBF is a 0.1 ohm (100 milliohms) axial resistor with a mica core designed to handle 250 watts, a maximum operating temperature of 200 degrees Celsius, and an operating voltage of 200 volts. It is appropriate for use in home theater systems, multi-channel audio systems, power amplifiers, and other power applications where temperature and power are factors. It can also be used in commercial sound systems, automotive applications, instrumentation, and other devices.

The working principle of the CMF20100R00GKBF is based on lowering the resistance of a standard resistor so that it has a reduced impedance and can handle higher amounts of current. It does this by using a mica core, which is a type of insulation that has a low conductivity and a high melting point. In this type of resistor, the core acts as both a thermo-dynamic mechanism, allowing the resistor to dissipate more heat, while also preventing the current from increasing without authorization. This principle of lowering detection resistance is known as the Pauli effect.

As the temperature of the mica core increases, the electrical resistance and maximum current capacity of the resistor also increase. This is because the core material absorbs more heat, which it releases by allowing more electrons to flow through the resistor. As electrons flow through, the electrical resistance is reduced, thus allowing for the current to increase. The end result is that the thermal protection of the resistor is increased, allowing for higher current loads or higher peak powers.

In addition, the CMF20100R00GKBF is designed to be used in low impedance circuits. This means that it can withstand higher voltages than standard resistors with higher impedance and therefore, is suitable for high-power applications. The ability to handle such high voltages is due to the mica core\'s ability to absorb and dissipate more heat.

The CMF20100R00GKBF is a versatile resistor that can be used in a variety of applications to safely manage current flow and reduce heat buildup. Its low impedance allows for it to be used in high-power circuits and its mica cores provide improved thermal protection while handling higher loads. It is an excellent choice for a variety of uses where temperature and power management are factors.

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