CMF502K2000FKEA

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Through Hole Resistors are parts that are used in electronic circuits to limit and control the flow of electric current. CMF502K2000FKEA is a type of through hole resistor specifically designed for applications that require high-reliability and superior performance. This device features a two-lead design and is available with a wide range of resistance values.

The CMF502K2000FKEA is a metal foil resistor suitable for high temperature and high power applications. This device offers a low inductance, good isolation resistance, and excellent temperature stability. It also has a highly accurate resistance, which is controlled within a tight tolerance. The resistor is also constructed with a non-inductive winding to provide superior performance in applications that require high frequency oscillations and/or rapid changes in voltage or current levels.

The working principle of CMF502K2000FKEA is based on the Ohm\'s law, according to which current flow is directly proportional to the voltage applied over a resistor. The entire construction of the resistor consists of a metal foil embedded in an insulating material and a conductor winding around the element. When voltage is applied on the resistor, flow of current will go through the metal foil element. This flow of current produces a certain amount of resistance, which can be accurately calculated by Ohm\'s law.

The CMF502K2000FKEA is ideal for applications that require high-reliability and superior performance in electronic circuits such as power supply circuits, audio circuits, and switching circuits. The device is highly reliable and provides excellent temperature stability. It also offers tight tolerance and low temperature coefficient. It is suitable for automated assembly processes and also has a highly accurate temperature coefficient of resistance.

The CMF502K2000FKEA through hole resistor is capable of providing excellent performance in high-temperature and high-power applications. It has a low inductance, good isolation resistance, and a very tight tolerance. It is also highly reliable and suitable for automated assembly processes. It is great for applications that require superior performance like power supply circuits, audio circuits, and switching circuits.

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