CP002010K00KE66

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Through Hole Resistors, such as CP002010K00KE66, are passive components composed of two electrical conductors, usually made of wire or sheet metal, which are separated by an electrical insulator, usually a resistor or ceramic material. Resistor components use resistance to control current flow and power dissipation in electronic circuits. CP002010K00KE66 offers superior tolerance and accuracy and is used in a broad range of applications.

CP002010K00KE66 features a weight of 1.81g, dimensions of 20x10x5.2mm, and resistance of 10K ohm. With a TCR of +1.5PPM/K (+3PPM/K), CP002010K00KE66 is available in surface mount and through-hole configurations. The CP002010K00KE66 is a general-purpose chip resistor with a tolerance of ± 1% and a temperature coefficient of +30ppm/K. The CP002010K00KE66 has a temperature range of -55°C to +125°C and a power rating of 0.6W at 25°C. The CP002010K00KE66 is able to operate at higher temperatures with a power rating of 0.3W at 70°C.

CP002010K00KE66 is used in a wide variety of electronic applications including low voltage systems, audio equipment, power supplies, automotive systems, and industrial controls. The CP002010K00KE66 is used to provide a stable voltage or current in an electronic circuit, such as to provide feedback for regulating other components. The CP002010K00KE66 is also used to limit current to specific components. The CP002010K00KE66 can also be used as a heat sink in low voltage or high current applications, allowing it to dissipate the generated heat.

The working principle of CP002010K00KE66 is based on the idea of creating a voltage drop across the resistor to resist current flow. When an electric current passes through a resistor, a voltage drop is created across the resistor in direct proportion to the amount of current flowing through it. This voltage drop is caused by the resistance of the material, which controls the amount of current that can flow through it. In addition, the temperature of the resistor also affects the amount of current that can flow through it. As the temperature of the resistor increases, the current increases as well, due to the increased conductivity of the material.

CP002010K00KE66 is used in a wide range of applications, including power supplies, automotive systems, audio equipment, and industrial control systems. CP002010K00KE66 is also used to provide a stable voltage or current in an electronic circuit, to limit current to certain components, and as a heat sink in high current applications. The working principle of CP002010K00KE66 is based on the idea of creating a voltage drop across the resistor to resist current flow. The voltage drop is created by the resistance of the material, and is affected by the temperature of the resistor.

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