CP000710R00KE66

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• Through Hole Resistors

• CP000710R00KE66 Application Field and Working Principle

• Through hole resistors are the most commonly used fixed resistors. They are typically cylindrical, hermetically sealed components, with two axial leads protruding from the top and bottom for connection. Commonly rated power for through hole resistors usually range from 1/2W to 2W, while their resistance range from 1Ω to 22MΩ. They are usually designed to handle inrush current spike and withstand a maximum ambient temperature rating.

  CP000710R00KE66 is a low-power, ceramic resistor, typically applied for environmental monitoring and sensing devices. It is classified as a through-hole resistor, and is designed as hermetically sealed components, with two axial leads protruding from the top and bottom for connection, and defining the relative positive and negative terminals. This particular device is desgned for use mainly in industrial and automotive applications.

  The CP000710R00KE66 has a very low power rating, and so its internal construction reflects this, with its thick film resistor housed in a ceramic body. The ceramic core serves two major functions: firstly, it allows heat generated by the device while operating to dissipate more easily and efficiently; secondly, and more importantly, it acts as a relatively effective barrier against thermal expansion and the stresses associated with it. This ensures that even when operating with its two opposite-facing leads connected to different points in a circuit the device is more robust and should not easily be affected by thermal expansion.

  The CP000710R00KE66 resistor is essentially a constant current device: it has a set resistance, independent of the current leading through it, so it provides very good stability across different electrical currents. The appliance of the resistor lies in controlling current passing through a specific part of a circuit, allowing more precise current flow control. When current goes through a circuit containing the resistor, it is dissipated as heat energy, which is then dissipated from the resistor through the ceramic core. Thus, the device helps to control the passing current level and additively, the temperature of the point in a circuit.

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