CP00104R700KE663

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Through Hole Resistors are becoming increasingly popular in many applications due to their enhanced performance and affordability. The CP00104R700KE663 is an example of one such component, which is primarily used in temperature-sensing and temperature-control applications.

The CP00104R700KE663 is a thermistor (also called a "temperature sensitive resistor"), which is a type of resistor whose resistance changes with the temperature. This type of resistor is very useful in temperature-sensing and -control applications, as its resistance changes in a predictable way. By accurately measuring the resistance of the thermistor, an engineer can determine the current ambient temperature of a system.

The CP00104R700KE663 has a resistance value of 100 KΩ at 25 °C, which makes it an appropriate choice for many temperature sensing applications. The resistance value will decrease as the temperature of the device increases, and the CP00104R700KE663 has a temperature coefficient of -4.7%/°C, meaning that at 75 °C the resistance value will be 33.7 KΩ.

A further benefit of the CP00104R700KE663 is that it is highly stable over time, meaning that its resistance value will not drift significantly over time. This makes the CP00104R700KE663 an attractive choice for applications where temperature stability over time is important. The CP00104R700KE663 also has a wide operating temperature range (from -30 °C to 200 °C) and a good response time (usually less than 2 seconds).

In terms of construction, the CP00104R700KE663 is a through-hole component, meaning that it is mounted on a PCB by soldering its pins into the holes in the board. Through-hole components have several advantages over surface-mount components, most notably higher reliability and better electrical/thermal properties. The CP00104R700KE663 is also highly durable, with a long shelf life and no need for any periodic maintenance.

The CP00104R700KE663\'s combination of features makes it an excellent choice for temperature-sensing and -control applications. It is highly reliable, and its wide operating range and good response time make it suitable for a wide variety of applications. It is also relatively inexpensive compared to other types of temperature-sensing components, making it an attractive solution for many engineers.

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