NTC Thermistor  10K ohm 

Negative Temperature Coefficient (NTC) Thermistors have an inverse relationship between its electrical resistance and body temperature; drop in resistance with rise in temperature and vice versa. NTC’s R/T could be considered linear over small temperature and is non-linear over larger range of temperature. R/T is repeatable and can be reproduced to exacting specifications. NTC thermistors exhibit relatively large change in resistance vs. temperature providing greater sensitivity to changes in temperature when compared to other temperature sensors, such as thermocouples and RTD's.

You can easily calculate the resistance of NTC Thermistors at a given temperature using beta, but there is an even more accurate way to do this using the Steinhart & Hart Equation. NTC Thermistors are also an excellent alternative to semiconductor circuitry for solving temperature related problems. They can be easily used to calculate the temperature coefficient. We will provide you with guidelines for using NTC Thermistors to achieve the most accurate measurements possible.

NTC THERMISTOR, 10K OHM

•  Thermistor Type: NTC
  
•  Resistance: 10k ohm
  
•  Thermistor Tolerance: -1% to +1%
  
•  Thermistor Case Style: Radial Leaded
  
•  No. of Pins: 2
  
•  Leaded Process Compatible: Yes
  
•  Mounting Type: Through Hole
  
•  R/T Curve: 1