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Ametherm NTC Disc Thermistors

Ametherm NTC Disc Thermistors are thermally sensitive semiconductor resistors which decrease in resistance as absolute temperature increases. Resistance values range from 1.0Ω to 500KΩ. The series is suited to a wide range of resistance values and temperature coefficients. Typical applications for the NTC Disc Thermistors from Ametherm include temperature compensation, temperature measurement, fan motor control, and temperature sensors.

Features

  • Wide Ohmic Value Range
  • Accurate & Stable
  • Fast Thermal Response Time
  • Tight Tolerances
  • High Sensitivity

Applications

  • Temperature Compensation
  • Temperature Measurement & Control
  • Fan Motor Control
  • Fluid Level & Temperature Sensors
Part Number Resistance Temperature Coefficient Tolerance Dimensions
1DA101K 100 Ohms – 3.3 % / C 10 % 0.1 in Dia. x 0.06 in W
1DC103K-EC 10 kOhms – 4.4 % / C 10 % 0.1 in Dia. x 0.08 in W
2DE503K 50 kOhms – 4.9 % / C 10 % 0.2 in Dia. x 0.19 in W
2DE103K 10 kOhms – 4.9 % / C 10 % 0.2 in Dia. x 0.04 in W
2DC102K 1 kOhms – 4.4 % / C 10 % 0.2 in Dia. x 0.035 in W
2DA200K 20 kOhms – 3.3 % / C 10 % 0.2 in Dia. x 0.05 in W
2DB151K 150 Ohms – 3.9 % / C 10 % 0.2 in Dia. x 0.035 in W
2DC302K 3 kOhms – 4.4 % / C 10 % 0.2 in Dia. x 0.1 in W
2DB102K 1 kOhms – 3.9 % / C 10 % 0.2 in Dia. x 0.025 in W
2DB101K 100 Ohms – 3.9 % / C 10 %  
2DE503J 50 kOhms – 4.9 % / C 5 % 0.2 in Dia. x 0.19 in W
2DB101J 100 Ohms – 3.9 % / C 5 % 0.2 in Dia. x 0.025 in W
2DA200J 20 kOhms – 3.3 % / C 5 % 0.2 in Dia. x 0.05 in W
2DB102J 1 kOhms – 3.9 % / C 5 %  
2DE103J 10 kOhms – 4.9 % / C 5 % 0.2 in Dia. x 0.04 in W
2DC302J 3 kOhms – 4.4 % / C 5 % 0.2 in Dia. x 0.1 in W
2DB151J 150 Ohms – 3.9 % / C 5 % 0.2 in Dia. x 0.035 in W
2DC102J 1 kOhms – 4.4 % / C 5 % 0.2 in Dia. x 0.035 in W
3DE502K 5 kOhms – 4.9 % / C 10 %  
3DA100K 10 kOhms – 3.3 % / C 10 % 0.3 in Dia. x 0.06 in W
3DB500K 50 Ohms – 3.9 % / C 10 % 0.3 in Dia. x 0.025 in W
2DB102J-EC 1 kOhms – 3.9 % / C 5 %  
1DE104K 100 kOhms – 4.9 % / C 10 % 0.1 in Dia. x 0.095 in W
1DA131K 130 Ohms – 3.3 % / C 10 %  
3DB500J 50 Ohms – 3.9 % / C 5 % 0.3 in Dia. x 0.025 in W
3DE502J 5 kOhms – 4.9 % / C  5 %  
1DC103K 10 kOhms – 4.4 % / C  10 %              0.1 in Dia. x 0.08 in W
3DA100J 10 kOhms – 3.3 % / C 5 % 0.3 in Dia. x 0.06 in W
1DB102K 1 kOhms – 3.9 % / C 10 % 0.1 in Dia. x 0.06 in W
1DC502K 5 kOhms – 4.4 % / C 10 % 0.1 in Dia. x 0.04 in W
1DA500K 50 Ohms – 3.3 % / C 10 % 0.1 in Dia. x 0.03 in W
1DA101K-EC 100 Ohms – 3.3 % / C 10 % 0.1 in Dia. x 0.06 in W
1DB102K-EC 1 kOhms – 3.9 % / C 10 % 0.1 in Dia. x 0.06 in W
1DE104K-EC 100 kOhms – 4.9 % / C 10 % 0.1 in Dia. x 0.095 in W
1DE104J 100 kOhms – 4.9 % / C 5 % 0.1 in Dia. x 0.095 in W
1DB102J 1 kOhms – 3.9 % / C 5 % 0.1 in Dia. x 0.06 in W
1DA101J 100 Ohms – 3.3 % / C 5 % 0.1 in Dia. x 0.06 in W
1DC502J 5 kOhms – 4.4 % / C 5 % 0.1 in Dia. x 0.04 in W
1DA500J 50 Ohms – 3.3 % / C 5 % 0.1 in Dia. x 0.03 in W
1DA131J 130 Ohms – 3.3 % / C 5 %  
1DC103J 10 kOhms – 4.4 % / C 5 % 0.1 in Dia. x 0.08 in W
1DC302J 3 kOhms – 4.4 % / C 5 %  
1DC103J-EC 10 kOhms – 4.4 % / C 5 % 0.1 in Dia. x 0.08 in W
1DA101J-EC 100 Ohms – 3.3 % / C 5 % 0.1 in Dia. x 0.06 in W
1DC502J-EC 5 kOhms – 4.4 % / C 5 % 0.1 in Dia. x 0.04 in W