NTC Temperature Sensors
TE Connectivity is a leading designer and manufacturer of high precision NTC (negative temperature coefficient) thermistors. NTCs offer many advantages in temperature sensing - including miniature size, excellent long-term stability, high accuracy and precision. Our NTC thermistors provide solutions for thermal sensing ranging from basic to complex applications and environmental conditions.
Product Features:
Capabilities of TE's NTC Thermistor Portfolio
- High accuracy / interchangeability
 - Proven long-term stability and reliability
 - Miniaturized components
 - Rapid time response
 - Lead wire options
 - Available in temperature ranges from -80ºC to +300ºC
 - Custom probe assemblies available
 
        Types of Discrete NTC Thermistors
        Frequently Asked Questions
Q: How fast do NTCs respond?
A: Response time is defined as the time it takes to reach 62% or a new temperature, and is a function of mass. The smaller the sensor the faster the response. A discrete sensor will respond faster than the same sensor packaged inside a metal housing. Typical response times for a Series I NTC thermistor sensor is <15 seconds.
Q: Are NTCs available in a smaller size?
A: Typical size for an epoxy coated discrete in an OD of 0.95" Max. Miniature glass sensors have a max. OD of 0.15".
Q: How stable are NTC sensors?
A: Different sensor families have different stability ratings. Epoxy coated NTCs are less stable than a hermetically sealed glass NTC sensors.
Read More: NTC Thermistor Temperature Sensor Frequently Asked Questions (FAQ)
Applications
- Medical: Catheters, Dialysis, Patient Monitoring
 - Aerospace & Defense: Satellites, Missiles, Spacecraft, Aircraft, Atmospheric Monitoring
 - HVACR: Air Flow, Mobile/Case Refrigeration, Fire Detection, Building Management
 - Appliances: Clothes Dryers, Coffee Makers, Industrial Ovens, Pool/Spa Control
 - Instrumentation: Liquid/Air/Gas Flow Sensing, Chemical Analysis, Metrological Monitoring
 - Automotive: Cabin Climate Control, Heated Seats, External Temperature Monitoring
 
        Additional Resources
- NTC Thermistors | Selection Guide
 - NTC Performance in Environments with Radiation Exposure | FAQs
 - Temperature Sensors—Product Design Selection | Application Note
 - NTC Thermistor Sensor Performance | Application Note
 - NTC Thermistor Testing Considerations | Application Note
 - NTC Thermistors for Gas Flow Measurements | Application Note
 
        
                                 
                                    
                                 
                                    
                                 
                                    
