Exa Thermometrics leads the way in the design and manufacture of high quality thermistors for advanced temperature sensing. Starting from ultra high purity transition metal-oxides, further refined into nano particle levels, Exa Thermometrics has pioneered the development of a vast range of material systems, meeting all global RT curve requirements. This State-of-the-art polycrystalline semi–conductor fab facility manufactures NTC thermistor chips, discs and ringpolos, a variety of glass encapsulated chips, lead frame coated devices, microchip based catheter thermistor probes and OEM customer specific temperature probes.
Exa Thermometrics leads the way in the design and manufacture of high quality thermistors for advanced temperature sensing. Starting from ultra high purity transition metal-oxides, further refined into nano particle levels, Exa Thermometrics has pioneered the development of a vast range of material systems, meeting all global RT curve requirements. This State-of-the-art polycrystalline semi–conductor fab facility manufactures NTC thermistor chips, discs and ringpolos, a variety of glass encapsulated chips, lead frame coated devices, microchip based catheter thermistor probes and OEM customer specific temperature probes.
NTC ( Negative Temperature Coefficient ) Thermistors are thermally sensitive resistors which exhibit a decrease in resistance value with increase in its body temperature.
NTC Thermistor Terminology
Zero - Power resistance value - The Zero-power resistance is the DC resistance value of a Thermistor measured at a specified temperature with a power dissipation by the Thermistor low enough that will result in not
more than 0.1% change in resistance value.
NTC ( Negative Temperature Coefficient ) Thermistors are thermally sensitive resistors which exhibit a decrease in resistance value with increase in its body temperature.
NTC Thermistor Terminology
Zero - Power resistance value - The Zero-power resistance is the DC resistance value of a Thermistor measured at a specified temperature with a power dissipation by the Thermistor low enough that will result in not
more than 0.1% change in resistance value.
Reviews & Ratings
Write a Review
Post Free Ad