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Optimizing the utility of a thermal sensor is a critical success
factor in every heater application. Thermal Circuits’ engineers
are experienced and trained to integrate state-of-the-art temperature
sensing, controlling and limiting componentry to assure accuracy,
repeatability, and quality.
More information on "How to facilitate proper & repeatable integration of Thermal Sensors"
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Thermistor
Economic and Precise Thermal Sensing
Custom Tolerances to Enhance Measurement Accuracy
Advantageous Signal to Noise Ratio
Offered as Bead, Chip, Disc, and Thin Film Type
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RTD
Resistance Temperature Detector
Temperature Sensor with Premier Accuracy and Tolerances
Near-Linear Resistance vs. Temperature Relationship
Beneficial Low-Profile (<0.01") Cross-Section
Offered as Chip and Thin Film Type
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Thermal Fuse
One-Time, Over-Temperature Protection
Low-Cost, Redundant or Solo Thermal Cut-Offs
Offered as Axial or Radial Type |
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Thermostat
Bi-Metallic, Temperature Controlling Switch
Replaces Sensor / Controller, Lower Cost / Less Accurate
Factory Preset Open on Rise / Close on Fall Actuation
Offered as Axial or Disc Type |
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Thermocouple (B, C, E, J, K, N, R, S, or T)
A Family of Temperature Sensors Divided by Temperature Range
Made by Joining Two (2) Materials with Different Seebeck Coefficients
Superior High Temperature (1,250°C) Capability
Offered as Bead or Thin Film Type
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Semiconductor
State-Of-The-Art Thermal Sensing
Highly Integrated and Customizable
Enables Sensing, Switching and Signal Conditioning
Simplifies Design and Reduces Your Time to Market
Offered as Either Analog or Digital Surface Mount Technology
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Heater Assemblies
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