A thermistor is a type of temperature-sensing device that uses the principle of negative temperature coefficient (NTC) or positive temperature coefficient (PTC) to measure temperature changes.
Where To Use Thermistor
Thermistors are commonly used in a variety of industrial and commercial applications, including temperature measurement, process control, and data logging.
Key Features Of Thermistor
High accuracy and stability
Wide temperature range
Compact and rugged design
Low power consumption
Simple and cost-effective
How To Use Thermistor
Connect the thermistor to a suitable power source and circuitry
Measure the resistance of the thermistor using a multimeter or other measuring device
Use the measured resistance values to calculate temperature readings
Adjust the measurement settings as needed for optimal accuracy
How Thermistor Is Manufactured
Thermistors are manufactured using a variety of materials and techniques, including ceramic, metal oxide, and semiconductor processes.
Technical Specification Of Thermistor
Resistance:
10 k?
Tolerance:
±5%
Operating Temperature:
-20°C to +80°C
Package Type:
TO-92
The technical specification of the thermistor includes details on its resistance, tolerance, operating temperature range, and package type. The device is designed to provide accurate temperature measurements within a wide range of temperatures.
Description Of Thermistor
A thermistor is a compact and rugged device designed for temperature measurement in various industrial and commercial applications.
Related Products & Synonyms Of Thermistor
Ptc Thermistor:
PTC thermistors are similar to NTC thermistors but have a positive temperature coefficient, meaning their resistance increases with temperature.
Thermistor Probes:
Thermistor probes are designed for direct insertion into fluids or gases to measure temperature in real-time.
NTC Thermistor:
NTC thermistors have a negative temperature coefficient, meaning their resistance decreases with temperature.
Thermal Resistor:
Thermal resistors are similar to thermistors but typically provide less accurate measurements at lower temperatures.
Thermistor Sensors:
Thermistor sensors are designed for specific applications and may include additional features such as digital output or communication protocols.
Epoxy Coated Chip Thermistor:
Epoxy-coated chip thermistors are designed for high-temperature applications and provide excellent stability and accuracy.
NTC & PTC Thermistor:
Combination NTC/PTC thermistors offer the advantages of both types, including high accuracy and wide temperature ranges.
NTC & PTC Temperature Sensor:
Combination NTC/PTC temperature sensors provide accurate measurements across a broad range of temperatures, including high-temperature applications.
