NTHS1012N01N3002JE

Series:	NTHS
Packaging:	Tape & Reel (TR)
Part Status:	Active
Resistance in Ohms @ 25°C:	30k
Resistance Tolerance:	±5%
B Value Tolerance:	±3%
B0/50:	--
B25/50:	--
B25/75:	3964K
B25/85:	3974K
B25/100:	--
Operating Temperature:	-40°C ~ 125°C
Length - Lead Wire:	--
Mounting Type:	Surface Mount
Package / Case:	1012 (2532 Metric)

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Introduction to the NTHS1012N01N3002JE Temperature Sensor
The NTHS1012N01N3002JE Temperature Sensor is a thermistor-based temperature sensing device designed for use in a wide variety of industrial and home applications. This thermistor-based temperature sensor is a cost-effective solution for precise temperature measurement in places such as industrial and commercial buildings, HVAC systems, the automotive industry, medical device applications, and many more.
What is a NTC Thermistor?
NTC (Negative Temperature Coefficient- NTC) thermistors are a type of electrical resistor that possess a unique temperature sensing ability. These thermistors are designed with material that decreases resistance in a linear fashion when the temperature of the environment increases. This decreasing resistance allows the NTC thermistor to accurately measure temperatures in various applications. The NTC thermistor is more efficient than traditional temperature sensors due to its ability to quickly measure temperature changes, and its smaller size makes it easy to place in confined or hard to reach areas.
Materials and Design of the NTHS1012N01N3002JE Temperature Sensor
The NTHS1012N01N3002JE Temperature Sensor is made with a specially mixed combination of small ceramics and metals. This combination provides the thermistor with its negative temperature coefficient characteristics and also serves to protect it from environmental changes. It also allows it to function over a wide temperature range from -40 to +105°C, giving it an impressive temperature stability of ±0.2°C.In addition, the thermistor’s design includes a brass or copper lead material. This allows the thermistor to be attached to the mainboard of the device, or connected to other devices if necessary. Its small size also makes it easy to integrate into various circuit types and designs. It also has a low thermal time constant of less than 3 seconds, meaning that it is able to quickly measure and respond to temperature changes.
Working Principle of the NTHS1012N01N3002JE Temperature Sensor
The NTHS1012N01N3002JE Temperature Sensor works on the principle of resistance versus temperature. When temperature is applied, the resistance in the material of the thermistor decreases linearly. This change in resistance is converted into an electrical signal that is then sent to the device’s mainboard. This signal can then be used to measure and detect temperature changes.The thermistor material is configured to a specific resistance value that corresponds to a specific temperature. The thermistor then works according to the following equation:
(resistance at a given temperature)/(resistance at 25°C) = (specific temperature)/(25°C)
The thermistor can then be calibrated to work accurately with the given stable temperature. This temperature is then used as the reference temperature from which other temperatures can be measured.
Applications and Benefits of the NTHS1012N01N3002JE Temperature Sensor
The NTHS1012N01N3002JE Temperature Sensor is designed for use in a variety of industrial and home applications. As already mentioned, it can be used to measure temperatures in places such as industrial and commercial buildings, HVAC systems, the automotive industry, medical device applications, and many more.The thermistor is an ideal choice for applications that require precise temperature measurements and quick responses to temperature changes, such as in process control, environmental monitoring, and industrial automation. The thermistor is also well suited for use in energy-intensive applications due to its low power consumption and high accuracy.The NTHS1012N01N3002JE Temperature Sensor also offers a number of benefits. One of the main benefits is its low cost compared to other temperature sensors on the market. Its small size also makes it easy to integrate into various circuit designs and systems. Additionally, its wide operating temperature range and fast response time make it an ideal choice for applications that require quick and accurate temperature readings.
Conclusion
The NTHS1012N01N3002JE Temperature Sensor is a thermistor-based temperature sensing device designed for a variety of industrial and home applications. It is made with a combination of ceramics and metals to provide it with a Negative Temperature Coefficient which allows it to measure temperatures accurately over a wide range. It also has a low thermal time constant and low power consumption, making it a cost-effective solution for precise temperature measurement.

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