Temperature Sensors - NTC Thermistors

The NTCLE100E3272GT1 is a temperature sensor, typically known as an NTC (Negative Temperature Coefficient) thermistor. It is a type of resistor which changes in resistance in relation to changes in temperature. It is used to measure temperatures in a variety of applications.

Application Field

NTCLE100E3272GT1 temperature sensors are typically used to measure temperatures in applications with broad temperature ranges. The sensor can operate accurately in environments ranging from -40 to +125 degrees Celsius. It is also resistant to interference from electrical fields as well as strong vibrations and shocks which can lead to inaccurate readings. In addition, even when it’s exposed to heavy mechanical stress, the sensor is able to provide accurate readings time after time. This makes it extremely useful in a range of automotive, home appliance and medical device applications.

NTCLE100E3272GT1 temperature sensors are commonly used to measure temperature for heating and cooling systems, secondary batteries, cooking, automotive and medical devices. For these types of applications, NTCLE100E3272GT1 is usually the preferred choice due to its reliability, accuracy and compact size. The NTCLE100E3272GT1 is also used in air conditioning systems and engine cooling systems, as well as RFID systems and portable computers/devices.

Working Principle

NTCLE100E3272GT1 temperature sensors are based on the principle of temperature-dependent resistive material. A NTC thermistor consists of a metal oxide whose resistance decreases as temperature increases. The material is typically connected to a control circuit, and the resistance change is detected whenever the thermistor is exposed to a temperature change. This change in resistance allows the circuit to detect the temperature of the environment or object that it is measuring.

When the NTCLE100E3272GT1 is connected to a voltage source, a temperature-dependent current will start to flow. This current is a result of electrons being driven through the resistive material as it is exposed to the temperature change. The greater the temperature change, the greater the amount of current that is produced. This current is then used to measure the temperature of the environment or object the thermistor is connected to.

The NTCLE100E3272GT1 has a very low power consumption, making it extremely power-efficient. This makes it ideal for use in low-power devices and systems. In addition, the sensor features a wide range of temperature measurement capabilities and is extremely stable over a variety of temperatures.

Conclusion

The NTCLE100E3272GT1 is a temperature measurement device which is typically used in a wide range of systems and applications. As a temperature sensor, it is based on the temperature-dependent resistive material, and the changes in resistance it produces is used to detect the temperature of the environment or object it is connected to. It is low power and features a wide range of temperature measurement capabilities, making it an ideal choice for a variety of applications.