NTCG164LH473HT1

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Temperature sensors measure the temperature of an object, environment, or fluid in order to detect and control changes in heat and/or energy states. NTC Thermistors is one of the commonly used type of temperature sensor. It is a thermally sensitive resistor which has a predictable change in resistance with temperature. One of the NTC thermistors is the NTCG164LH473HT1.

The NTCG164LH473HT1 is a negative temperature coefficient (NTC) thermistor with good temperature stability. This kind of thermistor has a resistance temperature coefficient that decreases with increasing temperature. It is a thermally sensitive resistor with a value that decreases as temperature increases. The NTCG164LH473HT1 is designed to provide accurate and reliable temperature sensing and control in a variety of applications.

The NTCG164LH473HT1 is a specialty temperature sensor that is typically used in applications where temperature stability, accuracy, and reliability are paramount. It is commonly used in automotive, HVAC, medical, and industrial applications, such as temperature monitoring and control systems, thermoelectric applications, fire and smoke detection systems, and process control and monitoring. It is also used for liquid level sensing, motor control, and energy management applications.

The NTCG164LH473HT1 is a source of resistance that is temperature dependent. It has temperature dependent characteristics, meaning that the resistance of the sensor will change as the ambient temperature around it changes. This thermal characteristic allows it to accurately measure and control temperature. The NTCG164LH473HT1 can be calibrated, allowing it to accurately measure temperatures as low as -40°C and as high as +125°C. The sensor is also highly stable and reliable.

The NTCG164LH473HT1 utilizes the well-known Seebeck effect. The Seebeck effect states that when two wires of dissimilar metal material are connected to each other at two points, a voltage is generated across the two wires that is proportional to the temperature difference between the two points. This voltage can be used to measure temperature and is called the Seebeck voltage. The NTCG164LH473HT1 uses this Seebeck effect to measure temperature.

The NTCG164LH473HT1 is wired in series with a resistor and a voltage source. When the voltage is applied to the circuit, a current is generated, and it flows through the resistor and the thermistor. As the temperature increases, the thermistor resistance decreases, resulting in an increase in current through the circuit. This increased current can be monitored and used to calculate the temperature.

The NTCG164LH473HT1 is a reliable and accurate temperature sensor for a wide range of temperature sensing and control applications. It is designed to provide temperature stability and reliability with its temperature coefficient of -4.3% at 25°C, and is highly stable and reliable. It is easy to integrate into existing systems and is available in sizes ranging from 0402 up to 1206.

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