NTHS0402N04N3503JE

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NTHS0402N04N3503JE sensors are non-metallic thermistors designed specifically for temperature sensing. These thermistors are designed to be small and rugged at the same time, making them ideal for applications in which temperature sensing can be carried out in a limited space. The sensing element of the NTHS0402N04N3503JE is a specially designed NTC (Negative Temperature Coefficient) characteristic thermistor. It has a high temperature coefficient of resistance (TCR), which makes it ideal for temperature sensing.

The most common application areas of the NTHS0402N04N3503JE are automotive, aerospace, and medical systems. In the automotive environment, it can be used for temperature sensing in the engine, transmission, and exhaust systems. In aircraft, it can be used for temperature sensing in fuel systems, engine systems, systems performance monitoring, and other avionics systems. The medical applications can include temperature monitoring of body temperature, blood and urinary temperature, and other physiological and environmental conditions.

The working principle of the NTHS0402N04N3503JE relies on the NTC thermistor’s conductivity changes when temperature varies. NTC thermistors are semiconductor devices, whose electrical resistance decreases with increasing temperature. The relationship between the resistance (R) and the temperature (T) of an NTC thermistor can be described by the following equation:

R = R0 x exp(-T/θ)

Where R0 is the resistance at 0°C, and θ is the sensing temperature coefficient. This equation shows that the resistance of the thermistor falls with a decrease in temperature, resulting in a lower resistance at higher temperatures.

NTHS0402N04N3503JE are used with a DC current source in order to measure the changes in resistance caused by changes in temperature. The current source is then connected to the circuit, and the resulting voltage across the thermistor is monitored. The voltage changes that occur with changes in temperature can then be utilized for temperature sensing.

The NTHS0402N04N3503JE is an accurate and dependable temperature sensor that can be used in many applications. It is small and rugged enough for use in automotive, aerospace, and medical systems. The large temperature coefficient of resistance (TCR) makes it ideal for temperature sensing applications, and it is well suited for use with DC current sources. This temperature sensor is reliable and dependable, and can be used to measure temperature changes accurately and accurately.

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