PTS120602B100RPU00

Temperature sensors are an integral part of many industries. Measuring temperature provides an indication of certain conditions such as the presence of heat or the degree of heat required for a process. The most common type of temperature sensor is the RTD (Resistance Temperature Detector), which is known for its accuracy and reliability. In this article, we are going to take a look at the application field and working principle of a particular RTD, the PTS120602B100RPU00.

The PTS120602B100RPU00 is primarily used for measuring temperature in industrial and scientific applications. It has a wide temperature range of -196°C to +600°C and is suitable for both gases and liquids. Its measurement accuracy is ±0.1°C and it has a fast response time, making it ideal for temperature monitoring in real-time. The sensor is also resistant to corrosion and has a long service life.

The working principle of the PTS120602B100RPU00 is based on the resistance of the material with which it is constructed. The sensor contains a resistor which changes its resistance according to the temperature. The resistance is measured by passing an electrical current through the sensor and then measuring the voltage across it. The resistance can then be calculated by using Ohm\'s law. This resistance measurement can then be used to calculate a temperature reading.

The sensor can be connected to any system which has the necessary control circuitry. This includes computerized systems, measuring devices, and process controllers. The outputs from the sensor can be in the form of either an analogue signal or a digital signal depending on the requirements of the system. The digital signal can then be used for further data manipulation and analysis.

In conclusion, the PTS120602B100RPU00 is a reliable and accurate RTD which is suitable for use in many applications. It has a wide temperature range and a high accuracy of ±0.1°C. It also has a fast response time and is resistant to corrosion. Its working principle is based on the resistance of the material, which can be measured in order to calculate a temperature reading.