T6713

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The T6713 is a device that is primarily used for gas sensing applications. It has the ability to detect a range of gases including carbon dioxide (CO2), carbon monoxide (CO), nitrogen dioxide (NO2), ozone (O3) and sulphur dioxide (SO2). The device works based on the chemiamp technology, which combines a catalytic element, measuring chamber and thermal sensor to measure the gas concentration.

The chemiamp technology provides a high sensitivity and accuracy within the device. The catalytic element converts the gas molecules into electrons which are then moved through the thermal sensor. The thermal sensor is a bimetallic strip that is based on the principle of thermal expansion coefficient difference between two metals. The thermal sensor is designed to detect the temperature difference between the measurement chamber and the environment. The chamber contains the gas sample and the bimetallic strip. The temperature in the chamber is measured and compared with the temperature of the environment.

The measured temperature difference causes the bimetallic strip to bend, causing a voltage difference between two ends of the strip. The voltage difference is then converted into a digital signal which corresponds to the gas concentration in the measurement chamber. This digital signal is then sent to a controller or computer for further processing.

The T6713 is a cost effective and highly accurate gas sensing device that can be used in a variety of applications. It can be used in different sectors such as automotive, agriculture, healthcare, building automation and industrial. The device offers a detection range from 0.01 ppm to 200 ppm making it suitable for many different applications.

In conclusion, T6713 is a flexible, cost effective and high accuracy gas sensing device. It can be used in different sectors such as automotive, healthcare and industrial, making it an ideal device for any application that requires accurate and reliable measurement of gas concentration.

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