Methane Gas Sensor MEMS Low Power Consumption High Sensitivity

Methane Gas Sensor MEMS Low Power Consumption High Sensitivity TGS8410 Description：

The Figaro TGS8410 is a new metal oxide semiconductor type methane sensor. By combining advanced Micro Electro Mechanical Systems (MEMS) technology with our extensive expertise in semiconductor type gas sensors for over 50 years, the new sensor has achieved a low power consumption of less than one tenth of Figaro’s conventional methane sensors, and a compact size of only 9.2mm diameter and 12.5mm height*.

*The height above the printed circuit board surface after mounting the sensor.

The sensing element is comprised of a sensing chip and an integrated heater formed on a silicon substrate using MEMS technology, and a metal-oxide semiconductor layer formed on the sensing chip. Due to miniaturization of the sensing chip, TGS 8410 requires a heater power consumption of only 0.087mW(ave.), and is suitable for low-power equipment and battery-operated instruments. In the presence of detectable gas, sensor conductivity increases depending on gas concentration in the air. A simple electrical circuit can convert the change in conductivity to an output signal which corresponds to the gas concentration.

Methane Gas Sensor MEMS Low Power Consumption High Sensitivity TGS8410 Features：

Methane Gas Sensor MEMS Low Power Consumption High Sensitivity TGS8410 Application：

Methane Gas Sensor MEMS Low Power Consumption High Sensitivity TGS8410 size：

Methane Gas Sensor MEMS Low Power Consumption High Sensitivity TGS8410  Specifications (tentative):

Methane Gas Sensor MEMS Low Power Consumption High Sensitivity TGS8410 Sensitivity Characteristics-Temperature Dependency: