The XEN-3880-P2RW thermal conductivity meter measures the thermal conductivity of the surrounding gas. The principle is that different gases have different thermal conductivities, which can be used to measure gas concentration in binary or quasi-binary mixtures where the component gases have different thermal conductivities. It can also be used to measure pressure in vacuum systems.
The TCS205 gas thermal conductivity sensor from HLP Germany is manufactured using advanced MEMS processing technology. It is a concentration-type sensor that responds to the difference in thermal conductivity between the measured component and the reference gas.
The MTCS2305 pressure gauge measures thermal conductivity based on the Pirani principle. It is a dedicated MEMS device in a compact TO39 package.
The thermal conductivity gas sensor is fabricated on silicon wafers using thin-film deposition and silicon micromachining technology. The device can measure gas concentration in binary or ternary gas mixtures.
The MTCS2300 pressure gauge is a dedicated MEMS device that measures thermal conductivity based on the Pirani principle, available in compact TO8 or TO39 packages.
The TCS208F gas thermal conductivity sensor is manufactured using MEMS processing technology. It is a concentration-type sensor that responds to the difference in thermal conductivity between the measured component and the reference gas.
The XEN-5320 determines gas composition by measuring the temperature rise of a micromechanical heating element.
