Download Microglow Technology Application Note Learn about the unique microglow technology with low power consumption and how it solves the challenges posed by traditional CO2 sensors. The high amount of heat generated by traditional light sources in carbon dioxide instruments limits their applicability in transmitters that measure three parameters: CO2, humidity, and temperature. As a temperature-dependent parameter, humidity can’t be measured reliably in the proximity of a heat source. Download the application note and also learn how the unique microglow technology with low power consumption solves the challenges of traditional CO2 sensors. See our Privacy Policy for more details. You can modify your preference settings or unsubscribe at any time here
Download Microglow Technology Application Note Learn about the unique microglow technology with low power consumption and how it solves the challenges posed by traditional CO2 sensors.
The high amount of heat generated by traditional light sources in carbon dioxide instruments limits their applicability in transmitters that measure three parameters: CO2, humidity, and temperature. As a temperature-dependent parameter, humidity can’t be measured reliably in the proximity of a heat source. Download the application note and also learn how the unique microglow technology with low power consumption solves the challenges of traditional CO2 sensors. See our Privacy Policy for more details. You can modify your preference settings or unsubscribe at any time here
