Air Quality Sensors
ScioSense supplies gas sensor solutions for air quality monitoring in a wide range of applications including automotive systems, consumer devices and industrial equipment.
Product overview
CCS811
CCS811 is a low-power digital gas sensor solution, which integrates a gas sensor solution for detecting low levels of VOCs typically found indoors, with a microcontroller unit (MCU) and an Analog-to-Digital converter to monitor the local environment and provide an indication of the indoor air quality via an equivalent CO2 or TVOC output over a standard I2C digital interface.
AS-MLV-P2
The AS-MLV-P2 high-performance sensor component is highly sensitive to volatile organic compounds for superior monitoring of indoor air quality. Produced using a combination of thin-film, thick-film and other patent pending proprietary technologies. The AS-MLV-P2 component is available in a package with ultimate design efficiency. The heater and inter-digital electrode structures are placed on an approximately one micrometer thin LPCVD silicon nitride membrane to achieve the lowest possible power consumption.
CCS801
CCS801 is an ultra-low power MOX multi-gas sensor for monitoring indoor air quality including carbon monoxide (CO) and a wide range of volatile organic compounds (VOCs) such as ethanol. CCS801 can be used as an equivalent carbon dioxide (eCO2) sensor to represent eCO2 levels in real world environments, where the main source of VOCs is from humans.
iAQ-Core C
The iAQ-core indoor air quality module is a low-cost, ultra compact solution for detecting poor air quality. This module uses micro-machined metal oxide semiconductor (MOS) technology to detect a broad range of VOCs while correlating directly with CO2 and TVOC levels in the room.
Relative Humidity and Temperature Sensors
Striking the balance between accuracy, small footprint and low power consumption is what makes ScioSense humidity sensors unique. ENS210 is a digital humidity and temperature sensor combining all what your application needs in one product.