Sciosense BV  

The ENS21x is a family of high-performance temperature and relative humidity sensors with accuracies tailored to the needs of specific applications.

With industry leading accuracies down to 0.15°C temperature and 1.5% relative humidity, their rapid response and reliable, long-term performance, the ENS21x family addresses the fields of home appliances, building and automotive HVAC, cold chain management, personal health and wellness monitoring, industrial automation and instrumentation.

Encapsulated in a tiny QFN4 package, the devices feature an I²C interface to communicate with an external host processor. Moreover, the ENS21x family provides digital, pre calibrated outputs (Kelvin and % relative humidity) and works well with ScioSense’s gas sensor portfolio.

The ENS190 is a high-performance, non-dispersive infrared (NDIR) CO₂ sensor designed for precise and reliable carbon dioxide measurement.

At the core of the ENS190 is its patented “M-shaped” long optical path gas chamber, a uniquely engineered design that maximizes the effective optical path within a compact air cavity.

This innovation, combined with a self-developed fully automated high-precision calibration system, ensures exceptional accuracy, consistency, and a wide measurement range.

With its advanced sensing capabilities and robust design, the ENS190 provides a solution for applications demanding high-precision CO₂ monitoring.

It complies with key regulatory standards such as WELL, RESET, California Title 24, and latest ANSI/ASHRAE Addendum d to Standard 62.1-2022.

Franklin Lightning Sensor™ IC with embedded distance estimation algorithm.

The Franklin Lightning Sensor™ is the world’s 1st lightning-sensing IC that was designed for low-power, portable or fixed wire-line applications.

Utilizing a sensitive RF receiver and integrated proprietary algorithm, the Franklin Lightning Sensor™ detects the electrical emissions from lightning activity and then provides an estimation of the distance to the head of the storm from 40km away down to 1km, while rejecting disturbances from man-made signals such as motors and microwave ovens.
This advanced warning capability alerts users so that precautions can be taken.

ENS16x Digital Metal-Oxide Multi-Gas Sensor Family.
Versatile Digital Air Quality Sensors for Building Automation, Appliances & Consumer Applications.

ENS16x is a range of digital multi-gas metal oxide (MOX) sensors, specifically designed for indoor air quality monitoring, offering an unrivalled wealth of fully-processed outputs including low-power operating modes.

With its innovative TrueVOC® technology, the ENS16x combines detection of a wide range of gases including volatile organic compounds (VOCs) and oxidizing gases with intelligent on-chip algorithms.

It calculates a series of fully processed outputs such as CO2-equivalents, TVOC-equivalents, a 5-step Air Quality Index (AQI) according to the UBA (German Environment Agency) and a 500-step relative AQI according to ScioSense. Moreover, the ENS16x offers full humidity compensation plus low-power operating modes for power-constrained designs.

The ENS130 CO sensor provides accurate CO concentration measurements in a compact form factor.
Its design makes it suitable for space-constrained applications, including portable and small residential CO detectors, as well as multi-sensor fire detectors.

Based on fuel cell technology, the ENS130 CO Sensor features low power consumption, fast response, high accuracy, and resistance to interference and poisoning. It operates across a wide temperature range. With sensor calibration, precise CO concentration measurements are achievable.

The ENS130’s reliable performance, high accuracy, and extended service lifetime position it for use in various industries and applications focused on life protection.

The sensor is RoHS-compliant and meets the requirements of UL2034, UL2075, EN50291, and GB15322 standards.