EmbeddedRelated.com
SEN63C-SIN-T

SENSEN63C-SIN-T

Sensirion AG
Air Quality Sensor Sensor I2C Output
Active705 in stock

Overview

The SEN63C-SIN-T is a multi-parameter air quality sensor module from Sensirion that integrates measurements for Particulate Matter, Relative Humidity, Temperature, and CO2. It features an I2C interface and is designed for high-accuracy environmental monitoring in a compact form factor. The module operates within a voltage range of 3.15V to 3.6V and provides a simplified integration path for complex air quality sensing requirements.

Why Choose This Part

This all-in-one module reduces system complexity by consolidating multiple environmental sensors into a single package with a shared I2C bus. It offers reliable operation across a temperature range of -10C to 50C and features a low-power sleep mode at 3300uA to conserve energy in battery-assisted or periodic-sensing applications.

Applications

HVAC Systems
Integration into smart ventilation systems to optimize indoor air quality and energy efficiency based on CO2 and PM levels.
Air Purifiers
Real-time monitoring of particulate matter to adjust fan speeds and filtration intensity automatically.
IoT Environmental Nodes
Deployment in smart city or office monitoring networks to track ambient conditions and pollutant concentrations.
Indoor Air Quality Monitors
Consumer-grade or professional devices providing occupants with comprehensive data on humidity, temperature, and pollutants.

Key Specifications

Output Type I2C
Sensor Type Air Quality Sensor
Operating Temperature -10degC ~ 60degC

Getting Started

Connect the module to an I2C host such as an ESP32 or STM32 microcontroller using the specified 3.15V to 3.6V supply range. Sensirion provides comprehensive C and Arduino libraries to handle the proprietary sensing algorithms and data readouts. Ensure a 60-second warm-up period after power-on to allow the PM and gas sensors to stabilize before taking critical measurements.

Also Consider

SPS30 SENSensirion AG - Dedicated particulate matter sensor if CO2 and humidity integration are not required for the specific design.