CO₂ Sensor: Smart air quality management with Infineon's high-precision, low-power CO₂ sensors. Next-generation sensors ideal for industrial, automotive, and consumer applications. | NEXTY Electronics, a trading company for electronic components and semiconductors

Infineon Technologies AG

Product overview

Infineon's CO₂ sensors use proprietary MEMS technology and advanced algorithms to measure the concentration of carbon dioxide in the air with high precision and in real time. Their low-power design makes them ideal for battery-powered equipment and IoT devices. Suitable for a wide range of applications, including industrial and consumer equipment, they contribute to maintaining a comfortable spatial environment and contributing to energy conservation and safety measures.
Infineon's CO₂ sensors have a compact package and high durability, enabling stable operation over a long period of time regardless of installation location. Infineon's CO₂ sensors have a proven track record in numerous installations around the world and are chosen by many companies for their reliability and performance.

List of main features and specifications

High precision CO₂ concentration measurement (within ±30ppm)
Low power consumption design (ideal for IoT and battery devices)
High-speed response (supports real-time monitoring)
Small and lightweight package
Wide operating temperature range (-10°C to 60°C)
Various communication interfaces (I²C/UART compatible)
Long life and high durability

For detailed technical information, please visit the Infineon website.

Benefits of implementation

problems	solution
Installation space constraints	Compact design allows for flexible installation
Short battery life	Low power consumption for long-term operation
Accuracy variation	Stable and high-precision measurement using MEMS technology
Maintenance and replacement frequency	Long-life design reduces maintenance costs

Use cases and implementation examples

Use Case 1: Smart Building/Office Air Quality Management

[Use case overview]
In smart buildings and offices, Infineon CO₂ sensors are embedded in air conditioning systems and ventilation controls to monitor indoor CO₂ concentrations in real time. If the CO₂ concentration exceeds the standard value, ventilation and air conditioning are automatically optimized to maintain a comfortable working environment. IoT integration allows for centralized management of data from multiple floors and rooms, achieving both energy efficiency and improved health and productivity.

[Major features]
High precision CO₂ concentration measurement (within ±30ppm)
Automatic linkage with air conditioning and ventilation systems
Remote monitoring and data analysis through IoT cloud integration
Compact and energy-saving design makes it easy to incorporate into existing facilities

[Introduction Effects]
Energy savings and cost reduction through optimized ventilation and air conditioning
Compliance with health and safety standards and increased employee productivity
Reducing the risk of viral infection (correlation management of CO₂ concentration and aerosols)
Reduced maintenance burden

Use Case 2: Environmental monitoring in factories and smart factories

[Use case overview]
In manufacturing plants and smart factories, Infineon CO₂ sensors are integrated into environmental monitoring systems to monitor CO₂ concentrations in work areas in real time. In conjunction with AI and IoT, they enable automatic control of ventilation and air conditioning, abnormality detection, and optimization of the work environment, contributing to regulatory compliance, energy conservation, and employee health management.

[Major features]
Real-time monitoring of CO₂ concentrations within factories
Data collection and analysis through IoT platform collaboration
AI-based prediction and anomaly detection
Automatic control of air conditioning and ventilation

[Introduction Effects]
Improved working environment and increased productivity
Reduced energy costs (up to 20% reduction in some cases)
Strengthening regulatory compliance
Reduced risk of health damage