Product description We delivering products that are designed to elevate your projects to the next level. Whether you are a hardware engineer, hobbyist, student, or professional. Our development boards and components are here to help. Welcome to JESSINIE, for development boards and electronic components. At JESSINIE, we providing a wide range of development board modules, displays, sensors, electronics, power accessories, and DIP sockets to meet your project needs. At JESSINIE, We focus on the importance of reliable and efficient products, we prioritize quality and performance in everything we offer.
Choose JESSINIE for your development board and electronic components needs. Thank you for choosing JESSINIE. Automatic calibration NDIR Single wavelength Industrial-grade Precision Minuscule Size UART / PWM Output Paramete Index Accuracy effective Range (Keep Consistency Error) 0~5000 Maximum Range0~5000 Resolution 1 Maximum Consistency Error (400~5000ppm)±(50ppm+5%of Reading Response Time (Environmental change) <3 minutes for 90%step change typica Single Update<3 (Typical ls) Update or Warmup Time 8s(update time) <25s (operational) <3min(90%accuracy) <10min(maximum accuracy DC Power SupplyTyp:5.0 Min:4.5 Max:5.5 Active Current150mA peak,70mA average Interface LevelL<0.8 @3.3 H> 2.7 @ 3.3 Temperature Range-10~+60 Working Humidity Range0-95%non condensed Storage Temperature Range40~+85 Maximum storage Temperature &Humidity70/85 Life Time10 Physical Size33×22x12mm The C8D is a miniature dual-pass infrared CO2 sensor module that uses NDIR gas sensor technology to measure CO2 concentration in indoor air.
With its compact design, excellent performance and easy installation, it can be widely used in air purifiers, fresh air systems, air conditioners with purification function, air quality testing instruments, agricultural IoT, automotive and consumer electronics.
Working Principle: The working principle of NDIR gas sensors is based on the absorption characteristics of different gas molecules in the near infrared spectrum, which are analysed and calculated by the relationship between gas concentration and absorption intensity (Lambert-Beer law). The concentration of the gas is calculated and determined by analysing the relationship between the gas concentration and the absorption intensity (Lambert-Beer law).