YJJ SCD40 CO2 Miniature Carbon Dioxide Sensor Is Used For Environmental Monitoring and Air Quality Control

Product Description:

YJJ SCD40 CO2 Miniature Carbon Dioxide Sensor Is Used For Environmental Monitoring and Air Quality Control

Features:

Innovate in the field of environmental sensing to help create a healthier and more productive environment. Built on its deep experience in CO2 sensing, the -'s first miniaturized CO2, temperature and humidity sensor, the SCD40, successfully breaks the size barrier and can be assembled in a cubic centimeter of space. Based on the principle of photoacoustic sensing, this breakthrough product combines high performance and small size, enabling new integration and application possibilities

Characteristic advantage

Compact dimensions with extremely high design freedom

Built-in humidity and temperature sensors for extremely low integration cost and product cost

Reflow soldered (SMD) high space and cost effective assembly

Wide power supply voltage range, no external circuit, no energy loss

Excellent mechanical strength for accurate readings immediately after assembly

Start evaluating SCD4x

The SEK-SCD41 evaluation Kit is designed for simple and economical evaluation of the - CARBON dioxide sensor SCD4x. The kit contains a SCD41 mounted on the development board with JST connectors and through-hole pins. The included adapter cable (JST cable) connects to the SEK-SensorBridge for easy sensor evaluation through the SEK-ControlCenter viewer software. It also includes a 4-pin jumper cable that enables rapid prototyping through direct integration into existing platforms such as Arduino, Raspberry Pi, and more.

PASens ® technology,

PASens® technology is based on the principle of light and sound sensing. With the help of the principle of photoacoustic sensing, the shape of the CO2 sensor can be reduced as much as possible without affecting the performance of the sensor, because the sensitivity of the sensor has nothing to do with the size of the optical resonator. Smaller external dimensions and fewer integrated components result in a highly cost-effective bill of Materials structure. With its compact size and ideal bill of Materials structure, SCD4x offers a wide range of possibilities for entirely new products and applications.

Typical infrared CO2 sensor SCD40

Choose variety

Small appearance

Attach sensor output

Cost-effective assembly

High mechanical strength

Cost-effective bill of materials

Specifications: