ASAIR AHT20 Integrated temperature and humidity Sensor -40 ~ 85 ℃

AHT20, as a new generation of temperature and humidity sensors, has established a new standard in size and intelligence. It is embedded in a double row flat no-lead package suitable for reflow soldering, with a bottom of 3 x 3 mm and a height of 1.0 mm. The sensor outputs calibrated digital signals in standard IAHT20, as a new generation of temperature and humidity sensors, has established a new standard in size and intelligence. It is embedded in a double row flat no-lead package suitable for reflow soldering, with a bottom of 3 x 3 mm and a height of 1.0 mm. The sensor outputs calibrated digital signals in standard I As a new generation of temperature and humidity sensors, AHT20 sets a new standard in terms of size and performance: a two-row flat pinless SMD package suitable for real flow soldering, bottom face 3x3mm, height 1.0mm be sensor outputs calibrated digital signals in standard IIC format. AHT20 is equipped with a newly designed ASIC dedicated chip, an improved MEMS semiconductor capacitive humidity sensor element and a standard on-chip temperature sensor element. Its performance has been greatly improved or even exceeded the reliability level of the previous generation of sensors. A generation of temperature and humidity sensors have been improved to make their performance more stable in harsh environments. Each sensor is calibrated and tested, and the product lot number is printed on the surface of the product. Due to improvements and miniaturization of the sensor, it is more cost-effective, and ultimately all devices will benefit from cutting-edge energy-saving operation modes. Due to the improvement and miniaturization of the sensor, its cost-effective ratio is higher, and finally, all equipment will benefit from the cutting edge energy-saving operation mode. Features Full calibration Digital output, I2C interface  Excellent long-term stability SMD package suitable for reflow soldering Quick response and strong anti-jamming capability