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Youmile 4 pcs AHT20 I2C Temperature Humidity Sensor Module High-Precision Probe DC 2.0-5.5V AHT10 upgrade version mini size with Male and female Dupont cable,for Arduino
Description
🌟 Elevate your sensing game with precision that fits in your palm!
- PINPOINT ACCURACY - Experience ultra-precise temperature readings with ±0.3°C tolerance, perfect for critical environments.
- VERSATILE APPLICATION - Ideal for HVAC, automotive, smart home, and industrial sensors—stay ahead in any environment.
- COMPACT UPGRADE READY - Miniature 15x10mm design easily integrates into your projects, replacing older AHT10 modules seamlessly.
- PLUG PLAY I 2 C INTERFACE - Simplify your setup with reliable I2C communication, compatible with Arduino and beyond.
- FULL SPECTRUM HUMIDITY MONITORING - Capture every moisture detail from 0 to 100% RH with ±2% accuracy at 25°C.
The Youmile AHT20 sensor module is a high-precision, compact temperature and humidity sensor featuring ±0.3°C temperature accuracy and ±2% humidity accuracy. Operating on a low DC voltage (2.0-5.5V) with an I2C output, it’s designed for seamless integration into Arduino and other embedded systems. Its small footprint and upgrade compatibility make it a top choice for HVAC, automotive, and smart appliance applications.
Specifications
| Manufacturer | Youmile |
| Part number | JK-YM-664 |
| Item Weight | 20 g |
| Package Dimensions | 15.3 x 6.1 x 1.7 cm; 20 g |
| Item model number | JK-YM-664 |
| Colour | AHT20 |
| Batteries included? | No |
| Batteries Required? | No |
Reviews
J**E
Functions as expected
This AHT20 + BMP280 unit was a cheaper way of getting temperature, humidity and pressure measurements than a proper BME280 chip, but isn't a drop-in replacement. With the two chips on the board, it takes up two I2C addresses rather than one. There is also no way provided to use the BMP280's SPI capability or change it from the default I2C address. Despite these limitations, it seems to work fine. The first module out of the bag worked fine with an ESP8266 running ESPHome using default parameters, so I haven't needed to use the other 4 modules yet. I don't have a reliable way of checking their accuracy, but the humidity and pressure readings are within the expected range, and the temperature readings from the two chips are generally within 0.2℃ of each other. As the BMP280 is only rated as accurate to ±1.0℃, this is pretty good.
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