The SHT40 Temperature & Humidity Sensor Nano Breakout with a 2.54mm pitch connector is a compact module designed for precise environmental monitoring. It offers high accuracy in measuring temperature and humidity, featuring an I2C interface for seamless integration into various projects. This breakout board is ideal for applications requiring reliable and accurate environmental data.
Key Advantages:
- Uncompromising Accuracy: Achieve reliable readings with exceptional tolerances (±1.8% RH, ±0.2C), ensuring confidence in critical decision-making.
- Energy-Conscious Design: Minimize power consumption with ultra-low current draw, extending the life of battery-powered devices and wireless systems.
- Effortless Integration: The I2C interface and standard 2.54mm connector streamline setup and compatibility with various microcontrollers and platforms.
- Adaptable to Diverse Needs: Wide operating ranges (-40 ~125C, 0 ~100% RH) cater to a vast array of indoor and outdoor use cases.
Ideal Applications:
-
Precision Agriculture: Monitor microclimates to optimize crop growth and yields.
-
Smart Building Automation: Enhance HVAC efficiency and occupant comfort through accurate environmental control.
-
Medical and Laboratory Equipment: Maintain critical temperature and humidity levels for sensitive devices and samples.
-
Weather Monitoring Stations: Gather reliable environmental data with long-term stability and minimal drift.
Features
-
Operating Voltage: 3.3V
-
Operating Current: 0.45mA
-
Communication Interface: I2C
-
Response Time: 8s (tau63%)
-
Humidity Measurement Range: 0~100%RH
-
Humidity Measurement Accuracy: +-1.8%
- 4 Pins header 1.27 mm pitch
-
Temperature Measurement Range: -40~125C
-
Temperature Measurement Accuracy: +-0.2C
Resources
- SHT40 Datasheet
- SHT40 Nano Breakout Pin Type 3D Step File
- SHT40 nano Breakout Pin Type DXF File
All the products supplied by 7semi are genuine and original. We offer 14 days replacement warranty in case of manufacturing defects. For more details, please visit our cancellation and returns page.
