Specifications:

1. Sensor Type: Digital temperature and humidity sensor.
2. Measurement:
   • Humidity: Relative humidity.
   • Temperature: Air temperature.
3. Technology: Capacitive humidity sensor and thermistor.
4. Output: Calibrated digital signal.
5. Precision: High accuracy and stability.
6. Power Supply: 3V to 5V.
7. Data Transmission: Long transmission distance.
8. Power Consumption: Low.
9. Update Rate: Provides new data every 2 seconds.

Features:

• High Precision: Reliable and accurate measurement of temperature and humidity.
• Digital Output: Sends data via a digital signal, eliminating the need for analog input pins.
• Temperature Compensation: Full-range compensation ensures accurate readings in various conditions.
• Outstanding Stability: Offers consistent performance over time.
• Ease of Use: No extra components required; simple connection setup.
• Versatile Power Compatibility: Operates on 3V to 5V power supplies.
• Standalone Operation: Each sensor requires a dedicated data pin, as it is not Dallas One-Wire compatible.

Applications:

• Home Automation: Monitoring indoor climate in smart home systems.
• Environmental Monitoring: Detecting temperature and humidity in greenhouses or weather stations.
• IoT Devices: Integrates seamlessly with Arduino, Raspberry Pi, and other microcontrollers for IoT projects.
• Industrial Monitoring: Ensuring optimal environmental conditions in storage and manufacturing units.
• Educational Projects: Ideal for learning about temperature and humidity sensing.

Benefits:

• No Extra Components Needed: Simplifies the setup process.
• Cost-Effective: Affordable solution for accurate environmental sensing.
• Low Power: Suitable for battery-powered devices.
• Long Transmission Distance: Can operate over extended wiring lengths.

Limitations:

• Update Rate: New readings available only once every 2 seconds, which might not be suitable for fast-changing environments.
• Dedicated Data Pins Required: Each sensor needs its own data pin, as it does not support shared data lines.