Precision Temperature and Humidity Sensor Key Features and Benefits: Wide supply voltage range: Operates reliably with DC input from 3.3V to 5.5V, ensuring compatibility with various microcontroller platforms and power sources. Broad measurement range: Temperature from 40 to +80 degrees Celsius and humidity from 0 to 99.9 percent RH, covering both extreme and everyday environmental conditions. Accurate readings: Temperature accuracy of ±0.5 degrees Celsius and humidity accuracy of ±3 percent RH at 25 degrees Celsius, enabling precise monitoring for sensitive applications. resolution: Temperature resolution of 0.1 degrees Celsius and humidity resolution of 0.1 percent RH, allowing detection of small changes in environmental conditions. Longterm stability: Minimal attenuation over time with temperature drift less than 0.1 degrees Celsius per year and humidity drift less than 0.5 percent RH per year, reducing the need for frequent recalibration. Reliable sensor technology: Utilizes a capacitive humidity sensor for consistent and dependable performance. Versatile output options: Supports single bus or I2C signal output, making integration with different systems straightforward and efficient. Durable construction: Housed in ABS plastic for impact resistance, longevity, and protection against environmental factors. Practical Applications: 1. Indoor climate control – Monitor and maintain temperature and humidity levels in homes, offices, or server rooms to ensure comfort, protect equipment, and reduce energy costs. 2. Agricultural monitoring – Track environmental conditions in greenhouses or storage areas to safeguard crops, seeds, and perishable products. 3. Industrial and laboratory settings – Maintain controlled conditions for manufacturing processes, sensitive instruments, and research experiments requiring precise environmental parameters. This sensor delivers dependable performance, straightforward integration, and lasting accuracy, making it a practical choice for projects requiring reliable temperature and humidity measurement in varied environments.