Precision Redefined: 7Semi STS35-DIS Temperature Sensor Breakout
Empower Your Temperature Monitoring Systems with Accuracy and Reliability.
The 7Semi STS35-DIS Temperature Sensor Breakout board integrates Sensirion's state-of-the-art STS35-DIS ±0.1°C High-Accuracy Digital Temperature Sensor. This advanced sensor is built on CMOSens® technology, offering unmatched precision, intelligence, and reliability for a wide range of industrial, medical, and environmental applications. With NIST traceability and an impressive operating temperature range from -40°C to 125°C, the STS35-DIS ensures consistent performance in the most demanding environments. Its enhanced signal processing and I2C interface with dual selectable addresses and communication speeds up to 1 MHz make it an ideal choice for modern temperature measurement systems.
This breakout board operates seamlessly with 3.3V and 5V systems, ensuring compatibility across diverse platforms. Its ultra-fast response time of 2 seconds enables real-time monitoring with high efficiency. The compact and robust design ensures easy integration into your projects, making it a preferred solution for engineers and developers seeking dependable temperature monitoring.
Key Features of 7Semi STS35-DIS Temperature Sensor Breakout
Unmatched Temperature Accuracy:
- Typical accuracy of ±0.1°C within the 20-60°C range.
Wide Operating Temperature Range:
- Handles extreme temperatures from -40°C to 125°C with consistent performance.
Advanced I2C Interface:
- Supports dual selectable I2C addresses and speeds up to 1 MHz for seamless integration.
Rapid Response Time:
- Achieves 63% signal response in just 2 seconds, ensuring timely data acquisition.
Reliable Power Supply Compatibility:
- Operates efficiently with 3.3V and 5V supply voltages.
Enhanced Functionality with CMOSens® Technology:
- Features improved signal processing, intelligence, and reliability for demanding applications.
Compact and Versatile Design:
- Easily integrates into various systems for industrial, environmental, and medical monitoring.
