The SHT10 Digital Humidity and Temperature Sensor Development Module Board is a compact development solution built around the SHT10 digital humidity and temperature sensor. Module B provides a data collector probe and an I2C communication interface, making it easy to add reliable environmental sensing to I2Cbased projects and data logging systems. Key benefits Digital humidity and temperature sensing via the SHT10 with I2C output for straightforward MCU and datacollection integration. Compact development module designed to speed up prototyping and testing of environmental monitoring concepts. Simplified connections through a dedicated data collector probe, reducing wiring complexity and potential setup errors. Reliable performance suitable for multiple environments, enabling consistent environmental data collection. Clear, accessible interface that fits with standard I2Cbased hardware and software workflows. Key attributes Sensor: SHT10 digital humidity and temperature sensor. Interface: I2C communication for easy integration with microcontrollers and data collection systems. Board type: Development module board with a data collector probe. Model: Module B. Form factor: Compact PCB board optimized for embedded projects. Material: PCB board construction intended for development and testing. Performance: Digital readings from the SHT10 with I2C compatibility, suitable for environmental monitoring applications. Compatibility: Designed to work with I2Ccapable microcontrollers and data collection setups. Use cases Rapid prototyping of an environmental monitoring system on an I2Cenabled microcontroller platform. Enhancement of a data logger or data collection device with humidity and temperature sensing for indoor or outdoor environments. Integration into embedded projects requiring reliable humidity and temperature data, enabling smarter control and reporting through I2C communication. This development module offers a practical, straightforward solution for incorporating SHT10based humidity and temperature sensing into data collection and embedded applications, with an emphasis on ease of integration, compact form, and reliable digital output.