1. Sensors Key benefits - Provides accurate measurements with high resolution and repeatability - Wide compatibility with common interfaces (I2C, SPI, UART, analog) - Compact form factor suitable for space constrained designs - Durable housing and materials for industrial and consumer environments - Flexible integration with standard development tools What it does - Sensor devices are designed to measure physical quantities including temperature, humidity, pressure, distance, proximity, rotation or vibration, depending on model - Each sensor outputs a signal that can be read by microcontrollers or edge devices Compatibility - Interfaces supported: I2C, SPI, UART, analog voltage or current outputs - Compatible with popular microcontrollers, single board computers and embedded platforms - Software support through common libraries and drivers (per model) Size and materials - Compact packaging with options in plastic or metal housings - Some models offer environmental protection (IP ratings) and ruggedized options - Exact dimensions and materials vary by model; refer to datasheet for specifics Performance - Performance is model dependent; typical specs include operating range, accuracy, resolution and response time - Models may support factory calibration, temperature compensation and low power operation - Electrical characteristics and supply voltages vary by device; check datasheet for details Use scenarios - Industrial automation and process monitoring: track ambient or process conditions to detect anomalies and optimize throughput - Building automation and HVAC: monitor environmental conditions to improve comfort and energy efficiency - Consumer electronics and wearables: integrate sensing capabilities such as presence detection, ambient sensing or motion detection Notes - For precise capabilities, consult the datasheet for the specific sensor model