1. Sensors Key benefits - Provides accurate readings by converting physical quantities into electrical signals for reliable monitoring and control - Enables real time data for automation and process optimization - Supports easy integration with standard control systems and interfaces - Offers compact size for use in tight installations - Built for durability with suitable materials and construction for everyday use Important attributes - Function: measures physical quantities and outputs signals for monitoring and control - Compatibility: designed to integrate with common controllers, microcontrollers, PLCs, and data loggers via standard interfaces - Size: available in compact form factors that fit in limited spaces - Material: built with rugged housings suitable for typical operating environments - Performance: high accuracy, good repeatability, low drift, and stable long term operation Use scenarios - Industrial automation: monitor machine temperature or proximity to trigger maintenance or control operations on a production line - Building management: environmental sensors monitor temperature, humidity, or air quality to support efficient HVAC and occupant comfort - Robotic or embedded systems: sensor data feeds control loops to improve precision and situational awareness