1. Sensors Purpose A versatile sensor that detects a physical quantity and converts it to an electrical signal for measurement, monitoring, and control in electronic systems. Key benefits - Accurate and repeatable measurements within the specified operating range - Fast response suitable for real time monitoring and control - Stable performance with low drift over time - Compact form factor for easy integration into tight spaces - Durable construction with suitable housing materials for the intended environment Function and outputs - Sensing element detects the target quantity and produces a proportional electrical signal - Outputs may be analog voltage, analog current, or digital interfaces depending on model - Calibration options available to align readings with system requirements Compatibility - Designed to integrate with common controllers and systems - Supports standard interfaces where available (analog, digital, I2C, SPI, etc.) - Suitable for use with microcontrollers, PLCs, and modular automation platforms Size and material - Form factors range from compact to board-mounted variants - Housing materials include plastic and metal options - Coatings and protection levels vary by model to support different environments Performance - High sensitivity and resolution for precise readings - Low noise and fast settling for reliable data - Temperature stability and long-term reliability - Low power consumption where applicable for battery-powered applications Use scenarios - Industrial automation: temperature, proximity, or pressure sensing on production lines to improve process control and safety - Consumer electronics: integrated sensing for devices such as wearables or smart home products to enable responsive interfaces - Environmental monitoring: outdoor or remote sensing setups for weather, air quality, or soil measurements requiring rugged hardware