1. Sensors - Purpose: Converts physical quantities into electrical signals to enable sensing, monitoring, and automation. - What it measures: Proximity, temperature, pressure, motion, light, or other physical variables. - Compatibility: Designed for easy integration with standard interfaces used by PLCs, microcontrollers, and embedded systems. - Size and form: Compact, lightweight packages that fit in tight spaces. - Material and durability: Rugged housings with options for weather- or industrial-grade use. - Performance: High accuracy and repeatability with fast response times and low drift. - Setup: Configurable options and straightforward installation with common connectors. - Power: Efficient power consumption with flexible supply ranges. - Support: Backed by standard manufacturer documentation and technical support. Use scenarios - Industrial automation: Sensors monitor part presence and position on a conveyor to control downstream operations and quality checks. - Building and facility management: Environmental sensors track temperature, humidity, and ambient light to optimize climate control and energy use. - Consumer electronics and devices: Proximity or touch sensors enable context-aware features, power management, and user interactions.