Hall-effect sensor engineered for stable, high-temperature operation and precise magnetic detection. Key benefits Reliable performance at elevated temperatures: advanced manufacturing processes deliver stable, repeatable operation even under thermal stress. High sensitivity and fast response: detects small changes in magnetic field quickly, improving control and measurement accuracy. High precision and good temperature stability: minimizes drift and maintains consistent output across temperature variations. Compact, PCB-friendly size: small footprint for convenient installation in tight spaces and easy integration into assemblies. Designed for integration with ICs: outputs and form factor suit use alongside integrated circuits for streamlined system design. Built for practical deployment: constructed using quality production techniques and materials to support long-term, consistent use. How this solves common problems Reduces downtime and calibration needs by providing stable output across temperature ranges. Improves measurement and control fidelity with faster response and higher sensitivity, enabling more accurate feedback in control loops. Saves design space and simplifies mechanical integration with a compact package that mounts cleanly to PCBs and modules. Makes interfacing easier with integrated circuits, reducing extra circuitry and design complexity. Typical applications Position and proximity sensing on compact PCBs for consumer electronics, appliances, and embedded devices. Speed and position feedback for motor controllers and small electromechanical systems where temperature and space are constraints. Magnetic field detection and switching in industrial control modules and measurement boards that require stable IC-compatible sensors. Key attributes at a glance Function: Hall-effect magnetic field detection for position, proximity, or switching. Compatibility: Designed to work with integrated circuits and PCB assemblies. Size: Compact form factor for flexible installation. Performance: High sensitivity, fast response, high precision, and good temperature performance. Durability: Manufactured to provide stable, reliable performance under high-temperature conditions. If you need a compact, IC-compatible Hall-effect sensor that maintains precision and responsiveness in demanding thermal environments, this sensor delivers reliable, easy-to-integrate performance for a wide range of applications.