The SS495A is a board-mounted Hall Effect magnetic sensor designed for precise linear magnetic field measurement in compact assemblies. Key features - Sensing range: ±67 mT for reliable linear response within common magnetic fields - Output: 1.5 mA current source with a voltage output range from 0.4 V to Vs minus 0.4 V (min) - Linearity: 1% across its specified range for accurate readings - Sensitivity: 3.125 mV per Gauss (3.125 mV/G) - Supply voltage: 4.5 to 10.5 V DC Why you need it - Non-contact sensing reduces wear and maintenance while delivering stable, repeatable measurements - Wide supply range enables use with standard microcontrollers and logic levels - High sensitivity and tight linearity provide dependable position or speed data from small magnets How it helps your design - Board-mounted form factor supports compact PCBs and easy integration - Simple electrical interface from a current source to a voltage-like signal suitable for ADCs - Robust performance with a compact package ideal for space-constrained applications Use scenarios - Rotational position and speed sensing in motors, gearboxes, or robotics by placing a magnet near the sensor - Linear actuator or slide position sensing in automation and control systems - Proximity sensing and magnetic latch monitoring in consumer electronics, doors, or industrial equipment This description keeps the original model and specifications intact while presenting clear, customer-focused guidance on benefits, interface, and practical applications.