High-Sensitivity 49E Hall Effect Sensor Module | Analog Magnetic Field Detection for Arduino

The KY-035 Analog Hall Effect Magnetic Sensor Module delivers high-sensitivity magnetic field detection for Arduino projects. Featuring the reliable 49E linear Hall effect sensor, it provides an analog voltage output proportional to magnetic field strength, enabling precise measurement and position sensing with a built-in LED indicator for immediate visual feedback. Features and Benefits - High Sensitivity 49E Linear Hall Sensor - Provides accurate analog voltage output directly proportional to magnetic field strength for precise measurements. - Built-in LED Indicator - Offers immediate visual confirmation of magnetic field detection, simplifying setup and debugging. - Standard 3-Pin Interface (VCC, GND, Signal) - Ensures easy and direct compatibility with Arduino boards and other microcontrollers. - Compact and Durable PCB Design - Allows for easy integration into prototypes and final projects while ensuring reliable performance. - Analog Output Signal - Enables detection of varying magnetic field strengths, not just on/off states, for more complex applications. Applications - Proximity and Position Sensing - Ideal for creating non-contact switches, rotary encoders, or detecting the position of moving parts in machinery. - Security and Detection Systems - Perfect for building door/window sensors, tamper detection, or hidden magnetic trigger mechanisms. - Educational and Prototyping Projects - An excellent tool for learning about magnetism, analog sensors, and interfacing with Arduino in STEM environments. - DIY Automation and Robotics - Use for limit switches, motor control feedback, or detecting the presence of magnetic components in automated systems.