Linear Hall Effect Sensor Module 1.4mV/G Analog Voltage Output Magnetic Field Detector Board Magnetic Induction Switch and Position Sensing Circuit for MCU or ADC Electronic DIY Projects

Product Description:

This linear Hall-effect sensor module is designed to detect and measure magnetic field strength. It converts magnetic field intensity into a continuous analog voltage signal, making it suitable for magnetic measurement, induction trigger circuits, noncontact position sensing, physics experiments, and embedded electronic projects.

Core Selling Points:

The high-sensitivity sensing chip provides a 1.4mV/G analog output for quantitative magnetic field detection. Unlike digital Hall switches that provide only high or low states, the continuous analog output reflects changes in magnetic intensity. The breakout circuit board provides accessible power and analog signal pins for convenient wiring to a controller or data acquisition equipment.

Technical Specifications:

Sensor type: Linear Hall-effect sensor

Sensitivity: 1.4mV/G

Output mode: Analog voltage output

Core function: Magnetic field strength detection

Module form: Breakout circuit board

Signal connection: Power supply and analog signal pins

External requirement: MCU or ADC for analog signal reading

Applications: Magnetic induction switch, magnetic measurement, position sensing, noncontact detection, physics experiments, embedded sensing, and electronic DIY projects

Before Purchase:

An MCU or ADC is required to read the analog signal. Analog signal reading and calibration on the main controller side are required for precise measurement. This module provides an analog voltage output rather than a simple digital switching signal.