AD8232 ECG sensor module for accurate heart rate and ECG signal monitoring. Ideal for Arduino, ESP32, Raspberry Pi, wearable tech, biomedical, and IoT health projects

Key Features

• Model: AD8232 ECG Sensor Module
  
• Sensor Type: Single-lead ECG measurement
  
• Operating Voltage: 3.3V–5V
  
• Output Type: Analog ECG signal output
  
• Interface: 3-pin analog output (GND, 3.3V/5V, Output)
  
• Electrode Interface: 3-lead electrode cable (RA, LA, RL)
  
• Features: Low noise, high-accuracy ECG signal amplifier and filter
  
• Onboard Indicators: LED heartbeat indicator
  
• Compatibility: Arduino, ESP32, Raspberry Pi, STM32, ESP8266
  
• Applications: Heart rate monitoring, ECG waveform measurement, health tracking devices, biomedical experiments, wearable tech, fitness research
  
• Included Items: AD8232 board + electrode cable + adhesive ECG pads (if applicable)

Descriptions

AD8232 ECG sensor module for accurate heart rate and ECG signal monitoring. Ideal for Arduino, ESP32, Raspberry Pi, wearable tech, biomedical, and IoT health projects.

The AD8232 ECG sensor module delivers clinical-grade electrocardiogram signal acquisition for advanced health monitoring applications. This precision analog front-end integrates seamlessly with Arduino, ESP32, and Raspberry Pi platforms, enabling real-time heart rate detection and comprehensive ECG waveform analysis. Purpose-built for wearable devices, biomedical research, and connected health IoT systems, the module features low-noise signal conditioning and optimized electrode interfaces for reliable biometric data capture. Ideal for developers creating portable cardiac monitoring solutions, fitness trackers, and telemedicine devices requiring accurate physiological measurements.