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AD8232 ECG Heart Rate Monitoring Sensor Module Kit

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SKU : EMTSEN7054

  1. ECG heart rate monitoring sensor module
  2. Low-power analog front end for biopotential measurement
  3. Works with Arduino, ESP32, STM32, Raspberry Pi
  4. Includes electrode pads & connector leads
₹ 449.00 ₹ 449.00

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Product Description

The AD8232 ECG Heart Rate Monitoring Sensor Module Kit is a compact biopotential measurement module designed to detect and monitor electrical activity of the heart. Based on the AD8232 analog front-end chip, this module conditions the small ECG signal from electrodes and outputs a clean waveform that can be read by microcontroller ADC pins. It is widely used in wearable health monitoring prototypes, biomedical learning projects, DIY ECG machines, and biofeedback systems.

Included with the module are ECG electrode pads and connector leads, making it easy to get started with heart rate and ECG wave detection. The module is compatible with platforms such as Arduino, ESP32, STM32, and Raspberry Pi, and can also be integrated into custom medical and health monitoring devices.

Key Features

  • Low-power analog ECG front end


  • Measures ECG waveform and heart rate


  • Includes electrode pads and lead wires


  • Analog output for microcontroller ADC


  • Compatible with Arduino, ESP32, Raspberry Pi


  • Easy prototyping and testing kit


Package Includes

  • 1 × AD8232 ECG Sensor Module


  • 2 × ECG Electrode Pads


  • 1 × Set of Connector Leads


Technical Specifications

Parameter

Specification

Sensor IC

AD8232 Analog Front End

Measurement Type

ECG / Heart Rate Monitoring

Output

Analog signal for ADC

Operating Voltage

3.3V – 5V

Interface

Analog output

Current Consumption

Low power

Compatible Platforms

Arduino, ESP32, STM32, Raspberry Pi

Operating Temp.

-20°C to +70°C

Dimensions

~37 × 23 mm

Applications

  • ECG heart monitoring projects


  • Wearable health sensing devices


  • Biomedical learning and experiments


  • Heart rate measurement systems


  • Biofeedback circuits


  • DIY medical electronics projects