MAX30102 Heart Rate and Oximeter Sensor Module

The MAX30102 module is a versatile sensor module that integrates a pulse oximeter and heart-rate monitor, designed to measure both the heart rate and blood oxygen saturation (SpO2) levels of a person. This module utilizes optical sensors and advanced algorithms to noninvasively monitor physiological parameters by shining light through a person's skin and measuring the light absorption variations caused by blood flow and oxygenation changes. The MAX30102 module finds applications in fitness tracking devices, wearable health monitors, medical instruments, and sports equipment.

Specificatoins of MAX30102 Heart Rate and Oximeter Sensor Module:

• Sensor: MAX30102 integrated sensor
• Measurement Parameters: Heart rate (BPM) and blood oxygen saturation (SpO2)
• LED Light Sources: Typically employs red and infrared LEDs for optical measurements
• Communication: I2C interface for data retrieval and configuration
• Operating Voltage: Typically 3.3V or 5V (module variant dependent)
• LED peak wavelength: 660nm / 880nm
• Detection signal type: light reflection signal (PPG)
• Communication interface voltage: 1.8 ~ 3.3V ~ 5V (optional)

Features of MAX30102 Heart Rate and Oximeter Sensor Module:

• Dual Measurement: The MAX30102 module combines heart rate monitoring and SpO2 measurements in a single device, providing comprehensive physiological insights.
• Noninvasive: The module employs optical sensing technology, allowing for noninvasive and painless measurement of vital signs through the skin.
• I2C Interface: With an I2C interface, the module facilitates easy data retrieval and configuration, making it compatible with microcontrollers and embedded systems.
• Usage Tip:
• Follow the module's documentation to correctly configure and interpret the data output. Understand the limitations of optical sensing technology, such as potential interference from ambient light or poor sensor contact.
• Caution:
• The MAX30102 module provides physiological measurements and should not replace medical-grade devices for diagnosing medical conditions. It's important to understand the principles of operation and limitations of the module when using it for health-related applications.