Description:
The DFRobot heart rate and oximeter sensor integrates the Maxim MAX30102 chip and an MCU with the heart rate and oximetry algorithm.
The MAX30102 uses PPG(PhotoPlethysmoGraphy) to measure data, which will be converted into heart rate and oximetry values when processed by the MCU, then output through I2C or UART, making the sensor easy to use and greatly reducing resource occupation of the main controller. Meanwhile, the corresponding upper computer is provided to allow you to conveniently read data by a PC.
Update:
The sensor V2.0 is equipped with a microprocessor that integrates heart rate and oximetry algorithm, which can directly output the relevant data. And it supports I2C/UART communication.
Specifications:
- Power Supply: 3.3V
- Working Current: ＜15mA
- Communication: I2C/UART
- I2C Address: 0x57
- Operating Temperature Range: -40℃\~85℃
- Dimension: 18 x 22mm/0.71 x 0.87"
Features:
- Microcontroller with integrated algorithm
- Data can be read directly through the host computer
Applications:
- Heart rate blood oxygen project
- Home heart rate oximeter
- Long-term heart rate and blood oxygen monitoring project
Notes:
- The pressure may change when the finger is directly pressed down the sensor, which will affect the data output. So please try to fix the sensor on your finger.
- Wear the sensor on your finger and there is no difference in the direction of wearing.
- This product is not a professional medical instrument and should not be used as an auxiliary accessory in diagnosis and treatment.
Project:
- Project 1. Remote Patient Monitoring System
Introduction: This demo device collects body temperature, oxygen saturation level, weight, and blood pressure and sends these parameters to the AWS cloud. For collecting sensor data and sending it to AWS I used the AVR-IoT-WA development board.
Useful Link:
Package Included:
- 1 x Fermion: MAX30102 Heart Rate and Oximeter Sensor V2.0
- 1 x 2.54-6P Black Single-row Pin Header