ARCELI Heart Rate Sensor Module MAX30102 Blood Oxygen Sensor Compatible with Arduino STM32
ARCELI Heart Rate Sensor Module MAX30102 Blood Oxygen Sensor Compatible with Arduino STM32
Parameters: LED peak wavelength: 660nm / 880nm LED supply voltage: 3.3 ~ 5 V. Detection signal type: optical reflection signal (PPG) Output signal interface: I2C interface Communication interface voltage: 1.8 ~ 5V. Interface: VIN: main power supply, 1.8V-2.5V. 3 Bit Pad: The I2C bus is pulled upwards. You can choose between 1.8V and 3.3V depending on the pin master voltage. SCL: I2C bus stroke. SDA: connected to the I2C bus data. INT: MAX chip interrupt pin. The RD LED ground terminal of the RD: MAX30102 chips generally does not need to be connected IRD: The IR LED grounding connector of MAX30102 chip generally does not need to be connected GND: ground wire. Package includes: 1 x highly sensitive heart rate sensor module
Product Features
- Here are some useful links to documenting this heart rate module: 1CNQe211Z9qPuh5BIPQZTv-oPyTrjssJAXF
- MAX30102 is an integrated module for the biosensor for heart rate monitoring. It integrates a red LED with an infrared LED, a photoelectric detector, an optical device and a low-noise electronic circuit with suppression of ambient light.
- The MAX30102 uses a 1.8V power supply and an independent 5.0V power supply for internal LED. It is used in portable devices for heart rate and blood oxygen recovery and detection. It is worn on fingers, ear lobes and wrists.
- The standard I2C compatible communication interface can transfer the collected data for heart rate and blood oxygen calculation to Arduino, KL25Z and other microcontrollers. In addition, the chip can turn off the module via software and the standby power is close to zero. The power supply can always maintain the status of the power supply. Because of its excellent performance.
- The chip has been widely used in some mobile phones of some brands. Compared with previous product MAX30100, MAX30102 integrates a glass cover that can effectively eliminate external and internal light interference with the best reliable performance.