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DFRobot MAX30102 Heart Rate and Oximeter Sensor
  • DFRobot Compact MAX30102 Heart Rate and Oxygen Saturation Sensor
  • DFRobot Compact MAX30102 Heart Rate and Oxygen Saturation Sensor
  • DFRobot Compact MAX30102 Heart Rate and Oxygen Saturation Sensor
  • DFRobot Compact MAX30102 Heart Rate and Oxygen Saturation Sensor
  • DFRobot Compact MAX30102 Heart Rate and Oxygen Saturation Sensor

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DFRobot MAX30102 Heart Rate and Oximeter Sensor

$24.14  $12.00
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Product Details

The MAX30102 is an advanced biosensor module that combines pulse oximetry and heart - rate monitoring using PPG technology. It's incredibly compact, allowing you to wear it on your finger or wrist for easy data collection. With an internally integrated 18 - bit ADC, it supports I2C data output, making it compatible with most controllers. **Note**: 1. Secure the sensor on your finger during use to prevent pressure - change effects on data output. 2. This is not a professional medical device and should not be used for medical diagnosis and treatment. **Features**: - Extremely low standby current. - High sampling rate. - High signal - to - noise ratio. **Applications**: - Heart - rate measurement. - SPO2 detection. **Specification**: - Power Supply: 3.3V - 5V - Working Current (LED off): <5mA - RED/IR LED Driving Current: 0 - 50mA - Communication: I2C - I2C Address: 0x57 - Operating Temperature: - 40℃ - 85℃ - Dimension: 18*14mm/0.71*0.55” **Documents**: Product wiki



Using this DFRobot MAX30102 sensor is easy. First, you can wear it on your finger or wrist. Just make sure to fix it firmly on your finger when using it, as this will help avoid inaccurate data caused by pressure changes. When it comes to power, it can work with a power supply ranging from 3.3V to 5V. And remember, this is not a professional medical device, so don't use it for medical diagnosis or treatment. For maintenance, keep it in a place where the temperature is between - 40℃ and 85℃. If you're not using it, since it has an extremely low standby current, you don't have to worry too much about power consumption. When you want to get data from it, it uses I2C communication with an address of 0x57, which is compatible with most controllers.


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