2、携带氧气的红血球能吸收较多红外光(850-1000nm),未携带氧气的红血球则是吸收较多的红光(600-750nm)。 3、因此pulse oximeter就是一个迷你的分光计,利用不同红血球之吸收光谱的原理,来分析血氧饱和度。 4、这种实时而快速的测量方式,也广泛被运用在许多临床的参考。 MAX30102手腕心率模块电原理图 经过多方寻找,...
2、携带氧气的红血球能吸收较多红外光(850-1000nm),未携带氧气的红血球则是吸收较多的红光(600-750nm)。 3、因此pulse oximeter就是一个迷你的分光计,利用不同红血球之吸收光谱的原理,来分析血氧饱和度。 4、这种实时而快速的测量方式,也广泛被运用在许多临床的参考。 MAX30102手腕心率模块电原理图 经过多方寻找,...
2、携带氧气的红血球能吸收较多红外光(850-1000nm),未携带氧气的红血球则是吸收较多的红光(600-750nm)。 3、因此pulse oximeter就是一个迷你的分光计,利用不同红血球之吸收光谱的原理,来分析血氧饱和度。 4、这种实时而快速的测量方式,也广泛被运用在许多临床的参考。 MAX30102手腕心率模块电原理图 经过多方寻找,...
因此pulse oximeter就是一个迷你的分光计,利用不同红血球之吸收光谱的原理,来分析血氧饱和度。 /* 1、安装库:IDE-工具-管理库-搜索“MAX30105”-安装 2、项目:串口读取测量数据 3、连线(I2C): VIN → 3.3V GND → GND SDA 接 A4 SCL 接 A5 */ #include <Wire.h> #include "MAX30105.h" #include...
arduinoMAX30102血氧仪手腕心率脉搏检测心跳传感器模块 arduinoMAX30102⾎氧仪⼿腕⼼率脉搏检测⼼跳传感器模块 模块有两个发光⼆极管，⼀个光检测器，优化光学和低噪声的仿真信号处理，以检测脉搏⾎氧饱和度和⼼脏速率信号。只需要将⼿指头紧贴在传感器上，就能估计脉搏⾎氧饱和度(SpO2)及脉搏(相当于...
The MAX30100/MAX30102 is an integrated pulse oximeter and heart rate monitor biosensor module. It integrates a red LED and an infrared LED, photodetectors, optical devices, and low-noise electronic circuits with ambient light suppression. The MAX30102 USES a 1.8v power supply and an independent ...
Specifications: LED Peak Wavelength: 660nm/880nm LED Supply Voltage: 3.3~5V Interface: I2C Interface Operating Temperature Range: -40°C to +85°C Dimension: 20.3 x 15.2mm Weight: 1.1g Links: MAX30102 Datasheet MAX30102 Arduino LibraryHome...
MAX30102 Heart Rate Sensor Module Puls Detection Heartbeat Blood Oxygen Concentration Test For Arduino STM32 Ultra-Low Power Product Features The MAX30102 is an integrated pulse oximeter and heart rate monitor biosensor module. It integrates a red LED and an infrared LED, photodetector, optical devi...
1 Pcs MAX30102 Heart Rate Sensor Module Puls Detection Blood Oxygen Sensor Concentration Test Module for arduino STM32 Description: The MAX30102 is an integrated pulse oximeter and heart rate monitor biosensor module. It integrates a red LED and an infrared LED,photodetector,optical device,and low...
used as both a heart rate monitor and a pulse oximeter. These features are enabled by constructing this sensor which consists of two LEDs, a photodetector, optimized optics, and low noise signal processing components. It is easily used with microcontrollers such as Arduino, ESP32, ESP8266 NodeMC...