Pulse Sensor Heart Rate Sensor – Easy DIY Heart Rate Monitoring Plug and Play Heart Rate Sensor for Arduino & Raspberry Pi Looking for a simple way to add real-time heart rate monitoring to your next Arduino or Raspberry Pi project? The Pulse Sensor Heart Rate Sensor is designed for everyday makers and beginners, making it easy and affordable to track your pulse and heart rate at home, in the classroom, or on the go. Key Features – Reliable Pulse Monitoring for Everyone Plug and play design – start measuring in minutes Compact and perfect for embedding in wearables Compatible with any microcontroller featuring an analog input (ADC) Works on both 3.3V and 5V systems Includes a well-supported, easy-to-use Arduino library Open source hardware and software – ideal for learning and customization How the Pulse Sensor Heart Rate Sensor Works This heart rate sensor uses an APDS-9008 ambient light sensor and a high-brightness green LED to sense your pulse. It detects small changes in reflected light as blood pulses through your fingertip or earlobe and outputs a clean, readable analog pulse signal. Pair it with Arduino, Raspberry Pi, or almost any other microcontroller for instant heart rate monitoring. Find detailed setup guides and example code to get started here: Pulse Sensor Guides. Technical Specifications Sensor model: Based on APDS-9008 Input Voltage: 3V – 5.5V Supply Current: 3 – 4 mA Output: Analog voltage (pulse signal) Package includes: 1 Pulse Sensor Heart Rate Sensor (D11) and one set of 3-wire jumper leads. NOTE: these no longer come with the leads or header pins attached to them. Perfect for DIY Heart Rate Monitors and Wearable Devices Great for students, hobbyists, and even fitness tinkerers, this pulse sensor heart rate monitor makes it easy to add live heart rate feedback to your electronics projects. Monitor your pulse for wellness projects, exercise applications, or fun science experiments! NOTE: these no longer come with the leads or header pins attached to them. We can not accept requests to solder the leads to these sensors. You must plan on that yourself.
