Description
Product Overview
The Pulse Sensor is a compact and easy-to-use heart rate monitor, perfect for integration with microcontroller platforms like Arduino and Raspberry Pi. Designed for use in DIY electronics, wearable projects, and health applications, this sensor provides real-time heart rate data by measuring changes in blood flow. With its plug-and-play setup, the Pulse Sensor offers a reliable, affordable, and efficient way to track heart rate in real-time.
Specifications
- Sensor Type: Optical pulse sensor
- Input Voltage: 3.3V – 5V DC
- Signal Output: Analog signal output
- Dimensions: Diameter of approx. 15mm, ultra-thin design
- Cable Length: Approx. 24 inches with pre-soldered male headers
- Compatibility: Compatible with Arduino, Raspberry Pi, and other microcontrollers
- Measurement: Detects heart rate by monitoring blood flow changes in capillaries
Key Features
- Real-Time Heart Rate Monitoring: Measures pulse rate accurately and provides a real-time analog signal
- Plug-and-Play: Easy integration with Arduino and other platforms, no soldering required
- Compact and Lightweight: Small, round design ideal for wearables and portable applications
- Built-in Noise Suppression: Designed for stable readings, even with movement
- Versatile Applications: Suitable for fitness tracking, biofeedback, DIY health monitors, and educational projects
Applications
- Health and Fitness: Ideal for creating wearable fitness and health monitors
- DIY Electronics: Great for custom biometric projects, such as heart rate monitoring and wellness applications
- Educational Use: Suitable for students learning about biosensors and microcontroller applications
- Interactive Projects: Adds a dynamic, responsive element to interactive art, gaming, and virtual reality projects
- Wearable Technology: Can be integrated into clothing, watches, and other wearables for real-time heart rate monitoring
Why Choose Our Pulse Sensor Heart Rate Monitor?
This Pulse Sensor provides a simple and affordable way to incorporate heart rate tracking into any project. Its reliable performance, compact size, and easy compatibility with popular platforms make it an essential tool for anyone working on health monitoring and biometric projects.
