Description
Product Overview
This IR LED Pair includes an IR transmitter (TX) and an IR receiver (RX), designed for infrared communication and detection applications. Widely used in obstacle detection, remote controls, and DIY electronics, this pair is compatible with Arduino and other microcontroller platforms. The IR transmitter emits infrared light, which is detected by the receiver, making it perfect for projects like line-following robots, touchless counters, and other distance-based triggers.
Specifications
- Type: IR LED Pair (Transmitter and Receiver)
- Transmitter (TX) Wavelength: 940nm (infrared spectrum)
- Receiver (RX) Detection Angle: 15° – 30°
- Operating Voltage: 3V – 5V DC
- Output Type: Analog output for proximity and object detection
- Range: Up to 10-15cm (adjustable based on circuit design and environment)
- Package Type: 5mm LEDs, compatible with breadboards and PCBs
Key Features
- High Responsiveness: Quick and accurate detection of infrared light for responsive interactions
- Compact Design: 5mm standard LED size fits easily into compact spaces or portable projects
- Breadboard-Friendly: Easy integration with breadboards and PCBs for prototyping
- Versatile Applications: Perfect for line-following robots, obstacle detection, and DIY remote controls
- Compatible with Microcontrollers: Works seamlessly with Arduino, Raspberry Pi, and other platforms
Applications
- Obstacle Detection: Detect objects or measure distances in robotics and automation projects
- Line-Following Robots: Ideal for designing robots that follow tracks or detect boundaries
- DIY Remote Controls: Use as an infrared communication module for IR remote control projects
- Counter Systems: Set up for touchless counting, such as door counters or item sensors
- Smart Home Automation: Integrate into home automation systems for presence or object detection
Why Choose Our IR LED Pair?
This IR LED Pair provides a simple, reliable solution for proximity and object detection projects. With its compact design, ease of use, and compatibility with microcontroller platforms, it is ideal for hobbyists, students, and professionals working on interactive electronics and sensing applications.
