IR Infrared Transmitter & Receiver Module — 38kHz Digital Sensor for Arduino Electronic Projects

Enhance your Arduino and electronic projects with the IR Infrared Transmitter and Receiver Module from SZYTF – the perfect solution for digital infrared communication in DIY electronics. This compact 38kHz IR module is designed for precision, reliability, and ease of use, making it ideal for electronic building blocks, robotics, and Arduino learning projects.

The infrared transmitter module emits signals at a central wavelength of 850–940nm with a focused emission angle of 20° and a distance of up to 1.3 meters at 5V. The paired IR receiver module detects signals with high accuracy, supporting distances of up to 10 meters and a 35° reception angle. Both modules are lightweight, compact (23.5 × 20.8mm), and feature simple wiring with DAT, VCC, and GND interfaces for quick integration.

Perfect for Arduino enthusiasts, hobbyists, and students, this module allows you to explore remote control systems, infrared communication, and electronic sensor projects efficiently and reliably. Its wide operating temperature range (-25°C to +85°C) ensures stable performance in various environments, making it a versatile addition to your electronics toolkit.

Key Features:

• Brand: SZYTF

• Type: Infrared Transmitter & Receiver Module

• Frequency: 38kHz Digital Signal

• Infrared Wavelength: 850–940nm

• Transmission Distance: Transmitter: 1.3m, Receiver: 10m

• Transmission Angle: Transmitter: 20°, Receiver: 35°

• Supply Voltage: 5V DC

• Compact Size: 23.5 × 20.8 mm

• Lightweight: 1.5g

• Easy Wiring: DAT, VCC, GND

• Operating Temperature: -25°C to +85°C

• Ideal for: Arduino projects, electronics learning, robotics, remote control systems

Why You’ll Love It:

• Quick and easy integration into Arduino and electronic projects

• Reliable and stable infrared communication for digital signals

• Lightweight and compact for space-saving electronic builds

• Wide operating temperature range ensures consistent performance

• Perfect for hobbyists, students, and professional electronics applications