Infrared-Ir-Sensor-Receiver- This project uses an Arduino Uno, a TSOP1738 infrared receiver, and an IR remote to wirelessly control an LED. When a specific button on the remote is pressed, the Arduino ...

This code allows you to control various functions of your arduino using a infra-red remote control. Most IR remotes should work, depending on wich kind of sensor you're using. You can also control it ...

The infrared receiver IR1 is only sensitive to light modulated with a specific (38kHz) carrier frequency, so it is insensitive to ambient light. Moreover it reacts only when the received infrared ...

The oscilloscope screen captures depict the IR LED pulses (CH1) versus the voltage drop in R2 directly from the IR receiver (CH2).

How to connect the TSOP4838 to an Arduino to read the transmitted codes By using a cheap integrated IR receiver/decoder device (the venerable TSOP4838), most of the hard work is done for you!

Use your mobile phone with its Bluetooth connectivity to control an ESP32 board that can both send IR commands and learn new ones. Try this DIY project.

In this paper, a new algorithm for indoor robot path planning is presented. The robot localization problem is solved by using an IR transmitter fixed on the robot and a low-cost IR sensor array ...