Here in this project we control home appliances using IR TV remote. For detecting IR remote signal, we use TSOP1738 IR Receiver. This TSOP1738 sensor can sense 38Khz Frequency signal. The working of ...

In my case I have used only 3 x 330Ω resistors, 3 leds and a TSOP4838 IR receiver module. You must check the datasheet before use the IR module to see which pins connect to the power supply and which ...

ArduBot is home made robot fully printed on the reprap 3D printer. It is based on arduino nano board, servos and ultrasonic sensor. It is easy to print, assemble, small, fun and great intro into ...

To use this code you need a hardware circuit such as the one shown in Fig. 5. Here, output pin 3 of TSOP1738 module is connected to pin 12 of Arduino Uno. Fig. 5: TSOP1738 connection with Arduino Uno.

It is built around Arduino Uno board, common-anode RGB LED (RGB1), incandescent bulb’s glass envelope, 9V battery, IR receiver module TSOP1738 (or equivalent) and IR remote (Vire). Fig. 3: Circuit ...

The IR remote control Robots is based on the Arduino UNO board and L293D motor driver shield. When the Car is powered on, the L293D motor shield and IR receiver module are activated via the Arduino ...

In circuit, IR sensor Module output pin is simple connected to the Pin 2 no of Arduino and Relay Module’s input is connected to Pin 7 no of Arduino. Further a DC Motor is connected to the Relay. To ...

The project was designed for Arduino system with the integration of infrared remote control receiver. The use of Arduino system proves to be working fine with any RC5 format remote control. The serial ...

The remote control is used to turn the Pi on. The Arduino reads the IR code from a remote and simply powers up the Pi. This is a very simple and elegant solution that requires absolutely no ...

A large installed base of powered speakers from a defunct manufacturer and a dwindling supply of working remote controls. Sounds like nightmare fuel for an AV professional – unless you take m… ...