Arduino sketch which decodes infrared remote pulses and prints them out to the serial port. The output format shows the total number of pulses and the actual pulses in a on, off, on.. style. e.g.

Fig. 2: Circuit diagram for IR decoding Fig. 3: TSOP 1738 pinout. VCC, GND and OUT pins of TSOP 1738 are connected to 5V, GND and pin No. 11 of Arduino, respectively. After completing the connections, ...

Decodes long IR codes, for example from air conditioner / heat pump devices. Shows the timings, the symbols, and also the decoded signal for certain air conditioners ...

[firestorm] used the Arduino IRremote library to decode the button presses on his remote. After uploading the IR receive demo included in the library, the Arduino spit out hex codes of what the IR ...

Infrared remote controllers are everywhere around us. The majority of home appliances are controlled using infrared remote controls. In this article/video, we will learn how to build a device that can ...

Posted in Arduino Hacks, LED Hacks Tagged atmega328p, infrared, ir blaster, remote control, tv-b-gone, USB to serial Post navigation ← Cerberus 2080 — Three-Headed Retro Computing Project ...

IR sensor’s output pin is connected to Arduino, so Arduino will read it and activate the Relay module by making pin 7 high. As soon as relay is activated, it will turn on the DC motor. When there is ...

And that became the DCF77 decoder presented here. Like decoding IR remote controls, decoding the Frankfurt time signal takes only one GPIO input - to connect to a DCF receiver board (Conrad# 641138).