Components and supplies
M3 nut
Through Hole Resistor, 47 ohm
9V to Barrel Jack Connector
Machine Screw, M2.5
PCB push button
IR transmitter (generic)
Machine Screw, M3
Male-Header 36 Position 1 Row- Long (0.1")
9V battery (generic)
Prototyping board, 2.54 mm
M2.5 nut
Arduino UNO
Tools and machines
3D Printer (generic)
PLA filament, diameter 1.75 mm
Soldering iron (generic)
Solder Wire, Lead Free
Project description
Code
TV_remote.ino
arduino
TV_remote.ino
arduino
Downloadable files
Breadboard view
Breadboard view
remote_zhQ3qUiq1W.pdf
remote_zhQ3qUiq1W.pdf
remote_zhQ3qUiq1W.pdf
remote_zhQ3qUiq1W.pdf
Fritzing diagram
Fritzing diagram
Breadboard view
Breadboard view
Documentation
base_stl_AlV48IAapv.STL
base_stl_AlV48IAapv.STL
coperchio_stl_TjKnGcR3uQ.STL
coperchio_stl_TjKnGcR3uQ.STL
coperchio_stl_TjKnGcR3uQ.STL
coperchio_stl_TjKnGcR3uQ.STL
base_stl_AlV48IAapv.STL
base_stl_AlV48IAapv.STL
Comments
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stegabetti
2 years ago
Hi, I usually don't use Fritzing for the schematics, but I'll try to provide one soon. I'll keep you updated
stegabetti
2 years ago
Salut Philippe, je pense que ceux-ci peuvent être bien: https://www.amazon.com/Gikfun-Infrared-Emitter-Receiver-Arduino/dp/B01HGIQ8NG/ref=pd_lpo_421_t_0/147-4603935-7816048?_encoding=UTF8&pd_rd_i=B01HGIQ8NG&pd_rd_r=1d7599d8-6598-4df9-87fc-d5a07b164d60&pd_rd_w=4ESdR&pd_rd_wg=vMHFQ&pf_rd_p=fb1e266d-b690-4b4f-b71c-bd35e5395976&pf_rd_r=TMGBHWWA23AV0TFDPTN4&psc=1&refRID=TMGBHWWA23AV0TFDPTN4 Je pense que le project puisse fonctionner avec ton tèlècommande. Tu peux voir ici la liste des tous les televisions compatibles: https://github.com/Arduino-IRremote/Arduino-IRremote
stegabetti
2 years ago
I just uploaded a Fritzing diagram, I hope it can help you
Anonymous user
2 years ago
Excellent projet. Auriez-vous un lien pour acheter sur amazon : - IR transmitter (generic). J'ai une télécommande Samsung BN59-01300J pour Les téléviseurs QLED Q8 Q9 Series. Pensez-vous que votre projet puisse fonctionner avec ce type de télécommande ? Merci par avance.
Anonymous user
4 years ago
Hi, is there a way you can provide a Fritzing diagram for this project. I want to build this on a solderless breadboard.
Anonymous user
2 years ago
Excellent projet. Auriez-vous un lien pour acheter sur amazon : - IR transmitter (generic). J'ai une télécommande Samsung BN59-01300J pour Les téléviseurs QLED Q8 Q9 Series. Pensez-vous que votre projet puisse fonctionner avec ce type de télécommande ? Merci par avance.
stegabetti
2 years ago
Salut Philippe, je pense que ceux-ci peuvent être bien: https://www.amazon.com/Gikfun-Infrared-Emitter-Receiver-Arduino/dp/B01HGIQ8NG/ref=pd_lpo_421_t_0/147-4603935-7816048?_encoding=UTF8&pd_rd_i=B01HGIQ8NG&pd_rd_r=1d7599d8-6598-4df9-87fc-d5a07b164d60&pd_rd_w=4ESdR&pd_rd_wg=vMHFQ&pf_rd_p=fb1e266d-b690-4b4f-b71c-bd35e5395976&pf_rd_r=TMGBHWWA23AV0TFDPTN4&psc=1&refRID=TMGBHWWA23AV0TFDPTN4 Je pense que le project puisse fonctionner avec ton tèlècommande. Tu peux voir ici la liste des tous les televisions compatibles: https://github.com/Arduino-IRremote/Arduino-IRremote
stegabetti
2 years ago
I just uploaded a Fritzing diagram, I hope it can help you
stegabetti
2 years ago
Hi, I usually don't use Fritzing for the schematics, but I'll try to provide one soon. I'll keep you updated
frenchy22
4 years ago
Hey, you have fun games during the lockdown. I did something similar, but with several differences. Instead of replacing a broken IR remote control, I wanted to have a single one to control my TV set and my decoder, and I equipped it with 16 buttons. As I have no 3D printer, I made a no-enclosure design, it's quite original. But above all, I used another method to save the battery, more hardware and more brutal : with a pair of FETs (an N-channel and a P-channel), I interrupt the power supply circuit of the Arduino board when no button is pressed. For this, each button is connected to the gate of the N-channel FET by a diode and to the ground by a resistor. The drain of the N-channel FET controls the gate of the P-channel FET through which the board is powered. As soon as a button is pressed, a voltage is applied to the gate of the N-channel FET and the P-channel FET powers the board which sends the IR code to the television set or to the decoder. I'm afraid this solution will stress the Arduino board a bit, I'm waiting to see if it will survive longer than the battery.
stegabetti
2 years ago
Thanks for the suggestions, frenchy22. I could actually go for a 4x4 button matrix in the future, so to increase the available functions. As it concerns battery saving, I'm not very familiar with transistors, but your solution looks like a clever trick. Since I'm using an Arduino Uno, what I will do in the future will be to use the Arduino as a programmer and then extract the ATmega microcontroller and put all the design on a prototyping board. If I can make a decent voltage regulator circuit, I will be able to save more power than with the current configuration.
Anonymous user
2 years ago
Hi, is there a way you can provide a Fritzing diagram for this project. I want to build this on a solderless breadboard.