RGB LED Strip Controller Circuit | Simple Inventions | Homemade DIY Ideas
In this instructable, I will show you how you can use a non-addressable RGB LED Strip according to your needs. The controller that comes with this type of strip can only set the strip to a specific color, change brightness or show some animations. But, let's say, you want to make a music reactive RGB LED project, then this controller will be of no use and you will learn how to do that right here.
The video contains all the steps and information required for this project, have a look at it first before moving on to the next step so that you have an idea of what we are going to do.
In the circuit diagram attached, there are three MOSFETs for each of the colors. Create only one of it in the breadboard before soldering, just to be sure that it will work. After that, upload some random PWM values to Arduino and check by connecting the strip that the brightness is getting changed. Or you can also use a potentiometer to change the duty cycle of PWM output from Arduino like I did.
After that, make the circuit permanently on a piece of perforated board.
Do not use thin jumper wires as they can reduce current carrying capability. Use a 0.75 sq. mm wire least.
Also, hot glue the wires soldered for 12 Volt supply as they can break by continuous tension.
Headers: Use headers for external connection, like for strip, Arduino connection etc. You can solder the IR receiver directly into the board and also a smaller Arduino like pro mini can be soldered directly into the board, that will remove the hassle of connecting jumper wires to everything.
To use any remote you want, you have to determine the hex code for different buttons of that remote. After that just edit the sketch with your determined hex codes of the remote.
RGB LED Strip Controller Circuit | Simple Inventions | Homemade DIY Ideas
In this instructable, I will show you how you can use a non-addressable RGB LED Strip according to your needs. The controller that comes with this type of strip can only set the strip to a specific color, change brightness or show some animations. But, let's say, you want to make a music reactive RGB LED project, then this controller will be of no use and you will learn how to do that right here.
The video contains all the steps and information required for this project, have a look at it first before moving on to the next step so that you have an idea of what we are going to do.
In the circuit diagram attached, there are three MOSFETs for each of the colors. Create only one of it in the breadboard before soldering, just to be sure that it will work. After that, upload some random PWM values to Arduino and check by connecting the strip that the brightness is getting changed. Or you can also use a potentiometer to change the duty cycle of PWM output from Arduino like I did.
After that, make the circuit permanently on a piece of perforated board.
Do not use thin jumper wires as they can reduce current carrying capability. Use a 0.75 sq. mm wire least.
Also, hot glue the wires soldered for 12 Volt supply as they can break by continuous tension.
Headers: Use headers for external connection, like for strip, Arduino connection etc. You can solder the IR receiver directly into the board and also a smaller Arduino like pro mini can be soldered directly into the board, that will remove the hassle of connecting jumper wires to everything.
To use any remote you want, you have to determine the hex code for different buttons of that remote. After that just edit the sketch with your determined hex codes of the remote.
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