Use the shrinking tube on to the choose area so that the cable won't collided with each other in a tight space later. Hence we need to connect a digital output pin to the Arduino nano. The LED strips need a digital pulse to be able to understand which LED we want to address. I will be using pin number 0 in this case. The sound detector module will communicate with the Arduino over the analog input pins. Soldering the AO pin that will be connected to the AO pin in the Sound Module.Īfter having connected all three parts to the power, we need to connect them to each other. Otherwise, if you not using it and you might have a very high chance to burn the Arduino including the components that connected. If you using the external power supply such as AC to DC power source, you will be needed a step down module to help you reduce the amount of the current flow to your circuit. I just using the Arduino Nano's USB cable and directly plug in to the pc. The powering the component will be a straight forward method. The tallest IKEA Droppar jar (IKEA Link)Īll things considered I spent around RM 83.30 depending on the store that you go and buy the items, where the LED strips were by far the most expensive part that cost me RM 40 for only 1 Meter.If you like my approach, I used the following items: meter (buy link)ĭepending on the look you want, you might want to arrange the strips differently or diffuse the light in another way. Individually Addressable LED strips 60 leds per.5 volt power supply (or 12 volt with Stepdown Module ).Sound Detector Module (RM 5.90 buy link).Arduino Nano (or any equally small Arduino type) (RM 12.50 buy link).Even so, some key items are needed if you want to follow this guide: All credit goes to them and a big shout out to them for provide me the detail on how to do the project.įirst things first: what kind of supplies do we need and what do they cost? Well, they are largely optional, and can be made with much improvisation. This is a project that i follow based on the youtuber's "Natural Nerd" that they done. It makes an awesome effect while standing on the desk when gaming, playing music, and anything else that makes sound really. Hi! In this build we’ll make a good looking light that dances to all sounds and music, using simple components and some basic Arduino programming.
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