# Led cube 4x4x4 pdf

Date published

The Led Cube 4x4x4 or in short led cube is a relatively simple fully programmable cube based on the Atmega 16 AVR. To be able to build the led cube you need. 4x4x4 LED Cube (Arduino Uno): In this tutorial I'll show you how to make a 4x4x4 LED cube for around \$ The cube has 4x4x4 LED Cube maroc-evasion.info LED Cube 4x4x4 - Download as PDF File .pdf), Text File .txt) or read online.

 Author: AMIRA HOGSTEN Language: English, Spanish, Dutch Country: Honduras Genre: Technology Pages: 638 Published (Last): 18.12.2015 ISBN: 550-1-43371-401-3 Distribution: Free* [*Registration needed] Uploaded by: JEANNA

LED Cube 4x4x4 - Download as PDF File .pdf), Text File .txt) or read online. LED Cube 4x4x4;led3d,atmega the light intensity punch and when used in a 3D LED cube must be viewed in a dark To build an accurate 3D LED Cube Matrix with evenly spaced and aligned . This instructable will cover the building process of an 4x4x4 LED Cube. I will be using an Arduino to control the LEDs. Since the Arduino.

Circuit Diagram The circuit will looks a little bit complicated, so I have attached the Fritzing file along with the source code in case you want to have a better looks. You can download it at the attachment below. You can test it using a 3V cell battery, as shown in pictures at the left. Next, to get a nice cube shape, we need to do something to the LED legs. Bend the anode leg of LED as shown. You can bend to any direction, but just be sure that the direction is consistent. If you are not sure where to bend, just follow my direction. Alright, finish with LED. Get a box or anything else that you could pokes a hole on it, draw something like the picture shown at the left. The distance between each nodes would be approximately 2. Click the image for larger view Notice I drew a dashed rectangle portion there, we will get to it in next step. Poke all 16 nodes on the holder, and place LED on it. Arrange your LEDs as the arrow indicated, black arrow represents the cathode, red arrow represents the anode. After the arrangement, you will see that there is no leg connection inside the dashed portion, this is not a problem, as we already connected all cathode legs.

Perforated PCB 5. Soldering Iron 6. Drill for the jig 7. Piece of wood for a jig. I have found sparkfun. I would recommend that you test each LED in a bread board before soldering.

You might also like: ICONS ASSEMBLED EDITION PDF

You can also look at the little metal inside the smaller metal piece is the positive end anode of the LED. This may require looking at some spec sheets but all we need to know is max operating current and the voltage drop. Since the arduino will be putting out 5 volts we get However, the result will looks like this: You will notice xyz[0][0][3], and xyz[3][0][0] also lighted up.

This is because when you turn on xyz[0][0][0], line xy[3][0] is still HIGH. So when you turn z[0] to LOW, the circuit for xyz[3][0][0] is also completed thus it will light up.

## 4x4x4 LED cube with Arduino Uno and 1sheeld

The same case also apply to xyz[0][0][3]. Does it have a solution? Of course. A method called multiplexing is quite simple. Just repeatedly turning on one LED while the others are off, then reverse the situation quickly, and ta-daa!! It is just the Arduino board switches between these two LEDs faster than human eyes could detect, thus creating an optical illusion of two LEDs light up at the same time.

There are four additional function for you to call. I will go through it one by one. It takes no parameter and return nothing, so you can just use it by calling cubeClear ; This function will turns on all LEDs, it takes no parameter and return nothing, so just call it by cubeON ; This function will turns on one LED at any desired position, it takes two parameters and return nothing. You need to provide the position of which LED to light up when you call this function.

This function will turns off one LED at any desired position, it takes two parameters and return nothing. You need to provide the position of which LED to turn off when you call this function. However, this function might not work as desired when multiple LEDs are in use.

So, here is part of the code that showing matrix display in the video below. I will explain how it works after this. Enjoy your new cube: D Step Go large. To enable the external oscillator and disable JTAG.

## 4x4x4 LED Cube with Charlieplexing. - PDF

The procedure should be pretty much identical on Windows. Let's just see if we can make contact with the AVR. I have also made an enormous 8x8x8 cube. I'll make an instructable for that one when I have time. Does anyone converted chr animation code to arduino? It will cost you 3 euro! I measured the outputs at cathode out from transistors and anode and was surprised when my multimeter gave me a negative voltage.

I nearly connected them wrong.

I have seen cubes that run with just LEDs and resistors so why the extra stuff? Did you connect you're transistors right? The status-leds are working.

## LED CUBE 4x4x4

I hope it is helpful to out there. Has anyone experienced the same problem ever? I was wondering how important are the and the capacitors. You were right.

Now some Leds are lighting up but they only go on for about 10 secs and off again. But after setting the fusebits it worked perfect. Did you program the chip in circuit as in this instructable or on a separate programmer? I'm trying really hard to make one myself. If you also followed all the steps there might be an problem in you're wiring.

I'm happy that you got it working. But you can use the atmegaPU aswell so the choice is yours To check this out. If the value's are good as well then check you're leds. I have done this cube. First check out you're connections again. Now I have othe trouble.

If that's all good then check you're resistor value's.

Please help for me. Hope this will help you out good luck again! If they do not then they are broken and should be replaced. There is a possibility that you're leds are damaged. If this is all good then the last thing i can think of is that you broke you're chip again. You're Leds should light up when you touch them. If you are interested. Favorite Good luck and hopefully you can get it working! By making the font 4 wide 5 tall.

If you are programming don't connect you're 12v power supply! You're programmer already giving 5v! If you do you can cause alot of damage to you're chip and circuit! Did you change the programmer in you're program to usbasp instead of usbtiny? And at last did you use the right resistors?

Hope this suggestions will help you out! This driver is called usbaspwindriver. I want to build this cube but why did you put jumper 3? Its not standing on you're components list so can i leave it out?

And why do you have connected a connector to the max ic? Well hope to get a respond so i can start building! I built one too and it's running your code. This can be the reason why you can't connect you're computer to you're atmega16! This driver can be found at http: It required a new file. I just noticed that I still have a plenty of LEDs. For some reason the pin was not making contact in the socket. I am not sure how to troubleshoot.

There is continuity from the pin to the column. I finished my cube weeks ago nearly flawlessly by following these directions. The column that connects to pin 29 of the chip does not work.