4*4*4 LED CUBE

A SIMPLE 4*4*4 LED CUBE USING ARDUINO NANO

1.5mm 64 LED's

BIG FLAME 5mm Blue Clear LED(Light Emitting Diode) -100Pcsamazon.in

2. arduino nano

SunRobotics Arduino Nano V3 (ATMEGA328P) with USB Cable Compatible with All Arduino IDE

3. 4*100 ohm resistors(brown black brown )

ELECTROBOT 100 PCS 100 OHM CARBON FILM RESISTORS .25 WATT TOLERANCE 5%

4.connecting wire

5. PCB

AnandCircuits PCB (FR2 - A Grade Material) (Set of 3) (140mmx90mm)General Purpose Printed Circuit Board-Strip-board, Breadboard DIY

TOOLS

1.SOLDERING IRON and LEAD

2.GLUE GUN

3.MULTIMETER

4.DRILLER

brain of my project is arduino nano

make a rough layout in cardboard or wood

drill 5 mm holes using 5 mm drill bit(here i am showing 5*5*5 JIG)

Prepare the LED's

before soldering test all led's with multimeter

use pliers and make a 90° bend in cathode (- ve)

and again bend 90° (see the pictures)

keep repeating this until all of your 64 LED's are prepared

insert 16 led's in jig and solder all anodes together

each layer consists 16 led's with a common anode(+)

make 4 layers like this

now solder cathodes together(first coloumns cathode solder to the first coloumn cathode of second layer )

finally we get 4 anode layers and 16 cathode coloumns

from bottom

LAYER 1 CONNECT TO ARDUINO PIN A0

LAYER 2 CONNECT TO ARDUINO PIN A1

LAYER 3 CONNECT TO ARDUINO PIN A2

LAYER 4 CONNECT TO ARDUINO PIN A3

COLUMN 1 TO ARDUINO PIN A4

COLUMN 2 TO ARDUINO PIN A5

COLUMN 3 TO ARDUINO PIN D0

COLUMN 4 TO ARDUINO PIN D1

COLUMN 5 TO ARDUINO PIN D2

COLUMN 6 TO ARDUINO PIN D3

COLUMN 7 TO ARDUINO PIN D4

COLUMN 8 TO ARDUINO PIN D5

COLUMN 9 TO ARDUINO PIN D6

COLUMN 10 TO ARDUINO PIN D7

COLUMN 11 TO ARDUINO PIN D8
COLUMN 12 TO ARDUINO PIN D9
COLUMN 13 TO ARDUINO PIN D10

COLUMN 14 TO ARDUINO PIN D11

COLUMN 15 TO ARDUINO PIN D12

COLUMN 16TO ARDUINO PIN D13

make a cardboard base

HAPPY MAKING

THANKS