Difference between revisions of "LED Cube Shield for Arduino"

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(Introduction)
(Hardware Installation)
 
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[[File:N08DH WITHOUT PACKAGED FRONT.jpg | 640px]]
 
[[File:N08DH WITHOUT PACKAGED FRONT.jpg | 640px]]
  
[[File:N08DH WITHOUT PACKAGED BACK.jpg | 640px]]
 
  
[[File:N08DH PACKAGED FRONT.jpg | 640px]]
 
  
[[File:N08DH PACKAGED BACK.jpg | 640px]]
 
  
 
The LED color will be blue.
 
The LED color will be blue.
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Assembly Instructions:
 
Assembly Instructions:
  
 +
Dx means Digital pin, Ax means Analog pin, please refer to the picture below:
 +
 +
[[File:4x4x4 Light Cube shield1.jpg]]
 +
 
 +
 +
These 0-15 slots indicated in the table below are used for plugging in LED’s
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anode.
 +
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[[File:4x4x4 Light Cube shield2.jpg]]
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 +
[[File:4x4x4 Light Cube shield3.jpg]]
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These 16-19 slots indicated in the table below are used for plugging in
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LED’s cathode.
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 +
[[File:4x4x4 Light Cube shield4.jpg]]
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 +
Ⅴ.Usage
 +
5.1 Hardware Installation
 +
After unpacking the kit, it looks like the following as:
 +
 +
[[File:4x4x4 Light Cube shield5.jpg]]
 +
 +
Assembly Instructions:
 +
Step 1: Bend all LEDs’ legs (the shorter leg is Cathode, while the longer one is anode) into three types as below:
 +
 +
[[File:4x4x4 Light Cube shield6.jpg]]
 +
 +
Type A: 48 LEDs need to be bent like this, the longer leg needs to be bent down like the right leg shown as the type A in the picture above, please make sure the two legs angled in 90 degree.
 +
Type B: 15 LEDs need to be bent like this, after getting a type A LED, bend the shorter leg down 90 degree in vertical level at a higher joint than the longer leg while bending Type A LED(the higher joint helps to avoid short when using later on) .
 +
Type C: only 1 LED needs to be bent like this, after getting a type A LED, bend the shorter leg down 90 degree in the same level but also at a higher joint than the longer leg while bending Type A LED(the higher joint helps to avoid short when using later on).
 +
 +
Step 2: Divide the 40 pin headers into 4 pieces as the picture below:
 +
 +
[[File:4x4x4 Light Cube shield7.jpg]]
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 +
 +
Step 3: Soldering:
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a. Solder all the headers, please make sure the side with silk screen is up:
 +
 +
[[File:4x4x4 Light Cube shield8.jpg]]
 +
 +
b. Solder the 1P female sockets:
 +
 +
[[File:4x4x4 Light Cube shield9.jpg]]
 +
 +
 +
Please plug in 17 sockets onto other side without silk screen for slots 0-16, leave the slots 17-19 for plugging in jumper wires later, turn it over helping with a hardboard, and solder them all.
 +
c. Solder LED:
 +
 +
[[File:4x4x4 Light Cube shield10.jpg]]
 +
 +
Solder the first layer, make sure different bent type LEDs are soldered in the right area accordingly as shown in above picture. While soldering, connect all cathode legs within the same layer, and connect all Anode legs between different layers. Please make sure all the LED’s are pointing at the same direction.Solder the rest three layers, solder as the same instruction for first layer,but replace Type B LEDs for area C.Solder each jumper wire header onto any Anode leg on layer A, B and C, and then connect each layer to slot 17, 18, and 19 accordingly, please refer to the picture below:
 
   
 
   
 +
[[File:4x4x4 Light Cube shield11.jpg]]
 +
 +
[[File:4x4x4 Light Cube shield13.jpg]]
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[[File:4x4x4 Light Cube shield12.jpg]]
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 +
 +
5.2 Programming
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Sample code can be downloaded from here.
 +
https://s3.amazonaws.com/linksprite/Shields/LED_CUBE/CUBE_V1.ino
 +
 
*Bend LED's Cathode leg (the shoter one)
 
*Bend LED's Cathode leg (the shoter one)
 
*Divide LEDs into 4 layers, connect all cathode legs within the same layer
 
*Divide LEDs into 4 layers, connect all cathode legs within the same layer

Latest revision as of 05:01, 26 July 2016

Introduction

The 4x4x4 Light Cube shield uses 64 LEDs. It can be driven by pcDuino/Arduino directly.

Note: This is a kit and soldering is required.


N08DH WITHOUT PACKAGED FRONT.jpg



The LED color will be blue.

Features

Parts list:

Application Ideas

Cautions

Schematic

Specification

  • View-able planes" 5
  • Pixel: Every pixel is represented by a LED.
  • Distance between pixels: 14mm
  • Number of pixels: 4 x 4 x 4
  • Sockets to hold the cube: 20
  • Size of PCB: 52.98mm x 77.81mm

Pin definition and Rating

Mechanic Dimensions

Usage

Hardware Installation

Assembly Instructions:

Dx means Digital pin, Ax means Analog pin, please refer to the picture below:

4x4x4 Light Cube shield1.jpg
 

These 0-15 slots indicated in the table below are used for plugging in LED’s anode.

4x4x4 Light Cube shield2.jpg

4x4x4 Light Cube shield3.jpg

These 16-19 slots indicated in the table below are used for plugging in LED’s cathode.

4x4x4 Light Cube shield4.jpg

Ⅴ.Usage 5.1 Hardware Installation After unpacking the kit, it looks like the following as:

4x4x4 Light Cube shield5.jpg

Assembly Instructions: Step 1: Bend all LEDs’ legs (the shorter leg is Cathode, while the longer one is anode) into three types as below:

4x4x4 Light Cube shield6.jpg

Type A: 48 LEDs need to be bent like this, the longer leg needs to be bent down like the right leg shown as the type A in the picture above, please make sure the two legs angled in 90 degree. Type B: 15 LEDs need to be bent like this, after getting a type A LED, bend the shorter leg down 90 degree in vertical level at a higher joint than the longer leg while bending Type A LED(the higher joint helps to avoid short when using later on) . Type C: only 1 LED needs to be bent like this, after getting a type A LED, bend the shorter leg down 90 degree in the same level but also at a higher joint than the longer leg while bending Type A LED(the higher joint helps to avoid short when using later on).

Step 2: Divide the 40 pin headers into 4 pieces as the picture below:

4x4x4 Light Cube shield7.jpg


Step 3: Soldering: a. Solder all the headers, please make sure the side with silk screen is up:

4x4x4 Light Cube shield8.jpg

b. Solder the 1P female sockets:

4x4x4 Light Cube shield9.jpg


Please plug in 17 sockets onto other side without silk screen for slots 0-16, leave the slots 17-19 for plugging in jumper wires later, turn it over helping with a hardboard, and solder them all. c. Solder LED:

File:4x4x4 Light Cube shield10.jpg

Solder the first layer, make sure different bent type LEDs are soldered in the right area accordingly as shown in above picture. While soldering, connect all cathode legs within the same layer, and connect all Anode legs between different layers. Please make sure all the LED’s are pointing at the same direction.Solder the rest three layers, solder as the same instruction for first layer,but replace Type B LEDs for area C.Solder each jumper wire header onto any Anode leg on layer A, B and C, and then connect each layer to slot 17, 18, and 19 accordingly, please refer to the picture below:

4x4x4 Light Cube shield11.jpg

4x4x4 Light Cube shield13.jpg

4x4x4 Light Cube shield12.jpg


5.2 Programming Sample code can be downloaded from here. https://s3.amazonaws.com/linksprite/Shields/LED_CUBE/CUBE_V1.ino

  • Bend LED's Cathode leg (the shoter one)
  • Divide LEDs into 4 layers, connect all cathode legs within the same layer
  • Connect Anode legs between layers
  • Finally connect anode legs of different layers to the shield.

Programming

Sample code can be downloaded from here.

FAQ

Support

If you have questions or other better design ideas, you can go to our forum to discuss or creat a ticket for your issue at linksprite support.

Resources

How to buy

Here to buy LED Cube Shield for Arduino on store

See Also

Other related products and resources.

Licensing

This documentation is licensed under the Creative Commons Attribution-ShareAlike License 3.0 Source code and libraries are licensed under GPL/LGPL, see source code files for details.