1 / 22

LED 3

This presentation outlines the development of an 8x8x8 RGB LED cube featuring a programmable controller. The primary objective is to create an interactive 3D display that showcases programmed content and allows for user-defined modifications via USB. The design includes essential hardware components like the Atmega328 microcontroller and MAX7219 display drivers. The project also outlines a schedule, division of labor, risks, and important milestones. Extensions such as wireless communication with smart devices and advanced orientation controls enhance the project's functionality.

uta-boyle
Télécharger la présentation

LED 3

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Critical Design Review LED3 3D Graphical Display Ararat Adamian Brian McDonald Tyler Blair Adrian Williams

  2. Brian Outline of Presentation • Project objectives and purpose • Implementation • Block Diagrams • Division of Labor • Schedule • Parts list • Risks • Critical Points

  3. Brian Project objectives and purpose Primary Objective: • Construct an 8x8x8 RGB LED cube with a programmable controller • Controller will come with a preset demo as well as the ability to receive custom programs from the user • The LED cube will provide a 3D display for the programmable content and will function as a “3D Simulator”

  4. Brian Extensions • The controller will interface with a USB flash drive • The controller will have orientation modification capabilities on board. This would provide the user with the ability to zoom, shift or rotate the image. • The controller can wirelessly communicate with other wireless devices (smart-phones, computers, ect.)

  5. Tyler Block Diagram

  6. Tyler Block Diagram Cont’d

  7. Ara Microcontroller

  8. Ara Atmega328 • High Performance, Low Power 8-bit Microcontroller • 32 KB of Flash, 2KB of RAM • 1.8V-5.5V operating range • 20 MHZ • 23 Programmable I/O lines

  9. Ara MAX7219 • Serial input/output common-cathode display driver • Able to control up 64 individual LED’s • Each Chip will control 16 RGB LED’s • Single Intensity Register • 4.0 to 5.5 V operating range • 2.25 ms Data-to-Segment Delay

  10. Ara Circuit Diagram

  11. Ara Implementation • Micro-controller • Atmega328 that will communicate with computer through USB • Line controller • MAX7219 • 8x8x8 LED cube • Power Supply

  12. Tyler Cube • Consist of 12 planes • Each plane is 10” x 10” • 1/16 “ thick • 8 planes will have 64 3/16” holes spaced an inch apart • 4 other planes will enclose the sides of cube • Material • Clear Acrylic Plexiglas

  13. Tyler RGB LED’s • 20 mA Forward Current • 30 mA Peak Forward Current • 1.8V to 2.2V Forward Voltage • 4 pin LED • Red • Green • Blue • Cathode • 7 different colors

  14. Ara Power Supply • LM2678 • 3.3V, 5V, and 12V fixed output • Capable of driving up to 5A loads • High efficiency (92%) • LM2575 • 3.3V, 5V, 12V, and 15V fixed output • Guaranteed 1A output current • High Efficiency

  15. Brian Software • Demos • 5 demo programs will be preloaded on the cube • User-defined Programs • MATLAB • Creates a text file • Send file to controller via USB • Arduino Library’s • LED Control Library • Wi-Shield Library

  16. Demo

  17. Adrian Division of Labor

  18. Adrian Schedule

  19. Adrian Critical points • Milestone 1 • PCB designed and ordered • Power supply finished • All planes are finished • Micro-controller is being programmed • Milestone 2 • Hardware is completely built and tested • Software is being designed to interface with cube • USB/Wireless interfaces are being built • Documentation is being completed • Expo • Everything is completed and works perfect

  20. Adrian Cost of Parts

  21. Adrian Risks • Project is heavily hardware orientated • Time constraints • Feasibility of extensions • Unfamiliarity with WiFi technology • Power requirements • Heat dissipation • LEDs are too bright or not bright enough

  22. Questions? Ararat Adamian Brian McDonald Tyler Blair Adrian Williams

More Related