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PCB DESIGNING AND MANUFACTURING

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  1. INTRODUCTION
    4 Topics
  2. CONDUCTOR AND CONDUCTIVE PATHS
    3 Topics
  3. ZERO PCB
  4. OVERVIEW OF ELECTRONICS
    4 Topics
  5. CLASSIFICATION OF PCB
    2 Topics
  6. EAGLE OVERVIEW
    2 Topics
  7. COMPOSITION OF PRINTED CIRCUIT BOARD
    3 Topics
  8. BRIEF ABOUT COPPER
  9. COLOR OF THE PRINTED CIRCUIT BOARD
  10. PCB MANUFACTURING
  11. PCB DESIGNING
    2 Topics
  12. PCB DESIGNING SOFTWARE
    3 Topics
  13. SCHEMATIC STUDY
    4 Topics
  14. PCB TERMINOLOGIES
    13 Topics
  15. ROUTING
    5 Topics
  16. GERBER GENERATION
    4 Topics
  17. GROUND PLANE
  18. BILL OF MATERIAL
    1 Topic
  19. MISCELLANEOUS ACTIVITY
    1 Quiz
  20. ROUTING RULES
    6 Topics
  21. ACTIVITY 1
    1 Quiz
  22. ACTIVITY 2
    1 Quiz
  23. ACTIVITY 3
    1 Quiz
  24. ACTIVITY 4
    1 Quiz
  25. SCHEMATIC DESIGN
    13 Topics
  26. LAYOUT DESIGN
    8 Topics
  27. ERC
    8 Topics
  28. DRC
    3 Topics
  29. ACTIVITY 6
    1 Quiz
  30. Activity 7
    1 Quiz
  31. ACTIVITY 8
    1 Quiz
  32. ACTIVITY 9
    1 Quiz
  33. ACTIVITY 5
    1 Quiz
  34. ASSIGNMENT 1
    2 Topics
  35. ASSIGNMENT 2
    1 Topic
  36. MISCLLANEOUS ASSIGNMENT
    1 Topic
Lesson 26, Topic 4
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TURNING SCHEMATIC INTO BOARD LAYOUT

07/07/2021
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TURNING SCHEMATIC INTO LAYOUT

 

If you’ve been following along in our Schematic Design Series, then you should have a complete schematic that looks like ours below.

Our complete LED Flasher schematic that we’ll be turning into a PCB layout.

To convert your schematic to a PCB layout

 

  1. Open your schematic project from the Autodesk EAGLE Control Panel.

  2. At the top of your interface, select the SCH/BRD sch-brd-icon icon. This will begin the process of generating a PCB layout based on the components and wiring in your schematic.

  3. Select Yes if you get a warning dialog saying that the .brd file doesn’t exist and that you want to create it from your schematic.

That’s it! You should now have a second Autodesk EAGLE window open that looks similar to ours below.

When you turn your schematic into a PCB layout file, you’ll get a new window that looks like this.

This is your blank PCB layout canvas where you will start your PCB design journey. Let’s take a moment to talk about what you see in case this is entirely new to you. Here are a few things to make a note of:

  • The white square outline that you see represents the physical dimensions of your board layout. This is the area you’ll place all of your components.

  • All of your components currently rest outside of this square outline. The next stage of the layout process is moving each and every piece into this area.

  • You’ll also notice a bunch of lines connecting between your components. These are called airwires. You might also hear it referred to as a ratsnest. These airwires help you understand your component connectivity.

Now, let’s start moving and rotating your parts within the board space.