Design an RP2040 board with KiCad
eBook - ePub

Design an RP2040 board with KiCad

Creating Raspberry Pi Pico-compatible PCBs 

  1. 160 pages
  2. English
  3. ePUB (mobile friendly)
  4. Available on iOS & Android
eBook - ePub

Design an RP2040 board with KiCad

Creating Raspberry Pi Pico-compatible PCBs 

About this book

Design and make your own microcontroller board using the same chip that powers the popular Raspberry Pi Pico

KiCad is an amazing piece of free and open-source software that allows anyone, with some time and effort, to make high-quality PCB designs. Couple this amazing software with numerous PCB fabrication companies and even PCBA services (companies that will make and assemble your PCB designs) and there's never been a better time to get into this aspect of making.

This book provides a gentle introduction to PCB design using the RP2040 microcontroller chip (the same chip that's at the heart of the Raspberry Pi Pico). You'll learn how to create a schematic for a microcontroller board using the RP2040, from assigning schematic symbols to creating a footprint for individual components. You'll quickly move on to laying out the PCB design and preparing it for manufacture!

That's right--after your board is designed, this book will show you how to send it off to be manufactured and assembled. You'll find out about the various materials (or substrates) you can choose for your board, and learn how to pick the right manufacturer. Once you have your board in hand, you'll also learn what you can do (and make!) with it, and there will be plenty of ideas for expansions, such as motor drivers.

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Yes, you can access Design an RP2040 board with KiCad by Jo Hinchcliffe,Jo Hinchliffe,Ben Everard in PDF and/or ePUB format, as well as other popular books in Computer Science & CAD-CAM. We have over one million books available in our catalogue for you to explore.

Information

Table of contents

  1. Design an RP2040 board with KiCad, 1st Edition
  2. Copyright Page
  3. Welcome
  4. About the authors
  5. Colophon
  6. Chapter 1: Working with schematics
  7. Chapter 2: Laying out a PCB
  8. Chapter 3: Libraries, symbols and footprints
  9. Chapter 4: Using a PCB assembly service
  10. Chapter 5: Designing an RP2040 board
  11. Chapter 6: Schematic organisation
  12. Chapter 7: Get the right shape
  13. Chapter 8: Different substrates
  14. Chapter 9: Finding a PCB manufacturer
  15. Chapter 10: Making a smart stepper motor
  16. Chapter 11: Making an RP2040 game controller