Главная
Study mode:
on
1
Intro
2
BACKGROUND: I MAKE WEIRD PCBS SOMETIMES THEY ARE MECHANICAL AND ELECTRICAL
3
SOMETIMES THEY ARE 3D ART
4
INTRODUCTION: WORKFLOW
5
STEP O: DESIGN RULES: INTERNAL HOLES
6
STEP O: DESIGN RULES: V-CUTS
7
STEP O: DESIGN RULES: MOUSE BITES
8
STEP O: DESIGN RULES: EDGES AND WIDTHS
9
STEP O: DESIGN RULES: MECHANICAL PROPERTIES
10
STEP O: DESIGN RULES: TOLERANCES
11
WHAT IS MY WORKFLOW
12
SKETCH THE PCB SHAPE
13
MAKE A SCHEMATIC
14
ASSIGN COMPONENTS
15
MAKE OR ASSIGN FOOTPRINTS
16
BUILD A CAD MODEL
17
FOR EXTRA PRECISION, MODEL THE COMPONENTS
18
PLACE COMPONENTS
19
STEP 8: ROUTE CONNECTIONS
20
STEP 6: CONVERT CAD TO EDGE CUTS
Description:
Explore the intricate process of designing and fabricating artistic and mechanically complex printed circuit boards (PCBs) in this 37-minute conference talk. Learn how to transform a simple doodle into a manufactured PCB that serves as both an electrical component and a piece of art. Discover a comprehensive workflow that combines electrical engineering, computer-aided design (CAD), and artistic vision to create unique PCBs with internal holes, complex shapes, and precise patterns. Gain insights into overcoming common manufacturing challenges, such as V-cuts on non-rectangular PCBs, keepout zones on internal edge-cuts, and gerber file generation errors. Follow along as the speaker details each step of the process, from initial sketching to final manufacturing, and learn how to use various software tools like KiCad, Fusion 360, and COMSOL to bring your artistic PCB designs to life.

Artistic PCB Design and Fabrication

media.ccc.de
Add to list