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1
What is this tutorial about
2
Mounting holes
3
USB-C connector
4
Drawing board shape
5
Rotary encoders
6
Buttons
7
Sockets
8
LEDs under buttons
9
Metal plate holders
10
RP2040
11
USER and Power LEDs
12
Debug header
13
Set Net and Layer colors
14
Decoupling capacitors around MCU
15
USB resistors
16
Crystal circuit
17
Series termination resistors
18
Filters
19
Flash
20
Reset button + schematic update
21
Boot button and circuit update
22
Components around USB-C connector
23
Power for LEDs
24
Voltage regulator
25
LED resistors
26
Level translator
27
Diodes
28
Components around encoders
29
Decoupling capacitors for LEDs
30
Double check position of components
31
Placement finished
32
Thank you for watching
Description:
Save Big on Coursera Plus. 7,000+ courses at $160 off. Limited Time Only! Grab it Learn PCB component placement techniques in this 55-minute tutorial focusing on the third part of a custom keyboard design series. Master the strategic positioning of essential elements including mounting holes, USB-C connectors, rotary encoders, buttons, LED arrays, and the RP2040 microcontroller. Explore proper placement of critical circuit components like decoupling capacitors, resistors, crystal circuits, voltage regulators, and level translators. Follow detailed guidance on positioning debug headers, metal plate holders, and various connectors while understanding the importance of proper component orientation and spacing. Gain practical knowledge about PCB design considerations, component relationships, and best practices for creating functional keyboard electronics. Access downloadable project files, schematics, and 3D models through provided GitHub and Thingiverse links to support hands-on learning.

Custom DIY Keyboard Design and Build: PCB Component Placement - Part 3

Robert Feranec
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