RP2040 KiCad 6 Hardware Design - Part 1 - Schematic
This is the first in a three part (most likely) series where I design, assemble, and test a RP2040 based PCB. This will be a simple evaluation board that is designed to fit on a standard breadboard. -- Supplemental Video -- / rp2040-kicad-6-1-74562877 -- Blog Post -- TODO -- Support me on Patreon! -- / microtypeengineering -- Discord Server -- / discord -- About MicroType Engineering -- MicroType Engineering is a full service electronics and mechanical product design firm. We offer turnkey support no matter how far along in the design process you are. We have full schematic capture, PCB design, firmware, mechanical design, and prototype/small-batch assembly services. Please reach out to learn more! http://microtype.io/
▶︎
RP2040 KiCad 6 Hardware Design - Part 2 - PCB
▶︎
KiCad 6 STM32 PCB Design Full Tutorial - Phil's Lab #65
▶︎
Intro to EM Relays
▶︎
Flawless PCB design: RF rules of thumb - Part 1
▶︎
Hardware Design with the RP2040: Custom PCB Based on the Raspberry Pi Pico | Digi-Key Electronics
▶︎
Fast MOSFET Switching with the Totem Pole Circuit || Hardware Design||
▶︎
KiCad 9 Hardware Design Tutorial (TI MSPM0) (1/2 Schematic) - Phil's Lab #165
▶︎
How to choose PCB stackup?
▶︎
KiCad 6 tutorial - Start to finish board design
▶︎
Custom RP2040 PCB: Design, Turn-On, and Debug - How Hard Could It Be?
▶︎
How to order assembled PCB boards using KiCad
▶︎
ESP32-S3 PCB Design with KiCad: From Schematic to Manufacturing Step-by-Step
▶︎
RP2040 KiCad 6 Hardware Design - Part 3 - Assembly/Testing
▶︎
Before You Trash Your Old PC Power Supply... Build This!
▶︎
KiCad 9 Hardware Design Tutorial (TI MSPM0) (2/2 PCB) - Phil's Lab #166
▶︎
Designing Power MOSFET Circuits - Circuit Tips and Tricks
▶︎
How to Design a Custom ESP32 PCB in 19 Minutes (Full Tutorial)
▶︎
How to Design Mechanical Keyboard PCBs with Kicad
▶︎
From Idea to Schematic to PCB - How to do it easily!
▶︎