Download a ZIP file with all of the design files for this tutorial project: predictabledesigns.com/pcb-arduino-uno-youtube/ Prevent mistakes by downloading your FREE DESIGN REVIEW CHECKLISTS for the schematic circuit, PCB layout, and enclosure 3D model design: predictabledesigns.com/design-review-checklists-youtube/ And get your other free guides: Ultimate Guide - How to Develop and Prototype a New Electronic Hardware Product in 2023: predictabledesigns.com/guide From Prototype to Production with the ESP32: predictabledesigns.com/esp32 From Arduino Prototype to Mass Production: predictabledesigns.com/from-arduino-youtube/ From Raspberry Pi Prototype to Mass Production: predictabledesigns.com/rpi Want my personal help on your project? If so, check out my Hardware Academy program: predictabledesigns.com/Academy
This is the first for me, being the first to click like. Your timing and content are awesome. Thank you. Coincidentally your timing couldn't be better, given I have a meeting to discuss such a prototype development board today. In a previous video, you recommended an STM32 microcontroller noting advantages including using the same IDE programming structure. Would this tutorial be applicable if you just switched out the AYmega328P with an STM32?
That is so awesome to hear this video got your first ever YT like! Thank you. In this video I stick with the exact same MCU as the Arduino Uno (there are actually two - the Atmega338p but also the Atmega16u2). For most projects I still prefer the Stm32 or any Cortex-M based microcontroller. But the easiest transition is to stick with the exact same MCU. Cheers!
Just started watching your videos. Honestly, for a maker like me starting out in Robotics, your content is definitely a match made in heaven for custom PCBs for purpose-use for mass production.
If you allow me to give a suggestion, I think you can improve signal return paths by placing ground vias next to signal vias. Since you placed ground planes at both sides of the PCB you already provided defined signal return paths for traces that do not change layer. But this is broken for traces that go through vias. As said you can improve this by placing a ground via next to every signal via
Download a ZIP file with all of the design files for this tutorial project: predictabledesigns.com/pcb-arduino-uno-youtube/
Prevent mistakes by downloading your FREE DESIGN REVIEW CHECKLISTS for the schematic circuit, PCB layout, and enclosure 3D model design: predictabledesigns.com/design-review-checklists-youtube/
And get your other free guides:
Ultimate Guide - How to Develop and Prototype a New Electronic Hardware Product in 2023: predictabledesigns.com/guide
From Prototype to Production with the ESP32: predictabledesigns.com/esp32
From Arduino Prototype to Mass Production: predictabledesigns.com/from-arduino-youtube/
From Raspberry Pi Prototype to Mass Production: predictabledesigns.com/rpi
Want my personal help on your project? If so, check out my Hardware Academy program: predictabledesigns.com/Academy
This is the first for me, being the first to click like. Your timing and content are awesome. Thank you. Coincidentally your timing couldn't be better, given I have a meeting to discuss such a prototype development board today.
In a previous video, you recommended an STM32 microcontroller noting advantages including using the same IDE programming structure.
Would this tutorial be applicable if you just switched out the AYmega328P with an STM32?
That is so awesome to hear this video got your first ever YT like! Thank you. In this video I stick with the exact same MCU as the Arduino Uno (there are actually two - the Atmega338p but also the Atmega16u2). For most projects I still prefer the Stm32 or any Cortex-M based microcontroller. But the easiest transition is to stick with the exact same MCU. Cheers!
Really appreciate the content, thanks!
Awesome to hear, and you are most welcome!
Interesting how easy board routing is for you.
Just started watching your videos. Honestly, for a maker like me starting out in Robotics, your content is definitely a match made in heaven for custom PCBs for purpose-use for mass production.
That's great to hear! Thanks for saying that.
Hello,
I designed a custom Arduino board. Where can I find the bootloader files and how can I install the bootloader?
Thank you so much
Perhaps I'll cover this in a future video.
It would be great 🙏
i am from india ,, thanks sir for help me
I think those power errors can be cleared by using power flags.
If you allow me to give a suggestion, I think you can improve signal return paths by placing ground vias next to signal vias. Since you placed ground planes at both sides of the PCB you already provided defined signal return paths for traces that do not change layer. But this is broken for traces that go through vias. As said you can improve this by placing a ground via next to every signal via
Thank you so much. It is a great course.
You are welcome!