Done with Altium Designer 20

Project:
hackaday.io/project/181259-linux-capable-business-card

Design files:
github.com/ts-manuel/Linux-Capable-Business-Card

Music:
All the Fixings - Zachariah Hickman
American Idle - RKVC
A Young Man - ALBIS
Bar Crawl - TrackTribe
Full Speed Ahead - Silent Partner
Cut It - Silent Partner
Accidents Will Happen - Silent Partner

#CONNECTwww #KiCad #PCB
KiCad is a free and open source electronics design automation (EDA) application for Linux, MacOS and Linux

More details: connectwww.com/kicad-pcb-design-and-schematic-capture-software-install-kicad-eda-on-ubuntu/62238/

CONNECTwww.com

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#connectwww
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Subscribe to our Youtube channel
youtube.com/connectwww

#CONNECTwww #Ubuntu #LibrePCB
#PCB #PrintedCircuitBoard
How to install LibrePCB on Ubuntu
Design Printed Circuit Boards free in Ubuntu Linux
connectwww.com/how-to-install-librepcb-on-ubuntu-design-printed-circuit-boards/61409/

CONNECTwww.com

Windows & Linux Tutorials | Useful Tips | Wordpress Blogging resources | Smartphone | Android & iOS Apps | Favorite Software and Websites | Latest Technology News | SEO

#connectwww
Visit Our Website
connectwww.com

Like & Follow us on Facebook
facebook.com/connectwww

Follow us on twitter
twitter.com/connectwww

Subscribe to our Youtube channel
youtube.com/connectwww

Linux is a powerful operating system that can be compiled for a number of platforms and architectures. One of the biggest draws is its ability to be customized for an application. Tools like Buildroot, OpenWRT, and Yocto Project help us create custom Linux distributions for embedded systems.

In this video series, we will explore Buildroot and the Yocto Project. We also demonstrate how you might develop applications for embedded Linux. We will not dive into the specifics of how each of these systems work but give you a good starting place so you can read or watch more advanced material about working with embedded Linux.

See this written tutorial if you would like to review the commands issued in this tutorial for Buildroot: digikey.com/en/maker/projects/intro-to-embedded-linux-part-1-buildroot/a73a56de62444610a2187cd9e681c3f2

To start, we provide some reasons and examples as to why you might want to use embedded Linux over other platforms, such as bare-metal programming on microcontrollers and an RTOS. Often, your application will dictate the use of one platform over another. Embedded Linux offers the ability to reuse high-level code written and tested by others that work across a variety of platforms. This can save you development time when you need things like networking, graphics, cryptography, audio, machine learning, etc.

We introduce Buildroot as one of the easiest tools to use for creating a custom Linux image. We demonstrate it by creating a Linux distribution for the STM32MP157D-DK1 single board computer. From there, we flash the distribution image onto an SD card and load Linux on the board, which allows us to log in with a serial terminal to do basic file manipulation and script writing.

Product Links:
digikey.com/en/products/detail/stmicroelectronics/STM32MP157D-DK1/13536964

Related Videos:
youtu.be/yD8M_UK4AgQ

Related Project Links:
digikey.com/en/maker/projects/intro-to-embedded-linux-part-1-buildroot/a73a56de62444610a2187cd9e681c3f2

Related Articles:
forum.digikey.com/c/eewiki/linux-guides/71

Learn more:
Maker.io - digikey.com/en/maker
Digi-Key’s Blog – TheCircuit digikey.com/en/blog
Connect with Digi-Key on Facebook facebook.com/digikey.electronics/
And follow us on Twitter twitter.com/digikey

Where to order 10 PCBs for $2: jlcpcb.com
Circuit project files: easyeda.com/GreatScott/LongboardFernbedienung-28d260c134334a9f8e23a8d22675be00
Previous video: youtu.be/dVYJfl3tOQk
Facebook: facebook.com/greatscottlab
Twitter: twitter.com/GreatScottLab
How to solder properly video: youtu.be/VxMV6wGS3NY

Websites which were shown during the video:
easyeda.com/
lcsc.com/
jlcpcb.com/
arduino-info.wikispaces.com/Nrf24L01-2.4GHz-HowTo

In this tutorial I will show you what steps are necessary to turn your idea for an electronics circuit into a schematic and then into a PCB. Along the way I will show you that it is actually quite simple nowadays to order PCBs from a professional manufacturing house.

Thanks to JLCPCB for sponsoring this video
Visit jlcpcb.com to get professional PCBs for low prices

Music:
2011 Lookalike by Bartlebeats
Killing Time, Kevin MacLeod
(incompetech.com)

How to design PCB for single board Linux Computer

The best free and paid pcb Designing software .

you can learn and make professional pcb by using any of the software.

PCB design is a process to put life on your circuits. Your circuits get a physical form when the design is fabricated on PCB boards. There are numerous free and paid software applications to design PCBs. In this video, we have sorted out 5 best software applications that are suitable for beginners as well as professionals. Watch the video to know more. If you have not subscribed to our channel, then do that immediately to get more such content like this.

Follow me in Quora and ask questions.

quora.com/profile/Tirthankar-Chakraborty-14

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How to design your own custom PCBs from scratch.
Sponsored by JLCPCB ( jlcpcb.com/) Order 5 PCB's from only $2 (Any Color)

- Schematix

#Kicad #PCB #JLCPCB

Which is your favorite PCB CAD Tool? Is it Altium? Cadence? KiCad? Mentor? Or something else? Write your comment, what is your opinion?

------------------------------------------------------
Would you like to support me in what I do? It's simple:

- you will help me a LOT, when you sign up for one of our Schematic and PCB Design online courses at fedevel.com/academy/

The other ways to support me in what I do are:
- Subscribe to this channel
- support me through Patreon page patreon.com/robertferanec
- sign up for my Udemy course, Learn to Design Your Own Boards udemy.com/learn-to-design-your-own-boards/
- send me an email and/or leave a positive comment
- watch and like the videos :)
- read my Welldone Blog at welldoneblog.fedevel.com/
- spread a word about FEDEVEL Academy

It is much appreciated. Thank you,
- Robert

If you're New to #PCBdesign or Autodesk EAGLE then this is a great place to help kick off your next electronic product with the powerful design tool set! SEPT 2019 Edition

►GET STARTED autode.sk/2DWUHgC
FREE TRIAL | autode.sk/2T1920C
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⏵Hardware and PCB design course: phils-lab.net/courses

Entire step-by-step PCB design process going through the schematic, layout, and routing of a 'barebones' STM32F4-based PCB including USB and a buck converter in KiCAD. All the way from schematic creation, through to four-layer PCB layout and routing, as well as sending it off for manufacture and assembly via JLCPCB. Visit jlcpcb.com/RHS for $2 for five 2-layer PCBs and $5 for five 4-layer PCBs.

This is an update from the original 'KiCad STM32 Hardware Design' video, including some additional tips and tricks, as well as a show of various assembled boards made by JLCPCB. Hopefully with much improved audio quality!

Git: github.com/pms67/STM32F4-Reference-PCB

If you're enjoying my content, please consider becoming a patron:
patreon.com/phils94

[TIMESTAMPS]
00:00 Introduction
00:14 Topics covered
00:31 JLCPCB assembly showcase

00:58 Parts used in design (JLCPB parts library)
03:28 STM32 pin assignment in STM32CubeMX

(SCHEMATIC)
09:43 KiCad project and schematic
10:06 Schematic page settings
10:53 Adding STM32F405 to schematic
12:10 STM32 power pins
14:14 Labelling pins/global labels
14:57 VCAP pins
16:37 NRST and BOOT0 pins, Bootmodes
20:24 Transferring assignments from CubeMX to KiCad
23:58 'No connect' flags
24:48 Decoupling capacitors
26:10 VDDA pin decoupling
27:54 Crystal circuitry (HSE)
37:15 LED and current limiting resistor
39:26 Buck converter circuitry (+ fusing, reverse polarity protection)
56:15 Connectors (SWD, I2C, UART)
1:02:40 USB
1:11:09 Electrical rules checker (ERC)
1:12:55 Mounting holes
1:13:45 Assigning footprints to symbols
1:24:36 Generating the netlist

(LAYOUT)
1:24:55 Choosing the number of PCB layers
1:26:11 Design rules
1:27:26 Rough layout (section by section)
1:35:09 Improving the layout, finer details
1:53:17 Mounting hole placement
1:55:10 Board outline and rounded corners
1:57:40 Rearranging connectors

(ROUTING)
2:00:19 Adding track widths
2:00:55 Power and ground planes (copper pours)
2:03:10 STM32 routing (critical items first)
2:04:41 Tombstoning
2:05:55 Track spacing
2:08:49 Buck converter routing
2:10:00 Track width calculator
2:12:39 USB controlled impedance differential traces
2:13:08 JLCPCB impedance calculator
2:16:09 Connecting GND and 3V3 (with vias to internal copper pours)
2:28:00 Design rules check (DRC)
2:28:50 Silkscreen (labelling, pin 1 indication, polarity indication)
2:36:10 Importing custom graphics as silkscreen

(MANUFACTURING AND ASSEMBLY)
2:36:55 Hiding JLCPCB order number
2:37:42 Adding tooling holes for assembly
2:39:10 Generating Gerber and drill files
2:40:27 Footprint position file
2:41:34 Bill of materials (BOM) and assigning part numbers (LCSC)
2:44:32 Ordering PCBs via JLCPCB with assembly

Complete step-by-step PCB design process going through the schematic, layout, and routing of a 'black-pill' STM32-based PCB including USB in the *new* KiCAD 6. All the way from schematic creation, through to two-layer PCB layout and routing, as well as sending it off for manufacture and assembly via JLCPCB.

Mixed-signal hardware design course: phils-lab-shop.fedevel.education

[SUPPORT]
Free trial of Altium Designer: altium.com/yt/philslab

PCBA from $0 (Free Setup, Free Stencil): jlcpcb.com/RHS

Patreon: patreon.com/phils94

[LINKS]
GitHub: github.com/pms67

[TIMESTAMPS]
00:00 Introduction

01:26 What You'll Learn

(Schematic)
03:54 STM32 Microcontroller, Decoupling
15:01 STM32 Configuration Pins
21:15 Pin-Out and STM32CubeIDE
26:59 Crystal Circuitry
30:49 USB
33:57 Power Supply and Connectors
42:54 Electrical Rules Check (ERC), Annotation
49:25 Footprint Assignment

(Layout)
52:11 PCB Set-Up
57:03 MCU, Decoupling Caps, Crystal Layout
01:03:15 USB and SWD Layout
01:06:37 Changing Footprints, Adding 3D Models
01:09:38 Switch and Connector Placement
01:12:11 Power Supply Layout
01:14:50 Mounting Holes, Board Outline

(Routing)
01:19:54 Decoupling, Crystal Routing
01:24:10 Signal Routing
01:27:26 Power Routing
01:32:45 Finishing Touches, Design Rule Check (DRC)

01:35:21 Producing Manufacturing Files (BOM, CPL, Gerber, Drill)

01:39:44 Outro

Patreon ➤ patreon.com/jacobsorber
Courses ➤ jacobsorber.thinkific.com
Website ➤ jacobsorber.com
Merch ➤ merchonate.com/collections/jacob-sorber

Creating your own custom hardware (printed circuit boards) // A lot of embedded systems projects require custom hardware, but people are often unsure where to start. This video takes you through the process of making your own printed circuit boards, so you can make more professional-looking embedded systems and other devices that are easier to deploy.

**** Sponsor Offer ****
Register to get $100 free coupon:
nextpcb.com?code=Jacob

Double side PCB assembly free shipping:
nextpcb.com/pcb-assembly-services?code=Jacob

Free PCB Design Analysis Software:
nextpcb.com/nextdfm.html?code=Jacob
****

Related Content:
Sparkfun Eagle Tutorials: sparkfun.com/search/results?term=eagle#tutorials
Embedded Systems Videos: youtube.com/watch?v=aC37UE7edP0&list=PL9IEJIKnBJjEcPAz6fss-Hx0TLytCOMVC

***

Welcome! I post videos that help you learn to program and become a more confident software developer. I cover beginner-to-advanced systems topics ranging from network programming, threads, processes, operating systems, embedded systems and others. My goal is to help you get under-the-hood and better understand how computers work and how you can use them to become stronger students and more capable professional developers.

About me: I'm a computer scientist, electrical engineer, researcher, and teacher. I specialize in embedded systems, mobile computing, sensor networks, and the Internet of Things. I teach systems and networking courses at Clemson University, where I also lead the PERSIST research lab.

More about me and what I do:
jacobsorber.com
people.cs.clemson.edu/~jsorber/
persist.cs.clemson.edu/

To Support the Channel:
+ like, subscribe, spread the word
+ contribute via Patreon --- [ patreon.com/jacobsorber]

Source code is also available to Patreon supporters. --- [ jsorber-youtube-source.herokuapp.com/]

Too Easy guide: Using Diptrace to draw a schematic and design a PCB

youtube.com/watch?v=NLJnzBFExgo&t=302s

Visit jlcpcb.com for $2 for five 2-layer PCBs and $5 for five 4-layer PCBs.

Overview of how to design simple, 2-layer, STM32-based hardware (PCBs) in KiCad - covering the main aspects in roughly 20 minutes! A very reduced version of the 'original' 3hr videos. Essentially, a bread-board friendly STM32F1 breakout board with USB power - very similar to Blue Pill modules.
Going through schematic design (power, STM32, crystal, USB, etc.), layout and routing, and ordering via JLCPCB for PCB manufacture and assembly.

PCB design course survey: docs.google.com/forms/d/e/1FAIpQLSdZ6HsUT4wNnNue6oQX4ntOlme4q4LD_dm1qklAGkJTaYS6LA/viewform

JLCPCB:
- $2 coupon code "JLC-REBE" valid forever for PCB order
- jlcpcb.com/RHS

Git: github.com/pms67/STM32F1-Breakout-Board

Website - philsal.co.uk
Patreon - patreon.com/phils94

[TIMESTAMPS]
00:00 Thank you and PCB Design Course Survey

00:47 PCB Overview
01:00 Part Selection

01:32 Schematic Overview
01:58 USB Power and LDO Regulator
03:31 STM32F1 Microcontroller
05:05 STM32 Decoupling Capacitors
06:33 NRST and BOOT0 Pins
07:43 Crystal Oscillator (HSE)
09:07 USB Data Pins (+ External Pull-Up)
09:53 Serial Wire Debug (SWD)
10:30 GPIO Header Connectors
11:08 Annotation and ERC
11:56 Footprint Selection

12:21 PCB Layout and Sectioning Overview
12:57 3D Viewer
13:15 Power Section and Routing Power Traces
14:18 STM32 Layout and Routing (Decoupling caps, crystal, etc.)
15:20 Vias (Connections to Ground Plane)
16:19 Differential Pair Routing (USB)
17:08 Design Rule Check (DRC)
17:24 Silkscreen (Text, Designators, Component Orientation Indicators)
18:24 Hiding JLCPCB Serial Number

18:52 Exporting Manufacturing and Assembly Files (Gerber, Pick and Place, BOM)

20:10 Ordering PCBs with Assembly at JLCPCB.com

media.ccc.de/v/36c3-10549-linux_on_open_source_hardware_with_open_source_chip_design

Want to run Linux on open hardware? This talk will explore Open Source Hardware projects capable of that task, and explore how RISC-V and free software FPGA projects can be leveraged to create libre systems.

This talk will explore Open Source Hardware projects relevant to Linux, including boards like BeagleBone, Olimex OLinuXino, Giant board and more. Looking at the benefits and challenges of designing Open Source Hardware for a Linux system, along with BeagleBoard.org’s experience of working with community, manufacturers, and distributors to create an Open Source Hardware platform.

Drew will also talk about the importance of the RISC-V instruction set and free software FPGA toolchains. He will explore the options for running Linux on open source chip designs.

Drew Fustini

fahrplan.events.ccc.de/congress/2019/Fahrplan/events/10549.html