Board Setup Design Rules JLCPCB Capabilities

Time Codes:
0:00 Intro
0:35 Board Setup
1:18 JLCPCB Capabilities
3:18 changeing units form mils to mm

⏵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

A look at common PCB design mistakes (trace widths, clearances, via placement, copper fills, and silkscreen) and how to improve your PCB designs with some simple rules and ideas. Featuring a mixed-signal PCB from JLCPCB (6-layers) that we will be designing together in the upcoming PCB design course!

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

Course survey: docs.google.com/forms/d/e/1FAIpQLSdZ6HsUT4wNnNue6oQX4ntOlme4q4LD_dm1qklAGkJTaYS6LA/viewform

PCB Design Toolkit: saturnpcb.com/pcb_toolkit/

Git: github.com/pms67

Rick Hartley Video: youtube.com/watch?v=ySuUZEjARPY

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

[TIMESTAMPS]
00:00 Introduction
00:26 JLCPCB
00:55 PCB Design Course
01:15 Saturn PCB Design Toolkit

01:19 #1 Trace Width
03:18 #2 Clearance
05:21 #3 Via Placement
07:06 #4 Copper Fills
08:32 #5 Silkscreen

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

This video contain detail on how we can order PCB from jlc pcb designed in KICAD EDA.

My website link :
electronicsworkshops.com/

jlcpcb link for discount:
jlcpcb.com/EWS

This video covers topics that I found useful for quickly getting started with KiCad 6, and hopefully, it may be useful for newcomers to it. The content assumes no prior knowledge of any version of KiCad. Some of the content might not cover best-practice or the most efficient procedures in KiCad, but should be sufficient to get going.
You may find the chapter links useful to refer to things. For more information, see the following blog: community.element14.com/technologies/open-source-hardware/f/forum/50425/kicad-for-non-kicad-e-g-ex-eagle-enthusiasts---a-discussion and also type KiCad 6 in the search bar on Element14, for blogs written by others too. Also, see the KiCad forum at forum.kicad.info/

00:00 - Start
00:27 - KiCad Control Panel
00:59 - Schematic Editor
01:12 - Preferences Configuration for Schematics
01:59 - Schematic Editor Shortcut Keys
02:27 - Schematic Editor Basic Usage
07:22 - Component Symbol Editor
08:29 - Component Symbol Editor
15:33 - Component Footprint Editor
22:03 - Shaped Pads
24:09 - Through-Hole Pads
24:38 - Plated Through-Hole Slots
25:14 - Shaped (Routed) Cuts or Holes
26:58 - Holes (Non-Plated-Through)
28:11 - Schematic Electrical Rules Check
29:10 - PCB Editor
33:38 - Shortcut Keys
37:29 - PCB Design Rules (Constraints)
37:40 - JLCPCB Design Rule Settings
37:49 - Copper Pours and Ground Planes
38:52 - Track Length Tuning
40:53 - Iterative PCB Layout Improvements
41:48 - Via Stitching
42:03 - Removing Solder Resist
42:27 - Checking for Unrouted Nets
42:37 - Running the PCB Design Rules Checker
44:01 - 3D Viewer
44:37 - Generating Gerber Files (CAM Files)
45:25 - JLCPCB Gerber File Settings
47:08 - Gerber Viewer
49:02 - Preparing the Zip File for the PCB Manufacturer
49:16 - Getting Help and Contributing

#KiCad #PCB #Beginners

0:00 Introduction
0:53 Explaining Rules
4:00 Implementing the Rules
7:11 Keep out layer
8:55 Import settings from Another project
10:10 Bye! Come again :)

In this KiCad Tutorials for beginners, we show how to create rules in your design, like track width and clearance. This makes sure that you never forget to keep those tracks nice and thick for the higher currents :)

If you feel like this video helped, please leave a comment below and let us know if there are any other PCB tutorials you would like.

Below you can find all other useful links that might help you.

📚Altium Tutorials📚

youtube.com/playlist?list=PLZNH6jlLeFXseD8j_2siny8VoKgHpuHSi

📚KiCad Tutorials📚

youtube.com/playlist?list=PLZNH6jlLeFXsg9ohRMbJ0qqSfUrRyAn7b

📚Let's learn circuit Playlist📚

youtube.com/playlist?list=PLZNH6jlLeFXtjPEo7pTn9wZ-Kg8f7ke09

Building your own Drown

💻All our PCB Design - Github💻

github.com/PlumPot55

💻Download your free Altium Designer 20 for 6 months💻

altium.com/yt/plumpot

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Have a great week and stay safe :)

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In this tutorial, we will show you how to set up design rules in KiCad. Before starting the layout, it is very important to determine a set of rules you will follow.

Go to Preferences and choose Preferences. Fill out the Auto Save information. We like to auto save the layout every minute but you can choose whatever you want. Same for File History Size. Here, it is nine. It means the nine latest files will be saved.

In Hotkeys, you can choose shortcuts. This is an efficient way to do your layout. You have pre-saved commands but you can also add new ones. 

Feel free to browse the display options as well. You can choose among many options, such as the grid style, thickness, spacing, etc. 

Click Board Setup at the top. In Layers, you can custom your layer set. 

By default, you will have two copper layers. You can see the top copper layer and the bottom copper layer. These are signal layers.

You can change the number of layers. Let’s say you need a 4-layer PCB, you will now have two inside layers between your top and bottom layers. You can keep them as signal layers and make them power planes, as per your stack-up requirements.

At the top again, you can choose the PCB thickness, also defined by your stack-up.

Now suppose you are using a differential track on the first layer, the reference layer to Layer 1 should be a ground layer, because on the differential pair, the ground layer should always be below the  differential pairs without breaks. This is to ensure the impedance matching of the differential pair is constant over the entire length.

This is your stack-up. Here, we have a 4-layer stack-up. You can now go to Text & Graphics. This is where you can edit the text that will appear on your board. Choose the height, width, line thickness, etc.

Quote and order your PCBs entirely online in just a few minutes:
protoexpress.com/pcb/self-service-pcb/

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Our Certifications:
ISO 9001_2008 Certificate
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Mil-Spec-PRF-55110 Certificate for GI Materials

How to design a simple breakout board (PCB) for a sensor (MPU-6050) using the datasheet and Altium Designer. With information on getting the PCBs manufactured by JLCPCB including assembly.

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

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

Patreon: patreon.com/phils94

Git: github.com/pms67

Schematic and Footprint Creation in Altium Designer: youtu.be/DVErHmX-qyw

Zynq SoC/FPGA Survey: forms.gle/3X2fy92tP6KktpeaA

[TIMESTAMPS]
00:00 Introduction
00:38 Altium Designer Free Trial
00:50 Zynq SoC/FPGA Board Survey
01:22 Datasheet (MPU-6050)
02:19 New Project and Adding Files
04:19 Sensor Schematic
07:47 Header Schematic
10:28 Cleaning up the Schematic and ERC
11:44 PCB View and Importing Footprints
12:49 Board Outline
13:41 Component Placement
14:50 Placing Silkscreen
15:22 Mounting Holes
16:09 Copper Pour
16:37 Routing
17:48 Vias
18:51 Rules and Design Rule Check
19:24 Gerber Files
20:20 Pick and Place, BOM Files
22:05 JLCPCB Orering

JLCPCB Prototype for $2(Any Color):  jlcpcb.com

In this video, I will show you how to make a custom PCB from any project idea. This is a step-by-step tutorial on how to design a custom PCB using EasyEDA design software and get it manufactured from JLCPCB, the largest PCB manufacturer in China.
PCBs are the key components present in almost all the electronic devices nowadays. For many years PCBs had been out of reach of amateur electronic hobbyists due to their high prices and complex design process. Now, with development of technology, PCBs have become easily available at affordable prices to all hobbyists and makers.

EasyEDA is an easy to operate Design Automation software which has enabled many hobbyists to design their own PCBs for their personal projects. This video goes through the major aspects of the schematics and PCB designing features of EasyEDA. And I also give some PCB designing tips and rules to follow while designing a PCB.

Project details(Gerber file and arduino code):
github.com/theTechnowright/DIY-Home-Automation-using-ESP8266
Useful links:
How to Design PCB Libs and Schematic Libs in EasyEDA:
youtube.com/watch?v=e_5slcU182Q

Is it bad to use 90° turns? :
resources.altium.com/pcb-design-blog/pcb-routing-angle-myths-45-degree-angle-versus-90-degree-angle
PCB Design Tips:
autodesk.com/products/eagle/blog/top-10-pcb-routing-tips-beginners/#eagle-navigation

**Thanks to jlcpcb.com for sponsoring this video**

Don't forget to like, share and subscribe!
Any doubts or suggestions? Comment below and let me know!
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AC Version: banggood.com/custlink/3GK3C581V0
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Daniu Tip Cleaner: bit.ly/31VHwWM
KSGER T12-BCM3 Tip: bit.ly/2xgYXCQ
Amscope Microscope Head (US): amzn.to/2YmZWNx
Amscope Trinocular Microscope (US): amzn.to/2YdBE8k
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Mixed-signal hardware design course: phils-lab-shop.fedevel.education
Entire step-by-step PCB design process going through the schematic, layout, and routing of a 'barebones' STM32F4-based PCB including USB, a sensor, GPIO header, and small power supply circuitry in Altium Designer. 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.

[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]
Git: github.com/pms67

KiCad Version: youtu.be/C7-8nUU6e3E

Altium Symbol and Footprint Creation: youtu.be/DVErHmX-qyw

[TIMESTAMPS]
00:00 Introduction

01:12 JLCPCB
01:35 Altium Designer Free Trial

01:55 Part Selection

(SCHEMATIC)
05:47 Project Creation, Schematic Creation, Libraries
09:41 STM32 Circuitry (STM32F411)
29:36 Sensor Circuitry (MPU-6050)
40:49 USB and Power Supply Circuitry
52:33 STM32 Pinout with STM32CubeIDE
1:05:31 SWD Circuitry
1:10:23 Annotating Schematic
1:11:30 Cleaning Up Schematic
1:15:03 Electrical Rules Check (ERC)

(PCB)
1:16:17 PCB Creation
1:17:10 Design Rules and Manufacturer Capabilities
1:20:00 Layer Stackup and Controlled Impedance Traces
1:24:25 Rough Layout and Component Placement
1:25:36 STM32 Layout
1:41:25 Sensor Layout
1:45:05 USB and Power Supply Layout
1:49:25 Mounting Holes
1:51:20 Board Outline
1:53:41 Refining Component Layout
1:55:19 Routing
2:16:39 Internal Layers (Ground Planes)
2:19:20 Ground Vias
2:21:15 Power Routing (+3V3)
2:30:39 Design Rule Check (DRC)
2:33:36 Silkscreen (Text and Logo)
2:35:49 Tooling Holes

(Production)
2:36:40 Gerber Files
2:41:40 Footprint Position (Pick and Place) File
2:42:59 Bill of Materials (BOM) File
2:44:50 Ordering at JLCPCB

This video is showing some useful tools and procedures designing PCBs in EasyEDA.
JLCPCB Prototype for $2(Any Color): jlcpcb.com
How to Get PCB Cash Coupon: bit.ly/2GMCH9w
EasyEda:
easyeda.com/
Unexpected Maker:
youtube.com/unexpectedmaker
tinypico.com/
Maker Cast:
youtu.be/cO6_WHBIy8U

plz share :-)

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Thank you to everyone who filled in the 'PCB Design Course Survey' sheet. I've taken your comments and suggestions on board and decided to make the course based around a mixed-signal PCB (analogue + digital). We'll be covering topics all the way from idea, to component selection, schematic creation, PCB layout, routing for minimal noise/crosstalk, grounding techniques, stackups, 4 vs 6 layer design, EMC, ESD protection, high-speed routing (length matching, impedance controlled traces), testing, and a bit of firmware and DSP algorithms!
Hopefully this'll give a good insight into the whole design process, as well as showing many 'tricks of the trade'.

Also showing off some of the new 6-layer PCBs manufactured and assembled by JLCPCB! ( jlcpcb.com/RHS)

Course survey: docs.google.com/forms/d/e/1FAIpQLSdZ6HsUT4wNnNue6oQX4ntOlme4q4LD_dm1qklAGkJTaYS6LA/viewform

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

This video focuses on designing the PCB & generating gerber files
Sponsored by JLCPCB ( jlcpcb.com/) Order 5 PCB's from only $2 (Any Color)

-Schematix-

#Kicad #PCB #JLCPCB

More on the Gigatron 4 layer PCB for EMC compliance testing. Swapping the inner and outer plane layers, experimenting with KiCAD and investigating several issues with the tool.
Talk on gerber generation, PCB checklists, PCB design for manufacture, PCB stackup, and uploading to JLCPCB for 4 layer manufacture.

Forum: eevblog.com/forum/blog/eevblog-1193-kicad-pcb-4-layer-swapping-stackup/
#KiCAD #PCBdesign #DesignForManufacture

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Setup Design Rules for a Printed Circuit Board Tut 1.13C
This video describes how to set up the design rules for a printed circuit board.
It is based on a blog Kicad Tutorial 1.13: Track or Trace Clearance, Conductor Spacing, Vias, Design Rules. It can be found here:
kicad-tutorial.blogspot.com/2019/10/tutorial-113-track-or-trace-clearance.html
In particular, this video is applicable to the heading:
Setup Design Rules
The setting up of the design rules for a printed circuit board is discussed.
In the PCB Layout Editor or Pcbnew click File click Board Setup… .
The Board Setup window opens.  
We follow the recommendations of the PCB manufacturer.
In this case, we are using the OSH Park recommendations under the heading 
"Global Design Rules tab".

It can found at:  
docs.oshpark.com/design-tools/kicad/kicad-design-rules/
1. Leave Allow blind/buried vias unchecked.
2.      Leave Allow micro vias (uVias) unchecked.
3.     Set Minimum track width: 6,0 mils (OSH Park).
4.      Set Minimum via diameter: 20,0 mils (Use OSH Park minimum drill
at 10,0mils and double it).
5.      Set Minimum via drill: 10,0 mils (Use OSH Park minimum drill at 10,0mils).
6.       Set Minimum uVia diameter: 20,0 mils.
7.       Set Minimum uVia drill: 10,0 mils.

JLCPCB PCBs for $2 & SMT assembly service: jlcpcb.com/
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AC Version: banggood.com/custlink/3GK3C581V0
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Test Equipment:
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Differential Probe: bit.ly/31xNTOF

Microscope Equipment:
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jlcpcb.com/

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