Learn Pcb Design By Designing An Arduino Nano In Altium

Learn Pcb Design By Designing An Arduino Nano In Altium
Last updated 1/2021
MP4 | Video: h264, 1280×720 | Audio: AAC, 44.1 KHz

Learn Printed Circuit Board (PCB) design by creating your own Arduino Nano in Altium Designer.

What you’ll learn
Create an design a custom Arduino Nano in Altium Designer
Create their own custom components and component library
Draw the schematic of an Arduino Nano and wire components
Compile design detect and eliminate design errors
Define board shape and size
Route Printed Circuit Board (PCB)
Use to the autorouting capabilities to speed up the routing process
Use design rule checker to eliminate errors and reduce manufacturing board iterations
Requirements
A decently fast internet connection to download once-off +-3 Gigabytes file for Altium Designer (I show you where to download Altium Designer).
Time, Dedication and Patience to learn and implement new knowledge.
A PC that meets the minimum requirements of Altium Designer – Windows 7/8/10 32-bit Intel® Core™ i3 processor or equivalent 4 GByte RAM 3.5 GByte hard disk space (Install + User Files) Intel integrated graphics HD4000 or equivalent, supporting DirectX 9.0c and Shader model 3 (or later) Main monitor 1280×1024 screen resolution, Adobe® Reader® (8 or later) Internet Connection Up to date Web browser Microsoft Excel (required for Bill of Materials templates)
A licence or 30 day trial licence (I show you how to obtain a FREE 30 day trial licence) This course can be completed in less than 15 Days if you are persistent. The 30 days also serves as motivation so you do not procrastinate in your goal to finish this course
Description
Course Update:Note! This course price will increase to $200 as of 1st June 2020 from $190. The price will increase regularly due to updated content. Get this course while it is still low.
Overview

Lecture 1 Introduction

Lecture 2 Read this Before Embarking on This Course

Lecture 3 Download and Installing Altium

Lecture 4 Obtaining an Altium License

Lecture 5 Introduction to the Altium Interface

Lecture 6 Altium User Interface

Lecture 7 PCB Design Basics and Terminology

Section 2: Creating the Component Libraries

Lecture 10 Creating Diodes in Altium Design Component Library (Optional)

Lecture 11 Creating Headers (Optional)

Lecture 12 Adding 3D Bodies to Components

Lecture 13 Where to Find Altium Designer Libraries

Lecture 14 Others places to get Altium Libraries

Section 3: Schematic Design

Lecture 15 Placing Components in Schematic View

Lecture 18 Altium Keyboard Shortcuts

Lecture 19 Detailed Keyboard Shortcuts

Lecture 21 Keeping things Neat in Altium Schematic View

Lecture 22 Annotating Designators and Compiling Project

Lecture 23 Got a minute? Please leave a Positive Rating and Comment for this Course

Section 4: PCB Design

Lecture 24 PCB Basics

Lecture 25 Defining Board Shape

Lecture 26 Placing Components in PCB View

Lecture 27 Routing and AutoRouting

Lecture 31 Cleaning up the PCB Design (Edges and Text Strings)

Section 5: Generating Files for Manufacturers

Lecture 32 Generating Manufacturer Gerber Files and Bill of Materials

Lecture 33 My First Arduino Bill of Materials

Section 6: Bonus Section

Lecture 34 Cool Resources for Students

Lecture 36 Differential Pairs – What They Are, Advantages And More

Lecture 37 Right angled tracks (90 Degree Tracks) Are they good or evil?

Lecture 38 Sizing Traces on PCB