Learn PCB Designing with EasyEDA - Quick and Easy

Name: Learn PCB Designing with EasyEDA - Quick and Easy
Rating: 4.4 (24 reviews)

Learn how to design professional PCBs using EasyEDA

Created byCreativo Education

Last updated 8/2021

English

English [Auto],

What you'll learn

Printed Circuit Board Designing - PCB Design
Schematic and Circuit Designing
Basic Concepts of PCB - Layers, Vias, Silk Screen etc
EasyEDA Software
Bill of material
Fabrication Output Files - Creating Gerber files
Customized Interface of EasyEDA

Course content

5 sections • 18 lectures • 2h 6m total length

What is PCB4:04
Understand what a printed circuit board is and how a schematic becomes a PCB layout with EasyEDA, including routing and generating fabrication files.
PCB Layers and Basic Concepts3:12
Learn how to design a two-layer PCB using EasyEDA, including placing and wiring components, using top and bottom layers, vias, drill holes, and color coding for layout and silkscreen.

Sign up and interface2:37
Explore how to sign up and navigate the EasyEDA interface to design and simulate PCBs, export fabrication files, and save your projects in the browser.
Schematic and Layout10:35
Learn to create a PCB project in EasyEDA by accessing the library, placing components, wiring nets, and converting the schematic to a PCB layout before saving and reviewing the design.
Creating First PCB Design24:49
Learn to design your first pcb in EasyEDA from schematic to board, wiring red, green, and blue editors, power header, routing, and fabrication file export.

Circuit Introduction0:42
Explore a basic PCB circuit with a 12-volt input, power regulators converting to 9 and 5 volts, and capacitors, then learn how the output header delivers the processed voltage.
Schematic Diagram14:51
Create a power regulator schematic in EasyEDA by placing input and output headers, regulators, and capacitors, then wire components into a clear pcb diagram.
Components Placement2:30
Place components on the EasyEDA printed circuit board, adjust the board size, and arrange the power input, capacitors, and outputs before routing.
Routing4:59
Save your design frequently to protect against power failures or crashes, then route on the top layer with 45-degree bends and use the bottom layer for short, efficient connections.
Advance routing and Fabrication output13:11
Master advanced routing and fabrication output in EasyEDA, learn to export Gerber files or fabricate at home with iron-on transfer, using top layer exports and ground planes.

Rectifier Schematic7:29
Learn to design a rectifier circuit in EasyEDA: place four diodes, wire input and output headers, add a capacitor for protection and filtration, name nets, and save the schematic.
Rectifier Layout and Assignment8:00
Design a rectifier layout in EasyEDA by placing ac input and dc output connectors. Place diodes and a capacitor, then align, distribute, rotate, and space components for a neat board.
Finalizing Rectifier Design3:17
Learn to finalize a rectifier design by switching from auto routing to manual routing in EasyEDA, manage cloud availability, load designs, and connect tracks precisely for a clean PCB layout.

Chapter Introduction0:26
Explore essential, often overlooked features in EasyEDA for PCB design, including tools hidden in the top panel and others in different windows, as this chapter introduction begins.
Downloading EasyEDA offline3:11
Download and install EasyEDA on your computer (Windows and Linux 64-bit), set up offline projects, collaborate on team projects, and use auto routing offline.
Motor driver circuit complete project16:31
Design a motor driver circuit in EasyEDA, place and connect components, and explore auto routing, ground planes, and fabrication file generation for a complete PCB project.
Bill of material1:34
Learn to create and export a bom for a printed circuit board, detailing components with model numbers, manufacturers, suppliers, quantities and prices, and generate an Excel bom from EasyEDA.
Custom interface and advance guides4:13
Explore how to customize the easyeda interface, adjust component heights and copper areas, and access fabrication options, shortcuts, and the complete easyeda guide for faster pcb design.

Requirements

Basic Idea of Electronic Components
A computer/Laptop

Description

Do you know more than 80 Billion $ worth of Printed Circuit Boards (PCBs) are fabricated each year, designed by PCB Designers (mostly electronic engineers).

This course is specially designed for you to understand PCB designing from the very beginning, this is a basic course for beginners to learn the concept very easily and quickly.

We will be using EasyEDA, a free tool to design a Printed circuit board with a lot of flexibility.

This course will cover how to draw schematic, label and organize it professionally, convert it into the PCB, we will create different two-layer PCBs while learning the concept of Layers & VIAs alongside. At the end of this course, we will have a complete concept of PCB designing with schematic diagrams, fabrication output files, and BOM, etc.

EasyEDA is an easier and powerful online PCB design tool that allows electronics engineers, educators, students, makers, and enthusiasts to design and share their projects. This is a design tool integrated LCSC components catalog and JLCPCB PCB service that helps users to save time to make their ideas into real products. Not only that but using EasyEDA You can create private or public projects including spice circuit simulations where a massive collection of open source projects helps you find more interesting projects and speeds up your design.

After this course, you will be able to design your own PCBs using EasyEDA for small college projects, for personnel projects as well as start your career as a freelance PCB designer.

The course is mainly divided into 5 sections covering 4 complete projects of PCB Design. We will be creating a Traffic light signal using 3 simple LEDs, Second one will be a Power regulator circuit, then a rectifier circuit, and at the end a complete motor driver circuit project. We will be exporting our design in Gerber files that are ready to be fabricated, we are also going to use Easy EDA online and offline in both ways.

Who this course is for:

Engineers
Electronic Engineers
Circuit designers
Engineering Students

Learn PCB Designing with EasyEDA - Quick and Easy

What you'll learn

Explore related topics

Course content

Introduction to the Course2 lectures • 7min

Easy EDA - Starting your first project3 lectures • 38min

Power Regulator Circuit Project5 lectures • 36min

Rectifier Project3 lectures • 19min

Additional Features of EasyEDA5 lectures • 26min

Requirements

Description

Who this course is for: