PCB Design of 2 Projects Using EasyEDA, IDEA to order PCB

Name: PCB Design of 2 Projects Using EasyEDA, IDEA to order PCB
Rating: 4.4 (22 reviews)

Stepvise Learning of Complete PCB Design for Power Bank, 12V PS, Learn Free EasyEda, Datasheets Understanding,

Created byHood Yasin

Last updated 7/2025

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What you'll learn

You will learn Electronic Schematic and PCB Design of Power Bank Battery Charger Using EasyEDA.
You will learn PCB design of 12V power supply with CAD tool (EasyEda)
You will learn How to read and Understand Datasheet for the Selection of Components for above projects PCB routing and PCB layouts.
You will learn PCB routing and Layout for projects.
You will learn, How to calculate the width of routing on PCB for each layer.
You will learn How to generate and order PCB and BOM from JLCPCB
You will be able to understand about resistor, capacitor, diode, Inductor few other electronics components
Quizz and Assignment is provided for your self-assessment.

Course content

3 sections • 33 lectures • 4h 48m total length

What you will Learn in This course.4:43
Design two PCB projects in EasyEDA—from idea to order—covering a powerbank charger and a 12-volt DC power supply; derive schematics from IC datasheets, route, and export BOM and Gerber files.
What is PCB and Steps to Reach PCB design12:37
Selection of IC Boost Converter using Datasheet9:49
Routing, Traces Width Calculation Methods12:22
Why I Choose PCB Design Profession6:09
Brief description of Basic Electronics Components6:32
Basic Electronic Components part II7:45
Explore how transistors, transformers, and inductors drive switching, energy transfer, and impedance matching in pcb design.

How to get Block Diagram of 12v DC power supply Stepwise7:14
Make a bit corrections here:
1 ) Consider here 17V AC instead of 14V AC in explanations.
2) Drop out voltage for this Regulator is 2V so i/p and o/p voltage difference should be minimum 2V , this much voltage is required to maintain smooth output for power supply. In our case Ripples 15.6V DC will be input and output will be smooth 12v DC.
What will be in this Project Stepvise1:22
Intro to EasyEda, Using Libraries4:09
Learn to start your first EasyEDA project, log in with Gmail or Hotmail, save a 12 volt dc power supply, and manage sheets while exploring the common library components.
Using PinHeader and Designing Rectifier4:17
Learn to place a two-pin header, set its prefix and visibility, and design a four-diode rectifier using SMD components while distinguishing surface-mount and through-hole options.
Parameters to Select Electrolytic Capacitor4:49
Parameters to Select Voltage Regulator Using Datasheet10:41
Read the voltage regulator datasheet to select a 12 V regulator, considering input/output voltages, dropout, protection, and the datasheet’s two capacitors on input and output for stability.
Designing Schematic of 12v DC circuit9:50
Design a 12v dc circuit schematic in easyeda by placing a voltage regulator, capacitors, diodes, led, resistor, and header; connect components with the wiring tool, zoom for accuracy, and save.
Schematic to PCB, Placement of Components Type 110:31
Convert a schematic to a two-layer pcb in EasyEDA, review DRC rules, explore 2d/3d views, place smd components and headers, and route with 45-degree angles to optimize traces.
Placement of Components 2nd way, Routing in Detail16:37
Generate Gerber Files, Ordering PCB3:24
Generate Gerber and PCB fabrication files, verify DRC, and order five PCBs, two-layer PCB, in blue with silkscreen, without assembly, at a low per-board price.
BOM, Bill of Material and Ordering Instock Components14:12
Learn to work with the bill of materials, identify in-stock parts from LCSC and JLCPCB libraries, evaluate part match confidence, and place orders or adjust as needed.
Basics of PCB Design

Introduction of Project2:16
Design a powerbank charger PCB with EasyEDA, from schematic design and data-sheet selection to final layout, covering USB input, Li-ion battery charging, and a 5-V output.
Explanation of Block Diagram of Battery Circuit2:05
Explain a block diagram for a powerbank charger that boosts 3.7V Li-ion to five volts using a boost converter IC, potentiometer, and Zener diode, with USB/microUSB input.
Selection of Battery Management IC Using Datasheet11:56
Select a battery management ic from the datasheet to charge a 3.7 v li-ion battery, using a boost converter and related power management components.
Explaining Parameters to select Boost Converter IC and Schottky Diode16:27
Selection of Resistors and different Capacitors by JLCPCB15:37
Select in-stock resistors and capacitors using EasyEDA and JLCPCB libraries. Learn to choose 1 kilo-ohm 0402 resistors and 1 microfarad, 4.7 microfarad, 220 microfarad capacitors for the project.
Selection of LEDs and Potentiometer9:44
Selection Criteria of Zener Diode9:31
Learn how to select a Zener diode for a 5-volt output using EasyEDA and JLCPCB libraries. Understand choosing diodes within 4.5 to 5.5 volts, reading datasheets, and using part numbers.
Choosing Inductor and explaining way of searching Pin Headers7:57
Finalizing Battery Holder and Usb Connector6:10
Micro Usb and Updating Battery Management IC4:36
Detailed Working and Practical Importance of Thermister in PCB12:17
Select and place an NTC thermistor for the tp4056m charger, verify pin configuration in the library, reference the data sheet, and establish consistent schematic names for clear pcb routing.
Designing Schematic of Charging Circuit12:43
PCB Routing, Part 01 , Random Placement of Components10:21
Explore two-layer pcb routing in easyeda by converting schematic to pcb, comparing random versus accurate component placement, and using auto routing to minimize vias and improve connections.
PCB Routing, Part 02, Placement of Components correctly11:11
Ordering PCB, Generate Gerber Files and Create BOM8:24
Order a two-part pcb project by generating gerber files and a bill of materials with in-stock LCSC parts, then use one-click ordering on JLCPCB for the pcb and components.
Design power supply with 12v and 5A DC as output.

Requirements

You will learn it from Basics of electronics to designing level so no prerequisites needed.
As i will teach you with examples in a very understandable and easy way so you will enjoy this course and practice it with Zero burden of electronics.
I will guide you stepvise how you can start your first project on EasyEDA.

Description

In this course, we will design PCB of 2 projects from start till end. We will design Power Bank Battery Charger and 12V DC power supply. How we can think to get the idea of schematic diagram of projects ? We will not do only copy paste of schematic diagram but also you will get complete explanation from where you will get the idea for this schematic. The use of each component and its purpose is clearly explained in these projects. So if you want to use them later in different projects then you can easily apply there.

The selection of each components on the basis of Datasheet will be discussed in detail. The parameters to select each component. PCB routing and layout for both projects will be described. The calculation for selecting the width of routing is also explained well.

How we can order the BOM for in stock and out of stock components. Different ICs will be used in these projects. We will get detailed overview of each IC with the help of Datasheet.

A brief introduction of few basic electronics components is also explained.

Importance of PCB designing and its online big market in freelancing is also described well with a separate video.

There is a Quizz and Assignment for self-assessment, by which you can improve your learning path for PCB designing.

Who this course is for:

Anyone who is interested in learning and polishing electronics, PCB designing for projects and for earning by taking online projects using freelancing.
Graduates, who want to polish their skill and get designing skills with electronics CAD tool.
If you want to learn a skill which will help you in present and in future, then this course is for you.
This course is for beginners with no background of electroincs and also for medium level.

PCB Design of 2 Projects Using EasyEDA, IDEA to order PCB

What you'll learn

Explore related topics

Course content

Introduction and Brief overview of course7 lectures • 1hr

Design Schematic and PCB Design for 12V DC Power Supply11 lectures • 1hr 27min

PCB Design of Power Bank Battery Charger15 lectures • 2hr 21min

Requirements

Description

Who this course is for: