PCB design using EASYEDA

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Shekhar Nandanwar

1:57:54

191 View

1. Introduction

1. Introduction Basics of PCB.mp4

09:55

2. PCB Terminologies.mp4

15:34

3. PCB design.html

2. Schematic Design

1. Getting hands on with the EasyEDA tool First Project.mp4

03:56

2. EasyEDA Tool.html

3. Schematic Design of Microcontroller circuit.mp4

17:07

4. Schematic Design of CH340 IC and Other Circuit.mp4

19:26

5. Circuit design.html

3. PCB design and Layout

1. Placement of Components.mp4

16:47

2. components.html

3. Routing and Layout.mp4

07:20

4. Copper Pour and 3D viewer.mp4

02:41

5. Working with silkscreen layer.mp4

08:07

6. Design Rule Check.mp4

02:48

4. Gerber files and BOM files (OUTPUT Files)

1. Gernerating Bill of materials and gerber files.mp4

06:11

2. Uploading files to the PCB Manufacturer.mp4

08:02

Description

Powerful, easy and user friendly PCB design software used by students, professional, maker and ethusiastic people.

What You'll Learn?

Basics of Printed Circuit Board
Schematic and circuit design
Selection of Components
Routing and layout
Design rule check
Generate Gerber files
How to order the pcb from the gerber files

Who is this for?

Students, teachers, makers and professionals

Electronics enthusiastic

What You Need to Know?

No prior experience as such but good to have basics of electronic

More details

Description
After completing this course I am pretty much sure that you will be able to design your own printed circuit board. This course is a 2 hour course with instructed lectures and explanation on each topic. This course is designed for students, engineers, electronics makers and professionals or anyone interested in making the university projects. Do not need any software to download as we will use the online PCB editor in this course. We will guide you to the entire process of Printed circuit board design.
The Topic which are covered
1. Introduction to PCB design: Learn what is PCB and the different terminologies used in the PCB. Differentiate between through hole and smd components. Step by step instruction on how to design a PCB. Use the Free EasEDA software in this course. We will also see the EasEDA interface on the webbrowser. You will just need a Webbrowser with and active internet connection.
2. Schematic Design: Convert the circuit design to the Schematic design. Select components and do the connection. Perform electrical rule check after completing the schematic. This is the first step in PCB design and it should be correct to make it work.
3. PCB design and Layout: convert the schematic design to the PCB. Learn how to place the components/footprint according to the schematic design. Route the tracks using the autorouting feature of the EasyEDA tool. Perform design rule check based on the rules defined.
4. Gerber files and BOM: After completing the design, then generate the gerber files or the output files. This gerber files are given to the PCB manufacturer to manufacture this PCB according to the design.
If you have build some circuit on breadboard and want to convert it to a PCB then this you are at the right place. We will teach you how you can convert the circuit design to the schematic design and then convert them to Printed circuit board. Manufacture those PCBs and after that you can physically solder the components and test those PCBs.
Who this course is for:
Students, teachers, makers and professionals
Electronics enthusiastic

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PCB Design

Shekhar Nandanwar

Instructor's Courses

As an electronics engineer and trainer, I have extensive experience in the design, development, and implementation of electronic systems, as well as in the instruction and training of individuals and groups in the field of electronics. My expertise includes both theoretical and practical aspects of electronics, with a focus on practical applications and hands-on learning.In my instruction, I aim to create an engaging and interactive learning environment, where learners are encouraged to ask questions, explore ideas, and apply their knowledge to real-world problems. I use a variety of teaching methods and materials, including lectures, demonstrations, simulations, and hands-on exercises, to cater to diverse learning styles and needs.My areas of expertise in electronics include circuit design and analysis, signal processing, control systems, and instrumentation. I also have experience in working with a variety of electronic devices and systems, including microcontrollers, sensors, actuators, and communication protocols.Whether you are an aspiring electronics engineer looking to gain foundational knowledge and skills, or a seasoned professional seeking to enhance your expertise in a specific area, I am confident that my instruction and training will meet your needs and exceed your expectations.

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