Learn Pcb Designing By Making An Mp3 Player!

Published 11/2022
MP4 | Video: h264, 1280×720 | Audio: AAC, 44.1 KHz
Language: English | Size: 3.43 GB | Duration: 4h 11m

A Beginner’s Guide to the world of PCB Designing

What you’ll learn
Workflow of PCB Design
Various Features of EasyEDA Software
Build a cool MP3 Player
Schematic and Layout Design Rules
Gerber File Generation for Fabrication
Footprint Verification
Trace Width Calculation
Different layers of a PCB (Silkscreen, Solder Mask, Paste Mask)

Requirements
Laptop/ Copmuter with Internet connection

Description
Learn PCB Designing by building an MP3 Player from scratch. Right from making the reference circuits, testing them, designing the schematic and layout to finally enjoy the finished product!Become skillful at designing PCBs with this Comprehensive CourseLearn about the EasyEDA SoftwareDesign a 2 layered PCB for an MP3 Player!Grasp the various features provided by EasyEDAMaster the concepts pertinent to PCBs (Vias, Copper Pour, Trace width, Layer, etc.)Generate Gerber Fabrication File and know what it comprises Understand and Implement various features provided by the ESP32Get Familiarized with the Design Rules for Schematics & LayoutLearn PCB Designing to add another feather in your capThis course is designed to explore all of these features with a very practical approach. If there is one goal of our course, it’s to give you enough knowledge and confidence to go out there and build your own projects, which is the true essence of this course. This course is project based, so by the end of it, you’ll know how to make an really cool MP3 player with various features to change the song, volume, & pause play button.Overview of the Course: This course is meant for people who want to get started with PCB Designing or those who want to convert their ideas into full fledged products. By taking this course, you’ll be able to learn everything that one needs to know about designing PCBs and hence give you enough confidence to build projects on your own.We start off with a brief introduction to EasyEDA, the software which will be used to design our PCBs. And then move on to the various rich features it provides us with. The primary reason for choosing EasyEDA is becauseIt is completely freeShort learning curveCloud Based Platform Personally, I don’t like to learn anything if there is no proper end goal in mind. And that’s why I have specifically designed this course with a very practical approach. All the necessary information that a beginner needs to know about PCB designing are mentioned in this course. We discussed the workflow required for PCB designing: Ideation, Component selection, Testing and then using the software to design the Schematic and Layout of our PCB. To keep things interesting, we’ve included quizzes and coding assignments as well. These are not too difficult that will make you tear your hair out, but just hard enough to pique your interests.To make it easier for you to keep in track with the course, we have added external resources such as documentation, circuits & design files that have been used in the videos Complete with working files and designs, you’ll be able to work alongside the instructor as you work through each concept, and will receive a verifiable certificate of completion upon finishing the course

Overview
Section 1: Module 1

Lecture 1 Welcome to the Course!

Lecture 2 Introduction to EasyEDA

Lecture 3 Creating a New Project

Lecture 4 Features of EasyEDA

Lecture 5 Documentation

Section 2: Module 2

Lecture 6 Designing the Schematic

Lecture 7 Testing the Circuit

Lecture 8 Documentation

Section 3: Module 3

Lecture 9 DF Mini Player Library Part

Lecture 10 Verifying DF Mini Player

Lecture 11 Selecting Push Buttons

Lecture 12 Wiring the Push Buttons – Part 1

Lecture 13 Wiring Push Buttons – Part 2

Lecture 14 Adding Audio Jack

Lecture 15 Adding Pinouts for Rx/ Tx pins

Lecture 16 Wiring the Power Supply

Lecture 17 Renaming the Components

Lecture 18 Documentation

Section 4: Module 4

Lecture 19 Converting the Schematic to PCB

Lecture 20 Updating the Schematic

Lecture 21 Component Placement – Part 1

Lecture 22 Component Placement – Part 2

Lecture 23 Component Placement – Part 3

Lecture 24 Different Layers of a PCB

Lecture 25 Documentation

Section 5: Module 5

Lecture 26 Trace

Lecture 27 Resizing the PCB

Lecture 28 Routing – Part 1

Lecture 29 Routing – Part 2

Lecture 30 Rectangular Pour

Lecture 31 Vias

Lecture 32 DRC & Views

Lecture 33 Group/ Ungroup

Lecture 34 Documentation

Section 6: Module 6

Lecture 35 Gerber File

Lecture 36 Placing Order

Lecture 37 Documentation

Section 7: Module 7

Lecture 38 PCB Unboxing

Lecture 39 Final Look of the PCB

Lecture 40 Demonstration

Lecture 41 Conclusion

Lecture 42 Resources

Makers/ Hobbyist interested in PCB Design,Anyone who wants to convert their idea into a finished product,Engineering Students looking for an opportunity to upskill

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