PCB Design + PCB For Microcontroller Circuit+ MultiLayer PCB
PCB Design + PCB For Microcontroller Circuit+ MultiLayer PCB, available at $64.99, has an average rating of 4.35, with 149 lectures, 11 quizzes, based on 66 reviews, and has 494 subscribers.
You will learn about Designing Single Layer , Double Layer & MultiLayer PCBs using EasyEDA PCB Tool & considering General Guidelines for Layout / PCB Design & with DRCs. Designing Surface Mount PCBs ( Single Layer & Double Layer ) Creating Library parts like Custom Components ,Schematic Modules & PCB Modules . Designing Big PCB Project for Microcontroller Based system Design . Generating Artwork Files & Creating small in-house PCB Fabrication setup . Generating Gerber File & Ordering PCBs and also BOM for Ordering Components This course is ideal for individuals who are Initially Contents were for Basic Level & then Updated the Contents for – All Levels – Beginners , Hobbyists , Teachers who are interested to Learn to Create Professional PCB Designs , by applying knowledge of Electronics . University Students , Students from Engineering colleges & Polytechnic Institutes , who want to Design the PCB for their Electronics based Academic Project . Anyone who wants to make career in PCB design . Entrepreneurs / who want to start Business in PCB Design & Fabrication setup with Low cost for Single Layer PCBs. Electronic Designers / Embedded Engineers / Electronic Circuit Design Professionals , who are new to PCB Design field . or Contents are Extended for Intermediate & Advanced Level , by adding MultiLayer PCB Design It is particularly useful for Initially Contents were for Basic Level & then Updated the Contents for – All Levels – Beginners , Hobbyists , Teachers who are interested to Learn to Create Professional PCB Designs , by applying knowledge of Electronics . University Students , Students from Engineering colleges & Polytechnic Institutes , who want to Design the PCB for their Electronics based Academic Project . Anyone who wants to make career in PCB design . Entrepreneurs / who want to start Business in PCB Design & Fabrication setup with Low cost for Single Layer PCBs. Electronic Designers / Embedded Engineers / Electronic Circuit Design Professionals , who are new to PCB Design field . or Contents are Extended for Intermediate & Advanced Level , by adding MultiLayer PCB Design.
Enroll now: PCB Design + PCB For Microcontroller Circuit+ MultiLayer PCB
Summary
Title: PCB Design + PCB For Microcontroller Circuit+ MultiLayer PCB
Price: $64.99
Average Rating: 4.35
Number of Lectures: 149
Number of Quizzes: 11
Number of Published Lectures: 149
Number of Published Quizzes: 11
Number of Curriculum Items: 165
Number of Published Curriculum Objects: 165
Original Price: ₹5,499
Quality Status: approved
Status: Live
What You Will Learn
- Designing Single Layer , Double Layer & MultiLayer PCBs using EasyEDA PCB Tool & considering General Guidelines for Layout / PCB Design & with DRCs. Designing Surface Mount PCBs ( Single Layer & Double Layer ) Creating Library parts like Custom Components ,Schematic Modules & PCB Modules . Designing Big PCB Project for Microcontroller Based system Design . Generating Artwork Files & Creating small in-house PCB Fabrication setup . Generating Gerber File & Ordering PCBs and also BOM for Ordering Components
Who Should Attend
- Initially Contents were for Basic Level & then Updated the Contents for – All Levels – Beginners , Hobbyists , Teachers who are interested to Learn to Create Professional PCB Designs , by applying knowledge of Electronics . University Students , Students from Engineering colleges & Polytechnic Institutes , who want to Design the PCB for their Electronics based Academic Project . Anyone who wants to make career in PCB design . Entrepreneurs / who want to start Business in PCB Design & Fabrication setup with Low cost for Single Layer PCBs. Electronic Designers / Embedded Engineers / Electronic Circuit Design Professionals , who are new to PCB Design field .
- Contents are Extended for Intermediate & Advanced Level , by adding MultiLayer PCB Design
Target Audiences
- Initially Contents were for Basic Level & then Updated the Contents for – All Levels – Beginners , Hobbyists , Teachers who are interested to Learn to Create Professional PCB Designs , by applying knowledge of Electronics . University Students , Students from Engineering colleges & Polytechnic Institutes , who want to Design the PCB for their Electronics based Academic Project . Anyone who wants to make career in PCB design . Entrepreneurs / who want to start Business in PCB Design & Fabrication setup with Low cost for Single Layer PCBs. Electronic Designers / Embedded Engineers / Electronic Circuit Design Professionals , who are new to PCB Design field .
- Contents are Extended for Intermediate & Advanced Level , by adding MultiLayer PCB Design
Hello Dear Student ,
I welcome you , for Enrolling this Course .
This is basically a Beginners Course with Basic Level Content focused on PCB Design using EasyEDA , a Free & On-Line PCB Design Software and it covers Content with 1-Layer , 2-Layer Through Hole type & SMT type PCB Design & also Multi-layer ( 4-Layer ) PCB Design , as a beginner’s reference suitable for Electronics Polytechnic , Engineering & University Students & Hobbyists .
Apart from PCB Design content , Added introductory level content ( At Very Basic Level ) of VHDL Programming using Xilinx ISE Webpack Software a Free Downloadable Software . You may treat the VHDL Basic Level Programming Content as a complementary Content , if you are Electronics Students .
If you are interested in Only PCB Design Content , you may skip / ignore VHDL Basic Level Programming Content .
All the Content of this Course are based on Free Softwares & either OnLine Or downloadable Softwares for Design / Programming .
1. PCB Design ( 1 Layer , 2 Layer & Multilayer 4 Layer PCB Design Examples ) using a OnLine & Free PCB Design Software “EasyEDA” ,
2. VHDL Programming using Xilinx ISE Webpack , a Free Downloadable Software ( After Registering Your Account with Xilinx Website ) .
At the beginning , the Course Title was “ Step by Step PCB Design for Electronics Projects ” , a Course in PCB Design for Beginner Level .
My approach is to continuously add & update the Content of this Course , so-that it may be helpful specifically to Electronics Polytechnic , Engineering , University Students & also to Hobbyists .
Course Update 1st : ( Feb. 2021 ) : Added Content : VHDL Programming Examples using Xilinx ISE Webpack software .
Course Published ( In Aug. 2020 ) : Content of PCB Design using EasyEDA OnLine PCB Design Software .
Description :This PCB Design Course are developed using a very Popular EasyEDA PCB Design Software , which is a Free , Web based ( OnLine ) Tool & it has huge Components & Part Library. EasyEDA PCB Tool supports to Windows platform , Linux O.S. & also runs on Mac & Android platforms,as long as there is one browser on the O.S. & connecting to Internet.
Video Contents for every stages for Professional PCB Designs are explained with separate & Short Video sessions in a simple way for better understanding,even for the Beginners .
– Schematic Design Stage
– PCB Layout Design Guidelines ( Component Placement Guidelines )
– PCB Layout Design ( Component Placement Stage )
– PCB Design Guidelines ( Track Routing Guidelines , DRCs )
– PCB Design ( Track Routing Stage )
After observing Video sessions & also for the practice purpose , I have added the PDF / Text Documents , called as – “Quick Reference Guide” , which explains the Step by Step Designing Procedure for Single Layer , Double Layer & MultiLayer PCBs for some Examples . Separate Quick Reference Guide is provided to each type of PCBs .
Some Quiz / MCQs – Multiple Choice Questions are also incorporated by adding the separate Document for its Answer Key .
In this course you will learn about –
– Creating Single Layer PCB Design – Two Examples
– Creating Single Layer Surface Mount ( SMT / SMD ) PCB Design – Example .
– Creating Single Layer PCB Design with AutoRouter – Example
– Creating Double Layer PCB Design – Two Examples
– Creating Double Layer Surface Mount ( SMT / SMD ) PCB Design – Example
– Creating Double Layer PCB Design Example with AutoRouter – Example
– Creating Multi-Layer PCB Design – Example
– Creating Schematic Module – Example
– Creating PCB Module – Example
– Creating Schematic Symbol – Example
– Creating Footprint – Example
– Creating Custom Component – Example
-
– Creating Big PCB Project – Microcontroller ( 8051 ) based System Design
( which is a Multisheet Design having Schematic Modules
> 8051 Micro-controller with Clock & Reset Circuit
> DC Power Supply
> ADC 0804 Circuit
> 16 x 2 Char. LCD Display )
For Entrepreneurs / who want to start the Business , I have explained the generation of Artwork Files & small Setup for PCB fabrication ( For Single Layer PCB ) .
For Electronics Professionals / Designers , I have explained the Sizable PCB Project of Micro-contoller based System Design . Also PCB Layout Guidelines / PCB Design Guidelines ( Component Placement & Track Routing Guidelines ), DRCs , Crosstalk Issues , Maximizing Grounding , MultiLayer Stackup Planning , Multisheet design etc. will be useful information .
VHDL Programming Content are explained with some Basic VHDL Programming Examples based on Combinational & Sequential Digital Logic and with Step by Step approach i.e. VHDL Program Code , Synthesis , VHDL Test Bench & Behavioral Simulation .
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Instructor has more than a 22 Years of Design Experience after M.Tech. in Electronics Design & Technology , which includes the Experience in Electronic Circuit Design , Embedded System / VLSI- FPGA & CPLD Design . He has experience on a variety of EDA tools & Programming Softwares / Platforms like Python3.8 ( IDLE ) , Thonny , Google Colab , Anaconda Navigator – Jupyter Notebook , Spyder Python , Xilinx ISE Tool & Xilinx Vivado Tool for Xilinx FPGAs SPARTAN6 / Artix -7 & CPLDs XC9572 / 108 with VHDL & Verilog Programming , Cypress PSOC Designer for PSOC1 & PSOC Creator for PSOC 3 & PSOC 4 , STM32CubeIDE for STM32 – ARM 32 Bit Core Based Microcontroller , Keil uVision4 for MCS-51 Family Microcontrollers , Atmel AVR Studio for ATMega32 /128 Microcontrollers , Microchip MPLAB for PIC 16 / PIC 18 Microcontrollers , Crouzet Millenium3 for PLCs Ladder programming , FBD , Arduino CC s/w for Arduino Uno Boards , Energia for MSP430 from Texas Instruments and also which includes PCB Softwares such as EasyEDA , Eagle ( Fusion 360 ) , KiCad 5.1 , Fritzing & Express PCB etc .
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Course Curriculum
Chapter 1: PCB & PCB Design
Lecture 1: About this PCB Design Course
Lecture 2: What you will Learn in this PCB Design Course
Lecture 3: Which MicroController PCB Project , You will Learn in this PCB Design Course
Lecture 4: Quick Reference Guide – PCB & PCB Design – Terms Used
Lecture 5: Presentation – Introduction to PCB & PCB Design
Lecture 6: Presentation – About PCB Boards
Chapter 2: Electronic Components & Dimensions for PCB Designing
Lecture 1: Presentation – Electronic Components & it's Dimensions
Chapter 3: Introduction to EasyEDA PCB Tool
Lecture 1: Creating Account ( To Access EasyEDA PCB Tool )
Lecture 2: Features of EasyEDA PCB Tool
Chapter 4: First PCB Design Project with Basic Design Flow
Lecture 1: First PCB Design Project ( With Basic Design Flow )
Lecture 2: Understanding – PCB Layout Design & PCB Design
Chapter 5: Schematic Design – Single Layer PCB
Lecture 1: Schematic Design ( Dual DC Power Supply )
Lecture 2: Adding Details to Schematic
Chapter 6: Component Placement Guidelines for PCB
Lecture 1: Component Placement Guidelines ( PCB Layout Design Guidelines )
Chapter 7: Component Placement ( Single Sided PCB )
Lecture 1: Component Placement ( PCB Layout Design )
Chapter 8: Track Routing Guidelines ( Single sided PCB )
Lecture 1: Track Routing Guidelines ( PCB Design Guidelines ) – Single Layer PCB
Lecture 2: Track Routing Methods in PCB Design
Chapter 9: Track Routing ( Single sided PCB )
Lecture 1: Single Layer PCB Design ( Track Routing )
Chapter 10: Grounding Techniques in PCB Design
Lecture 1: Grounding Techniques in PCB Design
Chapter 11: DRC – Design Rule Check
Lecture 1: DRC – Design Rule Check
Chapter 12: Cross Probing Feature
Lecture 1: Cross Probing
Chapter 13: Using Auto Router ( For single Sided PCB )
Lecture 1: Single Layer PCB Design using AutoRouter
Chapter 14: Quick Review – Single Sided PCB Design
Lecture 1: Presentation – Quick Review – Single Layer PCB Design
Lecture 2: Quick Reference Guide – Step By Step Procedure : Single Layer PCB Design
Chapter 15: PCB Artwork & Small Setup for 1-Layer PCB Fabrication
Lecture 1: PCB Artwork
Lecture 2: Solder Mask Layer on PCB
Lecture 3: SilkScreen Layer ( Legend ) on PCB
Lecture 4: About Small Setup for Single Layer PCB Fabrication
Chapter 16: Creating Modules
Lecture 1: Creating Schematic Module
Lecture 2: Creating PCB Module
Lecture 3: Presentation – Quick Review – Creating Schematic Module
Lecture 4: Presentation – Quick Review – Creating PCB Module
Chapter 17: Schematic Design Tool Features
Lecture 1: Schematic Design – Wiring Tools ( Part – 1 )
Lecture 2: Schematic Design – Wiring Tools ( Part – 2 )
Lecture 3: Schematic Design – Multisheet Design
Chapter 18: Single Layer Surface Mount (SMT) PCB Design Project
Lecture 1: Schematic Design – SMT PCB
Lecture 2: Component Placement(Layout Design)-SMT PCB
Lecture 3: Single Layer SMT PCB Design ( Track Routing )
Lecture 4: Making a New Version of PCB Design
Lecture 5: Presentation – Quick Review – Single Layer Surface Mount ( SMT) PCB Design
Chapter 19: PCB Design Project with directly using PCB Design Editor
Lecture 1: Creating a PCB Project without Schematic Tool
Chapter 20: Creating Custom Library Parts ( Workspace Parts )
Lecture 1: Creating Symbol
Lecture 2: Creating Footprint
Lecture 3: Creating Custom Component
Lecture 4: Presentation – Quick Review – Creating Custom Component ( User Created Part )
Lecture 5: Quick Reference Guide – Step By Step Procedure : Creating Custom Component
Chapter 21: PCB Design Guidelines ( Double Layer PCB )
Lecture 1: PCB Design Guidelines for Double Layer PCB
Chapter 22: Via in a Double Layer PCB Design
Lecture 1: Via in a PCB
Chapter 23: Double Layer PCB Design Project 1st
Lecture 1: Schematic Design of Timer Project ( Using IC 555 )
Lecture 2: Component Placement ( PCB Layout Design ) of IC555 Timer Project
Lecture 3: Double Layer PCB Design (Track Routing ) of IC555 Timer Project
Chapter 24: Double Layer PCB Design using AutoRouter ( IC 555 Timer Project )
Lecture 1: Double Layer PCB Design using AutoRouter ( IC 555 Timer Project )
Chapter 25: Double Layer PCB Design Project 2nd
Lecture 1: Schematic Design of Instrumentation Amplifier Project
Lecture 2: Component Placement (PCB Layout) of Instrumentation Amplifier Project
Lecture 3: Double Layer PCB Design( Track Routing ) of Instrumentation Amplifier Project
Chapter 26: Optimization of Double Layer PCB Design ( Instru. Amplifier )
Lecture 1: Optimization of Double Layer PCB Design ( Instrumentation Amplifier Project )
Lecture 2: Adding Text on Various Layers of PCB
Chapter 27: Quick Review – Double Sided PCB Design
Lecture 1: Presentation – Quick Review – Creating Double Layer PCB Design
Lecture 2: Quick Reference Guide – Step By Step Procedure : Double Layer PCB Design
Chapter 28: Double Layer SMT PCB Design Project
Lecture 1: Double Layer Surface Mount (SMT) PCB Design using IC555 Timer
Chapter 29: PCB Design Guidelines for MultiLayer PCB
Instructors
-
Pravinkumar Ambekar
Electronic Circuit Designer,Developer,Programmer & Trainer.
Rating Distribution
- 1 stars: 3 votes
- 2 stars: 3 votes
- 3 stars: 5 votes
- 4 stars: 27 votes
- 5 stars: 28 votes
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