PCB Design Techniques

Learning Objective

PCB is the foundation of electronics. Without a Printed circuit board no one can make an electronics product. Consider any electronic product that you are using in your day to day life. It may be a mobile phone or a laptop, television or whichever the product is, you can see a printed circuit in it.

Are you an electronics hobbyist or professional or student who wants to learn Professional Level PCB Design? Are you looking for a free but powerful PCB Design tool? Are you confused on which PCB tool to use for your next project? This course is perfectly suitable for you.

PCB is the foundation of electronics. Without a Printed circuit board no one can make an electronics product. Consider any electronic product that you are using in your day to day life. It may be a mobile phone or a laptop, television or whichever the product is, you can see a printed circuit in it.

Fees for Summer Internship

Softpro has taken an initiative to wave off the Summer Training Fees of 2021 for the students of B.Tech and Diploma(All Branch) for two reasons. Firstly, this Initiative is being taken due to the Covid 19 pandemic, when we know the economic condition of our country. Secondly, Softpro is offering free Internship since we have signed MOU with Department of Technical Education, Govt. of Uttar Pradesh to train the students on technical skills.

Training Syllabus

Introduction To EDA, History of Electronic Design Automation (EDA), Latest Trends in Market, PCB Manufacturing in India, What is PCB, Difference Between PWB and PCB, Types of PCB: Single Layer, Double Layer& Multi-Layer PCB, Different Type of Tools Used in PCB Designing.

Different Type of Active Components, Different Type Passive Components, SMT and THT Components, Testing and Identification, Axial Lead and Radial Lead, SIL and DIL Packages, TO and PGA, MELF, LCC, SOIC, QFP and Thin QFP, Ball Grid Array and PLCC.

Introduction to PCB Designing using Protues, Introduction to PCB Designing using OrCAD, PCB Designing Flow Chart, PCB Fabrication Process.

What is Schematic Designing, Need of Schematic Designing, Creating Schematic Design, Changing Components Properties, Realtime Annotation, Simulation of Rectifier and Analysis using CRO.

Debugging, Dealing with Errors, Creating a Database with SQLite3, CRUD Operations, Creating a Database Object

Simulation of Regulated Power Supply, Hardware Testing of Power Supply.

Terminals Mode, Wire Lebel Mode, Bus Mode, Sub-circuit Mode, Generator Mode, Virtual Instruments Mode.

How to select the right Data, Which are the best feature to use, Additional features selection techniques, A Feature selection case study, Preprocessing Introduction, Preprocessing Scaling techniques, How to Preprocess your Data, How to Scale your Data, Feature Scaling Final Project

Graphics Mode, Symbols Mode, Design Properties, Sheet Properties, Export to Graphics, Adding Logo.

Default Packaging, Manual Packaging, Schematic Transfer, Include and Exclude Component from ARES and ISIS, Component Placement, Manual Routing Routing, Introduction to ARES Menu.

Introduction to PCB Layers, Layers in PCB, Mechanical Layers, Documentation Layers, Jumper and Its Need, Tracks and Vias, Package Annotation, Graphic Modes, Board Edge Layer, Silk vs Copper.

Need of Autorouter, Autorouter in Proteus, Design Rule Manager, Design Rule Setup for Single Layer PCB

IR Sensor, Introduction to Schematic Design, Single Layer PCB Layout Designing, Regulated Power Supply,Schematic Design Dual Layer PCB Layout Designing

Footprint, Pad stacks, Vias, Tracks, Tear Dropping, Netlist & Ratsnest Mode, Manual Netlisting, Dimensions Mode, Footprint Creation, Reading Datasheets, Creating New Footprint, Adding new footprint into library, Assigning new package to symbols.

Via Creation, Connectivity Highlighter Mode, Changing the Connectivity, Connectivity Highlighter, DRC Errors and CRC Errors

Introduction to Power Planes, Need of Power Plane, Power Plane Setup, Ground Plane Generation, Vcc Plane Generation, Schematic Designing, Design Rule Setup for Multi-Layer PCB, Routing.

Generating 3D view of PCB Layout, Adding new 3D Model, Alignment, PDF Generation, Gerber Generation, Bill of Materials, Standard FR-4 Epoxy Glass, Multifunctional FR-4, Tetra Functional FR-4, NelcoN400-6, GETEK, BT Epoxy Glass, Cyanate Aster, Polyamide Glass, Teflon, IPC Standards for Schematic Designing , IPC Standards for PCB Designing , IPC Standards for PCB Material, IPC Standards for Documentation and PCB Fabrication.

Our Training Process

Get Registered with Softpro

01
02

Done with your regular classes.

Done with your Projects

03
04

Get Globally Certified

Trained Students

0K

Projects Done

0+

Happy Hours

0+
17+
Years Experience in this Field
Industry Academia Interaction

Bonus Lectures by Industry Expert from
Top - Notch Companies