Master Pcb Design With Orcad: The Ultimate Electrical Design

Master PCB Design with OrCAD: Unlock the Secrets of Electrical Design, Schematic Capture, and PCB Board Layout

What you'll learn

Fundamentals of Electronics: Grasp the core principles of electronics theory, building a solid foundation for your future design projects.

Circuit Design and Analysis: Gain skills in designing and analyzing circuits effectively, applying industry-standard techniques.

Understanding Printed Circuit Boards (PCBs): Discover the basics of PCBs, including the critical components and instruments used in their design.

Practical PCB Layout Design: Engage in hands-on experience with creating schematics, building libraries, and designing electronic symbols and packages (footprin

Requirements

Foundational Electronics Knowledge: A solid grasp of basic electronics concepts will help you maximize your learning.

Basic Circuit Knowledge: Familiarity with circuit components (e.g., resistors, capacitors, diodes) and their functions is essential.

Description

What You Will Learn:This course covers the Fundamentals of Electronics, building your foundation for PCB and Electrical Design. You'll master Circuit Design and Analysis techniques using industry-standard tools, understand the basics of PCBs, and gain hands-on experience in schematics, component libraries, and professional-grade footprints, all while applying Electrical Design best practices.Key Features:Learn to seamlessly transition from schematic to board design, mastering constraint management and design rule checking (DRC). Develop skills for creating single- and double-sided PCBs, efficient power and ground planes, and generating Gerber files for manufacturing.Why PCB and Electrical Design Are in Demand:The growing electronics industry, driven by IoT, 5G, and miniaturization trends, demands skilled PCB designers. Industries need customized PCB designs, and green initiatives call for energy-efficient solutions, highlighting the importance of Electrical Design expertise.Why Choose This Course:Gain comprehensive knowledge, master OrCAD tools, and apply your skills in real-world projects. With flexible online learning, this course ensures you're equipped to excel professionally.Course Highlights:Learn PCB design fundamentals, OrCAD training, and hands-on practice to become proficient in Electrical Design.Transform Your Future with Our PCB Design Course!PCB Design and electronic circuits are the foundational elements of all types of electronic products. Printed Circuit Boards (PCBs) are derived from both analog and digital circuits, meticulously crafted to meet specific application requirements. These boards are the backbone of the electronics industry, found in everything from everyday gadgets like computers, smartphones, and gaming consoles to advanced industrial and high-tech products.Welcome to our comprehensive online PCB Design course! This transformative journey will elevate your skills from the basics to an expert level in PCB design. This course is meticulously designed to equip you with the essential knowledge and skills needed to create professional-grade Printed Circuit Boards.Why is PCB Design in High Demand?The demand for PCB design services is skyrocketing due to several key factors:- Electronics Industry Growth: The explosion of electronics across diverse sectors, including consumer electronics, automotive, aerospace, healthcare, and IoT, has significantly increased the demand for PCBs.- Miniaturization: As electronic devices shrink and become more compact, the need for intricate PCB designs to accommodate complex circuitry in limited spaces has surged.- Technology Advancements: Innovations like the Internet of Things (IoT), 5G connectivity, and wearable devices require cutting-edge PCB designs to support their functionalities.- Rapid Prototyping: The trend towards rapid prototyping and shortened product development cycles demands efficient PCB design services for quick iterations and testing of new designs.- Customization: Industries now seek customized PCBs tailored to their specific needs, driving demand for design services that can deliver bespoke solutions.- Outsourcing Trends: Many companies prefer to outsource their PCB design requirements to specialized providers, allowing them to leverage expertise, reduce costs, and accelerate time-to-market.- Green Initiatives: There’s an increasing focus on environmentally friendly PCB designs, leading to a demand for designers capable of creating energy-efficient and recyclable PCBs.Why Choose Our PCB Design Course?Our course is the ultimate choice for passionate individuals eager to excel in PCB design or those looking to establish a rewarding career in this field. Here’s what makes us stand out:- In-Depth PCB Design Knowledge: Gain a thorough understanding of PCB design principles, from fundamental concepts to advanced techniques.- Comprehensive Tool Training: Master industry-standard tools like OrCAD. Learn to create schematics with OrCAD Capture, design footprints using Package Editor, and craft intricate board layouts with PCB Editor.- Flexible Online Education: Enjoy the convenience of online learning! Our course allows you to study at your own pace, anytime and anywhere in the world.- Best-in-Class Instruction: Learn from experienced instructors with extensive expertise in PCB design. Benefit from their real-world industry insights and best practices.- Practical Projects: Apply your newly acquired knowledge to real-world projects, ensuring you develop the practical skills necessary to excel in the industry.Course Highlights:- PCB Design Fundamentals: Start with the essentials of PCB design, including components, schematics, and layout principles.- OrCAD Overview: Explore OrCAD's capabilities through OrCAD Capture, learning to create comprehensive schematics for your PCB projects.- Professional-Grade Design: Master the creation of intricate PCB layouts with precision, learning how to troubleshoot and optimize your designs for peak performance.- Hands-On Practice: Engage in practical projects and exercises that reinforce your learning, ensuring you can confidently tackle real-world PCB design challenges.- Expert Guidance: Access support from our dedicated instructors committed to your success.Why PCB Design Matters:PCB design is crucial in the modern electronics industry. As technology evolves, the demand for skilled PCB designers who can create efficient and compact circuit boards continues to grow. This course empowers you to meet that demand.Start Your Journey Today!Join us on your path to becoming a PCB design expert! This course provides you with the knowledge, tools, and hands-on experience to stand out in the field. Whether you aspire to work for top electronics companies, launch your PCB design business, or embark on a personal project, this course is your essential stepping stone.Enroll Now!Don’t miss the chance to access the best PCB design education available online. Enroll now and take the first step toward mastering PCB design with OrCAD. Your journey to expertise in PCB design starts here!PCB Design Course Content Overview:- Schematic Design: Basic electronics theory, circuit designing fundamentals, schematic preparation, part editing, net list creation, BOM generation, and electrical rule checking.- Footprint Creation: Through-hole, surface mount device, and BGA/PGA footprint creation.- Board Designing: Board size and shape creation, component placements, PCB routing, plane creation, design rule checking, and Gerber generation.Skills You Will Gain After Course Completion:- Expertise in basic electronics and electronic components.- Circuit designing (including power management).- Circuit simulation for optimal understanding.- Proficiency in tools/software.- Basic design practice up to 2 layers and advanced practice up to 6 layers.Design Expertise:- Assignments include single and double-sided PCBs, as well as designs for 2, 4, and 6 layers.Library Module:- Symbol and footprint design for all package types, normal and critical placement techniques, routing techniques, and Gerber creation.Benefits of Choosing Our PCB Design Course:- Strong foundation in basic electronics.- Circuit design capability.- Circuit analysis and ERC proficiency.- Knowledge of components and power supply design.- Expertise in PCB-CAD tools and library creation.- Multi-layer PCB design skills and GerIs This Course Right for You?This PCB Design course is tailored for a diverse audience eager to master the art of Printed Circuit Board design. Whether you're aiming to advance your career or enhance your existing skills, this course is perfect for you if you fit into one of the following categories:- Diploma Holders: Ideal for those with diplomas in Electronics and Communication, Electronics and Electrical, or Electrical Engineering looking to build a solid foundation in PCB design.- Engineering Graduates: If you have a Bachelor of Engineering in Electronics and Communication or Electrical and Electronics, this course will deepen your understanding and expose you to advanced design techniques.- Science Professionals: Graduates with a BSc or MSc in Electronics or related fields will find this course valuable in expanding their technical skills and enhancing their job prospects.- Industry Professionals: This course is tailored for hardware designers, PCB manufacturers, and electronic components engineers who aspire to refine their skills in PCB design and development.- Circuit Designers and Embedded Engineers: If you're a circuit designer or embedded engineer, this course will equip you with the tools and techniques necessary to create efficient and effective PCBs, enhancing your project outcomes.- Aspiring Beginners: If you're a beginner interested in the development of PCBs, this course serves as an excellent introduction, providing you with essential knowledge and hands-on experience.Join us and unlock your potential in PCB design! Whether you aim to enhance your career or embark on a new path, this course will propel you towards success in the dynamic field of electronics.Start Today:Join now to master PCB and Electrical Design, essential for innovation in modern electronics.

Overview

Section 1: Introduction

Lecture 1 Introduction

Lecture 2 Adding Dimensions and Notes to LiveDoc

Lecture 3 Advanced Export Options

Lecture 4 Cleaning Up the Last DRCs

Lecture 5 Exporting Files

Lecture 6 Generating Assembly Drawings

Lecture 7 Inspecting Output Files

Lecture 8 Intro

Lecture 9 LiveDoc Visibility Options

Lecture 10 The Manufacturing Tab and Exports

Lecture 11 LiveDoc

Section 2: Constraint Management

Lecture 12 Intro

Lecture 13 The Constraint Manager Tool

Lecture 14 Setting Up Physical Constraint Sets

Lecture 15 Additional Rules for Physical Constraint Sets

Lecture 16 Editing the Via List

Lecture 17 Assigning Constraint Sets to Nets in the Design

Lecture 18 Spacing Constraint Sets

Lecture 19 Fixing DRC Errors

Section 3: Fanouts

Lecture 20 Intro

Lecture 21 Fanout Command

Lecture 22 Radial Fanout

Lecture 23 Using the Helper Window

Lecture 24 Pin to Via Space

Lecture 25 Linear Fanouts

Lecture 26 The Search Function

Section 4: Adding Teardrops and Tap

Lecture 27 Intro

Lecture 28 Why We Use Teardrops and Tapers

Lecture 29 The Teardrops and Tapers Command

Lecture 30 Settings

Lecture 31 Adding a Teardrop

Lecture 32 Adding Teardrops to a Large Section of the Board

Lecture 33 Reports to Run to Find Missing Tapers

Lecture 34 Adding Tapers

Lecture 35 Unique Taper Instances and How to Navigate Them

Section 5: 3D Views-Design Review and Markup

Lecture 36 Intro

Lecture 37 3D Options

Lecture 38 View Options

Lecture 39 Opacity Slider Options

Lecture 40 Managing Views of Individual Views

Lecture 41 Place Bounds in DFA Bounds in 3D

Lecture 42 Layer View Options

Lecture 43 Color Options

Lecture 44 Markup Options

Lecture 45 Leaving Comments

Lecture 46 Reviewing Comments

Lecture 47 Resolving Issues and Comments

Section 6: First Pass Routing

Lecture 48 Intro

Lecture 49 Visibility

Lecture 50 Quick Access Toolbar

Lecture 51 Routing Modes and Commands

Lecture 52 Routing from a Target Pin

Lecture 53 Swap Command

Lecture 54 Working Layer Mode

Lecture 55 Routing Power Traces

Lecture 56 Routing Multiple Traces at Once

Lecture 57 Routing Continued

Lecture 58 Creating a Shape to Connect Pins

Section 7: Silkscreening

Lecture 59 Intro

Lecture 60 Editing Silkscreen Elements on the Board

Lecture 61 Moving Text on the Silkscreen Layer

Lecture 62 Adding Silkscreen Features to Footprints

Lecture 63 Adding text to the Silkscreen Layer

Lecture 64 Viewing Silkscreen in 3D mode

Lecture 65 Changing Reference Designators on the Board

Section 8: Second Pass Routing and DRC Cleanup

Lecture 66 Intro

Lecture 67 Reviewing DRCs

Lecture 68 Fixing DRCs

Lecture 69 Assigning a Trace to the Power Net

Lecture 70 Adjusting the Neck Width in the Power Constraint Set

Lecture 71 Adjusting Multiple Neck Widths of Pre-drawn Traces

Lecture 72 Hugging and Shoving in the Slide Command

Lecture 73 Using the Tab Key to Switch Available Selections

Lecture 74 Adjusting the Smoothing Slider in Slide Command

Lecture 75 Shape Utilities

Lecture 76 Thermal Reliefs

Lecture 77 Changing Shape Priority

Lecture 78 Adjusting Trace Values

Lecture 79 The Auto Cross-Probe Feature

Lecture 80 Adding Vias & Via Array Command

Lecture 81 Copying Shapes

Lecture 82 Shape Islands and How to Fix Them

Lecture 83 The Last DRC

Section 9: Setting Up Your Design

Lecture 84 Intro

Lecture 85 Setting Up Your Design

Lecture 86 Setting Up the Schematic to Netlist into Presto

Lecture 87 Netlisting the Design into Presto

Lecture 88 Verifying the Netlist

Lecture 89 Pushing Schematic Changes to Layout

Lecture 90 Pushing Layout Changes to Schematic

Lecture 91 Cross-Probing between Schematic and Layout

Lecture 92 In the Next Video

Section 10: DXF-IDX Import

Lecture 93 Intro

Lecture 94 Drawing a Custom Board Outline

Lecture 95 Enabling Grids and Snapping

Lecture 96 Board Outline Options, Board Origin

Lecture 97 Conductor Keepin and Component Keepin

Lecture 98 Locking and Unlocking Board

Lecture 99 Import a Board Outline from a File

Lecture 100 Mapping DXF Layers to Presto Layers

Lecture 101 Setting Origin Point on Downloaded Board Outline

Section 11: Cross Section Editing

Lecture 102 Intro

Lecture 103 Ensuring Proper Use of Measurement Units

Lecture 104 Anatomy of the Cross Section Editor Window

Lecture 105 Adding and Editing Layers in the Stack Up

Lecture 106 Importing and Exporting Cross Sections

Lecture 107 Difference Report

Lecture 108 Visibility Options

Section 12: Component Placement-Setup

Lecture 109 Intro

Lecture 110 Place Command and Place Helper Window

Lecture 111 Placing Components by Cross-Probing the Schematic

Lecture 112 Placing Components in a Series

Lecture 113 Placing Multiple Components

Lecture 114 Visibility Options

Section 13: DFA and Package to Package Spacing

Lecture 115 Intro

Lecture 116 Constraint Manager

Lecture 117 Setting up Package to Package Spacing

Lecture 118 Classifying Components in Your Design

Lecture 119 Creating a DFA Package Class

Lecture 120 Editing Package to Package Spacing by Component Class

Lecture 121 Assigning DFA Rules to the Design

Lecture 122 Testing the Defined Rules

Section 14: Component Placement-Placement

Lecture 123 Component Placement

Educational Background: This course is ideal for individuals with a degree in Electronics (BSc, BE, Master's) or a diploma in Electronics or Electrical Engineering.,Expand Your Career: If you’re currently working in the PCB manufacturing and assembly sector, adding PCB design to your skill set will significantly enhance your professional profile and open new career opportunities.,Business Owners Welcome: If you run a PCB printing, assembly, or component soldering business, mastering PCB design can help you diversify your services and grow your business in the service sector.,For Engineers Seeking Innovation: If you’re a professional engineer in the electronics field, mastering PCB design will allow you to innovate and create cutting-edge designs for various industries.,For Students Preparing for the Future: This course is perfect for students pursuing degrees in electronics or electrical engineering who want to gain practical skills for the job market.,For Hobbyists and DIY Enthusiasts: If you love building your own electronic projects, this course will teach you how to design professional-grade PCBs, taking your DIY projects to the next level.