Published 2/2024
MP4 | Video: h264, 1920×1080 | Audio: AAC, 44.1 KHz
Language: English | Size: 15.81 GB | Duration: 13h 20m
Master the Art of PCB Design: Your Complete Step by Step Guide to Schematic & Layout Techniques
What you’ll learn
Learn KiCAD
Multilayer design
Mixed signal design
Differential pairs
Panelization techniques
Gerber generation
EMC, ESD, Protection Techniques
Placement and routing techniques
Requirements
Basic knowledge in electronics. Basic computer proficiency. Self motivated.
A desktop/laptop with good internet connectivity is recommended. A 64 bit computer of atleast 4GB RAM and 10GB of HDD free space with Windows/Ubuntu/Mac OS is recommended.
Windows version preferred is 8.1 or 10, Ubuntu version preferred is 20.04 (LTS) or above, Mac version preferred is macOS 11 or 12
KiCAD 6.0.7 is the PCB design tool version to be installed. Previous versions will also work. Also install the latest version of expresspcb software.
Description
PCB Design is an interdisciplinary skill involving both mechanical and electrical domains. At one point you might be measuring the dimensions. At another instant you possibly could be calculating the impedance or current flow or temperature rise. Some consider PCB design to be an art. Designers try to express them by placing the components aesthetically. You should be very creative and technically sound to make the PCB aesthetically pleasing as well as highly functional.Learn PCB Design & Layout Techniques is a comprehensive course that introduces you to the world of PCB design. Whether you are a beginner or have some experience in electronics, this course will equip you with the knowledge and skills needed to create professional printed circuit boards. So,How do you design a PCB? What are the tools used? How do you choose the parameters for design? How do you design a multi layer PCB?How do you employ EMC design techniques in PCB design?This course covers all these topics. The course is a blend of both theory and practicals. This is a step-by-step course on printed circuit board design. This course aims to equip you with technical knowledge on PCB design, help you build multi layer PCB and thus launch yourself to a platform from where you could explore the advanced concepts on your own. We welcome you to join our course on PCB Design & layout techniques.
Overview
Section 1: Module 0: Introduction
Lecture 1 Overview
Lecture 2 FAQs
Section 2: Module 1: Components & Tools
Lecture 3 Topic 1: Component Mounting Technology
Lecture 4 Through Hole Technology
Lecture 5 Surface Mount Technology
Lecture 6 Soldering Technology
Lecture 7 Topic 2: Component Packaging
Lecture 8 Resistors, Capacitors and Inductors
Lecture 9 Diodes, Transistors and 3 Pin Regulators
Lecture 10 Integrated Circuits
Lecture 11 Panel Mount Components
Lecture 12 Connectors
Lecture 13 Miscellaneous Components
Lecture 14 Topic 3: EDA Tools
Lecture 15 PCB Design Tools
Lecture 16 First PCB
Section 3: Module 2: PCB Design – 1
Lecture 17 Topic 1: Schematic Design
Lecture 18 KiCAD Schematic Editor
Lecture 19 Schematic Design: Single Layer PCB
Lecture 20 SchematicDesign: Double Layer PCB
Lecture 21 Schematic Design:Four Layer PCB
Lecture 22 Topic 2: Layout Design
Lecture 23 KiCAD Layout Editor
Lecture 24 Layout Design: Single Layer PCB
Lecture 25 Layout Design: Double Layer PCB
Lecture 26 Change Component Package
Lecture 27 Add Mounting Holes, Fiducials, Tooling Holes
Lecture 28 Modify PCB Shape or Edge
Lecture 29 Auto Route
Lecture 30 PCB Panelization
Lecture 31 Layout Design: Four Layer PCB
Lecture 32 Fabrication Output
Lecture 33 Upgrade Library
Section 4: Module 3: PCB Design – 2
Lecture 34 Topic 1: EMC, ESD and Protection Techniques
Lecture 35 EMC
Lecture 36 Power and Ground Planes
Lecture 37 PCB Layout Techniques
Lecture 38 Mixed Signal Layout Techniques
Lecture 39 Power Supply Layout Techniques
Lecture 40 Circuit Design Techniques
Lecture 41 Cabling & Shielding Techniques
Lecture 42 Circuit Protection Techniques
Lecture 43 Topic 2: Advanced Routing Techniques
Lecture 44 Routing Ball Grid Array Package
Lecture 45 Routing and Tuning Differential Pairs
Section 5: Module 4: Final Project
Lecture 46 Introduction
Lecture 47 Schematic Design
Lecture 48 Layout Design
Section 6: Module 5: Test
Section 7: Module 7: Conclusion
Lecture 49 Summary
Beginners of engineering/diploma in EE/ECE/CSE.,Students looking for certfication or credits.,Hobbyists.,Seasoned or experienced or professional PCB designers wouldn’t find this useful.
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