PCB Design & Manufacturing: Fundamentals and Advanced Practices in PCB Design & Manufacturing
About this audiobook
About the Book
From schematic thinking to a production-ready circuit board
This book presents PCB design and manufacturing as one connected engineering process rather than as a collection of software commands. A good board begins with a clear electrical requirement, continues through component selection and layout, and ends with inspection, testing and controlled production.
Readers are introduced to the complete flow: requirements, schematic capture, library management, placement, routing, grounding, power integrity, signal integrity, thermal design, design for manufacturing, fabrication, assembly, inspection, testing and troubleshooting.
The emphasis is practical. Each chapter explains why a decision matters, what can go wrong, and what an engineer can check before releasing a design. The examples are deliberately general so that the principles can be applied to industrial controls, instrumentation, embedded systems, automation equipment, consumer electronics and prototype boards.
Build designs around requirements rather than around software menus.
Treat manufacturability and testability as design requirements.
Verify every critical assumption before release.
Use documented checks to make engineering repeatable.
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About the author
About the Author
Chetan Singh Sendra
Chetan Singh Sendra is the author of this practical engineering reference. His writing focuses on turning technical subjects into structured learning material that can be used by students, technicians, engineers and working professionals.
This book reflects a practical approach: understand the physical system, identify the failure modes, select appropriate methods, document the work, and verify the final result. The same mindset is valuable in PCB engineering because a circuit board is simultaneously an electrical system, a mechanical object, a thermal structure and a manufacturing product.
The author’s objective is to make PCB design easier to understand without reducing it to shortcuts. Readers are encouraged to consult component datasheets, fabrication capabilities and applicable standards whenever a real product is being developed.
