Erhältlich:
Nicht auf Lager
Buch (Softcover): Fachbuch
Printed Circuit Board Design From Schematic To Assembly Manual
Professional Workflows for Schematics, Routing, EMC, DFM, Testability, and Production Release
Verlag:
Independently Published Unsere-Artikel-Nr.: P35290188
EAN: 9798187927722
Erhältlich:
Nicht auf Lager
Zustellung: Di, 13.10.2026
Versand: Kostenlos
-1.7 %
CHF 178.–
CHF 175.–
Beschreibung
A printed circuit board can be electrically correct on the schematic and still fail in layout, fabrication, assembly, compliance testing, or first power-up. Many designers learn PCB development as a collection of isolated rules: keep this trace short, place that capacitor nearby, avoid splitting a plane, add test points, and run a design-rule check. The difficulty is that these rules interact. A connector move can change signal return paths. A stackup decision can affect impedance, via geometry, thermal performance, cost, and enclosure fit. A footprint error can pass schematic review and still create an unbuildable assembly. When requirements, libraries, layout constraints, manufacturing data, and test evidence are managed separately, late-stage rework becomes far more likely. Printed Circuit Board Design from Schematic to Assembly Manual presents PCB development as one controlled engineering workflow. It shows how design intent is translated into schematics, component data, board architecture, placement, routing, power and signal integrity, EMC controls, fabrication outputs, assembly instructions, inspection plans, bring-up procedures, and production-release evidence. Inside, readers will be able to:. Turn product needs into traceable electrical, mechanical, manufacturing, and verification requirements. Build clearer schematics and controlled symbol, footprint, package, BOM, and approved-parts records. Plan form factor, stackup, placement, reference planes, return paths, and routing priorities before geometry becomes expensive to change. Apply practical methods for decoupling, power-distribution networks, transmission lines, differential pairs, analogue and RF layout, grounding, ESD, isolation, thermal design, and electrical safety. Prepare fabrication and assembly data with DFM, DFA, and testability in mind. Use inspection, measurement, current-limited startup, fault isolation, and change control to move a prototype toward a reproducible production baseline. Key topics and features:. Across fifteen progressive chapters, the manual combines first-principles explanations, equations with defined variables, fully worked examples, practice problems, design-review tables, release templates, bring-up worksheets, a glossary, symbols and abbreviations, standards guidance, and a detailed index. It treats standards and supplier capabilities as controlled project inputs rather than universal values that can be copied without verification. Who this book is for:. This manual is designed for electronics engineers, PCB layout designers, hardware developers, engineering technicians, advanced students, makers moving into professional practice, and multidisciplinary teams that need a common process from schematic capture through manufacturing and board bring-up. It assumes basic circuit knowledge but does not depend on one proprietary EDA platform. Add this end-to-end PCB engineering reference to your technical library and begin building boards around documented intent, controlled constraints, manufacturable data, and verifiable evidence.
Spezifikationen
Sprache
- Englisch
Autor
- Adrian O. Mercer
- Vertix Engineering Academy
Erscheinungsjahr
- 2026
Format
- Buch (Softcover)
Anzahl Seiten
- 566