Everything You Need to Know About Stitching Vias
Everything You Need to Know About Stitching Vias explained with updated design guidance, manufacturing tradeoffs, common defects, inspection points and practical PCB checks.
PCB Knowledge
Practical explanations of PCB design, fabrication, assembly and testing.
70 articles · Page 1 of 4
PCB Manufacturing Process: From Design Files to Finished Boards
Follow PCB fabrication from Gerber data and inner-layer etching to lamination, drilling, plating and electrical testing, with practical release checks.
What Is a Flex PCB? A Comprehensive Guide
Learn flex PCB materials, copper, coverlay, stiffeners, static and dynamic bending, design constraints and practical assembly considerations.
PCB Photoresist: Everything You Have to Know
PCB Photoresist: Everything You Have to Know explained with updated design guidance, manufacturing tradeoffs, common defects, inspection points and practical PCB checks.
SMT Stencil: A Comprehensive Guide
SMT stencil guide to foil materials, aperture geometry, thickness, paste release, cleaning and inspection for reliable PCB assembly.
Latching Relays: A Complete Guide
Latching relay guide covering magnetic holding, single- and dual-coil drive, pulse requirements, contact ratings and practical PCB integration.
Circuit Breaker: A Comprehensive Guide
Understand circuit-breaker types, trip functions, ratings and safe maintenance, including the differences between overcurrent, ground-fault and arc-fault protection.
What Is A Rogers PCB?
What Is A Rogers PCB explained with updated design guidance, manufacturing tradeoffs, common defects, inspection points and practical PCB checks.
What Are PCB Stiffeners?
What Are PCB Stiffeners explained with updated design guidance, manufacturing tradeoffs, common defects, inspection points and practical PCB checks.
PCB Thickness: Everything You Need to Know
PCB Thickness: Everything You Need to Know explained with updated design guidance, manufacturing tradeoffs, common defects, inspection points and practical PCB checks.
PCB Ruler: A Comprehensive Guide
PCB Ruler: A Comprehensive Guide explained with updated design guidance, manufacturing tradeoffs, common defects, inspection points and practical PCB checks.
Through-Hole (TH) Technology: An Ultimate Guide
Through-Hole (TH) Technology: An Ultimate Guide explained with updated design guidance, manufacturing tradeoffs, common defects, inspection points and practical PCB checks.
What Is a PCB Via? Types and Design Guide
What Is a PCB Via? Types and Design Guide explained with updated design guidance, manufacturing tradeoffs, common defects, inspection points and practical PCB checks.
Types of Circuit Boards: Ultimate Guide to PCB Boards
Types of Circuit Boards: Ultimate Guide to PCB Boards explained with updated design guidance, manufacturing tradeoffs, common defects, inspection points and practical PCB checks.
Thermal Vias: A Comprehensive Guide for PCB Heat Management
Thermal Vias: A Comprehensive Guide for PCB Heat Management explained with updated design guidance, manufacturing tradeoffs, common defects, inspection points and practical PCB checks.
What Is SMT Assembly? Process and Design Guide
What Is SMT Assembly? Process and Design Guide explained with updated design guidance, manufacturing tradeoffs, common defects, inspection points and practical PCB checks.
PCB Assembly Process: A Comprehensive Guide
Follow the PCB assembly process from paste printing and component placement to soldering, inspection and testing, with practical design and quotation checks.
What is In-Circuit Testing (ICT)?
Learn what PCB in-circuit testing checks, how fixtures work, where coverage is limited, and how to plan test access, acceptance criteria and quotes.
PCB Insertion Loss: S21, Materials and Channel Validation
Understand PCB insertion loss, S21 and return loss, distinguish Dk from Df, and define practical material, layout and measurement checks for your channel.
Why are Printed Circuit Boards Green?
Why are Printed Circuit Boards Green explained with updated design guidance, manufacturing tradeoffs, common defects, inspection points and practical PCB checks.