[Fundamentals]
3W Principle
Power Supply Management and Plane Segmentation
About Dead Copper (PCB Islands)
Where is the Reference Plane for Routing?
How to Quickly Estimate PCB Trace Resistance: Square Statistics
[PCB Fabrication and Materials]
Basic Knowledge of PCB Fabrication
Classification of Substrate Materials for Printed Circuit Boards
Classification and Selection of PCB Materials
Differences in PCB Materials
Impact of PCB Materials on High-Speed Circuits
Differences Between Gold Plating and Gold Immersion Boards
Rigid-Flex Boards (Rigid-Flexible Boards)
PCB Warping: What to Do If It Occurs?
Differences in Drawing Flexible PCBs and Rigid PCBs
Causes of PCB Breakage and Glass Transition Temperature
[Design Techniques]
Factors to Consider in PCB Design
PCB Layer Stack Design
Overview of Detailed PCB Layout and Routing Design
Reliability Design of PCBs
Mark Point Design in PCB Production
—–Layout——-
Mixed Signal PCB Layout Design
Electromagnetic Compatibility Design of PCB Clock Circuits
Basic Principles of Layout
Typical PCB Layout Issues and Their Impacts
How to Place Capacitors in PCB Design?
Some Simple Common Rules for PCB Layout Design
What Are the Key Elements to Review in PCB Layout Design?
—–Routing——-
Basic Principles of Routing
Routing Constraints
Considerations for Routing
Three Special Routing Techniques for PCBs
Characteristics of PCB Turns: Circular Routing is Not Always Best
Decoupling Capacitor Routing Methods
Summary of Key Points in PCB Routing
Zigzag PCB Routing – Tabbed Routing
High-Speed, RF Circuits, Microstrip Crossing Segmentation
Cross Segmentation
—–Interfaces——-
DDR Routing Rules and Process
USB2.0 PCB Routing
——Power Clock——
PCB Design for Clocks
Why Should Crystals Not Be Placed at the Edge of the PCB?
Key Points for PCB Design of Flyback Switch Power Supplies
Analysis of Key Points in Switch Power Supply PCB Design
Tips for Switch Power Supply PCB Design
——High-Speed and Signal Integrity——
High-Speed PCB Design Guide Part One
Ten Signal Integrity Issues in High-Speed PCB Design
Impact of Via Stubs in High-Speed PCB Design
How to Design Circuit Boards for Anti-Interference
SI/PI/EMI Simulation of PCBs Based on ADS
——Power Integrity——
What Constitutes Good PCB Design for Power Distribution Networks?
Power Integrity Simulation and EMC Analysis
Why Did Your PCB Warp Before You Even Bent It?
——Thermal Management——
How to Improve Heat Dissipation Through PCB Design
Impact of PCB Vias on Heat Dissipation
——RF——
Design of a Miniaturized Bluetooth Printed Antenna
How to Measure the Internal Impedance of High-Speed RF PCBs?
Key Points for Power Design in RF Circuits
[Experience Summary]
How to Create a Good PCB
How to Prevent Others from Copying Your PCB?
PCB Layout Traps You Must Know
A Metaphor for PCB Layout
Can Vias Be Placed on Pads?
PCB Layout and Routing Rules
The Art of PCB Routing (High-Speed, Mixed Signal, Small Signal)
Basics of PCB Design
Why Should PCB Vias Be Plugged?
Why Sometimes Add a Resistor in PCB Traces? What Is Its Use?
A Microscopic Journey Through a PCB
Common Software Tools Used in PCB Design
[Standards, Checklist]
Safety Standards for PCB Design
Must-Have PCB Checklist
EMC Standards for RF PCB Design from a Certain Manufacturer
PCB Pad and Via Design Process Standards
PCB Process Design Standards
PCB Grounding Design Standards
RF Circuit PCB Review Checklist
Key Elements for Post-Design PCB Inspection
Content from Hard Ten Bible Gradually Transferred to Hard Ten Classroom www.hw100k.com
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