INTRODUCTION TO HIGH SPEED PCB DESIGN, What is high speed PCB design, Brief on signal and signal integrity, Digital signals, Analog signals, How to determine if the project is high speed, High speed PCB design Big Three Problems, Integrity, Noise, Timing, Correcting the Big Three Problems, Matching, Spacing, Impedance, Design rules and challenges for high speed design, Tuning of the trace length, Shape of the truck, The impedance, Location of the components, Termination, Grounding, Tips for high speed PCB design, Start with a plan, Every detail of your board stackup for manufacturing documentation, Floor planning
Hello everyone and welcome to this article which will be a great introduction to high-speed PCB design. For sure it is going to be a very interesting class. Let me start by posing a question; Is this something that you have ever come across in your world of PCB design? Where you spent too much time doing the schematics, selecting the right components, doing the footprint addition, generating the netlists, doing the proper layout and routing and sending the end product of your design to the manufacturer? At this level you might probably be designing standard types of PCB boards and if someone ...
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INTRODUCTION TO HIGH SPEED PCB DESIGN
What is high speed PCB design
Brief on signal and signal integrity
Digital signals
Analog signals
How to determine if the project is high speed
High speed PCB design Big Three Problems
Integrity
Noise
Timing
Correcting the Big Three Problems
Matching
Spacing
Impedance
Design rules and challenges for high speed design
Tuning of the trace length
Shape of the truck
The impedance
Location of the components
Termination
Grounding
Tips for high speed PCB design
Start with a plan
Every detail of your board stackup for manufacturing documentation
Floor planning
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