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Unit 4 - Routing and Basic Signal Integrity
4.1 Introduction to Routing in a PCB
Introduction to Routing in a PCB (3:58)
Routing with Traces (5:43)
Routing with Polygons (3:44)
Summary
4.2 Designing and Routing With Vias
Designing and Routing With Vias
Via Sizes and Styles
Types of Vias
Annular Ring Diameter
Placing Vias While Routing (8:51)
Other Via Types
Summary
4.3 Routing Different Types of Signals
Routing Different Types of Signals
Choosing Microstrips vs. Striplines
Routing Differential Pairs (3:07)
Summary
4.4 Routing Rules for Impedance Control
Routing Rules for Impedance Control
Calculating Characteristic Impedance and Trace Width
Using the Layer Stackup Tool (5:11)
Which Layers Define Ground for Impedance Control?
Design Rules for Routing (14:59)
Getting to Routing
Summary: Strategies for Routing
4.5 How to Use Routing Tools
How to Use Routing Tools
Interactive Routing
An Example With Vias
Routing Practices to Watch Out For
Simple Differential Pair Routing Example (6:13)
4.6 Routing Three Common Digital Buses
Routing Three Common Digital Buses
I2C Routing
SPI Routing
UART Routing
Possibility of High Speed Behavior in These Buses
4.7 What Makes a Design "High Speed"?
What Makes a Design "High Speed"?
Clock Rate vs. Signal Rise and Fall Times
Impedance Matching
Rise Time and Crosstalk
Summary
4.8 Electromagnetic Interference (EMI)
Electromagnetic Interference (EMI)
Radiated EMI
Conducted EMI
Devices Shouldn’t Interfere
Suppressing EMI
Summary
Quiz
Quiz
Summary
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