beTheSignal – Essential Principles of Signal Integrity
English | Tutorial | Size: 2.1 GB
Essential Principles of Signal Integrity is the introductory class that reveals the underlying truth of how interconnects affect signal integrity. Designing a robust and cost effective product is not about blindly following a general set of design rules, rather it is about following a process that helps you apply your engineering intuition to balance cost and design tradeoffs specific to your product.
This class introduces and reviews the most essential principles of signal integrity, including principles of: transmission lines, reflections, inductance, ground bounce, differential pairs, losses, terminations, routing, discontinuties, impedance, PDN design and EMC.
1. The most important SI principles (2 hr)
EPSI-01-01 Download pdf file here 0:55
EPSI-01-10 Why the essential principles are important 8:26
EPSI-01-20 Design Methodology 16:01
EPSI-01-30 Analysis tools 7:11
EPSI-01-40 The Six Families of SI Problems 26:55
EPSI-01-50 The First Three Essential Principles 10:48
EPSI-01-60 Instantaneous Impedance 16:32
EPSI-01-70 Characteristic Impedance 22:33
EPSI-01-80 Return Current 11:19
2. Differential Pairs (2hr 15min)
EPSI-02-01 Download pdf file here
EPSI-02-10 Intro to Diff Pairs 8:18
EPSI-02-20 Differential Signals 11:53
EPSI-02-30 Differential Impedance and Coupling 12:04
EPSI-02-40 Currents on Differential Pairs 16:26
EPSI-02-50 Tight or Loose Coupling 6:21
EPSI-02-60 Frequency dependent loss- so what 15:22
EPSI-02-70 How much attenuation is too much? 8:59
EPSI-02-80 Estimating attenuation in a channel 10:24
EPSI-02-90 Examples of attenuation in channels 15:47
3. Reflections and terminations (2hr)
EPSI-03-01 Download a pdf copy of the slides
EPSI-03-10 How to Think About Reflections 17:24
EPSI-03-20 Voltage and Current Reflections 15:12
EPSI-03-30 Practice safe simulation 13:47
EPSI-03-40 Noise margins 08:48
EPSI-03-50 Four sources of reflections 13:28
EPSI-03-60 Termination topologies 11:26
EPSI-03-70 Balancing Power and Signal Quality 15:35
EPSI-03-80 Flyby Termination 08:13
4. Reflections and routing topologies (1hr 45min)
EPSI-04-01 Download a pdf copy of the slides here
EPSI-04-10 Routing Topologies 15:10
EPSI-04-20 Clustered Load Topologies 15:58
EPSI-04-30 Clustered Load Features 16:49
EPSI-04-40 Daisy Chain 11:38
EPSI-04-50 Input Gate Capacitance 10:04
EPSI-04-60 Discontinuities 13:28
EPSI-04-70 Vias and stubs 16:02
5. Ground bounce (2hr)
EPSI-05-01 Download the pdf file here
EPSI-05-10 Recap of Signal Integrity Principles 11:30
EPSI-05-20 Intro to ground bounce 12:23
EPSI-05-30 Root cause of ground bounce 17:23
EPSI-05-40 Inductance and reducing ground bounce 17:58
EPSI-05-50 The total inductance of the return path 16:14
EPSI-05-60 Estimating ground bounce 16:03
EPSI-05-70 Measuring ground bounce 17:15
EPSI-05-80 Simulating ground bounce 13:27
6. Signals changing return planes (2hr 30min)
EPSI-06-01 Download a pdf copy of the slides here
EPSI-06-10 Signals Transitioning Planes 09:47
EPSI-06-20 How return current flows between planes 16:18
EPSI-06-30 The origin of via to via cross talk 14:53
EPSI-06-40 Cavity impedance profile and cavity noise 15:07
EPSI-06-50 Using shorting vias 15:04
EPSI-06-60 Using DC blocking capacitors 15:48
EPSI-06-70 How Many Bypass Capacitors 14:02
EPSI-06-80 Cross talk with Differential Vias 11:39
EPSI-06-90 Termination Strategies and Ground Bounce 12:11
EPSI-06-100 Ground bounce and split planes 14:20
7. Cross talk in uniform transmission lines (1hr 30min)
EPSI-07-01 Download a pdf copy of the slides here
EPSI-07-10 Near and Far End Cross Talk 10:06
EPSI-07-20 Cross talk and fringe fields 13:00
EPSI-07-30 Why NEXT is different from FEXT 16:32
EPSI-07-40 Detailed analysis for NEXT and FEXT 12:23
EPSI-07-50 Engineering lower NEXT and FEXT 12:59
EPSI-07-60 Cross talk as affected by terminations 10:51
8. PDN design and EMC control (1hr 45min)
EPSI-08-01 Download a pdf copy of the slides here
EPSI-08-10 Summary of the EPSI course 09:11
EPSI-08-20 Intro to the Power Distribution Network 16:05
EPSI-08-30 The consequence of getting the PDN wrong 12:37
EPSI-08-40 The Secret to a Robust PDN 13:59
EPSI-08-50 Steps to Reduce the Bandini Mountain 07:48
EPSI-08-60 The most common sources of EMC Failures 15:11
EPSI-08-70 Reducing EMC problems with connectors 12:16
9. Supplimental Content for EPSI Class ()
EPSI-09-10 Supplimentary Papers
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