Introduces S-parameter fundamentals and explains how to interpret them for single-ended and differential signaling.

Explains reflected waveforms of lossy PCB traces using a simple resistive model.

Explains the relationship between TDR signal rise time and trace length.

Uses lattice diagrams to explain reflection waveforms caused by multiple traces with different impedances.

Explains the basic principle of TDR measurement using traces with constant characteristic impedance.

Explains key points to consider when measuring characteristic impedance using TDR.

Explains characteristic impedance measurement methods in both time and frequency domains.

Explains how signals propagate on transmission lines using a waterway analogy, without complex math.

Explains characteristic impedance using a waterway analogy, including how reflections occur when impedances differ.

Explains the concept of impedance, focusing on its meaning for capacitors and inductors without power consumption.