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  2. Analog & Mixed-Signal

Analog & Mixed-Signal

All courses

Advanced · ~12 h · 432 lessons · 7 sections

Bridge the analog gap: converters, PLLs and mixed-signal checks.

Start courseHow to Use This Course

Course map

  1. How to Use This Course
    1 lesson

    Starts with How to Use This Course

  2. AMS Metrics Reference
    1 lesson

    Starts with AMS Metrics Reference

  3. AMS Interface Glossary
    1 lesson

    Starts with AMS Interface Glossary

  4. Reading Path
    1 lesson

    Starts with Reading Path

  5. Analog-Digital Boundaries
    61 lessons

    Starts with Boundary Cell Design: Mechanism

  6. PLL & DLL Clocking
    61 lessons

    Starts with PLL Architecture: Mechanism

  7. SerDes & High-Speed I/O
    61 lessons

    Starts with SerDes Basics: Mechanism

  8. ADC / DAC Interfaces
    61 lessons

    Starts with ADC Digital Wrapper: Mechanism

  9. Mixed-Signal Integration
    61 lessons

    Starts with AMS Floorplan Keepouts: Mechanism

  10. Noise & IR at the Boundary
    61 lessons

    Starts with Analog Supply Noise: Mechanism

  11. AMS Interface Interview Prep
    61 lessons

    Starts with AMS Whiteboard Framework: Mechanism

  12. AMS Interface Cheatsheet
    1 lesson

    Starts with AMS Interface Cheatsheet

About this course

Course promise

This is the AMS interface course for digital leaders. It teaches how to convert analog assumptions into explicit contracts, measurable evidence, and release-safe decisions.

  • Boundary contracts before tuning tricks.

  • PLL jitter, SerDes training, ADC/DAC wrappers, and mixed-signal floorplan decisions.

  • Noise/IR/package awareness tied to signoff outcomes.

  • Every topic follows boundary -> mechanism -> metric -> artifact -> owner -> regression.

Course map

Show how the course is organised
Diagram
boundary contracts
  -> clocking and high-speed interfaces
  -> converter wrappers and calibration
  -> mixed-signal physical integration
  -> boundary noise/IR signoff
  -> interview and review mastery

Related topics

  • Physical Design — floorplanning
  • STA — variation and signoff
  • Protocols — high-speed I/O

Section deep dive

AMS closure needs reproducible evidence across analog, digital, and physical views.

Concept diagram

Show Concept diagram
Diagram
symptom -> mechanism -> evidence -> fix

Metric graph

Show Metric graph
Diagram
health trend over iterations

Reports and artifacts

  • primary metric

  • primary artifact

  • owner signoff note

Mini case study

Tag evidence and preserve comparability across runs.

Debug branches

  • Check contract first

Senior review question

Ask: what boundary condition proves this topic is actually closed?

Open question bankPractice questions for this track