Early Verification of Analog & Mixed Signal Components for Semiconductor Design
Overview
In this webinar, we will explore how MathWorks tools can be effectively used in modeling and simulating mixed-signal systems at different levels of abstraction. With practical examples, we will show how to design mixed-signal systems and analyzing measurement data to deliver precise results. Additionally, we will illustrate how to model non-ideal analog effects in the electrical domain and integrate complex embedded digital signal processing algorithms.
Highlights
- Introduction to Simulink and Mixed-Signal Blockset
- Mixed-Signal behavioral modeling (model PLLs, data converters)
- Model jitter, non-linearities, timing mismatches, fixed-point effects, and pole/zero mismatches
- Investigate effect of imperfect phase detectors, measuring jitter, and modelling VCO phase noise
- Developing analog models in the electrical domain for the refinement of linear and switched-mode designs
About the Presenter
Jahnavi Dhulipala is a senior application engineer at MathWorks and is based in Bangalore. She specializes in RF, analog, and mixed-signal component and system design and works with tier-1 semiconductor and electronics companies to help support their adoption and success with top-down and model-driven system design and verification workflows.
This event is part of a series of related topics. View the full list of events in this series.
