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Mixed-Signal Systems: PLL Design

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PLL simulations are often slow, lengthening project development time. To speed up PLL design, engineers are using MathWorks tools. These tools model feedback efficiently, allow analog and digital components to be simulated together, and have abstractions for rapid system design.

In this webinar MathWorks engineers show how PLL models can be built very quickly, and how abstraction and feedback handling combine for very fast PLL simulation. You will learn how to adopt these design methods to make the design process faster and more thorough.

This webinar provides a number of examples of PLL design, demonstrating the use of MathWorks tools in practice. It also provides examples of successful use of the tools in industry.

This is the second webinar in a four-part series on mixed-signal design. Register for the other three webinars here:

ADC and DAC Design  Part 1

Linking Tools Through Cosimulation  Part 3

Design and Verification  Part 4

About the Presenters:
Mike Woodward is the communications and semiconductor marketing manager at MathWorks. He started his career researching the microwave properties of GaAs HEMTs, before moving onto baseband processing work for UMTS and HSDPA. His work has been published in IEEE Journals and many trade publications.

Chris Aden is the Product Marketing Manager for RF and analog solutions at MathWorks.  He has a BSEE and MSEE from the University of Florida and Georgia Tech, respectively, and a Masters in Management and Engineering from MIT.  Prior to MathWorks, Chris worked in the Research and Development division of TriQuint Semiconductor developing RF and millimeter wave IC technologies and at Skyworks Solutions where he focused on improving multi-chip module design processes.

Product Focus

  • Simulink
  • SimPowerSystems

Recorded: 27 May 2010