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HyperLynx Power Integrity Multimedia Training


Description: Optimizing Power Delivery with Effective Decoupling - will discuss the ever-growing need for appropriate decoupling to meet the AC current demands of today's power-hungry ICs.  Issues such as the number of decoupling capacitors, which values to use, and how to mount the c


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International Consumers: $125

Indian Consumers: 8125

Optimizing Power Delivery with Effective Decoupling - will discuss the ever-growing need for appropriate decoupling to meet the AC current demands of today's power-hungry ICs. 

Issues such as the number of decoupling capacitors, which values to use, and how to mount the capacitors will be discussed, as well as optimizing your design to reduce cost and use fewer layers. 

We will also illustrate how analysis of the problem can lead to a more robust power system, allowing you to get to market faster and have confidence in your PCB design.

Who Should Attend

  • Power Integrity Specialists, regardless of EDA tools currently used
  • Electrical Engineers
  • Layout Designers
  • Engineering Managers

What You Will Learn

  • How decoupling issues can affect your PCB design
  • How to analyze your PCB to quickly pinpoint power delivery issues and explore solutions
  • Solve Power Distribution Problems- discusses the problems we might have in making power available around our boards. The two most common problems are (a) making sure there is enough charge available at the time and point of switching, and (b) making sure that “ground bounce” doesn’t negatively impact the signal. The solution to these problems involves bypass capacitors. But then we discuss the questions of how many, what size, where to put them, why, and the role ESR plays in all of this
  • How HyperLynx PI can help solidify your PCB power distribution network
  • Control Trace Temperatures - covers the relationship between trace currents and temperatures. Traces must be sized carefully to carry their currents with acceptable temperature rise, and we covers why this is so, and then how to go about doing this. In the case where a catastrophic failure might severely overload a trace.
  • Practical Demonstration of fundamental Plane noise analysis, Power delivery analysis and Via impedance analysis through Hyperlynx

Topics Covered

  • Overview
  • Why do I need AC analysis
  • Understanding the Power Delivery Network (PDN)
  • PDN Impedance and Z parameters
  • Capacitors Parasitics and its Effect of mounting
  • PCB Decoupling
  • Noise Analysis and Noise Propagation

Initially I was Reluctant as my English is poor. But I am satisfied now- The HYPERLYNX lessons are very easy to understand followed by audio-video demo.

Jerzy-Kaczynski, Poland

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 India Phone No.: +91-9810338939
 

 

 


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