RF Power Amplifier Design Series - Part 2: End-to-End Design and Simulation of Handset PA Modules
1 Hour | Webcast - recorded | Where & When
Why this webcast is important:
What goes into real-life PA design considerations? Dr. Peter Zampardi and Dr. Hongxiao Shao share Skyworks design methodology considering all components necessary for a handset power amplifier (PA) or Front-end Module (FEM) based on III-V HBT and BiFET technologies.
Topics discussed include:
• How saturated and linear PA designs have slightly different requirements
• Compact model-based simulation of PA die
• Understanding why process statistics and statistical simulation (of both die and package) are important
• The use of compact HBT models for die design and discussion of common misconceptions regarding the importance of “array” level modeling
• EM simulation of on-chip passives, laminate and package – including process variation and its impact on front-end module performance and yield.
Join us for this practical and informative webcast.
Who should attend:
Target audience is designers, modelers, and design automation working on power amplifier design
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Where & When
| Price | Location | For more information |
|---|---|---|
| Free | At Your PC | Enroll to view the Mar 1, 2012 recorded broadcast |
Prices shown are list prices and are subject to change without notice.
Training & Event Materials
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End-to-End Design and Simulation of Handset Modules
What goes into real-life PA design considerations? Dr. Peter Zampardi and Dr. Hongxiao Shao share Skyworks design methodology considering all components necessary for a handset power amplifier (PA) or Front-end Module (FEM) based on III-V HBT and BiFET technologies.
Seminar Materials 2012-02-27 |
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