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AWR Press Release - June 24, 2010
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AWR's IMS 2010 Microapps Now Playing on IEEE TV
El Segundo, CA – June 15, 2010 – Story: AWR and its partners presented 13
MicroApps (shown below) during the 2010 International Microwave Symposium (IMS) held May 24-27 in Anaheim, CA.
Presentation topics ranged from LNA design with Analog Office® to filter synthesis with iFilter™ and PA design
with Microwave Office®. View the majority of these talks now on IEEE TV.
AWR AND PARTNER IMS 2010 MICROAPPS PRESENTATIONS
- Multi-chip Module Design Challenges
- Nonlinear Co-simulation with Real-time Channel Measurements for PCB Signal Integrity
- Causality Considerations for Multi-Gigabit StatEye Analysis
- System-Level Component Models for RF EDA
- Multi-Rate Harmonic Balance for Non-Linear Simulation
- PA Design Inclusive of Load-Pull Analysis
- Online Design Environment Provides Interactive Datasheets for Small Signal RF Transistors –
Allows Users
to Generate Custom Datasheets for a Variety of Operating Conditions
- Using AWR’s iFilter™ Wizard to Efficiently Synthesize Lumped & Distributed Filters
- Single Chip LNA Using High Q Inductors on a Silicon-on-Sapphire Process
- A New Approach for Nonlinear Behavioral Modeling
- A Methodical Approach to Analyzing and Understanding the Performance of a LTE System
- The Use of Computer Clusters and Spectral and Domain Decomposition in 3D FEM Analysis
- Test & Measurement Migration to Integrated Simulation, Test & Measurement for M&RF Design
MicroApps are concise technical presentations given by exhibitors on engineering topics of interest to the
microwave community while at IMS. They cover new products, noteworthy state-of-the-art components, emerging
technologies, and novel manufacturing and design techniques that incorporate the exhibitor’s products and
technologies in an application-centric setting.
About AWR
AWR, the innovation leader in high-frequency EDA software, dramatically
reduces development time and cost for products employed in wireless, high-speed wired, broadband, aerospace and
defense, and electro-optical applications. For more information, visit
www.awrcorp.com.
Visit AWR at: AWR.TV,
AWR Blogs,
Facebook,
Twitter, and
YouTube.
Contact:
Sherry Hess Vice President of Marketing
AWR Corporation (310) 726-3000
hess@awrcorp.com
Posted 6/28/2010
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