| Document Date: 2009-06-17 14:52:27
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City Cambridge / Lexington / / Company Lincoln Laboratory / Cox / Joel L. Dawson Microsystems Technology Laboratories / Agilent / / Currency USD / / Facility Massachusetts Institute of Technology / / IndustryTerm cell phone applications / Wireless Linearity Architecture EVM Standard Margin LINC / thick oxide devices / multi-level switching network / Amplitude switching network / wireless transmitters / exhaustive search / low-bandwidth systems / communications standards / / Organization MIT Deshpande Center / Massachusetts Institute of Technology / Department of the Air Force / United States Government / / Person Taylor W. Barton / Philip A. Godoy / David J. Perreault / LUT Q COR / / Position author / AM/PM / / Product C-0002 / / ProgrammingLanguage Verilog / DC / ML / / ProvinceOrState Pennsylvania / Massachusetts / / RadioStation PA VDD AM / / Technology cellular telephone / Verilog / WLAN / Microwave / Radio Frequency / simulation / Integrated Circuits / phase modulation / PDF / implemented using Verilog-A. For / /
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RMO3C-3 Asymmetric Multilevel Outphasing Architecture for Multi-standard Transmitters SungWon Chung, Philip A. Godoy, Taylor W. Barton, Everest W. Huang † , David J. Perreault, and Joel L. Dawson Microsystems Technolog