RF CMOS Class C Power . . .
BibTeX
@MISC{Narayanaswami_rfcmos,
author = {Narayanaswami and Rf Cmos and Class C Power and Amplifiers Wireless Communications and Ramakrishna Sekhar Narayanaswami and Ramakrishna Sekhar Narayanaswami},
title = {RF CMOS Class C Power . . .},
year = {}
}
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Abstract
RF CMOS Class C Power Amplifiers for Wireless Communications by Ramakrishna Sekhar Narayanaswami Doctor of Philosophy in Engineering-Electrical Engineering and Computer Sciences University of California, Berkeley Abstract 2 order in order to generate an approximate solution to the design goal before a circuit analysis tool is required. Circuit techniques used to combat the technology limitations imposed by CMOS technologies include the use of differential circuits in the signal path, cascoded stages and a modified tuning method which allowed for the use of extremely large output devices but not requiring passive devices that were not feasible in a CMOS technology.
