An Original Approach for the Asymmetric Pulse Width Modulation

Abstract

This manuscript has the main focus of to present an innovative theoretical approach for modeling the pulse width modulation that is used widely in the area of nonlinear control systems. Currently, in the universe of new technologies, there has been a transition from of many modern analog architectures, which have the whole design built using a digital framework; for those projects that use the analog design with perform better than those that are equivalent and are designed using a digital layout. The theoretical techniques presented in this paper are leading into consideration an original modeling for the analog Pulse Width Modulation, as well as an original technological treatment for the multichannel pulse width digital modulation. One consistent set of experimental results is also provided, in order to validate all theoretical approaches discussed in this manuscript.