Innovative theoretical modeling for the pulse point level detection on A/D converters involving pulse position modulation

Abstract

The essential purpose of this paper is to present at first an innovative theoretical modeling for the generation of pulse level detectors that can be applied for the design of A/D converters. The main goal will be to establish some intrinsic properties of the main operator introduced previously by the authors, and its intrinsic characteristics for modeling the PWM−PPM effect, and later eliminating the PWM part of the pulse stream. An idea about how to implement this technological techniques inside a modern FPGA architecture is bestowed, which makes possible for the designer obtain the Pulse Point Modulation signal at the output ports of the electronic structure.

An Original Accurate Theoretical and Numerical Approach to Redefine a Wide Class of Digital Signals

“…8,9 For many years this was the unique main prop in the digital communication area which provided engineers with the fundamental principles involving the projects of the D=A electronic converters. 14 We hope these analytical de¯nitions introduced for the¯rst time into the literature re°ect our modest contribution to the development of new technologies in the area of research for digital communication systems. At the present moment, we are concentrating our e®orts on¯nding new applications to enhance the interaction between the¯elds of engineering and medicine.…”

“…Figure 3 depicts the 2D graphic of the function u n ðtÞ with the previous choice of all parameters a, d and n, which represents classic Digital Step Signal uðtÞ de¯ned by Eq. (14). Therefore, we have an analytic theoretical formulation of this important digital signal as a particular application of the DNAx operator.…”

A new efficient approach for modeling the Ultra Wide Band Systems. Applications for links involving wireless digital communications

“…Inside the universe of research on digital communication; we are trying to introduce a new numerical process of convergence for the generation of the most important digital communication signals. With this new approach, we hope to make a modest contribution to the present literature, [11]- [13].…”