Author: | Edward E. Rochon | ISBN: | 9781370746507 |
Publisher: | Edward E. Rochon | Publication: | January 29, 2017 |
Imprint: | Smashwords Edition | Language: | English |
Author: | Edward E. Rochon |
ISBN: | 9781370746507 |
Publisher: | Edward E. Rochon |
Publication: | January 29, 2017 |
Imprint: | Smashwords Edition |
Language: | English |
A brief preface explains essay purpose and why the name poly-hertz is used. Chapter 1 lays out the basic layout of the poly-hertz radio, the problems and methods of the antennas, and explains the add-ons used to emulate vinyl records and live performance audio frequencies at the receivers. Chapter 2 goes into and gives a visualization of the poly-hertz radio, discusses synchronization of signals from several points of view, discusses eliminating radio interference in overlapping markets, how add-ons work, and possible uses in securing military and secure radio traffic. Chapter 3 discusses cost justification. Would we get an overall power reduction, how microchips might keep costs down and prolong service life, how fractal design might make multiple arrays of antennas more compact and cost effective. We note that vendors look for new ways to sell new products to consumers and add-ons to old units. We note the possibility of spreading overhead over military procurement.
A brief preface explains essay purpose and why the name poly-hertz is used. Chapter 1 lays out the basic layout of the poly-hertz radio, the problems and methods of the antennas, and explains the add-ons used to emulate vinyl records and live performance audio frequencies at the receivers. Chapter 2 goes into and gives a visualization of the poly-hertz radio, discusses synchronization of signals from several points of view, discusses eliminating radio interference in overlapping markets, how add-ons work, and possible uses in securing military and secure radio traffic. Chapter 3 discusses cost justification. Would we get an overall power reduction, how microchips might keep costs down and prolong service life, how fractal design might make multiple arrays of antennas more compact and cost effective. We note that vendors look for new ways to sell new products to consumers and add-ons to old units. We note the possibility of spreading overhead over military procurement.