Electronic Communication Systems: A Complete CourseThis book conveys the reality of today's communication systems by balancing traditional elements with the three more recent, radical developments that have had the most dramatic effects on the field--the widespread use of integrated circuits, microprocessors and software, digital techniques and signals. It covers the latest tools, techniques, and standards to help prepare readers for systems of today and the next-generation. A five-part organization covers spectrum, noise, and modulation; media, transmission lines, and wave propagation; digital systems; communication systems and applications; and broadband systems. For people who need to understand how communications work, what they can do, how to fix them, and what they can provide. |
Contents
PART A SPECTRUM NOISE AND MODULATION | 1 |
Fourier and Spectrum Analysis | 22 |
Modulation and the Frequency Spectrum | 32 |
Copyright | |
25 other sections not shown
Common terms and phrases
A/D converter amplifier amplitude analog signal antenna applications ASCII audio band bandwidth base station binary cable called cell central office channel circuit circuitry clock communications system Compare complex components connected converter data bits data rates demodulation detector device dialing digital signals diode DTMF electronic error example factors fiber optic Figure filter format function gain input interface laser diode layer loop maximum microprocessor microwave modem modulating signal modulation index multiplexing needed node noise operation optical fiber oscillator output overall parity parity bit path pattern performance phase phase detector problem protocol pulse quency radar range received signal requires satellite Section sideband signal level single slew rate spectrum stage standard switch sync synchronization tion transmission transmitted UART voltage wave waveguide wavelength wire