Microwave System Engineering Principles focuses on the calculus, differential equations, and transforms of microwave systems.
This book discusses the basic nature and principles that can be derived from thermal noise; statistical concepts and binomial distribution; incoherent signal processing; basic properties of antennas; and beam widths and useful approximations. The fundamentals of propagation; LaPlace's Equation and Transmission Line (TEM) waves; interfaces between homogeneous media; modulation, bandwidth, and noise; and communications satellites are also deliberated in this text.
This book is a good source for students and individuals intending to gain knowledge on numbers, formulas, and relationships relevant to the field of microwaves.
This book discusses the basic nature and principles that can be derived from thermal noise; statistical concepts and binomial distribution; incoherent signal processing; basic properties of antennas; and beam widths and useful approximations. The fundamentals of propagation; LaPlace's Equation and Transmission Line (TEM) waves; interfaces between homogeneous media; modulation, bandwidth, and noise; and communications satellites are also deliberated in this text.
This book is a good source for students and individuals intending to gain knowledge on numbers, formulas, and relationships relevant to the field of microwaves.
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