Principles of Passive Intermodulation
Modeling and Simulation
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Beschreibung
This book summarizes the physical models and simulation methods of PIM explored in national and enterprise research projects in which the author participated. Passive intermodulation (PIM) is a vital parameter in the design of radio frequency (RF) communication systems. Closed-form PIM equations and full-wave PIM simulation methods are achieved by utilizing the linearity–nonlinearity separation and one-way coupling approximation theories. Additionally, the behavior model is briefly discussed at the end of the book. This book will benefit researchers, engineers, and graduate students in the fields of RF nonlinearities, telecommunications, and electromagnetic simulation.
This book summarizes the physical models and simulation methods of PIM explored in national and enterprise research projects in which the author participated. Passive intermodulation (PIM) is a vital parameter in the design of radio frequency (RF) communication systems. Closed-form PIM equations and full-wave PIM simulation methods are achieved by utilizing the linearity–nonlinearity separation and one-way coupling approximation theories. Additionally, the behavior model is briefly discussed at the end of the book. This book will benefit researchers, engineers, and graduate students in the fields of RF nonlinearities, telecommunications, and electromagnetic simulation.
Addresses quantitative PIM principles from physical basis to closed-form equations Comprehensively studies physical models and full-wave simulation methods of PIM Provides practical cases of electrical contacts, microstrip circuits, and MIMO antenna
Autor*in
Xiaolong Zhao
Themen in »Principles of Passive Intermodulation«
Passive intermodulation Nonlinear effect Model Radio frequency system Electrical contact Microstrip circuit Finite-Difference Time-Domain MIMO antenna Nonlinear mechanism Nonlinear Maxwell’s equations