By Jean-Fu Kiang
Novel applied sciences for Microwave and Millimeter-Wave Applications offers an summary of present learn prestige in chosen box, to facilitate a studying procedure from recommendations to practices, from part layout to process structure, and from small scale to giant scale. every one bankruptcy specializes in a subject and is equipped to be self-sufficient. Contents in each one bankruptcy contain concise description of suitable heritage info, significant concerns, present development and destiny demanding situations. precious references also are indexed for additional interpreting. Novel applied sciences for Microwave and Millimeter-Wave Applications is acceptable as a textbook for senior or graduate classes in microwave engineering.
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Additional info for Novel Technologies for Microwave and Millimeter — Wave Applications
The complete distributed circuit model is analyzed in the time domain. In each unit segment, the input/output currents and voltages are related by four coupled discretized differential equations in the time domain. 14) Since the first segment is connected to a driving source and segment N is terminated with a load, there are two unknowns at the device output and two at the device input. ) where the elements of matrix M are known at each time step. Hence, the input and output currents and voltages can be evaluated.
The second approach presents a fully distributed equivalent circuit model for high-frequency transistors. The proposed distributed circuit model incorporates a sufficient number of segments to accurately account for wave propagation effects along the device width. For the first time, distributed circuit model having several segments is obtained in the time domain to analyze the large-signal behavior. In addition, a hybrid model that combines both physics-based and circuit-based models will be presented.
26 Novel Technologies for Microwave and Millimeter Wave Applications 1. Introduction Modern high-performance electronics are based on technologies such as monolithic microwave integrated circuits(MMIC's), with a large number of closely packaged passive and active devices, severallevels of transmission lines and discontinuities, all operating at high speeds, high frequencies, and sometimes over very broad bandwidths. It is thus perceptible that the design of MMIC's should involve robust design tools that simulate all the circuit elements simultaneously.