By Edwards, T. C
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Additional info for Foundations for microstrip circuit design
LTE® is a registered trademark of the European Telecommunications Standards Institute. WiMAX® is a registered trademark of the WiMAX Forum All other trademarks are the properties of their respective owners. In RF and microwave circuits, interconnects and passive elements defined using them are critical circuit components. The expanded text provides foundations for the accurate design of microstrip components and of circuits applicable to microwave, millimeter-wave, and high-speed digital sub-systems.
Reprinted with permission of IEEE. 15 Microstrip-slot transmission line: (a) structure; and (b) dispersion characteristics of microstrip-slot lines. Reprinted with permission of IEEE. 16 The microstrip-slotline transition investigated by Yang and Alexopoulos. Reprinted with permission of IEEE. Transmission Line Matrix (TLM) data results use the transmission line method due to Knorr . Reprinted with permission of IEEE. Reprinted with permission of IEEE. Reprinted with permission of IEEE.
2 The use of ground-signal-ground (GSG) coplanar probes: (a) configuration showing the use of GSG with the coaxial lines coming from the network analyzer; and (b) used in measurement of an on-chip interconnect. 3 Contact pads for coplanar probes with a 100 m pitch: (a) GSG configuration; and (b) configuration for differential probing. 4 Power flow breakdown using normalized scattering parameters. 5 Measurement connections: (a) through connection; and (b) line connection. 6 Metallized substrates forming rectangular microwave resonators: (a) parallel-plate resonator; and (b) dielectric-filled, almost wholly metallized resonator.