Abstract
AbstractThis paper presents a theoretical analysis and examples of triplate spiral inductors. The analysis is based on low‐frequency band transmission line theory, from which three different transmission line circuits are used to model the inductor. After obtaining the circuit impedances for different potential distributions, we deal with the high‐frequency problem using a model where the interline field couplings are simulated as lumped capacitances. Based on these techniques it is possible to investigate basic properties such as the inductances, self‐resonant frequencies and losses.Triplate inductors may be used as three‐dimensional (3‐D) hybrid IC elements in the UHF band (0.3–3 GHz), for example, in broadband matching circuits, various filters, and decoupling circuits for power supply lines.
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