A Scalable Model Methodology for Octagonal Differential and Single-Ended Inductors

Scalable models for circuit design components such as inductors are a requirement for state of the art design environments. Octagonal inductors are preferred over square inductors due to their higher Q factor. In this paper the authors present a model methodology for broad-band scalable octagonal inductors. Measurement data and electromagnetic simulation results are presented to demonstrate the accuracy of the model