Transmission line characterization and modeling for electronic circuits and systems design

Abstract

Channel bandwidth-limited high-speed links or interfaces make circuit solutions not efficient. Both recent and subsequent links (SerDes-Serializer/Deserializer) design demand efficient and effective coupling between future circuit design, communication, and optimization. The challenges vary and new solutions are needed. In this article, an analytical wireline model is presented to predict electronic path loss towards adequate designs of electronic circuits and systems. An open loop system analysis is adapted in this paper. Our model was tested against different channels: a legacy channel with via stub discontinuity and FR4 dielectric, and a more recent microwave-engineered channel without stub and NELCO 6,000 dielectric, a very good matching attained. Good agreement was observed between our model and electromagnetic full-wave simulation data, as a result showed high level of applicability to thin-film microstrip line for adequate circuit design. The model is recommended for electronic engineers for adequate and faster interfaces and high-speed links designs.

Literature Review on Simulation and Measuring Techniques for Transmission Lines and Antennas

“…The implementation of simulation and measurement methodologies is pivotal in crafting, refining, and assessing the functionality of antennas and transmission lines. Extensive research highlights the significance of accurate modeling for a variety of components, including wireline systems and cables [10,11]. Antenna interaction evaluation is strengthened by incorporating empirical data with simulated procedures.…”

Literature Review on Simulation and Measuring Techniques for Transmission Lines and Antennas

“…The implementation of simulation and measurement methodologies is pivotal in crafting, refining, and assessing the functionality of antennas and transmission lines. Extensive research highlights the significance of accurate modeling for a variety of components, including wireline systems and cables [11,12]. Antenna interaction evaluation is strengthened by incorporating empirical data with simulated procedures.…”