Optimizing Electrode Parameters for Minimizing RF Losses and Preserving High-Frequency Resonance in Electronic Systems

This study meticulously explores the optimization of electrode parameters to minimize RF losses and preserve high-frequency resonance in electronic systems, with a particular focus on diamagnetic metals like silver and copper. By thoroughly examining electrode geometry, skin effect, resistance, proximity effect, and inductance, our research aims to enhance energy efficiency and ensure sustained system performance and reliability. Moreover, we broaden the context of this study to discuss the impact of diamagnetic metals on image quality, resolution, and fidelity in MRI diagnostics [1]. Our research provides specific metrics, such as percentage reductions in RF losses or increases in high-frequency resonance, to quantitatively illustrate the improvements achieved. Additionally, we highlight concrete real-world applications, including telecommunications infrastructure and medical imaging devices such as Magnetic Resonance Imaging (MRI) machines, to underscore the tangible impact and practical relevance of our findings. By optimizing electrode parameters, we contribute to advancements in various industries, ensuring enhanced performance and efficiency in critical electronic systems.