Design and Analysis of Radio Frequency Inductors for Wireless Communication Systems

This paper presents a comprehensive study on the design, modeling, and performance evaluation of radio-frequency (RF) inductors for wireless communication applications. RF inductors are critical components in filters, matching networks, oscillators, and RF front-end circuits. With the increasing demand for higher frequencies, wider bandwidths, and miniaturization in modern wireless systems, optimized inductor design has become essential. This work investigates analytical models, electromagnetic (EM) simulation techniques, and fabrication considerations to achieve high quality factor (Q), low parasitic effects, and integration compatibility. Results demonstrate effective strategies to improve inductor performance across the 1–10 GHz range.