Distributed Amplifiers: A Survey of Broadband Amplification Technologies

Abstract
Advancements in communication technologies demand amplifiers that can run over broad frequency ranges, particularly in mm-wave. Distributed amplifiers are key in this arena, offering unparalleled bandwidth capabilities due to their unique distributed active element design. This literature survey aims to combine a foundational understanding of distributed amplifiers, exemplify their operational principles, design methodologies, and aim of applications.
 
Objective
The main goal of this project is to explore and summarize the latest developments in distributed amplifier technology. We will investigate how these amplifiers are built, how their designs have improved over time, and what they are used for, especially in high-frequency electronics like radio and microwave systems. This study will collect and clarify information to help undergraduate students understand these complex devices better, highlighting their importance in the electronics we use every day.
 
Methodology
The survey will adopt a methodical approach that entails:

• Systematically collecting and reviewing pivotal literature that has shaped the understanding and evolution of distributed amplifiers.
• Comparing and contrasting design methodologies to track technological progress and innovation.
• Documenting the application of distributed amplifiers in a range of high-frequency systems, underscoring their operational importance, and shedding light on their practical implementation.

 
Expected Outcomes
The literature survey expected to yield a comprehensive report that provides:

• An informative exploration of the conceptual foundations and design complexities associated with distributed amplifiers.
• A comparative analysis of design strategies across the surveyed literature.
• Knowledge on diverse applications of distributed amplifiers, highlighting their role in modern and prospective communication systems.

Conclusion
This project will culminate in an informative resource that equips undergraduate students with a robust understanding of distributed amplifiers, preparing them for industry challenges or further academic pursuit.