AWR RF Power Amplifier Simulation

@engrhasan01

Are you looking for an RF/Microwave engineer who can turn your measured S-parameter data into a reliable system-level efficiency study inside AWR Microwave Office before hardware fabrication? I’m an Power Electronics/ Pcb Design Engineer with 5+ years of experience in microwave circuit simulation, PA characterization, matching/balun integration, and system-level RF analysis. I can import and validate all measured S2P/SNP datasets, organize them into a clean hierarchical architecture, and build a simulation-ready power-stage chain that mirrors your physical implementation. Scope I Can Support • Import and verification of transistor, passive, and coax-balun S-parameter datasets • Hierarchical AWR schematic creation with packaged transistor and idealized bias networks • Fundamental-frequency and bandwidth sweeps for PAE and drain efficiency • Pout vs Pin, gain compression, stability review, and S-parameter analysis • Optional load-pull assisted optimization for efficiency-focused tuning • Clean annotation of coax balun topology and signal flow Deliverables • Complete AWR project file with linked S-parameter references • Annotated hierarchical schematic • Simulation plots: Pout vs Pin, Efficiency vs Pin, S-parameters, stability, and load-pull contours (if applied) • Short PDF summary covering assumptions, setup, tuning approach, and headline efficiency results I can start immediately and maintain close communication throughout validation and tuning.

@benny307

As an Embedded Systems Engineer with a flair for innovative problem-solving, I bring to the table not just the technical skills that perfectly match your needs – circuit design, electrical engineering, and data analysis to mention a few – but also a solid understanding of the principles of power electronics and wireless communication. My proficiency in using AWR Microwave Office aligns seamlessly with your desired software for this project. One unique feature of my working style that guarantees clarity and easy maintenance is the provision of an annotated schematic detailing the implementation process. Additionally, my practicality reflects in my deliverable where we wouldn't just stop at Pout vs Pin graphs, Efficiency vs Pin graphs - instead interpreting these results in line with our defined terms. I go beyond simply working on a task in hand: I truly invest myself in your objectives. I assure you that if you trusted me with this project, your expectations would be surpassed not just because of my 5-year experience in the field, but also because of my genuine commitment towards satisfying clients' needs. Let's get started on developing a powerful yet efficient RF amplifier!