How to Capture and Orchestrate a Power Amplifier Design Workflow

The previous webinars in this MasterClass series presented Power Amplifier (PA) design methodologies for extrinsic load pull multi-performance specs, and intrinsic I-V waveform shaping for high efficiency. Register here to watch those webinars On-Demand:

- Why to Use the Power Wave Load Pull Technique for PA Design

- Why Use Intrinsic Techniques for High-Efficiency PA Design

This PA webinar shows how the previous complex PA design methodologies involving device selection, simulation, optimization and design decision branches can be captured as executable flowcharts. Once captured, the executable flowchart self-documents the PA design process for design reviews, IP preservation, and fast iterative design explorations with alternative devices, topologies or parameter settings. The captured executable flowchart is also the foundation for AI agents and designers to orchestrate multiple design strategies for selecting the optimal PA design to meet muti- objective specs.

Learn:

- How shifting from ad hoc simulations to executable, flow chart-based orchestration makes RF design workflows more repeatable, scalable and easier to share across teams.

- How this approach enables engineers to capture complex design processes more effectively, exposes clear interfaces for automation

- How automation sets the stage for AI to accelerate design cycles while keeping engineers in control

This PA webinar series is ideal for current and future RF-Microwave-millimeter Wave power amplifier circuit designers across wireless applications, including radar, 5G/6G, and directed energy systems.

Presenters

Jason Boh

Jason has over 20 years of experience with RF simulation and measurement techniques. Jason spent most of his career as a field applications engineer with Agilent/Keysight EDA. Currently, he’s an application developer and focused on improving EDA workflows through automation and AI.

He recently co-authored an article in the July 2026 issue of the Microwave Journal titled “From Ad Hoc Simulations to Orchestrated RF Design Workflows”, which is directly related to this design topic.

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