Welcome to a transformative learning experience designed to bridge the gap between micro-level components and macro-level systems in wireless communication. This webinar will take you on a comprehensive journey, starting with the design of a Gallium Nitride (GaN) amplifier from a transistor model. We’ll cover the creation of the complete circuitry, including matching and bias networks, and transition to a 3D layout that incorporates real-world elements like packages and connectors. The journey continues as we utilize Co-Simulation between the 3D full-wave EM and circuit solvers to perform extensive signal analysis. We’ll also delve into how we account for thermal effects to ensure robust and realistic designs.
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The webinar extends into system-level integration, coupling our amplifier with a 5G phased array antenna. Using the Ansys Network Planner, we’ll evaluate their combined performance, validate it against industry requirements, and even predict its impact in a simulated network environment. We’ll introduce you to cutting-edge tools for real-time wireless channel modeling, vital for 5G/6G Key Performance Indicator (KPI) extraction and algorithm testing.
Whether you’re an industry professional, a researcher, or intrigued by the future of wireless technology, this webinar promises a 360-degree overview that marries theory, practical design, simulation, and real-world application. Reserve your spot now for an enlightening session that redefines your understanding of wireless communication systems.
This webinar will include:
- Design an Amplifier circuit from a GaN transistor model
- Understand how thermal simulations can influence and modify amplifier behavior
- Learn the intricacies of connecting amplifier models to 5G phased antenna arrays and evaluating performance
- How to integrate the fields of an installed antenna with Ansys network planning and wireless channel modeling
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