Welcome to a transformative studying expertise designed to bridge the hole between micro-level parts and macro-level techniques in wi-fi communication. This webinar will take you on a complete journey, beginning with the design of a Gallium Nitride (GaN) amplifier from a transistor mannequin. We’ll cowl the creation of the entire circuitry, together with matching and bias networks, and transition to a 3D format that comes with real-world components like packages and connectors. The journey continues as we make the most of Co-Simulation between the 3D full-wave EM and circuit solvers to carry out in depth sign evaluation. We’ll additionally delve into how we account for thermal results to make sure strong and sensible designs.
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The webinar extends into system-level integration, coupling our amplifier with a 5G phased array antenna. Utilizing the Ansys Community Planner, we’ll consider their mixed efficiency, validate it in opposition to business necessities, and even predict its impression in a simulated community setting. We’ll introduce you to cutting-edge instruments for real-time wi-fi channel modeling, very important for 5G/6G Key Efficiency Indicator (KPI) extraction and algorithm testing.
Whether or not you’re an business skilled, a researcher, or intrigued by the way forward for wi-fi know-how, this webinar guarantees a 360-degree overview that marries principle, sensible design, simulation, and real-world utility. Reserve your spot now for an enlightening session that redefines your understanding of wi-fi communication techniques.
This webinar will embrace:
– Design an Amplifier circuit from a GaN transistor mannequin
– Perceive how thermal simulations can affect and modify amplifier conduct
– Study the intricacies of connecting amplifier fashions to 5G phased antenna arrays and evaluating efficiency
– The best way to combine the fields of an put in antenna with Ansys community planning and wi-fi channel modeling