Join us in this entire end-to-end workflow webinar and unfold the design nuances of a Gallium Nitride (GaN) amplifier from a transistor model and its progression through comprehensive circuitry. Dive into Co-Simulation and multiphysics, ensuring a holistic approach to design and evaluation.
Venue:
Virtual
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.
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:
