Hybrid Solver Techniques for Wideband Antennas

Evaluating the performance of an antenna using commercially available electromagnetic (EM) solvers such as Computer simulation technology (CST) studio suite has become crucial. In this context, a unidirectional advanced technique is used for simulating a Printed Log-Periodic Antenna (PLPDA) enclosed in a fixture with foam. This method employs a hybrid solver approach, in which the PLPDA with foam (source) is simulated using a transient solver, and the fixture (platform) is simulated using an integral equation solver. The proposed technique significantly reduces the simulation time and RAM usage while maintaining high accuracy. It is a viable alternative to traditional full-wave analysis, where the source and platform are simulated using a single solver or bidirectional simulation techniques. A comparative analysis with measured radiation patterns demonstrates the effectiveness of this method, providing a reliable and efficient solution for antenna design and performance evaluation.

• Venkat Kandregula
• Pavlos Lazaridis
• Qasim Ahmed
• Faheem Khan
• Zaharias D. Zaharis
• Vladimir Poulkov

2024 27th International Symposium on Wireless Personal Multimedia Communications (WPMC)

https://www.researchgate.net/publication/388813289_Hybrid_Solver_Techniques_for_Wideband_Antennas