Our electromagnetic simulation technology allows antenna design and placement on the satellite to be optimized with high accuracy and speed. Radiofrequency interference between systems is crucial for system integrators and must be well understood at an early design stage. Therefore, a dedicated interference task solver provides a complete understanding of the coupling between all the communication and detection systems.
Adhering to compliance standards for radiofrequency systems is a legal requirement that must be met to go to market. Validated high-fidelity simulation gives confidence that certification tests will be passed at the first attempt.
The reliable operation of communication and detection systems is critically essential for the operation of satellites. However, the cost of physical testing of those systems is very high, and reducing it to a minimum is crucial.
In this webinar, we analyze communication system performance for a concept satellite design. We cover all aspects of the workflow:
- Generating suitable antenna models for simulation
- Creating the assembly
- Simulating installed performance
- Combining antenna coupling with transmitter/receiver models to predict co-site interference.
Replay
Speaker
YOU Yingjie
SIMULIA EuroNorth Industry Process Consultant - Dassault Systèmes®
Yingjie YOU is an Industrial Process Consultant and has worked in this role for Dassault Systemès since September 2018. Her main responsibility is delivering Electromagnetic Simulation technical solutions to a wide variety of customers across the EuroNorth region for the ‘High Tech’ industry area. She specializes in antenna design, microwave component simulation and high-power component simulation.
Prior to her current role, she worked as an early-stage researcher for the 5G European Research (Horizon-2020) Programme. She studied for both her MSc and PhD degree at the University of Sheffield, UK, focusing on antenna design and propagation models for wireless mobile network systems.
Antenna Magus
