CST Studio Suite Time Domain solver is the perfect solution for broadband traveling-wave components like transmission lines and transitions, as well as highpass/lowpass filters.

When it comes to highly resonant structures, such as bandpass filters and diplexers, the Frequency Domain solver provides great benefits in terms of the simulation accuracy versus speed. Furthermore, it features unique technologies such as the moving mesh, which is important for the mitigation of numerical noise generated by changes in the discretization. It also offers a model order reduction method that is very fast, even in calculating broadband results.

The Time Domain solver is the perfect solution for broadband traveling-wave components like transmission lines and transitions, as well as highpass/lowpass filters.

Highlights:

• We show relevant workflows for Filter Design for effective communication network in terrestrial and space applications using the frequency spectrum
• We show how we provide fast analysis of different components in waveguide technology, which is essential when it comes to optimization routines or complex divide-and-conquer workflows

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 specialises 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.