| Title | Presenter |
|---|---|
| MODSIM – Advanced Multiphysics Simulation of a Smartphone Connector | Dawood NULWALLA, Dassault Systèmes |
| Simulation and measurement of transfer impedance of HV-connector systems | Antoine VAN PEER, Hirschmann Automotive GmbH |
| Signal integrity analysis of coaxial connectors using CST Studio Suite | Ali ARSHADI, Technia GmbH |
MODSIM – Advanced Multiphysics Simulation of a Smartphone Connector
MODSIM: Modelling and simulation, a concept aimed at bringing the design and simulation engineer closer together. With the advanced connector project, we aim to demonstrate how this workflow could possibly look like. Electromagnetic and structural simulation aspects will be discussed, showcasing the link between the two, which will enable faster product development cycles. With MODSIM we democratize the power of simulation enabling better and faster ways of working.
Presenter: Dawood NULWALLA, Dassault Systèmes
| Replay | Slide deck |
|---|---|
Simulation and measurement of transfer impedance of HV-connector systems
In this presentation, we will explore the concept of transfer impedance and its importance in evaluating the shielding effectiveness of braided shielded cables and HV-connectors in particular. The triaxial test method, a commonly used laboratory test for measuring transfer impedance, will be described in detail. Measurement results and several simulation setups for the transfer impedance will be shown in this presentation. Finally, we will discuss the limitations of transfer impedance measurements using the triaxial method and discuss alternative methods. Signal integrity analysis of coaxial connectors using CST Studio Suite.
Presenter: Antoine VAN PEER, Hirschmann Automotive GmbH
Signal integrity analysis of coaxial connectors using CST Studio Suite
In this presentation, we show the analysis and simulation of the high-frequency coaxial connectors with CST Studio Suite. These connectors are suitable for the high demands of 5G networks. They have applications in radio, video and audio technology and in the laboratory for oscilloscopes and measuring devices. A connector consists of two conductors: the inner and outer conductors. Between the conductors is either the insulator or the air as a dielectric. The connector is simulated electromagneticly by CST Studio Suite to determine the best geometry and material properties of the connector to reach desired return loss of the connector. To guarantee the function of the connector in high powers CST is also used for thermal simulation.
Presenter: Ali ARSHADI, Technia GmbH
