CST – Computer Simulation Technology

Getting Ahead with Optical Simulation

Recording date: February 22, 2018

60 min

 

In this eSeminar we will demonstrate how CST STUDIO SUITE® can be used in the design process of photonic components by presenting two detailed examples.

An SOI ring coupler will be used as an example of the design of a photonic integrated circuit (PIC). We will divide the ring coupler into waveguide blocks and using both 3D electromagnetic simulation and a flexible schematic to speed up the simulation task, increase the flexibility and allow the design of PICs too large for electromagnetic simulation alone. In the second part of this eSeminar, we will present a general approach to obtain dispersion diagrams for photonic crystals with the eigenmode solver. As an example a 2D tridiagonal photonic crystal will be used.

Presenter

Christian Kremers

Dr. Christian Kremers joined CST as an application engineer in 2013 with a special focus on optical applications. In 2011 Dr. Kremers received his Ph.D. degree in electrical engineering. During his Ph.D. at the Institute for High-Frequency and Communication technology (IHCT) at the University of Wuppertal where he worked on theoretical and numerical aspects of light-matter interaction of nanostructured materials. Afterwards, Dr. Kremers worked as a researcher at the IHCT. His research interests included the physical modeling of charge carrier movements in CMOS technology at THz frequencies.

Materials:

1. Getting Ahead with Optical Simulation

contact support

Your session has expired. Redirecting you to the login page...