- Buyers Guide
Multiphysics Approach for a Magnetron and Microwave Oven Design
Title: Multiphysics Approach for a Magnetron and Microwave Oven Design
Date: November 20th, 2012
Time: 8am PT, 11am ET, 5pm CET
This webinar will show how the CST STUDIO SUITE® Complete Technology approach can be used to aid the full design path of a device. Various physical aspects are important during a development cycle and EM simulation is only one part of it.
The device under test is a microwave oven, specifically the RF generating magnetron and the cooking cavity. The analysis begins with the interaction region of the magnetron, where the resonance condition, particle movement and output power are of interest. The latter directly defines the efficiency of the magnetron, or in other words, the Ohmic losses to the device. The resulting changes in the structure’s temperature distribution can lead to structural deformations. In addition, the electromagnetic fields within the cooking cavity as well as the fields emitted are discussed.
Since the design is complex, a user friendly simulation tool simplifies the process. We will show how the multiphysics approach can be set up fully parametrically, and how the usage of High Performance Computing (HPC) options can speed-up the simulation.
Finally, a simulation tool has to be reliable if it is to be cost efficient and to replace prototyping. To prove its reliability, comparisons between measurement and simulation for the different steps will be shown.
Dr. Monika Balk,Market Development Manager, Charged Particle Applications, CST AG
Dr. Monika Balkholds a PhD in accelerator physics from the Technical University of Darmstadt, Germany. She joined CST AG in 2005 as Senior Application Engineer for high frequency applications and is now Market Development Manager for Charged Particle Applications.