Efficient Electromagnetic Simulation of Shielding Mechanisms in Microwave Ovens
The door to a microwave oven forms part of the heating cavity, allowing access to the oven interior. The seal around the door is never perfect, so electromagnetic fields will leak out of the oven, potentially interfering with other electrical equipment or exceeding safety limits for power levels in human operators. Oven designs have to meet legal requirements for the amount of power which can leak beyond a certain distance from the oven (due to human exposure concerns), and also have to meet electromagnetic compatibility (EMC) requirements. This article discusses how electromagnetic simulation can be used to design effective shielding mechanisms in order to adhere to these standards.
You need to be signed into MyCST to access the full article. Don’t have an account? Register here.Full Article
RF Thermoablation in a Human Liver using the Bioheat Formulation
This article is concerned with the evaluation of the temperature distribution inside a human liver when a catheter is inserted. It summarizes the simulations performed with the HUGO and University of L'Aquila's ALES anatomical models. The co-simulation...
Magnetron and microwave oven design to solve Wi-Fi interference issues
This article describes how the different modules of CST STUDIO SUITE® can be used to aid the complete path of a magnetron and microwave oven design. Starting from the analysis of the interaction region in CST PARTICLE STUDIO®, continuing with the electrostatic...
Mobile Phone Simulations with Human Head and Hand Models
Human head models like the SAM phantom are already regularly used to test the influence on mobile phone performance as well as to check the compliance to SAR standards. However, the hand also influences the field distribution significantly. The following...
Simulation of Mobile Phone Antenna Performance
The telecommunications sector is making great advances aimed at delivering an even stream of high tech devices, covering the significant consumer demands in this sector. EM simulation is increasingly becoming an indispensable tool in the design flow,...
CST MICROWAVE STUDIO Simulation of a SAM Phantom Head Model with Mobile Phone
This example demonstrates the ability of simulating for SAR in biological tissues such as a human head model (SAM). Arbitrary structures such as mobile phones may be defined using the powerful user interface in CST MWS or its wide-ranging CAD import facilities.
Your session has expired. Redirecting you to the login page...
When you browse our website, cookies are enabled by default and data may be read or stored locally on your device. You can set your preferences below:
These cookies enable additional functionality like saving preferences, allowing social interactions and analyzing usage for site optimization.
These cookies enable us and third parties to serve ads that are relevant to your interests.