Pillbox Antenna
17 times 40 wavelengths: This huge Pillbox Antenna was optimised by one of our customers even during the evaluation period of CST MICROWAVE STUDIO. He commented: \"We would not have built and tested the hardware if we had had this software before\".
Figure 1:
The efficient Time Domain Approach of MWS is able to handle this large structure on a normal PC in a few hours calculation time. The cross section of the reflector is defined by a mathematical function and has been imported as a DXF File.
Figure 2:
By calculating the farfield radiation pattern around 30 GHz a misdesign has been detected. The customer was able to optimize the original structure using MWS.
CST Article "Pillbox Antenna"
last modified 7. Jan 2009 3:52
printed 7. Jan 2009 3:52, Article ID 14
URL:
All rights reserved.
Without prior written permission of CST, no part of this publication may be
reproduced by any method, be stored or transferred into an electronic data processing system, neither mechanical or by any other method.
Article ID: 14
Last modified: 7. Jan 2009 3:52
Other Articles
CST MICROWAVE STUDIO® and Agilent ADS have been successfully employed in this OEIC driver design - an example of a high speed analog/broadband IC application.The package model was imported from Agilent momentum and the model was simulated upto a 100 GHz in CST MWS.The resulting eye diagrams of the driver design from CST MWS are compared with those from Agilent momentum and other test cases.
Read full article..
This article describes how CST MICROWAVE STUDIO® may be used for performing simulative tests of the immunity of devices to electrostatic discharge (ESD). A user defined input signal may be combined with an optimised model geometry to closely model the behaviour of a real ESD generator.
Read full article..
Optimisation of Microwave Plasma Sources with the transient, frequency domain and eigenmode solvers of MAFIA.
Read full article..
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 article shows the CST MICROWAVE STUDIO® (CST MWS) simulation results of a complete Sony Ericsson mobile phone in relation to head and hand phantoms.
Read full article..
The example design is a classic hairpin filter with a bandwidth of 3.6 to 4.3 GHz. The hairpin filter was designed for a return loss better than -20dB across the band.
CST DESIGN STUDIO™ was used to design and tune the filter, the resulting layout was then verfied with the 3D- EM simulation software CST MICROWAVE STUDIO®.
Read full article..