Transcript WHO WE ARE - QWED - Software for Electromagnetic Design

WHO WE ARE
• QWED is a company of the limited liability
type,
• set up in 1997 by four academics originating
from the Institute of Radioelectronics,
Warsaw University of Technology.
QWED Sp. z o.o.
ul. Krzywickiego 12 lok.1
02-078 Warsaw, POLAND
fax: +48 22 621 62 99
tel.: +48 22 625 73 19
[email protected]
www.qwed.com.pl
Founders
and Main Software Authors
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Prof. Wojciech Gwarek, President
Dr. Malgorzata Celuch, V-ce President
Dr. Maciej Sypniewski
Dr. Andrzej Wieckowski
Co-Authors
of Optional Modules
• Prof. Michal Mrozowski – QProny Module
• Prof. Leszek Opalski – QW-OptimiserPlus
Consultancy
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Prof. Wojciech Gwarek
Dr. Malgorzata Celuch
Dr. Maciej Sypniewski
Dr. Andrzej Wieckowski
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Prof. Michał Mrozowski
Prof. Jerzy Krupka
Prof. Leszek Opalski
Dr. Jerzy Piotrowski
Dr.Wojciech Wojtasiak
What We Do
We invent
and commercially develop
electromagnetic software packages,
of the QuickWave series.
What We Do
We also apply this software
to electromagnetic research
and industrial design.
What We Do
In collaboration with the Institute of
Radioelectronics, we offer design and material
measurement services for high-power
applications.
Areas of Software Application
in Industry
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Telecommunication industry
Electronics industry
Microwave oven industry
Automobile industry
Food processing industry
Industrial microwave chemistry
Areas of Software Application
in Science
• Space and atmosphere research
• Microwave heating
• Electromagnetic impact on biological
tissues
• Electronics
Examples of Applications (ex. 1.1)
WR-10 waveguide quadrature hybrid with six branch lines
Design, measurements and QW-3D simulations:
S.Srikanth and A. R. Kerr, National Radio Astronomy
Observatory, Charlottesville, VA 22903, USA
Examples of Applications (ex. 1.2)
Amplitude and phase imbalance –
from the measured (MS-noisy) and
simulated (QWB-smooth) results.
(S. Srikanth and A. R. Kerr, National
Radio Astronomy Observatory,
Charlottesville, VA 22903, USA)
For more QW-3D results at NRAO,
see:
ALMA Memos 381, 343, 325, 278
You will find them at:
http://www.mma.nrao.edu/memos/html-memos/alma278/memo278.pdf
http://www.mma.nrao.edu/memos/html-memos/alma343/memo343.pdf
http://www.mma.nrao.edu/memos/html-memos/alma325/memo325.pdf
http://www.mma.nrao.edu/memos/html-memos/alma278/memo278.pdf
Examples of Application (ex.2)
E-plane waveguide diplexer
Transmission into higher-frequency (upper)
and lower-frequency(lower) channels:
measurements
simulations
Design, measurements
and QW-3D simulations:
T.Schnabel, Zomatch, CA
Examples of Applications (ex.3)
Pyramidal horn antenna
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320
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-10
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6 GHz
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-20
-30
280
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-40
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100
240
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160
180
Design & measurements:
Prof.B.Stec,
Technical Military Academy, Poland
Simulations: QWED
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vertical plane measured
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vertical plane simulated
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horizontal plane measured
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horizontal plane simulated
Examples of Application (ex.4)
Axisymmetrical corrugated horn
H at 13.75GHz
Design & measurements:
P.Brachat, IEEE Trans. AP, April 1994
QW-V2D simulations: QWED
Radiation patterns
at 13.75 GHz
Examples of Application (ex.5)
Dielectric waveguide coupler
- a tutorial example from QW-3D manual
Low-permittivity
dielectric cross with
high-permittivity slab
Fundamental mode
pattern at 96.7 GHz
Envelope of vertical
E-field at 95 GHz
Wide-band S-parameters
indicating power loss due to
higher modes and /or radation
Examples of Application (ex.6)
A tutorial example of TDR from QW-3D manual
Time-domain electric (above) and
magnetic (below) fields revealing
location and kind of the discontinuity
A strip-line structure terminated
with a narrow grounded strip;
lower half due to magnetic
symmetry condition considered
Examples of Application (ex.7)
Thawing a beefburger in a household oven; QW-3D with QW-BHM
Left: system view
Right: dissipated power
patterns through beef and
bread, produced by QW3D under the assumption
of constant media
parameters at either -20
deg or +20 deg.
Left: temperature-dependent media
characteristics automatically
considered by QW-BHM option
Right: resulting temperature pattern
produced by QW-3D with QW-BHM.
Due to thermal runaway effect, after 35 sec.
of heating a hot spot is created in bread
while beef remains frozen.
Examples of Application
More on microwave heating
For more examples of QW-3D application by our users,
please refer to the projects run at Worcester Polytechnic
Institute and reported at:
http://www.wpi.edu/Academics/Depts/Math/CIMS/immg/activ.htm
You will also find there an independent review
of commercial EM software packages:
Comparative Analysis of Commercial Electromagnetic
Software
How We Commercialise
Our Concepts and Products
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Sales of QuickWave software packages
Licensing
Technical consulting
Industrial design
What Makes QWED Special
• Our products are developed by researchers
and engineers, who understand the
customer’s problem on both software and
technology levels.
• Our support staff will offer customers
unmatched level of skill and commitment.
What Is QuickWave
QuickWave
is a cutting edge software which
makes possible electromagnetic analysis
and reliable design
without hardware prototyping
What Is QuickWave
Software implemented for the Windows
platform, with a user-friendly interface,
including libraries of parameterised
designs
What Is QuickWave
A product based on long term original research
conducted by its authors and disseminated
in over one hundred publications
What Makes QuickWave Special
The only EM software
for fast 3D design
with no need for 3D drawing!
Take a look at our parameterised element libraries further herein.
The only FDTD software
offering fully conformal boundary models
with no need for time-step reduction!
Take a look at our conformal models with clever cell merging.
Accuracy improvement with respect to both stair-case FDTD and
brute-force conformal FDTD without cell merging are shown further
QuickWave Features
• Conformal meshing and conformal FDTD algorithms
• Convenient GUI with libraries of parameterised objects
• Extraction of S-parameters, also in multimodal lines and
and below cut-off
• Excitation with user-defined source type, pulse type,
available power, delay
• Electric, magnetic and metal losses
• Extensive display of absolute values of fields & power
• Extraction of average dissipated power, also in
multimodal structures
• Batch operation, freeze function, multithread options
• Interfaces to optimisers for automatic design
Unique Features
standard FDTD conformal mesh in QW-3D
Unique Features
standard FDTD cells
in “stair-case” FDTD
air dielectric metal
examples of conformal cells in QuickWave
dielectric media interfaces
metal boundaries
Unique Features
coaxial line in QW-3D (left) and in stair-case FDTD (right)
Unique Features
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Offset metal boundary creating a small cell:
1. Stair-case - neglect small cell
2. Brute force conformal - leave small cell, reduce time step
3. Advanced conformal - merge cells
For effects on accuracy, please refer to QWED's past events
and look for May 2001 IEEE IMS presentation by M.Celuch
Unique Features
user interface based on parameterised element libraries
Just pick up your structure,
set the parameters,
and run a full 3D simulation
with no need for 3D drawing!
Unique Features
some specialised libraries
Our typical dialogue
for parameter setting
Unique Features
Accurate S-parameter extraction including
multi-modal transmission lines
and evanescent modes
Allows circuit partitioning close to discontinuities
For details and examples, please refer to QWED's past events
and look for May 2001 IEEE IMS presentation by W. Gwarek
Unique Features
Fast automatic design with QuickWave software
interfaces to external optimisers, e.g.:
Matlab tools
in-house QW-Optimiser
For details and examples, please refer to QWED's past events
and look for June 2001 IEEE IMS workshop presentation by
W. Gwarek
QuickWave-3D
QW-3D - Our Flagship Product
A general-purpose
3D electromagnetic software
Includes QW-Editor and
QW-Simulator, in a full 3D regime
QW-V2D
A vector 2D electromagnetic software
applicable to the analysis
of axisymmetrical devices
(antennas-as big as 150 wavelength or more!,
resonators,
circular waveguide discontinuities).
Includes QW-Editor and QW-Simulator,
working in a vector 2D regime
QW-Editor
A graphical editor for definition of
geometry, media, I/O parameters and
postprocessing. It comprises a library of
parameterised objects and a capability
for generating further objects and
libraries. Conversion to and from CAD
formats is also facilitated.
QW-Simulator
A unique, conformal FDTD solver.
Its output data include
multi-modal, multi-port S-matrices,
radiation and scattering patterns,
pattern of field, dissipated power,
time-domain reflectometry etc.
QProny
An optional signal postprocessing module,
which speeds up the extraction
of S-parameters and/or complex eigenvalues
of high-Q circuits.
Co-authored by Prof. M. Mrozowski
QW-Optimiser
An example optimiser
compatible with QW-3D and QW-V2D.
Currently works with goal functions
based on S-parameters
or radiation patterns.
Co-authored by Dr. P.Miazga
QW-MultiSim
A package of four multithread
implementations of QW-Simulator for
faster execution on multi-processor PCs.
Also allows running two instances
of QW-Simulator on a two-processor PC.
QW-BHM
A specialised module
for microwave heating applications.
It automatically modifies enthalpy- or
temperature dependent media parameters
as a function of dissipated power.
QWCX
A specialised 2D package for the
analysis and design
of coaxial connectors.
A full-wave approach is utilised,
allowing for such effects
as tapers, gaps in inner connector,
re-entrant cavities.
Licence Conditions
QuickWave software can be executed
on PC computers with Windows 95
Windows 98, Windows NT,
Windows 2000, Windows XP.
MultiSim requires Windows NT or
Windows 2000
Licensing Schemes for
QuickWave Products
• Permanent licences
- one-computer stand-alone licence
- floating network licence
• Temporary licences
• Free pre-sale benchmarks
• Free post-course trials
Permanent Licences
Allow the software to be used for unlimited
period of time.
One year of user support and version upgrades
(at least one a year) are included in the price.
After the first year,
further support and upgrades
available at 15% of original licence price.
Temporary Licence
Offered for the 6 months’ evaluation period
at 25% of the permanent licence price.
Support during the licence validity.
Can be upgraded to permanent licence at
any time during validity, for the remaining
75% of the full price.
Free Pre-Sale Benchmarks
Can be performed by QWED staff comprising
professionals experienced in various domains of
microwave and millimetre-wave engineering,
electromagnetic modelling, and software
application.
Reports contain results, comments and
suggestions as to the problems.
The parameterised macros will be delivered at
no extra charge with a permanent licence sale.
Free Post-Course Trials
Offered to potential customers who have
participated in a short course on QuickWave
application, which QWED arranges from
time to time at various locations.
An interested customer may order a special
course at his premises, dedicated to his
applications.
Licence Protection
QuickWave software is protected
by a hardware key
in which software configuration
and licence validity are encoded.
The key can be remotely upgraded.
Our Sales Orientation:
20 Countries on 5 Continents
Our Sales Orientation
Our Marketing Strategy
Annual participation in IEEE
International Microwave
Symposium and Exhibition
QWED booth at MTT-S in Seattle:
#569
Our Marketing Strategy
Internet
Our Marketing Strategy
Scientific Publications
and Conferences
QWED’s Prizes
1998
The European
Information Technology
Prize
From European Commission
and Euro-Case
QWED’s Prizes
1999
The Prime Minister
of Poland
Award
QWED’s Prizes
2000
Master of Technology
Award
From Polish Federation of
Engineering Associations
QWED’s Prizes
2000
Proton Award
From State Committee for
Scientific Research and
Proton TV programme
QWED’s Prizes
2001
Leader in
Software Export
From Polish
Software Market Association
QWED’s Prizes
2006
Leader in
Software Export 2005
From Polish
Software Market Association
QWED’s Certificate
2007
The Certificate from Military
Center for Standardization,
Quality Assurance and
Codification
Joint Consulting Activities
In collaboration with the Institute of Radioelectronics:
• designing high-power sources of high frequency stability
• measuring material properties in wide range of frequencies
and loss tangents.
Joint Consulting Activities
Split post dielectric resonator
(5.6 GHz)
In collaboration with Prof.Jerzy Krupka,
resonators for measurements of:
• complex permittivity,
• complex permeability
• surface resistance
at microwave frequencies.
Re-entrant cavity (800
MHz)
We will be happy to answer your
questions or enquiries.
You may reach us at
[email protected]
Thank you for your attention and
interest in
QWED