The version 2020 is an upgrade of the Waveguide Connector (version of 15.09.02). The current version has been upgraded with waveguide structure templates, synthesizing and optimizing tools.
WR-Connect is fast "non-rigorous" RF/microwave engineering CAD software created to design waveguide components of the URWS (uniaxial rectangular waveguide structures) class. The main purpose of WR-Connect is conceptual designing (exploration of design ideas, technical proposals, quoting). Although, in many cases, it can be directly used for real hardware designing. Besides, this version can be linked with other waveguide structures simulators (for example ANSYS HFSS) by aggressive space mapping (ASM).
The area of waveguide components, which can be designed using WR-Connect are mostly band-pass, low-pass, high-pass waveguide filters and also matching and transforming components.
WR-Connect is applicable to uniaxial rectangular waveguide structures (URWS) composed from several types of elements (step, cavity and diaphragm) connected to each other by straight waveguide sections.
WR-Connect is an integrated design environment compromising URWS simulator, synthesizer, optimizer, space mapping tools, correctors, editor and templates.
Although the computational engine is based on rigorous mode-matching computational methods, the number of waveguide modes taken into account is set to minimum in order to fit computational ability of IE, reduce design time but still keep accuracy practically acceptable for wide class of applications. For more information refer to Accuracy & Applicability Report to see how simulation results obtained by WR-Connect correlate to results of measurement or simulation performed by some other software.
Copyright ©
2020 Rousslan Goulouev & Digoria Microwave. All rights
reserved.
WR-Connect copyright covers the following IPs:
Computational engine
Design Environment
Design Examples
Tutorials and Application Notes
Walter Zorn (http://www.walterzorn.com) for the great JavaScript graphic library.
Rouslan Mamoukhov (http://www.matheonics.com/ ) for consulting on computational algorithms.
W3Schools (https://www.w3schools.com/ ) for very helpful tutorials on HTML and JavaScript
Jeremy Heleine (https://www.sitepoint.com/building-3d-engine-javascript/) for very helpful article on 3D objects