Buy and Download - Mician uWave Wizard 7.5 Build 7.5.0.747 uWave mWave

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Year/Issue Date: 2009
Version: 7.5 Build 7.5.0.747
Developer: Mician GmbH
Developer website: www.mician.com/content/products/wave_wizard
Bit depth: 32bit
Language: English
System requirements: Intel Centrino/Core Duo or AMD Turion64 (X2) CPU with at least 1 GB of RAM and a graphics adapter with 3D hardware acceleration

Package μWave Wizard is a specialized software for designing microwave devices using method of the agreed modes (Mode-Matching), which is best suited for modeling and optimization of passive microwave devices and antennas. Method agreed MOU and its derivatives (fast hybrid methods for boundary-contour (MM / boundary contour) and finite element (MM / finite-element method) provide unsurpassed speed and accuracy for these tasks.
The secret performance package μWave Wizard lies in the use of the method of coherent modes (Mode-Matching) and its derivatives for the analysis of complex three-dimensional structures, where at first glance, to avoid a full 3D EM analysis is not possible. However, for structures with very complex geometry in the package μWave Wizard now implemented 3D FEM solver, which provides a number of features not available in the agreed method mod (MM).
A powerful set of numerical methods implemented in the package μWave Wizard, complemented by a simple and ergonomic user interface that provides the required flexibility and openness. Further development of the package suggests a consistent implementation of the latest theoretical and mathematical approaches to the analysis of microwave devices.
Typical applications for the program are μWave Wizard passive waveguide components and structures like waveguide and combined filters, multiplexers, couplers, transitions, horn antennas, cluster feeder system, the polarizers, bridges and much more. Library programs bring together more than 230 different waveguide, coaxial and combined elements.
For the simulation of frequency characteristics of complex waveguide structures the whole design is broken into individual blocks, which is equivalent to the model library. The program calculates the scattering parameters for each individual block, and then in multi mode performs end-to-end simulation of the frequency characteristics of the entire structure. Thus, strictly take into account the interaction of the modes of high order. The use of standard library blocks allows you to give up on building a complete three-dimensional model of the entire structure of the analysis. Since most of sizes of mating elements parameterized, creating and editing project takes just a few minutes. Parameterization of dimensions enables the user to quickly move from analysis to optimization by assigning them as variable variables. The control window allows the optimizer is simple and clear goal-setting optimization for different characteristics, to choose the method and type of the objective function.