Sonnet Suite 19.52 circuits and antennas full crack download

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The software developer Sonnet Software Inc. is pleased to announce the availability of Sonnet Suites 19.52. This suites allows you to design challenges with 3D flat circuits and antennas through a physical description of your circuit and rigorous analysis based on Maxwell’s equations.

Sonnet’s suites of high-frequency electromagnetic (EM) Software are aimed at today’s demanding design challenges involving predominantly planar (3D planar) circuits and antennas. Predominantly planar circuits include microstrip, stripline, coplanar waveguide, PCB (single and multiple layers) and combinations with vias, vertical metal sheets (z-directed strips), and any number of layers of metal traces embedded in stratified dielectric material.

The Sonnet Suites develop precise RF models (S-, Y-, Z-parameters or extracted SPICE model) for planar circuits and antennas. The software requires a physical description of your circuit (arbitrary layout and material properties for metal and dielectrics), and employs a rigorous Method-of-Moments EM analysis based on Maxwell’s equations that includes all parasitic, cross-coupling, enclosure and package resonance effects.

Sonnet maintains a single, dedicated focus on providing the industry’s most accurate and reliable high frequency planar EM software. Our aim is to make it easy for our customers to either develop and analyze designs within our software, or to incorporate our tools into their existing design processes and frameworks. Customers need never commit to a proprietary framework in order to get the best in planar EM analysis.

This presentation offers an overview of the SonnetLab Toolbox for MATLAB and provides examples of how to utilize the features of SonnetLab.
Founded in 1983 by Dr. James C. Rautio, Sonnet Software Inc. is a private company dedicated completely to the development of commercial high frequency EM software. We take great pride in providing quality technical support for our products–which we believe to be crucial for high-end technical software products. Sonnet Software, Inc. is based in Syracuse, NY, USA with representatives across the globe.

Product: Sonnet Suites
Supported Architectures: x64
Languages Supported: english
System Requirements: Windows / Linux *
Size: 680/822 mb

Free Download Sonnet Suite 19.52 | 1.5 Gb
Sonnet Software Inc.announces the availability of theSONNET Suites Professional Release 19.52. This software provides commercial EDA software solutions for high-frequency RF/MW electromagnetic analysis.
Owner:Sonnet Software Inc.
Product Name:Sonnet Suites
Version:19.52.2025 Professional
Supported Architectures:x64
Website Home Page :www.sonnetsoftware.com
Languages Supported:english
System Requirements:Windows & Linux *
Size:1.5 Gb

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Enhanced Performance for All Solvers:All solver licenses have enhanced performance in v19. The Level 2 Basic through Pro Desktop solvers have at least a doubling in the number of threads that can be utilized. Best of all, High Performance Solver licenses are upgraded with full Beowulf capability upon request, free of charge

Advanced Instruction Sets:Sonnet now supports advanced instruction sets such as AVX2 and AVX512.
Expanded Material Libraries:A greatly expanded material library includes direct manufacturer support for material parameters including anisotropy.
Temperature-dependent Conductor Materials:You may optionally specify a temperature dependency of any conductor material.
Frequency-dependent Dielectric Materials:Any dielectric parameter may now use a frequency-dependent table of values in place of a constant or a variable. Many of the dielectric material library entries use tables.
Expanded Technology Files:Handling complex semiconductor processes has never been easier in Sonnet. Now with more accessible metal bias information, automatic CAD Layer mapping, Derived Tech Layers, and encrypted data file format carryover and overrides, it’s easy to make sure your simulation reflects your design.
Macro Language and XML-Based File Format:With an all new file format based on XML, programmatic project editing and optimization is easier than ever. Users can drive Sonnet programmatically from languages including Python, Ruby, MATLAB, C#, jаvascript, PowerShell, and more using Sonnet’s new macro language.
Derived Tech Layers:A new type of Tech Layer is introduced in Sonnet 19 called a “Derived” Tech Layer. See Derived Tech Layers for details.
Precedence:A new property of a Tech Layer, called “Precedence” may be used to define how overlapping polygons are interpreted. If two or more polygons on the same level overlap, and those polygons have different properties, their Precedence is used to determine the properties of the overlapping area.
Improved Import Wizard for DXF/GDSII Translations:The Import Wizard now has a much cleaner design and new features have been added. It now supports adding drawing purposes to allow more flexibility in mapping input layers to Sonnet Tech Layers. This includes the ability to import multiple drawing purpose types to the same Tech Layer. You also have the ability to import a port purpose to automatically generate Sonnet ports.
Via Tech Layers:In previous Sonnet versions, you specified the beginning and ending locations of a Via Tech Layer by specifying level numbers. Now, you may also specify a Planar Tech Layer as the beginning and/or ending location.
Enhanced User Equations:User Equations for graphs have been enhanced. You may create equations which use any of the Sonnet built-in measurements and include intermediate arguments.
Alternative Color Palettes:Additional color palettes are now available for current density Descriptions and 3D patterns. These new color palettes have multiple benefits including better readability for people with common forms of color blindness and/or color vision deficiency. They are also useful when you need a single Description that works for both color and monochrome publishing formats. These new color palettes can be accessed using View > Options > [Colors] (for current density Descriptions) and Graph > Graph Options > [Colors] (for 3D patterns). You may also create your own custom color palette.
Quadruple Precision:Certain types of circuits (especially those with extremely high Q, such as those found in many superconductor circuits), require more precision than the standard double precision provides. For those circuits, enabling quad precision may be necessary. The EM solver now supports multi-threaded quad precision calculations for the matrix fill portion of the analysis. See EM Options for more information. Please note that running with quad precision requires longer analysis times than running with the default double precision, but it is much faster than previous releases.
Migration Tool:When you first open Sonnet, you will be given the opportunity to copy your settings from a previously installed version of Sonnet to the present version. You may also access the migration tool later by selecting Admin > Migration Tool from the main Session tab.
Streamlined Documentation:Learning the software and new features has never been easier with the fully revamped online help.
Beowulf Solver (Beta):Culminating nearly a decade of development, Beowulf is the world’s first commercial solver based on the Unified-FFT Algorithm [4]. Beowulf uses the same project files and interface as always, simulates with the same accuracy for which Sonnet is known, while allowing for much larger projects with faster results than ever before. While Beowulf benefits from N log N scaling, our direct full matrix solver is one of the most efficient there is. Please contact Sonnet Software if you wish to evaluate the Beowulf solver.

Changes
The following is a list of major changes from Sonnet 18. For example, creating your material stackup now uses a more hierarchical approach. If you are familiar with Sonnet 18, you should review this list before attempting to use this release of Sonnet.

File Format Change
In Sonnet release18 and earlier, Sonnet project files were saved with a .son extension. In this release, Sonnet project files are saved with a .sonx extension and use an XML-based format. Legacy files with the .son extension are still supported. For example, you can still open and edit them in the Sonnet Project Editor and analyze them with the EM solver. However, any time you save a file, it will use the new format which cannot be opened by Sonnet 18 or earlier.
Materials
This release includes a redesign of how materials are defined:
– There are now two types of materials: conductor materials and dielectric materials.
– Instead of separate planar and via metals, they have been combined into “conductors”.
– Instead of separate dielectric layer and brick materials, they have been combined into “dielectrics”.
– Metal Types no longer exists in Sonnet 19. The parameters associated with Metal Types are now specified in either the conductor properties or the Tech Layer.
Tech Layers
In previous versions of Sonnet, Tech Layers were optional; i.e., polygons did not need to be assigned to a Tech Layer. In Sonnet 19, all polygons must now be assigned to a Tech Layer. There are also significant changes to Tech Layers as described below.
Planar Tech Layers
Tech Layers using planar metal were called “Metal Technology Layers” in version 18. They are now called “Planar Tech Layers”. A Planar Tech Layer represents any metal which is parallel to the xy plane. A Planar Tech Layer is now composed of the following properties:
-Level number:No change from Sonnet 18.
-Conductor material:See the Materials section above. Typically, this is just the conductivity or resistivity of the metal, but can also contain surface impedance, temperature dependency, etc.
-Meshing:Rectangular Mesh or Conformal Mesh. Note that the old “Staircase fill” is now called “Rectangular Mesh”. “Diagonal Fill” is now an advanced property of Rectangular Mesh and is enabled using a checkbox called “Diagonal Edges”. You may also uncheck Enable Meshing and the polygons will not be meshed by the EM Solver.
-Metal Model:Allows you to choose how to model the metal thickness. In previous releases, this information was stored in the “Metal Type”. For the Thick Metal Model, a new property has been added called “Z-Mesh Method” that only applies when using more than two sheets or the thick metal spans multiple dielectrics. See Z-Mesh Method for details.
-Roughness:Surface roughness is now a property of the Tech Layer instead of a special metal type.
-Color/Pattern:The color and pattern of a polygon is now determined by the Tech Layer instead of the Metal Type.
-Mapping:Mapping now allows lists of mappings for multiple DXF, GDS, Gerber and CAD Layer mappings to the same Tech Layer.
Via Tech Layers
A Via Tech Layer represents vertical metal; i.e., in the z direction. A Via Tech Layer is now composed of the following properties:
-Begin/End:The Begin and End fields can be a metal level or a Planar Tech Layer. For Thick Metal or TrueVolume Tech Layers, the via will attach to the closest surface.
-Conductor material:
-Meshing:A new checkbox called “Vias stop at metal polygons” has been added to the meshing properties which has the same functionality of the project-wide “Auto-height vias” property in previous Sonnet releases. You can now set individual Tech Layers to use this property.
-Metal Model:The Metal Model determines the cross-sectional area used to compute the loss of a via (either Volume or Array).
-Color/Pattern:The color and pattern of a via polygon is now determined by the Tech Layer instead of the Metal Type.
-Mapping:Mapping now allows lists of mappings for multiple DXF, GDS, Gerber and CAD Layer mappings to the same Tech Layer.
Brick Tech Layers
In previous versions of Sonnet, the number of Z-partitions was a property of the dielectric layer. It is now a property of the Brick Tech Layer.
Derived Tech Layers
A new type of Tech Layer is introduced in Sonnet 19 called a “Derived” Tech Layer.
Overrides
By default, polygons inherit their properties from the Tech Layer to which they are assigned, and an inheritance symbol Inherit icon next to the property indicates that the polygon property is inheriting from the Tech Layer. If you override a property, the symbol changes to an override iconOverride icon.
Documentation
The User’s Guide and online help have been combined into a single document. Also, the documentation is now completely online. This provides more flexibility in updating the documentation based on customer needs.