'''Welcome to EMAGWARE EMAGTECH WikiGateway!'''
[[File:splash-emcube.jpg|thumb|link<strong><font color=EM.Cube|400px]]"#707983" size="3">Introducing <br /></font></strong><strong><font color="#07417e" size="4">Unified Modeling, Characterization & Measurement Tools<br /></font></strong><strong><font color="#07417e" size="4">For RF Circuits, Systems & Electromagnetic Structures</font></strong>
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! [[EM.Cube]]
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|[[File:emcubePAGE.png |250px | link=EM.Cube]]
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! [[RF.Spice A/D | RF.Spice A/D]] & [[RF.Spice A/D | B2.Spice A/D]]
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| [[File:RfspicePAGE New.png |250px | link=RF.Spice A/D | RF.Spice A/D]]
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! [[NeoScan | NeoScan]]
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| [[File:NeoScan_Product.png |250px | link=NeoScan | NeoScan ]]
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EMAGWARE is the software division of EMAG Technologies Inc. EMAGWARE currently offers two three exciting families of simulation software and design software hardware products: * [[EM.Cube | EM.Cube]] * [[B2.Spice_A/D | B2.Spice A/D]] [[EM.Cube]] is a modular software environment for the modeling and analysis of RF system engineering problems, featuring seven different electromagnetic simulation engines. [[B2.Spice A/D]] is a comprehensive software tool for analysis electronics and design of analogelectrical engineers, digital and mixed-mode including electronic circuits, featuring an intuitive but powerful schematic editor design automation (EDA) tools and a versatile device editor preloaded with thousands of passive RF test and active devicesmeasurement systems. == EM.Cube Documentation == Below are some links to help you get started using [[EM.Cube]]. Each article listed below contains a wealth of information Learn more about a particular module, as well as technical information about the numerical techniques used each product by clicking on the underlying simulation engines.* [[Getting_Started_with_EM.CUBE|EM.CUBE: Getting Started]]* [[CubeCAD|CubeCAD: 3D CAD Modeling]]* [[EM.Tempo|EM.Tempo: FDTD Module]]* [[EM.Picasso|EM.Picasso: Planar Module]]* [[EM.Libera|EM.Libera: MoM3D Module]]* [[EM.Illumina|EM.Illumina: Physical Optics Module]]* [[EM.Terrano|EM.Terrano: Propagation Module]]* [[EM.Ferma|EM.Ferma: Static Module]]* [[Hybrid Modeling using Multiple Simulation Engines|Hybrid Modeling]]* [[Data Visualization respective link and Processing]]* [[Parametric Modeling, Sweep & Optimization]] == EM.Cube Tutorial == Each tutorial lesson listed below walks you through the basic features of one of [[EM.Cube]]'s computational modules. * [[FDTDLesson1| FDTD Tutorial Lesson 1 : Analyzing access a Center-Fed Resonant Dipole Antenna]] * [[FDTDLesson2| FDTD Tutorial Lesson 2 : Analyzing Scattering from a Sphere]] * [[FDTDLesson3| FDTD Tutorial Lesson 3 : Modeling A Probe-Fed Microstrip Patch Antenna]] * [[FDTDLesson4| FDTD Tutorial Lesson 4 : Analyzing A Planar Microstrip Filter]] == B2.Spice A/D Documentation == [[File:B2BIG.png|thumb|link=http://www.emagtech.com/|500px]] Below are some links to help you get started using [[B2.Spice A/D]]. * [[B2_intro| B2.Spice A/D: Getting Started]] * [[B2_overview| An Overview wealth of B2.Spice A/D Workshop]] * [[B2_schematic| Working with the Schematic Editor]] * [[B2_analog | Analog and Mixed-Mode Circuit Simulation]]* [[B2_digital | Digital Circuit Simulation]]* [[B2_database | Working with the Parts Database and Device Editor]]* [[B2_symbol | Working with Symbol Editor]]* [[B2_other | Working with Other Applications]] == B2.Spice A/D Tutorial == Below are some links to help you get started using [[B2.Spice A/D]]. Each tutorial lesson listed below walks you through the basic features of [[B2.Spice A/D]] covering many different topics. Lessons 1-4 teach you how to set up simple analog and digital circuitsdocumentation, perform various tests tutorials and live simulations and visualize the simulation resultsvideos. In Lessons 5 and 6, you will learn how to create new parts, devices, simulation models and symbols using B2.Spice's versatile Device Editor. * [[B2_Tutorial1| Tutorial Lesson 1 : A Simple Analog Voltage Divider Circuit]] * [[B2_Tutorial2| Tutorial Lesson 2 : Time and Frequency Analysis of an RLC Filter]] * [[B2_Tutorial3| Tutorial Lesson 3 : Analyzing an RTL Inverter]] * [[B2_Tutorial4| Tutorial Lesson 4 : Building a Digital Three-Input And Function]] * [[B2_Tutorial6| Tutorial Lesson 5 : Creating a New Part from Your Circuit]] * [[B2_Tutorial5| Tutorial Lesson 6 : Creating a Parameterized Subcircuit Part]] == Featured Article =={{Featured|{{:Hybrid Modeling using Multiple Simulation Engines|[[Hybrid Modeling]]}}Read more: [[Hybrid Modeling using Multiple Simulation Engines|Hybrid Modeling]]}}
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