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NI AWR Design Environment 12.01

NI AWR Design Environment 12.01NI (formerly AWR Corporation) has released 12.0 version of NI AWR Design Environment high-frequency software, includes upgrades, updates and enhancements to Microwave Office, Analog Office, Visual System Simulator, AXIEM and Analyst software products. V12 New Feature Highlights Include: NI AWR Design Environment (Microwave Office and Analog Office)– View measured data and design matching networks using swept load pull files– APLAC tuning and optimization speed enhancement– Improved simulation controlsAdvanced measurement editorMeasurements on user defined groups of schematics or system diagrams– Schematic editing, layout viewing and layout editing improvements– Sticky notes for schematics, system diagrams and graphs– AWR Connected – STAN for nonlinear stability analysis– AWR Connected – DWT for enhanced DRC/LVS functionality– AWR Connected – HFSS for...

AWR.Design.Environment.Analyst-MP.12.0

AWR.Design.Environment.Analyst-MP.12.03D FEM Electromagnetic (EM) AnalysisAnalyst™ is powerful 3D FEM EM simulation and analysis software that is seamlessly integrated within the NI AWR Design Environment™ so you can move from circuit concept to full 3D EM verification with a single mouse click. With 3D EM and circuit design in one integrated workflow, you can spend your valuable time designing, optimizing and tuning for performance. Analyst Capabilities & ApplicationsCapabilities: Schematic-driven EM Layout/drawing editor Automatic and adaptive meshing Discrete and fast-frequency sweeps 2D & 3D visualization (near field animations) Results post-processingApplications: On-chip passive components RF PCB, module, and packaging 
interconnect Finite dielectrics (IC packaging/ PCB edges/inhomogeneous boards) Hierarchical designs (SoC, SiP)Options: Analyst-MP for multi-physics applications: particle accelerators, waveguides, cavities, resonators, etc.Product:AWR.Design.Environment.Analyst-MP.12.0 Lanaguage:english Platform:Win7/WIN8...

AWR Design Environment v11

he AWR® Design Environment (AWRDE) suite comprises three powerful tools that can be used together to create an integrated system and RF or analog design environment: Visual System SimulatorTM (VSS), Microwave Office® (MWO), and Analog Office® (AO) software. These powerful tools are fully integrated in the AWR Design Environment suite and allow you to incorporate circuit designs into system designs without leaving the AWR Design Environment. VSS software enables you to design and analyze end-to-end communication systems. You can design systems composed of modulated signals, encoding schemes, channel blocks and system level performance measurements. You can perform simulations using VSS\’s predefined transmitters and receivers, or you can build customized transmitters and receivers from basic blocks. Based on your analysis needs,...

AWR.Design.Environment.v10.04

AWR Corporation, the innovation leader in high-frequency EDA software, has announced AWR Design Environment™ V10.04, its first new software release in 2013, which includes many new features and enhancements to Microwave Office®/Analog Office® circuit design software and Visual System Simulator™ (VSS) system design software, as well as AXIEM® 3D planar electromagnetic (EM) software and Analyst™ 3D finite element method (FEM) EM software. A select subset of new features and enhancements in AWR V10.04 include: Microwave Office/Analog Office Environment New MMIC Getting Started Guide New SDELTAM measurement Enhancements to optimization algorithms and yield analyses Expanded output file support across circuit simulators New scripts to reset the origins for layoutAnalyst 3D FEM EM Technology Up to 80 percent reduction in simulation time...

AWR Design Environment v9.06.4997.2

Microwave Office RF/microwave design software is the industry\’s fastest growing microwave design platform. Microwave Office has revolutionized the communications design world by providing users with a superior choice. Built on the unique AWR high-frequency design environment platform with its unique unified data model™, Microwave Office offers unparalleled intuitiveness, powerful and innovative technologies, and unprecedented openness and interoperability, enabling integration with best-in-class tools for each part of the design process. Microwave Office design suite encompasses all the tools essential for high-frequency IC, PCB and module design, including: * Linear circuit simulators * Non-linear circuit simulators * Electromagnetic (EM) analysis tools * Integrated schematic and layout * Statistical design capabilities * Parametric cell libraries with built-in design-rule check (DRC).Product:AWR Design Environment v9.06.4997.2...

AWR Design Environment 2010

The AWR Design EnvironmentTM (AWRDE) 2010 version includes the following new features, enhancements, and user interface changes. AWRDE documentation includes both PDF documents and CHM (Help) files. The PDF files are available for download from the AWR website and are also included on AWRDE CDs. The CHM files are available via the AWRDE Help menu. This document includes a brief description of each new or revised feature, and where applicable, a link to the location in the documentation that provides full feature details. The Help file links work automatically because the full set of documentation is installed with the software. To link from this document to the full feature details in PDF files, all of the PDF files must be...

AWR Nuhertz Filter for AWRDE 4.5

::::::English Description:::::: Filter Solutions contains many different types of filters to choose from. Passive, Transmission Line, Active, and Digital IIR and FIR are all supported. See our FIR page for information about our FIR filters that are supported. Analog and IIR filters may all be quickly and easily delay equalized with our real time updates to all pass pole/zero manipulation. Passive and active filters may be quickly and easily modified and reanalyzed with our real time analysis feature. Finite Q may be included in the analysis. Digital filters may be modified and analysis in real time for finite precision analysis. Table one below lists the type of analog filters that are supported along with the parameters that are available for...

AWR Design Environment 8.0.4203

::::::English Description:::::: Built on an advanced software architecture, the unique core technology in the AWR Design Environment is a modern object-oriented data model that is inherently open and flexible compared to legacy design tools. The AWR Design Environment elevates the product development process by allowing the entire engineering team to effortlessly integrate Analog Office circuit designs into one platform with Visual System Simulator (VSS) for system design and TestWave for simulation with test and measurement equipment, providing an accurate understanding of the impact of today s complex modulated RF signals and real world circuit performance. The result is a truly revolutionary design approach that enables interactive tradeoffs between system requirements and circuit implementation. AWR s open software architecture and industry-standard...

AWR Testwave for AWRDE 2.05

::::::English Description::::::TestWave™ software from Applied Wave Research, Inc. (AWR®), integrates test and measurement (T&M) equipment with simulation software for communication systems and radio frequency (RF)/microwave circuits. Together with the Microwave Office® and Visual System Simulator™ (VSS) simulation software, TestWave provides wireless system and RF/microwave circuit designers a complete integration of the design process, combining schematic simulation, test signal generation, and test and measurement verification. This capability enables designers to perform computer trade-off studies with hardware-in-the-loop. Accessing these two previously disjointed phases of the development process from the same environment saves time. AWR’s TestWave software sends simulation-generated data to a real-world signal generator and brings the measured DUT data from a vector signal analyzer back into AWR’s VSS simulation environment. TestWave...

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