NI AWR Design Environment 15.04R Build 10117 Rev2 (127347) x64

NI (原名AWR Corporation)最新发布了NI AWR Design Environment 的V14版本，其中的Analyst 三维有限元(FEM)电磁仿真引擎的功能增强，将比上一个版本节省多达百分之七十的时间。

频率和高频，如放大器、混频器、振荡器等。AWR Design Environment 是专门的电信组软件之一，适用于电信和电子领域的工程师和学生，以及所有在射频和微波电路领域工作的人员。AWR 设计环境由三种不同的工具组成。强大的工具完全集成在 AWR 设计环境中，这使得在运行过程中无法离开应用环境以供使用。VSS 程序使您能够设计端到端通信系统。分析。您可以在本节中设计由调制信号组成的系统。

NI AWR Design Environment V14 平台专注于射频/微波设计的所有阶段，具有新功能和增强功能，以满足下一代无线设备、通信和雷达系统具有挑战性的组件和系统性能要求。

V14（包括 Microwave Office、Analog Office、Visual System Simulator™、AXIEM 和 Analyst™ 软件）现已上市，并引入了新的网络综合向导，用于多频段放大器和前端组件的阻抗匹配、高级设计编辑/用于对进口射频/混合信号 PCB 进行快速 EM 验证的选择，以及业界首个用于天线阵列设计的相控阵生成向导。此外，EM 分析、设计流程自动化和可用性的进一步增强可为客户提供更高的生产力和设计成功。

软件 AWR 设计环境的不同部分：
本部分允许您设计和分析电信系统、信道块、编码方案，并通过 VSS 接收器和发射器对其进行仿真。您可以根据需要进行分析，选择显示BER、Constellation、功率谱等曲线。VSS 调谐器有时间调整布局并立即看到变化的效果。

微波办公室
该部门由微波办公室MWO和微波办公室AO两个子单元组成，可以使用AWR仿真引擎设计结合原理图和磁结构的电路，包括线性仿真器、高级和非线性谐波仿真器和电磁仿真器。为您提供此工具为您提供分析的图形结果，并允许您根据可用报告、优化和更改直接在项目中反映计划。

3D 平面电磁 (EM) 分析
此工具允许用户分析、优化和轻松描述各个部门的无源元件，例如 RF PCB、模块、LTCC、MMIC、RFIC、天线。使用此部分，可减少设计时间。

3D FEM 电磁 (EM) 分析
使用此工具，用户可以在 3D 中查看其他工具绘制的设计，并在必要时优化和修改设计电路和输出数据。

x64 | File Size: 624 MB

Description:
frequencies and high frequencies such as amplifiers, mixers, oscillators, and more. is . AWR Design Environment is one of the specialized telecom group software that is suitable for engineers and students in telecommunications and electronics, as well as all those who work in the field of RF and Microwave circuits. The AWR Design Environment consists of three different tools. The powerful tools are fully integrated in the AWR Design Environment, which makes it impossible to leave the application environment for use during operation. The VSS program enables you to design End-to-End communication systems. Analyze. You can design systems consisting of modulated signals in this section.

The NI AWR Design Environment V14 platform focuses on all stages of RF/microwave design with new features and enhancements to address the challenging component and system performance requirements of next-generation wireless devices, communications and radar systems.

V14 (inclusive of Microwave Office, Analog Office, Visual System Simulator™, AXIEM, and Analyst™ software) is available now and introduces a new network synthesis wizard for impedance matching of multi-band amplifiers and front-end components, advanced design editing/selection for fast EM verification of imported RF/mixed-signal PCBs, as well as the industry’s first phased array generation wizard for antenna-array design. Additionally, further enhancements in EM analysis, design flow automation, and usability deliver greater productivity and design success to customers.

Different parts of the software AWR Design Environment:
This section allows you to design and analyze telecommunication systems, channel blocks, coded schemes and simulate them by VSS receivers and transmitters. You can choose, based on the analysis you need, to display the curves of BER, Constellation, power spectra and …. The VSS tuner has the time to adjust the layout and immediately see the effect of the changes.

Microwave Office
This division is made up of two Microwave Office MWO and Microwave Office AO subunits and it is possible to design circuitry combining schematic and magnetic structure with the AWR simulation engine, which includes linear simulators, advanced and nonlinear harmonic simulators, and electromagnetic simulators. Gives you This tool gives you the graphical results of the analysis and allows you to reflect plans directly on the project, according to available reports, optimizations and changes.

3D Planar Electromagnetic (EM) Analysis
This tool allows users to analyze, optimize, and easily describe Passive components in various departments such as RF PCBs, Modules, LTCCs, MMICs, RFICs, Antennas. Using this section, less time is spent on design.

3D FEM Electromagnetic (EM) Analysis
Using this tool, users can view designs drawn by other tools in 3D and, if necessary, optimize and modify design circuits and output data.

Features and Features of AWR Design Environment:
– No need to leave the main program environment
– Design of power amplifiers (rf power amplifier)
– Design, analysis of End-to-End communication systems
– Oscillator design
– Design and simulation of RF circuits and high frequency

System Requirements:
OS:
-Windows 10 (x64)
-Windows 8.1 (x64)
-Windows 7 SP1 (x64)

Minimum Hardware:
-64-bit CPU with AVX support
-4 GB RAM
-2+ GB available disk space

Preferred Hardware:
-Best in market CPU (multi-core, 64-bit)
-16+ GB RAM*