AWR Design Environment of the strongest and most functional software for designing RF and high-frequency circuits such as amplifiers and simulation, mixers, Nvsansaz·hav .... is . AWR Design Environment is one of the specialized software Telecom Group and convenient telecommunications and electronics engineers, students and all those in the field of RF and Microwave circuit design is work
Different parts of the software AWR Design Environment:
Visual System Simulator (VSS)
This section enables the design and analysis of communication systems, channel block, coding schemes and their simulation by the receiver and transmitter to the VSS. You need analysis, display curves BER, Constellation and the whole power and not the selection. VSS has a regulator (tuner) Set the time to plan and instantly see the effect of changes.
Microwave Office
this section of the two sub Microwave Office MWO and Microwave Office AO composed and capable of designing circuits that combines schematic and magnetic structure of the engine simulation AWR, including simulators linear, simulators harmonic advanced nonlinear simulations of electromagnetic are the gives you.
3D Planar Electromagnetic (EM) Analysis
This tool allows you to analyze, optimize and characterize fast and easy to Passive components in various sectors such as RF PCBs, Modules, LTCCs, MMICs , RFICs, Antennas to it. With this design, the less time is spent.
3D FEM Electromagnetic (EM) Analysis
With this tool, users can draw plans by other means into three-dimensional view and change if necessary to optimize circuits and output data plotted their schemes.
Features and characteristics of AWR Design Environment:
- Design of low noise amplifiers (low noise amplifier),
- No need to leave the main environment
- carrier power amplifier design (rf power amplifier)
- Design, Analysis of End-to-End Systems
- Design Oscillators
- design and RF and high-frequency circuit simulation
NI AWR Design Environment 13.0 这一版本引入了MMIC、RFIC、多芯片模块和PCB的设计流程管理和仿真创新等功能。为了解决通信、相控阵雷达和其他电子系统中发现的高度集成的射频/微波组件的设计挑战，National Instruments发布了其 AWR Design Environment 13.0 的主要功能和主要增强功能。
NI AWR Design Environment V13 涵盖了单片微波IC（MMIC），RFIC，多芯片模块和PCB技术的设计流程管理和仿真的众多创新。在微波办公室APLAC谐波平衡（HB）和视觉系统模拟器（VSS）系统级仿真引擎中扩展了仿真功能，并对其AXIEM平面3D和Analyst任意3D电磁（EM）求解器进行了速度改进。
增强了单个项目下多芯片模块的设计自动化和仿真，更多地支持多工艺流程设计套件（PDK），OpenAccess（原理图）数据库和APLAC协同仿真、Spectre RFIC网表、以及简化的EM布局和端口创建。对于PCB设计，导入向导支持ODB ++和IPC2851数据库，以提供与主流第三方PCB布局工具的互操作性。还添加了布局编辑功能，以及简化的多技术管理。此外，V13中的EM Socket II架构为ANSYS，CST和Sonnet的AWR Connected合作伙伴解决方案提供了改进的第三方EM仿真流程，使设计人员能够访问NI AWR设计环境中的替代EM仿真器。版本13还通过针对5G候选调制波形和相控阵列行为，为模型增强的通信库提供准确的模拟RF前端组件测量来满足特定系统要求。RF功率放大器设计人员现在可以使用VSS中的系统级负载分析来产生通信性能指标的轮廓，例如相邻信道功率比（ACPR）和误差向量幅度（EVM）。射频滤波器设计人员可以利用iFilter综合工具中的功能来加速其产品开发，而无源和控制组件如变压器、耦合器和混频器的设计人员可以利用专有遗传算法的综合功能和强大的优化方法。
除了设计自动化和仿真增强之外，用户支持也得到了扩展，以便在交互式指导帮助和知识库内容方面为软件提供观察。
查看readme.txt 或者 Install.pdf 文件
: Operating Systems
Windows XP Professional
Windows Vista
Windows 7
Windows 8-8.1
: Recommended Hardware
Core 2 CPU
2GB RAM
1GB available disk space
大小: 1.09Gb
语言: 英文
操作系统: Windows / 7even / 8 / 10
平台: 64bit