EDSA Paladin Design Base功能介绍(作为附件下载)
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Praesideo简单操作说明语音信息的导入打开“FT Application”输入用户名、密码(admin)进入操作界面;在“Message Sets”选项进行语音信息的导入;选择“New”进行新建文件;打开语音信息的文件路径,首先先选择要导入的语音文件,单击选中后点击中间“〉”键将该语音文件添加至右边的编辑框内,当所有文件添加结束后,点击右下方的“Save MessageSet as…”进行保存并生成一个“.set”文件。
注意:导入的文件名称一定要与“Recorded message”建立的名称、顺序相同,建议使用英文或阿拉伯数字。
音频文件的格式←位速:705kbps←音频采样大小:16位←频道:单声道←音频采样级别:44kHz←音频格式:PCM该文件生成方法:进入“开始菜单—>所有程序—>附件—>娱乐—>录音机”点击“文件—>属性”进入“声音的属性”点击“立即转换”选择对应的格式后保存。
进行录音即可。
选择“View”进行观看,双击“”进行导入。
在Web下对系统的设置注意:系统主机的IP地址要与操作PC的IP地址在同一网段内。
主机IP地址一般设置为:打开一个IE浏览器,在地址栏内输入系统主机的IP地址,进入上图的界面,点击“Continue”继续。
弹出该界面,输入用户名(admin)密码(admin)后,进入设置主页面。
升级设置硬件版本将所有设备接入系统后,点击“Upgrade Unit firmware”进入升级界面,页面的上方“Upgrade unit firmware to versinon 为该设备主机自带的软件包内硬件升级的版本,根据主机自带的软件,版本各不同。
点击“Upgrade”进行升级。
注意:在升级过程中,不可断电,否则将对设备有所损坏。
将所有设备的版本升级为一致。
系统配置用户管理“Add”:添加用户,系统提供三个不同权限的用户。
“Delete”删除用户,点击后出现用户列表,选择要删除的用户,直接删除。
desi方正阿帕比特色资源加工与安全发布解决方案特色资源建设与安全公布整体解决方案北京方正阿帕比技术2010年05月名目第一章数字资源建设的目的及意义 (3)第二章需求分析 (3)2.1传统的图书馆治理体制与数字图书馆要求之间的矛盾 (4)2.2 数字图书馆建设中的网络文献信息资源重组 (4)2.3 网络环境下的数字图书馆的数据库建设 (4)第三章 Apabi数字化方案的技术前瞻性 (6)第四章 Apabi特色资源建设解决方案介绍 (7)4.1.方正德赛(DESi)特色资源加工与安全公布系统 (8)4.1.1.德赛的应用领域 (8)4.1.2.德赛的特点 (8)4.1.3.德赛工作流程图 (9)4.2.方正德赛(DESi)功能介绍 (9)4.2.1.方正德赛(DESi)4.1系统构成 (9)4.2.2.方正德赛(DESi)4.1加工系统 (10)4.2.3.信息公布系统 (21)4.2.4.其他应用工具 (23)第五章运行环境 (26)5.1.数据加工服务器 (26)5.2.数据加工客户端 (26)6.3公布服务器 (27)第一章数字资源建设的目的及意义随着社会科技水平、信息化水平的不断提高,运算机以及网络的进展,数字图书馆技术受到了广泛的关注。
各类学校图书馆,企事业单位等信息情报机构,都在努力建设数字图书馆。
与传统图书馆相比,数字图书馆具有不受地域限制、共享性强、易于检索等优点,能够真正的实现信息资源共享。
数字图书馆是高技术的产物,信息技术的集成在数字图书馆的建设中扮演了重要角色。
其涉及到数字化技术、超大规模的数据库技术、网络技术、多媒体信息处理技术、信息压缩与传送技术、信息抽取技术、数据挖掘技术、基于内容的检索技术等等。
广义而言,数字图书馆应包括所有数字形式的图书馆资源:通过数字化转换的资料,与纸质资料同步出版的数字资料,通过回溯性加工的馆藏资料等。
数字资源种类繁多、应用系统各异,信息数据格式和储备方式多样,资源治理不统一,使得图书馆的信息孤岛问题日益严峻。
Altium Designer设计工具的用途及功能介绍
Altium(前称Protel International Limited)有限公司由Nick Matrin于1985年在塔斯马尼亚岛的霍巴特成立,用来开发基于计算机的软件来辅助进行印制电路板(PCB)设计。
公司所推出的第一套DOS版本PCB设计工具被澳大利亚电子行业广泛接受,到1986年中期,Altium公司开始通过销售商向美国和欧洲出口设计包。
随着PCB设计包的成功,Altium开始扩大产品范围,所生产的产品包括原理图输入、PCB自动布线以及自动PCB 元件布局软件。
Altium Designer 除了全面继承包括Protel 99SE、Protel DXP在内的先前一系列版本的功能和优点外,还增加了许多改进和很多高端功能。
该平台拓宽了板级设计的传统界面,全面集成了FPGA设计功能和SOPC设计实现功能,从而允许工程设计人员能将系统设计中的FPGA与PCB设计及嵌入式设计集成在一起。
由于Altium Designer 在继承先前Protel 软件功能的基础上,综合了FPGA设计和嵌入式系统软件设计功能,Altium Designer 对计算机的系统需求比先前的版本要高一些。
主要功能:
(1)电路原理图设计
(2)印刷电路板设计
(3)电路模拟仿真
(4)FPGA及逻辑器件设计
(5)高级信号完整性分析
推荐阅读:http:///emb/xitong/20171201590348l。
FieldSpec 波谱仪使用技巧北京欧普特科技有限公司2007年10月美国ASD公司设计制造的FieldSpec®系列波谱仪在中国的遥感应用已经相对普及。
应用范围已经扩展到包括精准农业、林业、海洋与内陆水体、冰雪、环境污染监控、气象、地质与矿产、地面定标、教学等等领域。
所使用的仪器型号包括了FieldSpec HandHeld, FieldSpec VNIR, FieldSpec Dual VNIR, FieldSpec Pro FR, FieldSpec Pro JR和FieldSpec 3等等。
随着FieldSpec仪器的普及应用,通过我们与客户的交流沟通,发现在仪器的使用上出现了各种各样的问题,造成了测量数据精度不够,甚至耽误了工作时间。
总结归纳曾经出现的问题,并考虑到不同的应用。
我们认为,波谱仪的使用技巧,在关乎测量成败上,起到了比较关键的作用。
此文从仪器的原理为出发点,讨论了仪器型号和配件的选择原则以及操作使用技巧,希望不同的用户可以从中借鉴。
但是,本文未涉及国内外可能的测量规范。
因此,在使用此仪器进行不同的测量时,需要参考各种测量规范或者规程。
也未涉及光谱数据的前期和后期处理方法。
一、从仪器硬件和操作软件的设计看测量数据可能出现的问题1,硬件特点和可能出现的问题ASD公司从成立之初就一直专注于可见-近红外遥感光谱测量。
因此,在仪器硬件设计中充分考虑了遥感专业队仪器的要求,例如:高光谱分辨率、快速、足够的信噪比、供电时间和方便性、工作现场对光谱数据的初步判别以及测量视场、轻便性等等,也充分吸收了不同的用户在使用过程中所反馈的意见和建议。
这里仅仅以FieldSpec 3为例作出介绍。
FieldSpec 3波谱仪采用三个光谱仪构成的全光谱光谱仪称为Goetz 光谱仪。
这是以著名遥感学家、ASD 公司的发起人之一Goetz 博士的名字命名的。
其中,近紫外到近红外短波(350-1000nm )光谱仪,使用如图1所示的固定光栅结构。
PRODUCT FEATURESBase Module Key CapabilitiesFlexible Modeling FeaturesIn the LucidShape CAA Base Module, you can use geometry generated in theLucidShape CAA Design Module, geometry directly created through CATIAfunctionality, or imported geometry. You can then insert light sources andsensors, assign, create, and edit materials and media using a materials/medialibrary, and define simulation settings and analysis preferences. The BaseModule is a prerequisite for all other LucidShape CAA modules.LucidShape CAA functionality is accessible in a variety of ways. Thefunctionality is included in a specific LucidShape workbench, but can also bedirectly accessed through LucidShape CAA toolbars and menus from otherworkbenches such as the Generative Shape Design, Part Design, and Assemblyor Product workbenches. You can easily customize the software to bestsupport your individual workflows and speed the modeling process.LucidShape CAA includes:• Sources: point, plane, cylinder, and ray file• Sensors: candela, luminance camera, ray file, ray history, surface sensorsupporting both lux and lumen sensor materials• Materials/media: compatible with LucidShape actor materials andorganized in a library• Simulation:–Forward simulations–NURBS simulation (mesh free), tessellated simulation (CPU), tessellatedsimulation on GPU–CATIA Design Tables (forward simulation) so you can construct andsimulate design variations quickly. Streamlines the creation of multipledesign forms for a product line•Ability to import measured bi-directional scattering distribution functionLucidShape CAA V5 Based provides the industry’s only complete workflow solution for automotive lighting, design, and visualization within the CATIA V5 environment. Designers who are familiar with CATIA can easily leverage LucidShape’s powerful features to produce, with a minimal learning curve, automotive lighting products that meet performance, styling, visual branding, and regulatory requirements.With LucidShape CAA V5 Based, you also benefit from seamless communication between multi-domain teams with access to a large ecosystem of tools on the CATIA platform.(BSDF) data for precise surface scatter modelingEasy Design Navigation and ManagementModel navigation and management are highly efficient with the LucidShape CAA Specification Tree structure, which keeps all automotive lighting components organized and accessible from a single location — supporting work on individual parts or highly complex assemblies. This infrastructure enables users to quickly understand even the most complex models.Rapid Design VerificationThe software can rapidly and accurately ray trace part-level models or product-level assemblies using tessellated or NURBS simulation methods for comprehensive CATIA-based optical simulations. You can run a simulation on one part while you continue to work on another part in the same project.The software also supports multi-core processing and GPU ray tracing (for tessellated mode only) to further accelerate simulations.Extensive Suite of Analysis ToolsLucidShape CAA V5 Based delivers a wide spectrum of UV data analysis tools, as well as bird’s eye and driver’s views. A large set of test point standardsare included to ensure that your system meets both industry regulations and company specifications. Analysis tools include:• Test tables (ECE, SAE, JIS, user defined)• Special views (bird’s eye view, driver’s view)• A variety of UV data operations (scale, shift, rotate, etc.)• Planar Lux Sensor for quantitative analysis of near-field illuminance• Luminance Camera Sensor to produce high-accuracy luminance images to help you quickly check the appearance of an automotive signal lighting lamp from multiple viewing directions• Ray History Sensor Capability for both Candela Sensor and LuminanceCamera Sensor to provide valuable tools for troubleshooting photometric and appearance issues• Surface Sensor for analyzing illuminance, irradiance, and flux on curved surfaces. You can trace random rays through the system and display theirray paths. This functionality can help you:–V erify light source placement and materials or media setup–Check light source image magnification and/or rotation for specificpoints on the optical surfaces during design work–Check the light spread of optics for interference with other lamp orhousing components–Analyze stray light and glare–Troubleshoot optical systemsExample Model LibraryLucidShape CAA V5 Based provides an extensive collection of example models that enable you to jumpstart model creation and analysis tasks.Design Module Key CapabilitiesPowerful Design ToolsGeometry creation tools that give you the freedom to focus on overall design objectives rather than the implementation details of complex optics have always made LucidShape software unique.The LucidShape CAA V5 Based Design Module provides exceptional, versatile design features from LucidShape integrated into the CATIA environment. The fundamental principle behind most of this functionality is the design-by-function concept, which enables users to create functional geometry based on lighting criteria such as spread angles or target light distributions. This feature set enables optical engineers to focus on creating the beam patterns required (and their superposition) to meet an overall light distribution, rather than on creating the freeform surfaces needed to accomplish them.Combined with CATIA’s extensive CAD modeling capabilities, these features enable users to accomplish their optical design work more efficiently, without repetitive and error prone export/import steps. Your optical model can remainfully parametric and feature based at all times, which enables you to simply update your model for subsequent design iterations.LucidShape CAA design features can also be combined with CATIA features. As a result, the actual trimmed optics are available for simulation from the very beginning of the design. This provides a significant efficiency advantage over working with untrimmed or approximated geometry and having to perform repetitive, time-consuming CAD export/import operations andphotometric validations.Visualize Module Key CapabilitiesStunning, Physics-Based VisualizationPhotorealistic visualization is used in the creative process to evaluate the aesthetics of a lighting design and in the engineering process to evaluate optical feasibility based on uniformity, brightness, and manufacturability. The LucidShape CAA Visualize Module is a CATIA-integrated photorealisticrendering capability that generates stunning, physics-based images of automotive lighting products.Features like the Environment Light Source and the Human Eye Vision Image tool augment the realism in a scene and enable you to virtually evaluate how the human eye will perceive a headlight, tail light, or signal light:• The Environment Light Source allows you to integrate photographicenvironments into a simulation, creating a photorealisticimpression of a scene.• The Human Eye Vision Image (HEVI) tool is a tone mapper that modifies luminance data so that it appears as a human would see the real scene. The LucidShape CAA Visualize Module also supports backward simulations and a luminance camera for fast, accurate analysis of your system’slit appearance.Light Guide Design Module Key CapabilitiesOptimized Light Guide DesignsThe Light Guide Design Module enables you to create and optimize light guidesystems for spatial uniformity and for angular centroid pointing direction. UsingCATIA geometry, the Light Guide Designer can make light guides, add pyramidalprism extractors, add sensors, sources, and other items needed for designinglight guide systems. This tool uses a CATIA spline curve (or a datum curve)to define the light guide path curve, and it uses special techniques to quicklyoptimize the uniformity along the length of the light guide.Adding fillets to a light guide design can be a tedious task, given the typicallylarge number of prisms to consider. The Light Guide Designer includes anautomatic filleting capability to automate this task. You can create and optimizelight guides with fillets that conform to manufacturing constraints, allowing youto achieve better as-built performance.Complete Access to Expert SupportAs a LucidShape CAA customer, you can rely on prompt access to our team of technical support experts, who understand automotive lighting design and engineering. In addition, you have 24/7 access to a customer-dedicated website that contains resources to help you become more productive – including videos, documentation, and example files and models.For More InformationFor more information, please contact Synopsys’ Optical Solutions Group at (626) 795-9101, visit /optical-solutions/ lucidshape/caa-v5-based.html, or send an e-mail to *******************.。
XD系列多晶X射线衍射仪技术说明书北京普析通用仪器有限责任公司注意安全防护,当心射线伤害!X射线能对人体造成伤害,因此在使用X射线设备时必须十分注意安全,避免受到X射线的照射。
本机的设计虽然考虑到较周全的防护。
但若操作处置不当,仍然可能受到X射线照射。
此外,X射线发生器是一种高压设备,在检修时也必须十分注意安全,避免受到高电压的伤害。
1. 衍射仪X射光路的屏蔽部件不可随意移去。
2. 当需要推开防护罩门进行操作时,应十分注意不要受到X射线的照射。
注意不要受到X射线的直接照射,也要注意不要受到散射线的照射。
更换样品时必需关窗。
3. 当维修X射线发生器的高压部分时,必须切断电源并使高压电容完全放电。
前言 (6)第一章X射线发生器使用说明 (7)1. 概述 (7)1.1 用途与特点 (7)1.2 对使用环境的要求 (7)1.3 安装条件 (7)2. 主要技术指标 (8)2.1 直流高压发生器 (8)2.2 控制系统的X射线管工作高压、管工作电流调节与稳定电路 (8)2.3 保护电路 (8)2.4 高压电缆 (9)3. X射线管 (9)4. 控制系统的结构及工作原理 (9)4.1 结构特征 (9)4.2 工作原理 (10)5. 使用方法及操作说明 (14)5.1 安装前的准备工作 (14)5.2 安装 (16)5.3 操作顺序及简单调校 (16)5.4 X射线窗口开闭 (17)5.5 使用注意事项 (17)5.6 日常例行检查项目 (17)6. 故障排除与维修 (18)6.1 开机步骤和可能出现的故障 (18)6.2 故障的排除 (20)6.3 附图 (22)第二章单道脉冲幅度分析器 (36)1. 引言 (36)2. 使用环境 (36)3. 工作原理及其技术指标的性能 (36)3.1 直流低压电源: (36)3.2 高压电源 (37)3.3 放大–单道分析器 (37)3.4 定标计数单元 (38)4. 操作说明 (39)第三章直流高压发生器 (40)1. 安全 (40)1.1 和配套装置的联用 (40)1.2 发生器的空载试验 (40)1.3 发生器的检修 (40)2. 发生器的技术规格 (41)2.1 负载工作参数 (41)2.2 工作制式 (41)2.3 测量点特性 (41)3. 产品的维护 (41)3.1 高压插座和高压电缆的插头的维护 (41)3.2 检查辉光放电管 (42)3.3 检查注油孔上的密封塑料管套 (42)3.4 检查冷却水管的接头 (42)4. 发生器线路原理图 (43)第四章测角仪 (44)1. 概述 (44)2. 组成 (44)3. 主要技术特性 (44)4. 结构描述 (45)5. 安装 (45)6. 测角仪的校直(对零) (46)6.1 测角仪校正的具体要求 (46)6.2 测角仪校正的具体步骤 (47)6.3 测角仪的衍射角测量准确度和衍射角分辨率的检查 (47)7. 测角仪的维护保养及使用注意事项 (49)第五章操作与分析软件 (50)1. 概述 (50)2. PDP衍射分析系统的运行环境与硬件配置 (50)3. 软件安装 (50)4.版权信息 (50)5. 正确安装后的文件目录结构 (51)6. 关于系统参数设置文件PDP.INI (51)7. PDP程序的使用 (51)7.1 寻峰 (52)7.2 “求峰面积、峰高、重心、积分宽度”和“背景扣除” (56)7.3 减背景 (57)7.4 图谱对比 (57)7.5 关于Pdp应用软件所使用与支持的文件格式 (58)第六章石墨弯晶单色器 (59)1. 概述 (59)2. 技术数据 (60)3. 结构 (60)4. 调整 (61)5. 使用的工作条件选择 (61)6. 注意事项 (61)第七章XD-2/3多晶X射线衍射仪操作规程 (62)1. 衍射仪(XD-2/3)对环境的要求 (62)2. 开机过程 (62)3. 关机顺序 (63)前言首先,感谢您购买北京普析通用仪器有限责任公司的产品!为了您更好的使用本仪器,请在使用前详细阅读本说明书,按照操作规程使用仪器。
EDAD2001系列采集装置 软件使用说明书北京煜邦电力技术有限公司目录前言 (1)1、程序的运行环境 (1)2、程序的运行 (1)3、程序的使用和功能简介 (2)3.1界面介绍 (2)3.2菜单介绍 (3)3.3工作窗口说明 (5)3.3.1 “数据显示”工作窗口 (5)3.3.2 “设备定义”工作窗口 (6)3.3.3 “参数设置”工作窗口 (10)3.3.4 “数据查询”工作窗口 (11)3.3.5 “召测量查询”工作窗口 (13)3.3.6 “事件查询”工作窗口 (14)3.3.7 “直方图窗”工作窗口 (15)3.3.8 “更改密码”对话框 (16)3.3.9 “通信口设置”对话框 (16)3.3.10 “IP地址设置”对话框 (19)3.3.11 “召测设置”对话框 (21)3.3.12 “设置时间”对话框 (22)前言本文描述了EDAD2001系列电能数据综合采集装置(简称采集器)软件的使用和设置方法。
EDAD2001系列电能数据综合采集装置包括EDAD2001、EDAD2001-C和EDAD2001-H等三款采集装置。
这三种采集装置的软件除了界面的标题分别标识不同型号之外,在使用方法上几乎完全相同,本文以EDAD2001-C电能数据综合采集装置为例进行介绍。
在涉及到软件名称的地方一律以“EDAD2001软件”来描述。
1、程序的运行环境EDAD2001软件是一个自带中文字库和汉字输入法的全中文界面程序,可以不依赖于其他的中文平台而独立运行。
2、程序的运行采集器上电后程序自动运行,无需用户干预。
程序运行后,自动开始初始化操作,该过程可能需要几秒到十几秒的时间,视设备及软件配置的不同而有所差异。
在初始化过程中,程序会显示一个对话框来提示进度,如图2-1所示。
如果初始化过程没有发生错误,程序将正常执行。
如果初始化程序检测到异常情况,程序将弹出严重错误提示框,并在15秒钟后自动重启以试图恢复正常。
BADesign桥梁辅助设计软件一.软件主要功能1)桥型布置图2)桥位平面图3)桩位坐标图4)墩台构造图(支持花瓶墩)5)板梁布置图(空心板、T梁、小箱梁)6)等高连续梁构造钢束图(含曲线桥、变宽桥)7)变高连续梁构造钢束图(含曲线桥)8)其他辅助制图工具二、各主要功能介绍:1、桥位平面图:按大地坐标和实际尺寸在图纸中绘制,该图与桥型布置图中的平面图类似,参见桥型布置图。
2、桥型布置图包括立面图、总体表、平面图、断面图。
程序提供用户控制的数据:①立面平面线形:平曲线,竖曲线,地面线;可输CAD中选择线作为输入;②桥面布置:人行道、机动车道、隔离带、栏杆等,可控制是否分幅,防撞栏杆是否包边等;③上部结构类型:空心板、T梁、小箱梁、连续梁;如果是前三种,程序可根据结构宽度自动进行板梁布置,并确定湿接缝宽度;④下部结构类型:桥墩可选择盖梁柱式(支持L盖梁、倒T盖梁),柱式墩,花瓶墩等;基础可以是桩柱系梁、承台、扩大基础;桥台可选择桩柱式、重力桩基式;道路信息布跨信息桥型图绘制3、桩位坐标图:绘制墩台桩基平面并给出桩位坐标表。
4、桥墩桥墩有盖梁柱式墩、柱式墩、花瓶墩5、桥台桥台有轻型桩基桥台、重力式桩基桥台6、划板图:①、空心板、T梁、小箱梁板梁布置图②、适应曲线、变宽、斜交等各种情况,③、既能自动划分板梁,也可输入板宽控制板梁划分。
④、用户可绘制划板线,程序根据用户划板绘制划板图。
空心板划板图界面空心板划板图绘制小箱梁T梁划板图界面小箱梁划板图绘制7、等高连续梁(支持变宽):①、支持断面形式:直腹板、斜腹板、圆弧底板②、支持曲线连续梁,及变宽连续梁曲线连续梁立面平面变宽连续梁平面③、连续梁钢束a)绘制钢束图平面、立面、大样及钢束表格;b)输出所有钢束断面或任意钢束断面;c)可添加删除钢束,钢束可从CAD中直接选取多义线;d)可通过修改数据达到修改钢束线形的目的;e)可控制端部形式。
曲线连续梁钢束平面输出所有断面8、变高连续梁:①、梁底按抛物线型设置;②、箱梁整体浇筑③、箱梁节段浇筑,输出立面图及节段信息④、连续梁钢束a)绘制钢束图平面、立面、大样及钢束表格;b)输出所有钢束断面或任意钢束断面;c)可添加删除钢束,钢束可从CAD中直接选取多义线;d)可通过修改数据达到修改钢束线形的目的;e)可控制端部形式。
nextdesign用法NextDesign是一款创新的设计软件,它提供了强大的设计工具和功能,可以帮助用户快速、高效地进行各种设计活动。
下面将详细介绍NextDesign的使用方法。
首先,NextDesign具有直观的用户界面,使用户能够轻松地上手使用。
在启动软件后,用户将进入主界面,可以在其中看到各种设计模板和工具栏。
通过简单的点击和拖动,用户可以选择并应用不同的设计模板,如海报、名片、宣传册等。
用户还可以在模板上自由添加文字、图片和图标等元素,以满足自己的设计需求。
NextDesign还提供了丰富的设计工具和功能,以帮助用户实现更复杂的设计效果。
用户可以使用画笔工具来绘制自己的设计素材,还可以使用取色器来选择合适的颜色。
此外,NextDesign还提供了各种形状工具,用户可以使用它们来创建各种形状,如矩形、圆形、星形等。
用户还可以通过调整大小、旋转、翻转和移动等操作来自定义设计元素的位置和样式。
除了基本的设计工具和功能外,NextDesign还提供了更高级的特效和过滤器。
用户可以通过应用不同的特效和过滤器来改变设计元素的外观和风格。
例如,用户可以添加阴影、光晕和模糊等效果,以增强设计的立体感和艺术感。
此外,NextDesign还支持实时预览功能,用户可以随时查看和调整设计效果,以确保最终的设计符合自己的要求。
NextDesign还具有强大的导出和分享功能,可以帮助用户将设计作品保存到不同的格式中,并方便地分享给他人。
用户可以将设计作品导出为图像文件,如JPEG、PNG和SVG等,也可以导出为PDF文档。
此外,NextDesign还支持将设计作品直接上传到云存储服务或社交媒体平台,方便与他人进行分享和合作。
除了以上功能之外,NextDesign还支持多种语言,用户可以根据自己的需要选择合适的语言界面。
软件还会定期更新,添加新的设计模板和功能,以满足用户不断变化的设计需求。
总之,NextDesign是一款功能强大、易于使用的设计软件。
PAC_Designer软件介绍PAC_Designer软件介绍一、PAC_Designer的特点PAC_Designer是ispPAC系列器件的编程设计、仿真和下载的集成化软件。
1)使用方便,只需16MBRAM和10MB硬盘空间。
2)支持原理图输入,可以自己绘制原理图,也可以运行内部宏得到的滤波器。
3)设计好的电路可以通过仿真来观测其幅频和相频特性。
若下载线上联有相应的器2件,便可直接下载。
二、PAC_Designer软件的主要功能原理图输入、设计仿真、在系统下载、生成第三方所需的文件:性能仿真宏函数库函数StimulationPACMicroPACLibrary原理图设计.PACJTAG操作编程文件文档文件3编程效验.svf.jed.txt.csf下载三、PAC_Designer的设计流程原理图输入仿真设计下载生成文件41.原理图输入输入的方式可以有直接输入、库函数输入、宏函数输入和滤波器库输入共4种。
直接输入是在器件基本原理图上直接连接内部连线并按设计要求修改各单元的参数。
2.功能仿真在原理图输入完成后,可以进行功能仿真,得到幅频和相频特性曲线。
3.下载在完成功能仿真且结果满意后,可以将器件的配置文件下载到器件中。
54.生成文件在完成上面的工作后,要进行文件整理。
生成文件包括:.pac设计原理图原文件.txt设计文本文件.jed提供给第三方的编程文件.csv仿真结果文本输出形式文件.lib提供Pspice软件仿真的库文件.svf直接用于JTAG编程6四、PAC_Designer使用向导用一个PAC 块实现直流增益为9的放大器为例。
1.设计输入1)点击LatticeSemiconductor,再点击PAC_Designe,进入开发设计环境,如图。
7四、PAC_Designer使用向导2)点击“File”菜单中的“New”选项,弹出如图5-25所示的新建对话框。
3)选择ispPAC10,点击OK,将出现还没有连线和设置的内部电路图如图所示。
DPA Amplifier Site Manager Reference GuideDPA Amplifier Site Manager, Reference GuideThe AtlasIED DPA amplifier Site Manager is a Windows based software application that is designed to locate, communicate with, and monitor DPA Series amplifiers connected to a Local Area Network (LAN). DPA Series amplifiers feature an onboard web browser interface to allow access to the amplifier’s configuration, control functions, and DSP settings. The DPA Site Manager is a quick and simple way to discover the IP addresses of multiple DPA Series amplifiers within a LAN. Once the IP addresses are located, access to a specific DPA amplifier web interface is a click away.The DPA Site Manager can also perform other functions including remote monitoring of network status, fault condition status, and fault reporting via email, Input / Output status, amplifier configuration file management, firmware updating, and weekly scheduler for DPA amplifier energy-saving power management. Note: the DPA102PM model has limited functions with the DPA Site Manager software. Refer to “DPA102PM Limitation Notes” at the end of this document for details.Features• DPA Amplifier IP Discovery• Works with Multiple DPA Amplifiers• Network Status Remote Monitoring• DPA Amplifier Status: Fault, Sleep / APD Mode, Active• Input / Output Status: Active and Mute• Two Level Fault Reporting Email Configuration• DPA Amplifier Design File / Configuration File Transfer Management• Firmware Update Management• Scheduler 24/7 for DPA Amplifier Energy Saving Power ManagementInstallation of Software1. Download the DPA Site Manager software from the AtlasIED web page, /dpa-series.2. Unzip the file, open the folder, and click on the file “AtlasIED DPA Amplifier Site Manager”.3. Follow the installation wizard prompts.Note:The program requires Java JRE 1.8 to be installed on the system. The Java JRE 1.8 comes bundled with the installer package and the user can follow on screen instructions to install.Getting Started1. Connect all DPA amplifiers to the same network as the computer running the DPA Site Manager software. Make sure the amplifiers are plugged inand the Ethernet port on the rear of the amplifier shows traffic with both the green & yellow LEDs blinking.2. Open the DPA Site Manager software and click on the discover tab. A timer wheel will appear indicating an IP search is in progress. A list of DPAAmplifiers along with their IP and MAC addresses will appear.DPA Site Manger Features & Description1. Discover T ab – When first using the DPA Site Manager, no amplifiers will be listed. Click on the Discover tab and the process of Auto discovery will start. The software will search the LAN for any DPA amplifiers active within the LAN. Firewall and network configuration settings created by the network administrator may cause issues with discovery. Contact the facility IT department should this issue arise. Note for support: The application uses UDP to search for the amplifiers. Some networks may block all UDP traffic. If the user cannot find an amplifier, AtlasIED suggests using a direct Ethernet connection from the computer to the amplifier. This indicates that the network may be at fault. Refer to the DPA owners manual for Direct Connection instructions.If no amplifier is shown, the user will have to disable all firewalls/antivirus programs in order to try again. If an amplifier does show in a direct connection, but not when it is connected to a router, then most likely it is the network blocking the programs access to the network. In this case,the user must request assistance from a network administrator.2. Discovery In Process Indicator – This rotating icon indicates the IP Discovery search is in progress. When the search is finished, the icon willdisappear.3. Model Number – After a DPA amplifier is discovered, a list will be generated showing all models connected and found on that network. This field is the DPA Amplifier model number. Right click on the model and select OPEN or DELETE. Selecting OPEN will open the DPA amplifier’s onboard web page. Clicking DELETE will remove the amplifier from the list. The web page can be also selected by double clicking the amplifier in the table.4. IP Address – This is the Internet Protocol numerical label that is assigned to each device. This address is assigned to the DPA amplifier from aDHCP Server when the amplifier is in DHCP mode or by a technician that has assigned the unit a static IP address.5. Host Name – This is the name of the DPA Amplifier that was assigned. This name may not match the amplifier model number if it has been changed so that it can be identified easier on the LAN. It is common to change the HOST name when there are multiple units that are the same model on the same LAN. For example, in a school with 30 classrooms that each has a DPA602, the amplifiers could be named after eachclassroom number, RM222.34518215221711920141621678910111213DPA Site Manger Features & Description6. MAC Address – This is the physical address of the amplifier when the product was made. It cannot be changed.7. Configuration File Upload– A configuration file is a file with specific data pertaining to a DPA amplifier that contains all the Level settings, routing,and EQ. This works in conjunction with #19 Configuration File Transfer. This box needs to be checked for the amplifier to execute a file to be uploaded from the computer to the amplifier or downloaded from the amplifier to the computer.8. Firmware Upload – There are times when a new feature is issued or a bug is discovered in the software. This box needs to be checked for thefirmware files to be uploaded from the computer to the amplifier. Multiple DPA amplifiers of the same model can have firmware updated at the same time. This works in conjunction with #20 Firmware File Transfer section.9. Scheduler – A DPA amplifier can be automatically turned On or Off via the DPA Site Manager using the scheduler to send the commands to theamplifier. This box needs to be checked if that specific amplifier is to be assigned to the schedule. Refer to section #22 Settings – line F- Scheduler - for information on setting days and times. Note: After setting the schedule in the Setting / Scheduler page, selct the amplifer that will follow the created schedule.10. IP Status – This indicator informs the user if the DPA amplifier has a connection to the network. Green means the amplifier and the DPA SiteManager software are communicating and Red indicates there is no connection or communication. A notification email can be sent if the connection is lost. Refer to section #22 Settings – line C – Email Settings – to set up an email warning notification.11. Amplifier Status – This indicator has three color references to indicate the status of the amplifier.• Green – Indicates the amplifier is working properly.• Y ellow - Indicates the amplifier is in Sleep Mode or APD (Auto Power Down) mode. APD Mode is activated when the amplifier does not detect an audio signal for 30 minutes and will automatically enter into a lower power consumption state to meet Energy Star® standbystandards. When the amplifier detects a signal above 1mV, the amplifier will return to active idle status. The indicator will go from Y ellow to Green. Refer to the DPA Owner’s manual for details on the DPA’s three power states.• Red – Indicates an amplifier’s channel has a fault condition or the amplifier has lost AC Mains power. If the amplifier loses AC Mains power the IP Status indicator will also be Red. Note: A fault message can be sent, refer to section #22Settings – line C – Email Settings – to set up an email warning notification.12. Input Channel Status – This indicator has three color references to indicate the status of the amplifier inputs.• Green – Indicates the Input is on and ready.• Red – Indicates the Input is muted.• Gray – Indicates the inputs 5-8 are not enabled. Note: For the model DPA102PM refer to the section “DPA102PM Limitation Notes”13. Output Channel Status – This indicator has three color references to indicate the status of the amplifier Outputs.• Green – Indicates the Output is on and ready.• Red – Indicates the Output is muted.• Gray – Indicates this feature is not applicable for the DPA102PM. Note: For the model DPA102PM refer to the section “DPA102PM Limitation Notes”DPA Site Manger Features & Description14. Login / Logout – Before any file transfer can be completed, the user must log into the software. The factory defaults are below. The user mustbe logged in first, then click on the Change Username / Password button to customize or change access. If either the username or password is lost,***********************************************************************************************************************.• Username: admin (lowercase)• Password: admin (lowercase)15. Settings – This tab allows access to the Site Location, Server, Email Warning, Account, Scheduler, and About settings. Note:The user must belogged in before gaining access, see #14.16. Help – Opens the Help document.17. Software Version – Revision number of the software. Check the AtlasIED web site for the latest version.18. Amplifier Status Indicator Chart – This charts indicates what the colors of the Amplifier Status indicator mean.DPA Site Manger Features & Description19. Configuration File T ransfer – A configuration file is a file with specific data to a DPA amplifier containing all the Level settings, routing, and EQ.This works in conjunction with the Configuration File Upload check box. See #7 Configuration File Upload for details. This box needs to be checked for the amplifier to execute a file uploaded from the computer to the amplifier or downloaded from the amplifier to the computer.To Upload a Configuration file:A. Check the amplifier’s Configuration File Upload box on the amplifier that a preset is being uploaded to. More than one amplifier can beselected at a time. The models do not matter because they all share the same Web interface and features. The file extensions will be viewed as a “properties” file type. The same configuration will work on the DPA602 / 1202 / 2402 amps.B. Select the Browse button and go to the location on the computer where the file is stored and select it.C. Select Upload. When the process is completed, the word Finished will appear in this area.To Download a Configuration file:A. Check the amplifier’s Configuration File Download box that is going to send the download / save to a computer.B. Select the Browse button and go to the location on the computer where the file should be saved.C. Select Download. When the process is completed, the word Finished will appear this area.20. Firmware File Upload T o Amplifier – There are times when a new feature is issued or a bug is discovered in the software. The Firmware Uploadbox needs to be checked for the firmware files to be uploaded from the computer to the amplifier. Multiple DPA amps of the same model can execute firmware updates at the same time. This works in conjunction with #8 Firmware Upload selection section. To update the amplifiers’ firmware refer to the DPA manual for details. Note:The user does not need to use the DPA Site Manager to upload firmware. Always check the AtlasIED web site for the latest firmware.To upload firmware to the amplifier using the site manager follow these steps:A. First download the latest DPA firmware from the AtlasIED website and unzip the file / folder. There will be a HOST (HEX) firmware file for eachmodel and a WEB (BIN) file that is common to all DPA models except the DPA102PM. The DPA102PM will have its own WEB file. The HOST firmware controls protection settings, fans, control ports, etc. The WEB firmware controls the graphical images in the GUI. Note: Updating the firmware may not require an update to the WEB file, but will always require a HOST file. Note:The file names are to remain unchanged, otherwise the files will not be uploaded to the amplifier.B. On the DPA Site Manager main page, select the (#8) Firmware Upload box of the model to be updated. It is OK to select more than oneamplifier of the same model.C. Click on “Browse HOST Firmware” and a file browser window will open. Navigate to the location where the new firmware was saved. Selectthe unzipped HOST firmware file that matches the model selected in #8. Select the file and select OPEN. The file name and path will appear in the text box. Do not select the Upload tab yet, first move to step D.D. Click on the “Browse Webpage Firmware” and a file browser window will open. Navigate to the location where the new firmware was saved.Select the unzipped WEB firmware file. Select the file and click OPEN. The file name and path will appear in the text box. Now, select“Upload” and a dialog window will appear indicating the process time. This process can take a few minutes.21. Site Location – Name of the location where the LAN and amplifiers are installed. This should reflect the name of the location where all of theamplifiers are installed, for example this could be a city, school, or company name.22. Refresh – This button does two actions:• Forces table data to update with the newest values available.• Hides all visual elements that appeared and were involved in uploading files to the amplifiers.DPA Site Manger Features & Description23. Settings T ab – Here a Location Name can be entered, Email Notifications can be set-up, LAN Discovery, About, Server Setup and configure aSchedule information can be accessed.A. Site Location Page – This is the location of the job site. The box can hold 11 characters. It is not case sensitive.B. Server Page – The Server tab is where the outgoing email server information can be set-up to allow an email to be sent for amplifier issuesincluding loss of power, loss of IP connection, or a fault condition. An email account is required to send a warning message. The SMTP information can be found in the email settings of the email program you are using. An example of a common email Setup is shown below.DPA Site Manger Features & DescriptionC. Email Warning Page – This page is where a warning email can be configured. Two email addresses can be entered per warning. A brief notecan be added to the email body. There are two separate warning conditions that can be applied. An example of the setup is shown along with the email that was received. All of the amplifier’s identifying information, along with fault and location are listed.D. Account Page – This page is where the login name and password can be changed. Factory default for the Username is “admin” and for thePassword it is “admin” (Lowercase).DPA Site Manger Features & DescriptionE. Scheduler Page – This page allows a user to automatically turn ON/OFF amplifiers on a 24/7 schedule. The time will automatically be syncedwith the computer the program is associated with. Note: After setting the schedule in the Setting / Scheduler page, selct the amplifer that will follow the created schedule.F. About Page – This page provides the program’s revision identification.DPA102PM Limitation NotesThe DPA102PM uses a different communication protocol that requires a future design upgrade to communicate with the DPA Site Manager as the DPA602, DPA804, DPA1202, DPA1604 and the DPA2402 models do.1. IP Discovery is functional2. IP Status is functional3. Fault email warning is functional4. All other features do not operate at this time. Features not functioning will have the status indicators grayed out.Notes:DPA Amplifier Site ManagerReference GuideNotes:Limited WarrantyAll products manufactured by AtlasIED are warranted to the original dealer/installer, industrial or commercial purchaser to be free from defects in material and workmanship and to be in compliance with our published specifications, if any. This warranty shall extend from the date of purchase fora period of three years on all AtlasIED products, including SOUNDOLIER brand, and ATLAS SOUND brand products except as follows: one year on electronics and control systems; one year on replacement parts; and one year on Musician Series stands and related accessories. Additionally, fuses and lamps carry no warranty. AtlasIED will solely at its discretion, replace at no charge or repair free of charge defective parts or products when the product has been applied and used in accordance with our published operation and installation instructions. We will not be responsible for defects caused by improper storage, misuse (including failure to provide reasonable and necessary maintenance), accident, abnormal atmospheres, water immersion, lightning discharge, or malfunctions when products have been modified or operated in excess of rated power, altered, serviced or installed in other than a workman like manner. The original sales invoice should be retained as evidence of purchase under the terms of this warranty. All warranty returns must comply with our returns policy set forth below. When products returned to AtlasIED do not qualify for repair or replacement under our warranty, repairs may be performed at prevailing costs for material and labor unless there is included with the returned product(s) a written request for an estimate of repair costs before any nonwarranty work is performed. In the event of replacement or upon completion of repairs, return shipment will be made with the transportation charges collect.EXCEPT TO THE EXTENT THAT APPLICABLE LAW PREVENTS THE LIMITATION OF CONSEQUENTIAL DAMAGES FOR PERSONAL INJURY, ATLASIED SHALL NOT BE LIABLE IN TORT OR CONTRACT FOR ANY DIRECT, CONSEQUENTIAL OR INCIDENTAL LOSS OR DAMAGE ARISING OUT OF THE INSTALLATION, USE OR INABILITY TO USE THE PRODUCTS. THE ABOVE WARRANTY IS IN LIEU OF ALL OTHER WARRANTIES INCLUDING BUT NOT LIMITED TO WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE.AtlasIED does not assume, or does it authorize any other person to assume or extend on its behalf, any other warranty, obligation, or liability. This warranty gives you specific legal rights and you may have other rights which vary from state to state.ServiceShould your DPA Series Multi-Channel Power Amplifier require service, please contact the AtlasIED warranty department at1-877-689-8055, ext. 277 or /support to obtain an RA number.AtlasIED Tech Support can be reached at 1-800-876-3333 or /support.Visit our website at to see other AtlasIED products.©2019 Atlas Sound L.P. The Atlas “Circle A”, Soundolier, and Atlas Sound are trademarks of Atlas Sound L.P. IED is a registered trademark of Innovative Electronic Designs LLC. All Rights Reserved.All other trademarks are the property of their respective owners. All specs are subject to change without notice. ATS005515 RevB 2/19。
EDSA Paladin Design Base功能介绍潮流分析程序(Load Flow Analysis)EDSA面向对象的潮流程序用于三相平衡电力系统,从以下各方面进行潮流分析:· 母线电压(振幅和相位);· 母线功率(有功和无功)及母线功率因数;· 通过支路的有功功率、无功功率及电流;· 线路损耗和系统总损耗;· 线路和变压器加负荷;· 线路电流超限报告;· 变压器负荷超限报告;· 确定变压器的规格;· 电压自动调节潮流程序适用于以下环境:· 环状或辐射状网络;· 多段摆动母线;· 多台发电机;· 孤岛;· 恒定功率负荷;· 恒定阻抗负荷;· 恒定电流负荷;· 移相变压器;· 自耦变压器;· UPS输入与输出母线;没有电压的限制。
数据可以用标幺值或实际单位输入。
可以选用牛顿—拉夫逊(NR)法或快速解耦(PQ)法。
内装图形浏览器。
在潮流分析中最多可以有5个分析方案。
用户可以指定:·计算方法(NR法或PQ法);·不同方案的负荷需要系数;·进线、开关、断路器、熔断器的开/闭状态;·包含或不包含发电机;EDSA面向对象的潮流分析程序可以实现自动电压调节,允许用户借助不同的技术将电压控制在指定范围内,这些技术是:· 自动调整变压器的分接头· 发电机无功功率的调节· 电容/电感无功功率的调节· 上述几种方法的组合输出有下列选择:· 分类规则;· 标幺值或实际单位;· 在选用实际单位时,可选择电压、电流和功率的单位;· 电压变动的上下限;· 电流变动的上下限;· 变压器负荷变动的上下限;· 屏幕显示分析结果;· 打印机输出分析结果;· 将分析结果输出到剪贴板中;· 将分析结果输出到文本文件中;潮流分析结果可以添加到单线图中作为注释。
目录0.与结构工程师交换数据 (1)1.PCB线路板与结构设计的交互协作 (1)2.Collaboration Workflow Diagram/协同工作流程图 (3)unching the Collaboration Tool/启动协作工具 (4)4.Setting Up a Collaboration Session/设置协作会话 (4)5.Sending a Baseline Request/发送基线请求 (5)6.Receiving a Baseline Request/接收基线请求 (8)7.Creating and Sending a Change Request/创建和发送变更请求 (9)8.Reviewing and Applying a Change Request (10)9.Viewing and Monitoring the Request States (11)10.Controlling the Display of Different States (13)11.Reviewing the Change History审查更改历史 (15)12.Managing the Change Files管理更改文件 (16)13.PADS MCAD Collaborator/PADS MCAD COLLABORATOR (17)14.License File Options/许可证文件选项 (22)15.PADS 3D Overview (29)17.Mechanical Model Properties Dialog Box (32)18.PADS查看3D视图及导入元器件模型的方法 (34)0.与结构工程师交换数据Exchanging Data with Mechanical DesignersUse MCAD Collaborator to transfer, record, manage, and preview change requests between the PCB design team and the mechanical design team. Both teams can send and receive proposals for mechanical design changes as well as accept or reject change proposals.使用MCAD COLLABORATOR在PCB设计团队和结构设计团队之间传输、记录、管理和预览更改请求。
DxDesigner :功能强大的原理图创建的设计数据管理环境概述简单的原理图/PCB 双向设计流程已不能满足大型高端电子产品开发的需要。
产品的可靠性、研发成本、设计周期通常受以下因素的困扰: ♦ 能否保证被采用的元器件性价比最高、供应最及时 ♦ 经典电路和通用电路模块能否在不同的设计里快速复用 ♦ 产品的逻辑功能会不会受到材料物理特性的影响♦ 电路中的关键信号能否在画原理图的同时定义其布线规则约束 ♦ 对于大型电子产品的设计,能否采用团队工作模式以缩短研发周期 ♦ 分发到采购、生产等各个部门的设计数据是否一致DxDesigner 为上述问题提供了一套优秀的解决方案,它是一个功能强大的项目创建与管理环境,可以在一个项目中开展多个原理图/PCB 设计,支持团队工作模式,并具备元器件属性管理、电路复用、Top-Down/Bottom-Up 结构的创建、原理图仿真、关键信号的布线规则定义、统计物料清单(BOM )及设计归档等全面的功能。
产品特点:兼容Protel/orCAD/PADS Logic的原理图与符号库支持多页/层次式原理图结构的创建可对设计中的元器件与网络进行浏览、检索或属性集体编辑支持在原理图中定义物理设计规则支持派生设计及物料清单(BOM )自动生成可与企业ERP/PDM/PLM 系统衔接,提供ODBC 数据库接口,可实现设计数据标准化管理支持团队设计及设计文件版本管良好的兼容性DxDesigner支持Protel/P-CAD/OrCAD/PADS Logic等格式的原理图及符号库文件的导入,导入过程中原理图的层次结构、网络连接关系、元器件属性等信息均保持完好。
全方位的设计浏览与检索功能DxDesigner支持对整个设计进行全方位的浏览,如原理图的层次结构、设计库的属性及项目文件夹的结构等信息均在相应窗口中一览无遗。
也可以根据属性匹配的方式对元器件或网络进行查找和定位,可自动选中符合条件的多个元器件,然后统一修改其属性。
EDSA Paladin Design Base功能介绍潮流分析程序(Load Flow Analysis)EDSA面向对象的潮流程序用于三相平衡电力系统,从以下各方面进行潮流分析:· 母线电压(振幅和相位);· 母线功率(有功和无功)及母线功率因数;· 通过支路的有功功率、无功功率及电流;· 线路损耗和系统总损耗;· 线路和变压器加负荷;· 线路电流超限报告;· 变压器负荷超限报告;· 确定变压器的规格;· 电压自动调节潮流程序适用于以下环境:· 环状或辐射状网络;· 多段摆动母线;· 多台发电机;· 孤岛;· 恒定功率负荷;· 恒定阻抗负荷;· 恒定电流负荷;· 移相变压器;· 自耦变压器;· UPS输入与输出母线;没有电压的限制。
数据可以用标幺值或实际单位输入。
可以选用牛顿—拉夫逊(NR)法或快速解耦(PQ)法。
内装图形浏览器。
在潮流分析中最多可以有5个分析方案。
用户可以指定:·计算方法(NR法或PQ法);·不同方案的负荷需要系数;·进线、开关、断路器、熔断器的开/闭状态;·包含或不包含发电机;EDSA面向对象的潮流分析程序可以实现自动电压调节,允许用户借助不同的技术将电压控制在指定范围内,这些技术是:· 自动调整变压器的分接头· 发电机无功功率的调节· 电容/电感无功功率的调节· 上述几种方法的组合输出有下列选择:· 分类规则;· 标幺值或实际单位;· 在选用实际单位时,可选择电压、电流和功率的单位;· 电压变动的上下限;· 电流变动的上下限;· 变压器负荷变动的上下限;· 屏幕显示分析结果;· 打印机输出分析结果;· 将分析结果输出到剪贴板中;· 将分析结果输出到文本文件中;潮流分析结果可以添加到单线图中作为注释。
短路电流分析程序(Short Circuit Analysis)EDSA三相AC短路分析程序可以用来:·计算环状与辐射状三相电力系统短路电流值。
·处理多个短路源、发电机和电动机。
·处理孤岛型网络。
·指定故障计算时间,指定AC、DC或最大故障分量。
EDSA三相AC短路分析程序是:· ANSI和IEC 909短路分析程序· ANSI/IEC故障断路器定额减少程序· IEC 363短路分析程序ANSI和IEC 909短路分析程序用来分析三相配电网络中下列故障:·三相金属性短路·线对地故障·线间故障·两线对地故障·最大故障·最小故障·遮断故障· IEC 909故障·电弧热计算ANSI/IEC故障断路器定额减少分析程序·计算所选断路器的额定值,·计算由于海拔和环境温度所造成的断路器定额下降。
·程序产生一个基于ANSI/IEEE及IEC标准的综合报告。
IEC 363短路分析程序IEC 363短路程序计算孤立系统(例如石油平台、船舶)的短路电流。
分析中包括网络元件的电阻和电抗,可以计算故障电流随时间的变化。
用户可以指定两个节点间的电缆是放置在非磁性管道中或磁性管道中。
单相短路计算适用于单相系统。
输出有下列选择:· 标幺值或实际单位;· 在选用实际单位时,可选择电压、电流和功率的单位;· 可以报告所有节点的故障,或报告指定节点的详细结果;· 屏幕显示分析结果;· 打印机输出分析结果;· 将分析结果输出到剪贴板中;· 将分析结果输出到文本文件中;· 可以设置打印格式(窄行、宽行等)短路分析结果可以添加到单线图中作为注释。
电动机启动分析(Motor Starting Load Analysis)面向对象的电动机起动电压降程序·采用潮流法·可以计算正常的电动机起动电压降·可以计算电容器电动机起动电压降·可以计算电容器-电抗器电动机起动电压降在电动机起动压降计算中也可以包括电力公司和发电机的内部阻抗,此时,电力公司和发电机必须定义为摆动母线,还必须指定短路信息。
EDSA电动机转矩/性能模拟程序·是一种快速的、易于使用的工具。
·用户可以选择两种模拟方法:短路容量法和滑差法来分析电动机的起动和再加速。
·可分析采用不同起动方法的效应,以及电动机加速和再加速过程。
·能够计算系统频率变化及频率变化对电动机起动性能的影响电动机转矩模拟和电动机性能模拟两者的差别在于输出格式,在转矩模拟中,电动机的响应(转矩、电压、电流)被表示为电动机速度(频率域响应)的函数,而在性能模拟中,响应被表示为时间的函数(时间域响应)。
电动机再加速只在性能模拟中能实现。
SCKVA法和滑差法都可用于电动机再加速模拟。
程序可以计算电动机再加速所需时间、最大冲击电流、最大速度变化,可以图形显示电动机电压、电流、速度和转矩响应曲线。
先进的电动机起动程序先进的电动机起动程序允许用户采用多种起动方法来模拟多台电动机起动。
这些起动方法包括:·全压起动。
·全压平方配以三类控制。
这三类控制是时间函数、电动机电压的百分率、电动机速度的百分率·Y-△起动,并配以三种控制。
·自耦变压器配以三类控制。
·部分绕组配以三类控制。
·串联电阻并配以三类控制。
·串联电抗器并配以三类控制。
·并联电容并配以三类控制。
·固态电压调整并配以三类控制。
·固态电流限制——这种控制器将电动机的电流限定在给定的电流标么值。
·固态斜波电流起动——这种控制器可以在时间间距Tramp(时间2 —时间1)内将电流从起始值逐渐增加到终值。
·固态斜波电压起动——这种控制器可以在时间间距Tramp(时间2 —时间1)内将电压从起始值逐渐增加到终值。
·固态斜波转矩起动——这种控制器可以在时间间距Tramp(时间2 —时间1)内将转矩从起始值逐渐增加到终值。
直流潮流分析(DC Load Flow)单独直流潮流计算直流交流混合潮流计算保护设备整定(PDC)(Protective Device Coordination)EDSA 保护元件整定 (PDC) 程序可以确定:· 熔断器类型和规格;· 断路器规格和整定(固定磁铁、可调磁铁、固态等);· 继电器类型和整定(标准继电器、热过负荷、接地继电器);· 电动机起动电流;· 电动机电路保护器额定电流;· 电动机电路保护器(MCP)跳闸整定;· 变压器磁化启动冲击电流;· 变压器ANSI耐受点和曲线;· 绝缘电缆的短路热容量;· 电动机从起动到额定满负荷的电流变化曲线;程序使用灵活,PDC程序每一步都可进行选择或使用默认值:· 可以让程序进行设备的选择和整定。
· 可以由用户部分参加选择和整定。
· 可以由用户做全部的选择和整定。
PDC程序提供大量的默认信息,用于计算,程序所使用的默认值是从规范、标准和通用的工业实践中搜集的如果在使用短路分析或潮流分析程序时构造了一个网络工作文件,就可以使用这些分析的结果作为PDC 中的默认数据。
程序提供一个大型保护元件数据库:· 大型的经过检验的保护元件数据库包括各个主要制造商的产品。
· 包括各种元件的时间—电流曲线。
· 保护元件整定程序访问保护元件数据库,用来选择最合适的保护元件。
· 程序可以分析现有的设备和元件,生成报告。
· 在参考数据库文件中,可以引入用户自己的熔断器、电动机、电路保护器、固态和磁断路器、标准继电器、热和过负荷继电器、自动重合开关和设备衰减率和耐受曲线数据。
用图形(曲线)直观地表示各保护元件间的配合。
时间—电流曲线可以有不同的颜色和深浅。
可以输入、编辑和选择以公式表示的继电器。
距离保护。
暂态稳定性分析(Transient Stability)基于高级的梯形分析工具的基础,可以用于电动机起动、设计与评估低频与低电压甩负荷方案、确定断路器故障清除时间、保护系统的设计。
用户可以精确地模拟静态元件和旋转设备,程序可以用来模拟多个同时发生或顺序发生的干扰。
EDSA Technical 2000要点之一就是包含一个全新的暂态稳定性程序,该程序提供一个集成的Machine Model Builder 并具有模拟各种已知干扰的能力。
基于最先进的梯形算法和拥有模拟50000个以上母线的能力,本产品是当前市场上功能最强的暂态稳定性软件。
暂态稳定性程序可以用于:· 电动机起动,· 设计与评估低频与低电压甩负荷方案。
· 确定断路器故障清除时间(保持稳定性)。
· 保护系统的设计用户可以精确地模拟静态元件和旋转设备,例如:· 同步电机(发电机/电动机)· 感应电机(电动机/发电机)可以使用简单模型或完整的双轴模型。
· AVR 与励磁系统· 调速器与透平有一些覆盖下列各类机组的模型:水力机组、柴油机机组、燃气机组,以及具有机械或数字调速器的联合循环机组。
EDSA暂态程序还提供一种用户定义的建模能力,它可以被用来定义新的调速器/透平模型。
·继电器可以模拟低频、低电压及阻抗型继电器。
·静态可变补偿器(SVC)支持多种固态(可控硅)控制的SVC或饱和电抗器型的SVC。
·可以模拟各种干扰、SVC及继电器,包括:>甩负荷;>阻抗继电器;>低电压继电器;>低频继电器;>负荷恢复;>平衡与不平衡故障;>干扰;- 各种故障(三相、相对地、单相、LLG)的发生/排除- 线路的断开/闭合- 增加支路- 具有/没有自动重合闸的支路的跳闸- 电动机启动/停止- 分流器断开/接通- 电机跳闸- 增/减负荷程序可以用来模拟多个同时发生或顺序发生的干扰最佳有功优化(Active Optimal Power Flow)采用线性规划法。
线路安全· N线安全在一个潮流问题的解答中,如果所有支路都没有过负荷存在,就意味着系统状态满足N 线安全。