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VisualCAM.2018 v7.0.372 for SolidWorks 2010-2018 Win32_64 2CD表面贴装技术

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更新时间:2018-05-05 09:40:24
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VisualCAM.2018 v7.0.372 for SolidWorks 2010-2018 Win32_64 2CD 表面贴装技术

VisualCAM是一个强大的生产制造软件,着重于各种EDA专家不同面向的需求及考量:
对于RD的布线工程师来说,VisualCAM提供了完整的设计验证功能。
对于板厂的制造工程师来说,VisualCAM提供了完整的制造验证以及加工的功能。
对于产线的IE工程师来说,VisualCAM提供了完整的零件插件功能。

 
Design Verification:
 在产品投产前,设计数据的验证动作是极为重要,现在产品的复杂度迫使电路板布线工程师需要将空间利用到最彻底,而最小的误差意味着更高的电路版成本,以及如果没有在组装前找出问题点,将会带来更多更高的花费。

VisualCAM 提供您动态的DFM分析套件,利用其中75个以上的检查功能,例如在传统的检
查项目中线到线、线到点的规则,及其它生产式的条件如acid traps和 copper slivers都能在VisualCAM检查到。

另外,你可以用VisualCAM图形式的PIN-POINT联机比较程序来回头验证你底片萃取出的联机数据,比对的来源有IPC-D-356、ODB++或者是PADS ASCII档案,可以更快地找到工作图面上是否有短路或者是断路及其位置。

 
 
Manufacturing Verification/Tooling: 
 除了上述所提的设计和生产上所需要的动态DFM检查的功能之外,VisualCAM可储存或加载不同设计规则的功能,让我们可以选择以布线时的设计规则或是以生产条件来作为检查,电路板厂的工程师和电路布线工程师可套用VisualCAM中的不同的检查功能及规则,找出传统CAD所不能顾虑到的其它检查项目。
VisualCAM除了能够帮您做验证的功能之外,更能够加快电路板生产过程的自动化流程,例如防焊跟锡膏层的产生,再者VisualCAM的进阶排版功能可以建立无限的排版范例文件,配合各种排版大小及应用上的配套使用,让您将单一板子或多重板子一同并入排连版之外,还可以自动建立透气孔或补铜点等自定数据。

利用VisualCAM强大的钻孔、铁刀功能以及业界最有效率的钻孔资料排序机制,可以很快的完成后段,如钻孔文字、槽型孔、自订的折断边等成形资料。

 
 
Assembly Processing: 
 市面上有许多功能强大的工具可用来萃取零件的外型数据,例如FATF、ODB++、GenCAD,甚至是从您原始的CAD系统中转出,如果只能从底片档案上转出所需要的组装程序数据,VisualCAM可帮助您从底片档和钻孔档上萃取出类似 ODB++、ODB++ XML或IPC-2581 的聪明数据,您可利用其5阶段的自动化逆向步骤,由底片文件转出零件外型数据以作为组装之插件程序来源。
利用其快速的零件辨识步骤,您可以在短期之内重建出版子的零件数据,并且可另外存成零件数据库档案,除了零件的光学点之外,也一样支持板上的光学点,可建立出自己的中心零件库,以保持零件的一致性,当整个辨识流程完毕,.你可以将数据输出成 ASCII、FATF、ODB++、ODB++ XML或GenCAD各种格式。

 
 
 
 

. 数据浏览窗口提供便捷的接口来选择所要的数据,并可在不须点选指令及工具列的情况下执行常用指令。
. 可直接读取ODB++、ODB++ (X)、IPC-2581档案,转成有效数据。
. 完全支持常用的传统格式档案,如(Gerber、Drill、Mill、IPC-D-356、HPGL、DXF及其它) 。
. HyperNETLIST可从最复杂的板子萃取出联机关系。
. 动态DFM分析套件提供了75种以上的检查功能,如设计信息、DRC安全规则检查、MRC制造规则检查、DFF组装检查及嵌入式被动组件等,您还可动态调配检查项目表,以实现单一检查流程就可全检所需项目的环境。
. HyperNETLIST的比对是全图形化验证的效果,在比对时会以Pin-Point的方式来列出有问题的PIN点为短路或是断路的情形。
. 进阶排版功能可以很快的处理排版、并版的流程,让排连片更加方便,另外还包括了强大的透气孔、补铜点、导胶槽等功能。
. 空版测试功能可以配合量产所需转出治具或飞针设备的数据。
. 当您加载传统的生产格式数据,组装逆向工程可以重建出原本所没有的新零件数据,利用其自动的五步骤流程,让您由高密度的板子上快速的萃取出零件及中心点数据。
 
::::::English Description::::::
VisualCAM is a powerful Manufacturing Engineering CAM software package that addresses the wide-ranging needs of EDA professionals.  For the PCB layout engineer VisualCAM offers a complete set of Design Verification features. If you are a Bare-Board PCB engineer there is a full range of Manufacturing Verification and Tooling features available. Finally VisualCAM rounds out its capabilities by offering Loaded-Board PCB engineers an array of Assembly Processing capabilities not typically found within competitive products.


 Design Verification: Verification of your design data is a critical step before submitting your job for production. Today’s product complexities require PCB layout engineers to push spacing limits while laying out their board designs. Tighter tolerances can mean more expensive bare-boards, and thus the risks of scrap become more expensive as well--especially if the problems are not identified until after assembly. VisualCAM provides you with a Dynamic DfM Analysis Suite that offers 75+ Design and Manufacturing checks. A blend of traditional design related checks, like track-to-track and track-to-pad, as well as manufacturing checks, like acid traps and copper slivers, can be found within VisualCAM. Rounding out your design verification experience is VisualCAM’s graphical netlist comparison with pin-point error detection. Compare your data set against any IPC-D-356 netlist, or use netlist information extracted from ODB++ or PADS ASCII files, and quickly zoom to any shorts or opens in the workspace.


 Manufacturing Verification/Tooling: As mentioned above VisualCAM provides a Dynamic DfM Analysis Suite that provides both design and manufacturing related checks. The ability to save and load different rule sets allows you to verify your data against your original design spacing rules, or against your manufacturer’s spacing rules. Bare-board PCB engineers and PCB layout engineers alike appreciate the more robust checking features found within VisualCAM, versus those found within traditional CAD tools. VisualCAM also helps you go beyond verification and allows you to complete your final manufacturing-related tasks with automated features like solder mask and paste mask generation. Complete production tooling can be generated using VisualCAM’s Advanced Panelization capabilities. You can create unlimited panel templates to accommodate a wide range of standard panel sizes. Advanced Panelization will even let you step single designs or multiple designs within the same panel frame. Venting and thieving are fully automated and user-defined as well. VisualCAM can finalize any manufacturing process flow with a robust set of NC drill and mill capabilities, including functions such as drilled text, drilled slots, user-defined break tabs, and one of the most efficient sort engines in the industry.


 Assembly Processing: There are many powerful tools on the market that are adept at extracting component footprint information from intelligent sources such as FATF, ODB++, GenCAD, or even your source CAD system’s database. But what if you need to generate an assembly program and all you have to work from is Gerber data? While VisualCAM is designed to work on "intelligent" data formats like ODB++, ODB++ XML, or IPC-2581 data formats, it can still operate on traditional Gerber and NC data as well. Because of this, VisualCAM is one of the only manufacturing engineering software packages that can offer you five different automated methods to reverse engineer component footprint information from Gerber data, for the purpose of assembly pick-and-place programming. Depending on the data available to you at the time of processing, you can complete a component footprint identification process in as little as a few seconds. Even when reverse engineering interactively, most jobs can still be completed in just a few hours. You can even save and load footprint libraries, allowing you to build master libraries to help keep your output consistent. There is support for both component footprint fiducials, as well as board-level fiducials. When you complete your processing, you can output the data to a variety of formats: ASCII, FATF, ODB++, ODB++ XML, or GenCAD**.

Regardless of your role within the design or manufacturing process, you can use VisualCAM to ensure the production of high-quality PCBs. Add flexible pricing, convenient and responsive customer support, and you have an unbeatable manufacturing engineering CAM software package.

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