Assure Reliable Performance of Semiconductors
in Aerospace and other High Performance Industries
SAE standard EIA-4899, required by major aerospace platform integrators, requires avionics manufacturers to address four major semiconductor wearout mechanisms. The Semiconductor Wearout module in the latest release of Sherlock enables avionics suppliers to comply with these requirements quickly and easily, using an automated process. Sherlock now allows manufacturers the ability to evaluate and predict the risk of semiconductor wearout using an approach that follows SAE ARP 6338 (recently released). Sherlock uses multiple methods depending on the available component-specific data to produce wearout results including overall scores, reliability goals, and a life prediction curve for each part analyzed. Ultimately, the Semiconductor module allows users to perform a more accurate analysis which is easier to use and based on rigorous physics. The results of the analysis also can be more easily communicated to, and understood by, the users’ customers.
In this webinar you will learn about innovative new tools and techniques that evaluate and predict the risk of semiconductor wearout and enable you to demonstrate the reliable performance of parts and sub-assemblies. If you are in a high performance industry like aerospace, this webinar is a must.
Assure Reliable Performance of Semiconductors in Aerospace and other High Performance Industries
Thursday the 25th of May 2017
You will learn about themes in the FPGA industry that are pushing the need for advanced verification, understand how other FPGA users in industry are adapting to this and see how taking a new look at your verification methodologies can help you build higher quality, on-time products enabling you to be more competitive in today’s evolving FPGA market.BluePrint Webinar 0
BluePrint-PCB was built specifically as a PCB documentation authoring tool. Use it to quickly create the documentation required to drive the PCB fabrication and assembly processes. BluePrint-PCB leverages the PCB CAD data to automatically create and intelligently link PCB Views, drill charts, parts lists, detail views, fabrication and assembly notes