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Buyer’s Guide for FEA Software

In selecting a finite element analysis (FEA) software solution, it is crucial that you consider the pre- and postprocessor, which can be critical for the analysis speed and accuracy. FEA analysts rely on the pre- and postprocessor to work with an assortment of data files, provide a variety of ways to idealize the model, support one or more solvers and produce the data and reports that are needed to meet both internal and external requirements. Engineering managers rely on the pre- and postprocessor solution to reduce the risks associated with accuracy while meeting time-critical product development deadlines. Click here to download.

Posted in: Software, White Papers

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A Computing Platform Based on 4th Generation Intel® Core™ Processors That Provides Flexible and Expandable I/Os for In Vitro Diagnostics Instruments

In the medical world, In Vitro Diagnostic (IVD) instruments are ubiquitously used in hospital labs, doctor offices, and at home. IVD instruments are designed for various qualitative or quantitative diagnostic procedures, commonly called assays, in assessing or measuring the target entity out of the samples. For different assays, IVD instruments are designed with the goal to automate the process, combining and streamlining labor-intensive steps. Based on their applications, these steps could be combined in one self-contained platform, in several discrete platforms, or a combination of both, depending on the application’s needs. Furthermore, some platforms use modularization, starting with minimum modules and then adding modules as the needs grow. This enables laboratories to pick and choose optional modules as needed. With modular design in mind, most IVD instrument providers start with a small footprint platform, and enhance the design with an expandability mechanism to accommodate more modules for future product enhancements. In order to be most effective, an embedded computing platform used in an IVD instrument needs to be easy-to-configure and easy-to-expand.

Posted in: Bio-Medical, Medical, White Papers, MDB

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Working With Mechanical Motion Subsystems

Embedded motion subsystems are engineered to fit within a predefined physical space on a machine and tie into the machine's motion control system, ready to accept commands from a top-level computer interface, control card or PLC. This plug-and-play approach to motion can increase the performance while reducing development time and cost. Read more about these embedded mechanical systems in our latest technical paper.

Posted in: Machinery & Automation, White Papers

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Broadening the Scope of User Requirements When Selecting Valves for Medical Devices

It is paramount to move beyond the specifications when identifying the best valve for a device. By broadening the scope of user requirements, one can ensure that a valve will function as expected over the device’s entire life cycle - from manufacturing through clinical use. Below are several requirements worthy of consideration. Although they are important, they often are unshared unless the valve supplier and device engineer engage in open communication early in the purchasing cycle.

Posted in: Bio-Medical, Custom & Contract Manufacturing, Medical, White Papers, MDB

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Best Practices for Making the Most Accurate Radar Pulse Measurements

Fast and accurate radar pulse measurements are critical when designing or manufacturing radar components. Knowing how to optimize power measurement tools will help engineers meet stringent market demands. Get tips on how to make the fastest and most accurate radar pulse measurements by reading this application note. This article also includes real-world scenarios that demonstrate how to put these tips into practice with Agilent power meters and sensors. Also available for download when you register: Secondary Radar Transponder Testing Using the 8990B Peak Power Analyzer How to Measure 5 ns Rise/Fall Time on an RF Pulsed Power Amplifier Using the 8990B Peak Power Analyzer Scalar Network Analysis Tool application software, and application note: Scalar Network Analysis with U2000 Series USB Power Sensors Download now!

Posted in: Test & Measurement, White Papers

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Electrical and Mechanical Integration in Aerospace Design

This paper addresses the issue of increasing complexity of today's aerospace electrical systems. Manufacturers now seek a high degree of integration between their business and design tools. MCAD, ECAD, PLM, PDM, Workflow and ERP systems are no longer selected purely through their individual functionalities, they must also integrate - and the integration must include all data in the process.

Posted in: Electronics & Computers, White Papers

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Improving Cable Performance in Harsh Environments

Cables are often the last component considered during system designs. In many situations, cables are really the system’s lifeline — if a cable goes down, the entire system can stop. For example, if the cable system used for data transmission in a spacecraft fails, the communication between the craft and mission control could be lost. Cable reliability is based on both durability and signal integrity, and the ideal cable system should be engineered to last the life of the product in any environment.

Posted in: Electronics & Computers, White Papers

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