Webcasts

Introduction to Thermal Simulation of Electronics

Electronic Components and Systems Designers struggling with the thermal design of their products will benefit from this event which will show how the use of Computational Fluid Dynamics (CFD) can improve the efficiency and reliability of their designs and reduce the need for costly prototyping.

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Speed is the Key: Using Higher Speed Data Capture to Improve Confidence in Laser Tracker Measurement

When you collect data with a Laser Tracker, variables like sample rate and collection speed play an important role in the confidence of that data. Watch this Webinar to see how these factors can be used to your benefit on the jobs you shoot.

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Designing With Rare Earth Magnets in Military/Aerospace Applications

Rare earth magnets offer designers the opportunity to reduce weight, improve performance and efficiencies, and lower the cost of their systems. Many applications, including medical devices, oil drilling systems, motors, generators, aircraft, missile systems, submarines, satellite communications, and propulsion systems for space vehicles were enabled by rare earth magnets. Rare earth magnets are used on almost all aerospace/military platforms.

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Analyzing Mechanical Design Behavior: A Focus on Simulation Software Meshing Attributes & Accuracy

Many factors will influence the quality and the accuracy of your structural simulation model. Meshing is amongst the most important ones and requires some attention from the user, even when using automated meshing procedures.

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Inductive Technology for Precision Position/Displacement Sensing

Although inductive technology is well known for proximity sensing of electrically conductive 'targets', not so well know is inductive 'eddy current' technology for high precision, high resolution position/displacement sensing. Inductive 'eddy current' technology has a long history in automotive test, condition monitoring of rotating equipment and extreme environment test labs. Its application is only limited by the ingenuity of the design or test engineer, but success in applying inductive 'eddy current' technology, or any sensing technology, hinges on a thorough understanding of that technology's capabilities.

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Winning the Wireless War: How to Pick the Right Platform for You

Technological advances and economic forces are expanding the boundaries of networks and incorporating locations that were previously considered unreachable. As IP-based protocols become the standard for inter-operability, end users are demanding that all connectivity designs be IP-based, enabling a flexible suite of customer-selected management tools and infrastructure choices.

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Aviation Thermal Management - When to Use Heat Pipes, HiK Plates, Vapor Chambers, and Conduction Cooling

Flight-critical avionics for Manned and Unmanned Aircraft Systems must be maintained below specific temperatures for mission success. Within the thermal design engineer’s toolbox are several technologies that are often considered for avionics thermal management. These technologies include: heat pipes, high conductivity (HiK) plates (heat pipes embedded into aluminum plate), vapor chambers and conduction cooling using materials such as aluminum or pyrolytic graphite.

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