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DTSTART:20130516T150000Z
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SUMMARY:Design for Composites – How to Get the Lead (and Steel, and Aluminum) Out
DESCRIPTION;ENCODING=QUOTED-PRINTABLE:What should you consider when specifying a composite part for your electrical interconnects? Composites offer strength, weight, cost and corrosion advantages over metals. They are increasingly replacing metals in enclosures, EMI shields and structural components. In this Webinar you will learn how a successful composite part depends on the right materials, reinforcing agents and design for manufacturability. You will see applications focusing on moldable thermoplastics composites and gain an understanding of the benefits and trade-offs between chopped and continuous fiber when used as reinforcement agents. Jim O’Keeffe PhD, composites and embedded antennas With a PhD in Electrical Engineering, James has over 12 year's experience working on embedded electronics, integrated system testing, enclosures, composites and antennas. He is a registered professional electrical engineer. Prior to joining TE Connectivity as the Advanced Development Electrical Program Manager, James worked as an engineer for NASA Ames Research Center and as a manager for Exponent Engineering Consulting.
X-ALT-DESC;FMTTYPE=text/html:What should you consider when specifying a composite part for your electrical interconnects? Composites offer strength, weight, cost and corrosion advantages over metals. They are increasingly replacing metals in enclosures, EMI shields and structural components. In this Webinar you will learn how a successful composite part depends on the right materials, reinforcing agents and design for manufacturability. You will see applications focusing on moldable thermoplastics composites and gain an understanding of the benefits and trade-offs between chopped and continuous fiber when used as reinforcement agents.
Jim O’Keeffe
PhD, composites and embedded antennas
With a PhD in Electrical Engineering, James has over 12 year's experience working on embedded electronics, integrated system testing, enclosures, composites and antennas. He is a registered professional electrical engineer. Prior to joining TE Connectivity as the Advanced Development Electrical Program Manager, James worked as an engineer for NASA Ames Research Center and as a manager for Exponent Engineering Consulting.
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