Broadcast date: Wednesday, May 23, 2007, 12:00 PM ET
Overview:
Driving today's high-performance A/D converters can present several difficult challenges to the system designer. Seemingly divergent signal input requirements, such as broadband differential input, DC coupling, low distortion, and level shifting, must be incorporated in the driver circuitry while contributing no compromise to the data converter's inherent performance. In this seminar, technology experts will explore some of issues and considerations involved in driving high-speed converters, and provide the designer with tips, techniques, and solutions for maintaining the level of signal integrity needed to meet system objectives.
Presenters:
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Mike McGonegal, Senior Applications Engineer, Analog Devices, Inc.
Mike joined the High Speed Linear group at ADI in May 2006. His previous experience includes six years at ATI Technologies, where he supported digital TV applications, and twenty years at Bell Laboratories, where he held several RF testing and apps engineering positions. Mike received his BSEE from the University of Delaware and MSEE from Clemson University. He is a veteran of the US Navy.
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Jonathan Pearson, Applications Engineer, Analog Devices, Inc.
Jonathan has been an applications engineer in the High Speed Linear group since 2002. Prior to working at ADI, he worked as an analog circuit and systems designer in the telecom industry. He holds a BSEE from Northeastern University, an MSEE from WPI, and two patents. Besides spending time with his family, he enjoys playing various guitars, recording music, and collecting tube guitar amplifiers and antique radios.
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