View this Webinar
Co-sponsored by Analog Devices, Inc. and Avnet Electronics Marketing
In today's design environment, there is a strong push to reduce system power consumption and design greener systems. This webinar focuses on one area of a system design, the power supply for high-speed A/D converters and suggests using switching regulators as a more power efficient alternative to the customary LDO regulator supply. The webinar includes a discussion of past issues with powering high-speed ADCs using switching power supplies and presents two examples where high-speed analog-to-digital converters have been successfully powered using switching power supplies with no performance degradation. For both examples, the power savings benefits are highlighted along with the additional benefits of reduced thermal load on the PCB and reduced component count.
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Presenters
Rob Reeder,
Senior Converter Applications Engineer.
Analog Devices, Inc.
Rob Reeder is a senior converter applications engineer working in the high-speed converter group in Greensboro, NC. He has published numerous papers on converters and converter testing. Formerly, Rob was a analog designer for ADI's Multi-Chip Products group designing converter modules for space and military applications. Rob received his MSEE and BSEE from Northern Illinois University in DeKalb, IL in 1998 and 1996 respectively. In his spare time he enjoys mixing music and playing sports with his two boys.
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Michael Cobb,
Senior Applications Engineer
Analog Devices, Inc.
Michael Cobb is a senior applications engineer in Analog Devices’ High Speed Converter Group in Greensboro NC. Michael joined ADI in March 2005. Prior to joining ADI he worked on Board Level Designs for a Communications test equipment company. Michael received a BSEE from North Carolina State University in 1991.
