High-performance GSPS Data Converters Improve RADAR & EW Architectures
In recent years gigasample per second ADCs have been pushing the data conversion stage closer and closer to the antenna. But when analog bandwidths reach 1-2 GHz, in many cases the dynamic AC performance of current GSPS ADCs is severely limited by the linearity and noise spectral density of the converter. In this webinar, we’ll discuss the advantages of going to new improved GSPS converters and the impact on Radar and Electronic Warfare systems.
Who Should Attend:
RF design engineers, RF systems engineers, software/digital engineers, FPGA programmers
Senior System Application Engineer, Analog Devices Inc.
Rob Reeder is a senior system application engineer with Analog Devices Inc. in the Industrial and Instrumentation Segment focusing on Military and Aerospace Applications in Greensboro, N.C. He has published numerous papers on converter interfaces, converter testing and analog signal chain design for a variety of applications. Formerly, Rob was an application engineer for the high-speed converter product line for 8 years. His prior experience also includes test development and analog design engineer for the Multi-Chip Products group at ADI designing analog signal chain modules for space, military, and high-reliability applications for 5 years. Rob received his MSEE and BSEE from Northern Illinois University in DeKalb, Ill., in 1998 and 1996 respectively. When Rob isn’t writing papers late at night or in the lab hacking up circuits, he enjoys hanging around at the gym, mixing techno music, building furniture out of old pallets and most importantly chilling out with his two boys.
Please disable any pop-up blockers for proper viewing of this webinar.