A breakthrough in its core architecture has advanced low-power, high-speed, Direct Digital Synthesis technology, as a viable alternative to Phase Locked Loops for portable and cost-sensitive systems.

Join us as our DDS experts cover the fundamentals of direct digital synthesis and then go into a more detailed discussion of how the new architecture solves design problems presented by portable applications, that couldn't be met by previous DDS generations. The new "programmable modulus" feature in the architecture will also be explained as well as a typical cost/performance analysis of using a DDS IC vs. the stock DDS cores available in many FPGA device libraries, and much more.

Presenters:

	Jeff Keip - Jeff Keip is an industry veteran of 15 years with 12 years of experience marketing clock and signal generation products. He earned his BSEE from the University of California at Davis in 1992.
	David Askins - David Askins is an engineer with 16 years of experience in antenna and RF design. He has spent the last 8 years as a Field Applications Engineer in distribution supporting Analog Devices products. He earned his BSEE from the University of Texas at Arlington in 1988.