The rapid evolution of communications, radar, and electronic warfare systems continues to push the limits of data conversion technology. As systems transition from narrowband, hardware-defined architectures to flexible, software-defined and multi-band designs, the ability to directly sample and synthesize signals at ever-higher frequencies has become both a challenge and an opportunity. The migration toward direct RF sampling and direct digital synthesis architectures—enabled by advances in high-speed analog-to-digital converters (ADCs), digital-to-analog converters (DACs), and mixed-signal front ends—has fundamentally changed how engineers design next-generation microwave and millimeter-wave systems.
This eBook explores the latest breakthroughs driving this transformation. It features a collection of technical articles that examine both the theoretical and practical aspects of modern data conversion, from architecture-level design to component-level innovations. By moving signal processing closer to the antenna and expanding the usable frequency range of direct sampling devices, engineers are realizing unprecedented levels of performance, flexibility, and integration across multiple RF and microwave bands.
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