The AD9625BBP-2.6 provides a 150-dBFS/Hz noise floor and 75-dBc SFDR out to 1.8 GHz Ain. This level of performance means designers can discern by four times smaller signals in the presence of noise, clutter, blockers and interferers. The new converter is designed for sampling wide bandwidth analog signals and can be used up into its third Nyquist zone. Its wider input bandwidth enables advanced RF sampling architectures that reduce the number of analog frequency down-conversion stages and their associated noise and cost contributions. The simplified system architecture eliminates the need to interleave multiple A/D converters to obtain needed performance and allows for the development of reconfigurable platforms.
The AD9625BBP-2.6 simplifies the digital interfacing challenge by integrating two digital-down converters, two numerically controlled oscillators and a configurable JESD204B serial link for the output data. These features improve usability and functionality by reducing output-data-rate requirements and simplifying board-level design and layout.
Additionally, the converter's high-reliability SnPb package is better suited to demanding aerospace and defense applications by eliminating tin-whiskering concerns. This removes the costly and time-consuming process of package re-plating, re-balling and PCB conformal recoating - steps that often are required by other, less robust packaging materials and that can void the manufacturers' warranty.
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Anglia and Analog Devices are hosting two in depth technical workshops in April. The workshops will focus on the exploration of the signal chain and techniques to quantify noise, signal conditioning of analog /digital converters.
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