Abstract
In the ever-evolving landscape of digital signal processing technology, the ubiquitous presence of digital signal filters has become a cornerstone across a myriad of domains including radar, computing, and communications. Amidst the relentless pursuit of more efficient solutions, a pivotal development emerges - the creation of a low-power multiplier tailored explicitly for digital signal filters. This innovation hinges upon the judicious selection of a carry-lookahead adder as a fundamental building block within the multiplier, ushering in enhancements that ripple through its operation. This transformative leap doesn't halt at the component level; it extends its reach further by delving into meticulous optimizations encompassing logic gate dimensions and set voltage parameters. These refinements, executed with precision, culminate in a substantial reduction in the energy consumption of the multiplier, effectively setting it apart from conventional counterparts. Remarkably, these advances don't merely remain theoretical; they find their footing in practical industry applications, thus birthing a new era in the creation of low-power digital signal filters. The profound implications of this development reverberate far and wide, notably benefiting the realm of low-power digital signal processing and its associated applications.
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