Datasets design of gate diffusion input based pipeline architecture for numerically controlled oscillator

<span lang="EN-US">Gate diffusion input (GDI) is a technique, which enables reducing power consumption, area and delay in the digital circuits significantly, at same time maintains low complexity of logical design. This paper focuses on analysis interpretation design implementation GDI-based pipeline architecture for numerically controlled oscillator (NCO) using look up table (LUT). Based signal alternate signal, this phase separation will separate difference signal. The NCO generates frequency harmonized output with an antecedence fixed clock. 32-bit counter then compares current count to value stored compare register. Here Coherent control comes into picture. It controls carrier synchronizer by employing data from obtained be saved. updated advanced third peer group synthesis technology. test outcomes are accompanied theoretical concept reproduced results. main objective LUT reduce usage metal oxide semiconductor field effect transistors (MOSFET’s). indispensable component many communication systems linked modems, software-defined radios, radio, down/upconverters cellular personal communications service base stations.</span>