Dynamic Power Synthesis Techniques for Combinational Circuit

Design and analysis of combinational and sequential logic circuit from high order characterization to technique-based cells is unit of the circuit construction phase of Application Specific Integrated Circuit (ASIC) modeling process, also the prime focus in the performance in Electronic Design Automation (EDA), these concepts are prescribed properly in the area of academic, analysis streams and executed in robust field of commercial applications. This process is combinational hardware analog of enhanced collection of coding and hardware design, the essential mechanism in developing economically feasible processors. Conventionally, the main developing purpose in the analysis is related to implement with optimal area and throughput, the latter is correlated in line with the longest path starting from input at the primary input of combinational logic circuits to its output terminals, and it depends on the minimum execution duration that is baud rate of one clock cycle for a sequential network. Wherein this article proposes an advanced synthesis approach or algorithm which regulates the consumption of power in the logic circuits with the reduction in number of switches, and it is one of the imperative aspects in the analysis of dynamic power synthesis.