bcd_fadd INST1(a[3:0],b[3:0],cin,cout1,sum[3:0]); bcd_fadd INST2(a[7:4],b[7:4],cout1,cout2,sum[7:4]); bcd_fadd INST3(a[11:8],b[11:8],cout2,cout3,sum[11:8]); bcd_fadd ...

Power consumption by the multiplier and adder blocks in the architecture is the prime cause for concern in FIR design. In this paper, design of an FIR filter entirely using Reversible logic is ...

RTL-Day-12-One-Digit-BCD-Adder Problem Statement: Implementing a one Digit BCD Adder using structural Style. Theory: BCD stands for binary coded decimal. It is used to perform the addition of BCD ...

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Abstract: Reversible logic has captured significant attention in recent time as reducing power consumption by recovering bit loss from its unique input-output mapping. This paper presents a compact n ...

Also, since these column weights are the same as those used for the natural binary count sequence, this form of encoding may also be referred to as natural BCD (NBCD) or simple BCD (SBCD). What we ...