… In this work, a novel FA design, that combines the benefits of … For condition 1 of the 2-input
XNOR gate, p 7 and p 8 transistors … and XOR signals appear on the gates of p 3 and n 3 . …

… In this paper, the XOR/XNOR and XOR–XNOR circuits using CMOS and FinFET devices are
… A high speed 8 transistor full adder design using novel 3 transistor XOR gates. International …

… p 3 and p 4 , XNOR output is pulled up to strong logic 1. … , n 4 transistor is ON (input A = 1)
and XNOR output is pulled … PMOS p 8 provides strong logic 1 to the gate of n 11 since IND = 1 …

… embedded in 2-, 4-, and 8-bit cascaded full adder (CFA) structures… the FA is designed in a
single module using MOS transistors. … A novel XOR–XNOR circuit is proposed in Section-II and …

… single bit 16, 14, 10 and 8 transistor full adder designs are proposed in this paper. Key
purpose of the design is to swing full … Three most significant parameters of the VLSI system are …

… depends on the design of the Full adder [8]. The schematic … logic design: This design requires
a large number of transistors … Generally, three different modules are used to design a 1- bit …

… gates called Exclusive- OR gate and Exclusive –NOR gate. … -transistor model full adder is
designed using the above three … , "Single bit full adder design using 8 transistors with novel …

… 2 are generated by modifying three transistors XOR and XNOR gate [4] with an … eight-bit,
four operands carry-save adder implemented using our eighteen transistor hybrid full adder …

… Using only 8 transistors and a full-swing output XOR–XNOR circuit without additional … Table
3 shows that the proposed XOR–XNOR technique used in the novel hybrid full adder cell is …

… novel hybrid-CMOS 1-bit Full Adder based on XNOR-XNOR logic is presented. The XNOR
logic is proposed using 5 transistors. … III presents the proposed XNOR based novel design of …