This paper puts forward a methodology for designing 1 bit full adder using a 2T mux. The 2T mux is combined in a specific manner to get a full adder with sum and carry output. The resulting 1 bit full adder is made up of 16 transistors. The simulation is done using Cadence Virtuoso ...
Full adder-based inner product step pprocessors for residue and quadratic residue number systemsAddersArithmeticComputer architecture T Stouraitis,A Skavantzos - IEEE International Symposium on Circuits & Systems 被引量: 0发表: 1993年 A VSLI design methodology for RNS full adder-based inner product...
The hybrid adder is designed using DCVSL gates because these can produce both complementary and true outputs using single gate architecture. The multiplexers in the design are based on the pass transistor logic (PTL) because these are simple to construct and occupies less chip area per component....
Admittedly, after getting shaky results from making an adder out of AND gates and OR gates, I was looking online and found that you could make an adder out of both NAND and NOR gates. I picked the NOR adder because it would take fewer transistors and in my haste to get an adder on ...
Six full adder cells based on pass transistor logic (PTL) XOR-XNOR gates expressed in [4] to improve the conventional CMOS cell. Although domino logic circuits are similar to the pseudo-dynamic circuits, approximately [16], they consume high power, so they were not taken into consideration ...
One bit full adder cell is one of the most frequently used digital circuit component in arithmetic logic unit (ALU) and it is the essential functional unit of all computational circuit. Till now lots of improvement has been done in this area to refine...
miniaturize and integrate an optical full adder by constituting the optical full adder of a branch circuit where optical joining device and an optical branching device are connected in parallel and using an negative optical stable element and a positive optical stable element in the branching circuit...
memory architectures, to improve chip area and throughput at the same time. Particularly important to substantiate the claims we make in this paper about efficiency (see “Method” section), they demonstrate an FPGA implementation that uses deep adder trees to perform inference in a single clock-...
The νMOS operational amplifier has been applied to build a carry-propagation-free multivalued full adder circuit based on the radix-4 seven-valued signed-digit number system. The circuit operation has been verified by test circuits fabricated by Tohoku University standard double-polysilicon CMOS ...
Computer science Electrical and electronic engineering This article is cited by Neural architecture search for in-memory computing-based deep learning accelerators Olga Krestinskaya Mohammed E. Fouda Khaled N. Salama Nature Reviews Electrical Engineering(2024) ...