Combinational Block Of Ternary Half Adder Sum Using Ternary Multiplexer

Combinational Block Of Ternary Half Adder Sum Using Ternary Multiplexer This work focuses on implementing specific combinational circuits i.e. ternary 3 to 1 multiplexer circuit and ternary half adder circuit in the conventional cmos technology. A ternary half adder based on ternary multiplexer and logic primitives is proposed and its performance is analyzed in detail. this proposed ternary half is sensibly designed with the.

Combinational Block Of Ternary Half Adder Sum Using Ternary Multiplexer The proposed half adder sum implementation consists of three ternary multiplexers and sum implementation consists of one ternary multiplexer, one nti gate, one binary inverter gate and a t buffer. In this paper a ternary half adder is proposed and designed using carbon nano tube field effect (cnfet) transistors. this novel design in ternary logic is based on multiplexers and level converters. We compare the implementations of binary and ternary adders and multipliers with the same computing capability according to the basic blocks that are 1 bit and 1 trit adders and 1 bit and 1 trit multipliers. Abstract—this paper presents a novel method for defining, analyzing, testing and implementing the basic combinational circuitry with vhdl simulator. this paper shows the potential of vhdl modeling and simulation that can be applied to ternary switching circuits to verify its functionality and timing specifications.

Combinational Block Of Ternary Half Adder Sum Using Ternary Multiplexer We compare the implementations of binary and ternary adders and multipliers with the same computing capability according to the basic blocks that are 1 bit and 1 trit adders and 1 bit and 1 trit multipliers. Abstract—this paper presents a novel method for defining, analyzing, testing and implementing the basic combinational circuitry with vhdl simulator. this paper shows the potential of vhdl modeling and simulation that can be applied to ternary switching circuits to verify its functionality and timing specifications. The combinational logic blocks for the sum and carry are designed, verified, constructed and simulated with tanner eda (130nm) at 1.2 v. This article proposed the use of an efficient ternary multiplexer as a building block in the implementation of ternary adders and multipliers. these designs aim to reduce the power consumption and minimize the transistor counts while maintaining low noise sensitivity. The arithmetic addition operation, performed by adder, is the prime function of all arithmetic computation in logic systems. in logical systems, adders are pres. In this paper, it is proposed to implement a half adder circuit using ternary 3 to 1 multiplexer.

Ternary Half Adder Using Ternary Logic Primitives Download Scientific The combinational logic blocks for the sum and carry are designed, verified, constructed and simulated with tanner eda (130nm) at 1.2 v. This article proposed the use of an efficient ternary multiplexer as a building block in the implementation of ternary adders and multipliers. these designs aim to reduce the power consumption and minimize the transistor counts while maintaining low noise sensitivity. The arithmetic addition operation, performed by adder, is the prime function of all arithmetic computation in logic systems. in logical systems, adders are pres. In this paper, it is proposed to implement a half adder circuit using ternary 3 to 1 multiplexer.

Output Waveform Of Ternary Half Adder Using Ternary Multiplexer The arithmetic addition operation, performed by adder, is the prime function of all arithmetic computation in logic systems. in logical systems, adders are pres. In this paper, it is proposed to implement a half adder circuit using ternary 3 to 1 multiplexer.