and XNOR
Implementation of Low Power Full Adder Using Semi XOR Semi XNOR on 120 nm Technology
... circuits. XNOR/XOR design with lessnumber of transistors, lesser power dissipation and delay are highly desirable for efficientimplementation of the large VLSI ...
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An Efficient Implementation of Low Power Three Input Xor/Xnor Gate
... In this section, we will see the three- input XOR/XNOR circuits to examine their high performance[ 16]. In complementary CMOS logic [16], the pull-down and pull-up networks used in the circuit perform the function ...
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DESIGN OF THREE-INPUT XOR/XNOR USING SYSTEMATIC CELL DESIGN METHODOLOGY
... To design a three input XOR/XNOR gate and the analytical expression of optimum frequency and supply voltage under minimum energy condition has been verified through simulation in 90-nm CMOS technology. The ...
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Application of FGMOS and QFGMOS Technology for Low Power Design of XOR and XNOR gate
... ABSTRACT: In the recent technology the main focus is to reduce the power consumption during the design of analog and digital circuits. The power consumption of analog and digital circuit is P= CfV 2 , means power is ...
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A Comparative Performance Analysis of Various CMOS Design Techniques for XOR and XNOR Circuits
... and XNOR design the output high (or low) voltage is deviated from the VDD (or ground) by a multiple of threshold ...and XNOR circuits with feedback transistors have good output signal levels, consume less ...
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Systematic Cell Design of Three-Input XOR/XNOR with Energy Efficiency
... In the end, new high performance three- input XOR/XNOR circuits with less power consumption and delay during SCDM. The new circuits enjoy higher driving capability, transistor density, noise immunity with low- ...
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Comparative Performance Analysis of XOR - XNOR Function Based High - Speed CMOS Full Adder Circuits
... This paper includes the Implementation of different adder logic styles includes Complimentary CMOS, XOR-XNOR, Complementary Pass Transistor Logic and Simulated by using Cadence Environment .The Comparison of ...
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VLSI Architecture for Urdhwa Multiplier using XOR-XNOR based 4:2 Compressors
... We functionally verified each unit presented in this paper including all three 4:2 Compressor, 7:2 Compressor, Compressor based Urdhwa multiplier. We have been found from the results shown in Table 3 respectively, that ...
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Analysis of Conventional CMOS and FinFET based 6 T XOR XNOR Circuit at 45nm Technology
... circuits [13]. Several designs are available to realize the XOR- XNOR function using different logic styles [14]. The proper selection of XOR-XNOR circuit can add to the performance of large number of ...
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ARRAY MULTIPLIER USING XNOR- XOR CELL RIYA GARG, SUMAN NEHRA, B.P. SINGH
... existing XNOR-XOR cell in terms of power consumption and PDP with varying temperature are shown in ...proposed XNOR- XOR cell based 2x2 array multiplier has 54-65% improvement with varying temperature in ...
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Urdhwa Multiplier using XOR-XNOR based 4:2 and 7:2 Compressors
... We functionally verified each unit presented in this paper including all three 4:2 Compressor, 7:2 Compressor, Compressor based Urdhwa multiplier. We have been found from the results shown in Table 3 respectively, that ...
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Implementation of low power and fast full adder by using new XOR and XNOR gates
... Many existing XOR-XNOR cells suffer from non-full-swing outputs, high power consumption and low speed issues. In this paper, a new fast, full-swing and low-power XOR XNOR cell, is presented. Each of the ...
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Voltage Controlled Ring Oscillator Design with Novel 3 Transistors XNOR/XOR Gates
... The frequency of single ended ring VCO is dependent on the delay provided by the each delay cell. In the pro- posed designs new delay cells based on three transistor XNOR/XOR gates have been used. Inverter ...
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A New Design of XOR XNOR gates for low power application
... Complementary pass transistor logic (CPL) is used in [1]. Wang et al. [2] report the XOR-XNOR circuits based on transmission gates. It uses eight transistors and complementary inputs and has a drawback of loss of ...
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Design of ODD Even Parity Generator using Six Transistors XOR XNOR Module
... XNOR modules to design the parity generator. Our main aim remains confined to the areas dealing with power, delay and power delay product. We have to design parity generator using various XOR-XNOR modules ...
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ALU, CMOS, GDI, XOR, XNOR.
... The full adder cell based on GDI technique is to design a low power and high performance when comparing to the existence system [8].The 12 transistors full adder cell has that are shown in fig. 4. In the first stage of ...
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Full Adder Designs Using Low Power Full Swing Xor and Xnor Structures
... and XNOR signals through the multipliers, they are connected to the data select lines of 2 to 1 ...and XNOR mode become smaller, and delay [3] [5] is ...and XNOR modes results in less power and delay ...
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Balanced XOR/XNOR Circuits using CNTFET
... In this section, feedback networks are used in basic cell to construct balanced XOR/XNOR circuits to produce balanced output signals. The proper feedback network is selected for each basic cell to avoid high ...
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Design and Study with Optical XOR/XNOR Network
... Figure 7 illustrates the numerical simulations with optical network for the resultant extinction ratio factor for the XNOR/XOR. It depict good extinction ratio performance leading to satisfactory performance ...
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Comparative Analysis of Area-Efficient Low Power 1-Bit Full Adders at 65-Nm Technology
... proposed XNOR/XNOR adder-based cell achieves better performance in terms of power dissipation, propagation delay, area, due to less critical path compared to other logic ...
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