transistor count
Low Power Full Adder With Reduced Transistor Count
... Full adder circuits discussed in [3] to [8] have been simulated and comparisons have been presented in Table-2. During the HSPICE simulation, for all the existing adders transistor width was taken as Wn = 1.5µm ...
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A Low Power 8 bit Magnitude Comparator With Small Transistor Count Using STATIC CMOS Logic
... Performance and Power-efficient CMOS Comparators,”Solid-State Circuits, IEEE Journal of,vol.38,no.2,pp. 254-262, Feb 2003. [3] S.W Cheng, ”High-Speed magnitude comparator with Small transistor count,” ...
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Minimum MOS Transistor Count Fractional-Order Voltage-Mode and Current-Mode Filters
... The proposed voltage-mode and current-mode filter structures offer significant reduction of circuit complexity and dc power dissipation, with regards to their OTA-C counterparts. In the case of voltage-mode filters, the ...
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Low Transistor Count Scalable Digital Comparator
... low transistor count scalable digital comparator based on parallel prefix ...of transistor count, and hence the area is also ...the transistor count and hence the area of the ...
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Full Custom Design of Low Power 8 bit Magnitude Comparator With Small Transistor Count by Static Cmos
... Now we need to design a comparator by following our own technique such that functionality mismatch should never occur but design constraints like power and area should be achieved. We have designed comparator by using ...
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Design and Simulation of Novel Full Adder Cells using Modified GDI Cell
... the transistor count of 16T, 14T, 12T, 10T and ...of transistor required to implement XOR operation will be less in number only 3T whereas in GDI Cell 4 transistor are ...the transistor ...
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Low power and high speed Carry Save Adder using Modified Gate Diffusion Input technique
... Low power and high speed adders are the most essential components of every contemporary signal processing applications. Among the many adders, Carry Save Adder (CSA) is the high speed multi operand adder used in many ...
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Performance Improvement of Low Power and Fast Full Adder by Exploring New XOR and XNOR Gates
... This work presents a 1-bit Full Adder designed in 22nm TSMC process using the Full-Swing GDI technique and simulated using the Tanner EDA simulator. Simulation results showed design in terms of power consumption and ...
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Design, Implementation and Analysis of Error Tolerant Adder in CMOS 180nm Technology
... Abstract— The main objective of this work is to design, implement and analyze the error tolerant adder (ETA) for DSP applications. This paper aims at designing ETA using low power and energy efficient one-bit full ...
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Design and Analysis of 4 Bit and 8 Bit Multiplier Using GDI and CMOS Technology
... the transistor characteristics also degrade and some circuit techniques can no longer be used, thus the low-voltage design is different from the traditional circuit design ...consumption, transistor ...
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Variation of Power and Delay in Digital CMOS Circuit Design in DSM Technology
... operating frequency and on die transistor count will lead to increase in total power dissipation [1-3]. A number of techniques have already been proposed for reducing power dissipation. The two important ...
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ABSTRACT: In this paper reconfigurable 8x8 Wallace Tree multiplier using CMOS and GDI technology is designed
... The GDI based wallace tree multiplier occupies smaller silicon area with higher resolution than the conventional wallace tree multiplier. Various parameters like delay and power dissipation of other circuits are also ...
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A SURVEY OF LOW POWER HIGH SPEED FULL ADDER
... 2.1 Transmission Function Full Adder(TFA) Vahid foroutan, keivan navi and majid haghparast says that Transmission function full adder is based on transmission function theory. Transmission Function Full Adder is one of ...
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Static Noise Margin Analysis of Conventional 6T SRAM Cell at 45nm Technology
... Static random access memory (SRAM) is a type of volatile semiconductor memory to store binary logic '1' and '0'. The SRAM sizing has been scaled down due to the increase density of SRAM in System-On-Chip (SoC) and other ...
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Transistor Implementation Of Reversible Gate Using Novel 3 Transistor EX-OR Gate
... The CMOS realization of the main logic blocks of the reversible programmable logic array has been proposed. This work proposes the effective design of CMOS MUX gate & CMOS Feynman gate by using novel 3 ...
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Efficient Method of Power Saving Topologically-Compressed with 21Transistor's Flip-Flop Using Multi Mode Switches
... LSI designs require FFs having additional functions like scan, reset, and set. The performance and cell area for these cells are also important. TCFF easily realizes these cells with less transistor-count ...
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Design of Memory Circuits Using Reversible Logic
... The first waveform shows the clock pulse. It stores the inputs state and output state only in response to clock signal. The input waveforms are v(d0), v(d1), v(d2). The same date can be retained at the output as named as ...
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A Noval SP Kernel Finder & Kernel Composition using Tanner Tool
... efficient transistor networks. Transistor-level optimization consists in an efficacious possibility to increment design quality when engendering CMOS logic gates to be inserted in standard cell ...
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Fully Static and Compressed Topology Using Power Saving in Digital circuits for Reduced Transistor Flip flop
... An extremely low-power flip-flop (FF) named topologically- compressed flip-flop (TCFF) is proposed. As compared with conventional FFs, the FF reduces power dissipation by 75% at 0% data activity. This power reduction ...
6
Low power Design 6T SRAM Using Different Architecture
... ABSTRACT: This paper deals with the design and analysis of 1Kb Static Random Access Memory (SRAM) at 180nm, focusing on optimizing power and delay. In this paper two types of architecture is used to design SRAM, one is ...
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