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[PDF] Top 20 High speed multiplier design using Decomposition Logic

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High speed multiplier design using Decomposition Logic

High speed multiplier design using Decomposition Logic

... [4]. Using such a counter, Dadda postulated that, at each stage, only minimum amount of reduction should be done in order to reduce the partial product matrix by a factor of ...a design with fewer full ... See full document

10

Design of High speed Low Power Reversible Vedic multiplier and  Reversible Divider

Design of High speed Low Power Reversible Vedic multiplier and Reversible Divider

... reversible logic gates, Thus reversibility will become an essential property in future circuit design ...the multiplier is designed using two units; one is the partial product generation unit ... See full document

5

An Area Efficient and High Speed Reversible Multiplier Using NS Gate

An Area Efficient and High Speed Reversible Multiplier Using NS Gate

... the design, simulat ion and synthesis of proficient reversible logic c ...reversible logic synthesis are Feynman Gate and Fredkin gate [3, ...le logic is e mergent and drawing attention in the ... See full document

5

Design of Low Power Column Bypass Multiplier using FPGA and Implementation Using FIR Filter

Design of Low Power Column Bypass Multiplier using FPGA and Implementation Using FIR Filter

... This design is advantageous than the previous two methods because, this design need not of connecting an extra bypassing circuitry since we are taking multiplicand bits instead of multiplier bits, ... See full document

4

AN ADIABATIC APPROACH FOR LOW POWER FULL ADDER DESIGN

AN ADIABATIC APPROACH FOR LOW POWER FULL ADDER DESIGN

... new logic family named as two phase drive adiabatic dynamic CMOS ...to high or from high to low or remain unchanged ...the speed of 2PADCL circuits is faster than ADCL circuits ...this ... See full document

15

High Performance VLSI Design Using Body Biasing in Domino Logic Circuits

High Performance VLSI Design Using Body Biasing in Domino Logic Circuits

... methods using delay, power and PDP indicates that separately biasing the precharge and evaluation tree transistor bodies permits high speed and energy-efficient ultra-low voltage domino circuits to ... See full document

5

High Speed Area Efficient 8-point FFT using Vedic Multiplier

High Speed Area Efficient 8-point FFT using Vedic Multiplier

... A high speed fast fourier transform (FFT) design by using three algorithm is presented in this ...Vedic multiplier based technique are used in ... See full document

4

Design and Performance Analysis of Hybrid Adders for High Speed Arithmetic Circuit

Design and Performance Analysis of Hybrid Adders for High Speed Arithmetic Circuit

... cells using Gate Diffusion Technique (GDI) & PTL-GDI technique are described in this ...Transistor Logic (PTL) reduces the count of transistors used to make different logic gates, by eliminating ... See full document

12

Power Aware & High Speed Booth Multiplier based on Adiabatic Logic

Power Aware & High Speed Booth Multiplier based on Adiabatic Logic

... Abstract- Multiplier is one of the major arithmetic operations carried out in DSP ...Booth multiplier based on adiabatic ...encoder, multiplier containing partial product generators and 1-bit (half ... See full document

7

A new high speed low power performance of 8- bit parallel multiplier-accumulator using modified radix-2 booth encoded algorithm

A new high speed low power performance of 8- bit parallel multiplier-accumulator using modified radix-2 booth encoded algorithm

... 1) Basic Concept: If an operation to multiply two –bit numbers and accumulate into a 2 -bit number is considered ,the critical path is determined by the 2 - bit accumulation operation. If a pipeline scheme is applied for ... See full document

6

IMPLEMENTATION OF VEDIC MULTIPLIER USING REVERSIBLE GATES

IMPLEMENTATION OF VEDIC MULTIPLIER USING REVERSIBLE GATES

... Reversible logic is a new and promising field which addresses the problem of power ...algorithm using reversible logic thereby addressing two important issues – speed and power consumption of ... See full document

10

Implementation of Multi-Protocol, Data Acquisition With High Speed USB Interface, Using FPGA

Implementation of Multi-Protocol, Data Acquisition With High Speed USB Interface, Using FPGA

... this design is EP1K10TC144-3 from the Altera ...2,880 logic elements, or about 50,000 gates, consisting of 40,960 internal ram bits and 102 input/output ports for connection to external ...This ... See full document

4

High-speed Power Line Communications

High-speed Power Line Communications

... PLC employs advanced physical (PHY) and medium access control (MAC) technologies to provide a high-speed network for transmitting voice, video, and data. The PHY layer is responsible for providing a 150 ... See full document

3

Optimum Design Of On Grid Pv System Using Tracking System

Optimum Design Of On Grid Pv System Using Tracking System

... The research showed that PV system is a promising project since PV panel cost is continuing decrease in cost. This research considered comparison among PV systems (Fixed – Manual – One axis – Two axis) using on ... See full document

8

High Speed, Low Power Current Comparators with Hysteresis

High Speed, Low Power Current Comparators with Hysteresis

... with high speed, low power and well controlled ...same design can be extended to a simple current comparator without hysteresis (or very less hysteresis), where comparator gives high accuracy ... See full document

12

Simulation of 64-bit MAC Unit using Kogge Stone Adder and Ancient Indian Mathematics

Simulation of 64-bit MAC Unit using Kogge Stone Adder and Ancient Indian Mathematics

... Vedic multiplier details, fourth section describes about Kogge stone adder, fifth section is obtained results, sixth section is comparison and in final seventh section conclusion is ... See full document

5

A Ka-Band CMOS Voltage Controlled Oscillator for High Speed Wireless Communication

A Ka-Band CMOS Voltage Controlled Oscillator for High Speed Wireless Communication

... In convention, the millimeter wave radio circuits are implemented in Gallium Arsenide (GaAs) or Silicon Germanium (SiGe) technologies [1-4]; but those technologies are not easy to integrate with baseband circuits and ... See full document

3

A High Speed Programmable Ring Oscillator Using InGaZnO Thin-Film Transistors

A High Speed Programmable Ring Oscillator Using InGaZnO Thin-Film Transistors

... circuit design difficult, which is essential in building complete systems with this ...CMOS design cannot be adapted directly, new circuit techniques have been developed to overcome this challenge ... See full document

6

DESIGN AND IMPLEMENTATION OF GROUP TRAFFIC CONTROL SYSTEM USING FUZZY LOGIC

DESIGN AND IMPLEMENTATION OF GROUP TRAFFIC CONTROL SYSTEM USING FUZZY LOGIC

... by using traditional time-based or detector-based control methods since there is no intuitive way of seeing how individual parameter changes affect the overall ... See full document

7

Design of Framework for Logic Synthesis Engine

Design of Framework for Logic Synthesis Engine

... Basically logic synthesis is a tool which is directly responsible to synthesis of both combinational and sequential RTL ...in high level ...level logic minimization occurs in logic synthesis ... See full document

6

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