4 to 16 decoder using 2 to 4 decoder verilog code

Target applications of Manchester code are discussed. The frequency response of Manchester code, INTEGRATED CIRCUITS AN070 Verilog implementation of a Manchester Encoder/ Decoder in Philips, code is defined, and the advantages relative to NonÂReturn to Zero code are given. 1 In a Manchester decoder, center sampling occurs at points 1/ 4 and 3/ 4 through the, frequency response for NRZ then ranges from DC to clock/2. This paper presents the data relating to the primitive reversible gates which are available in literature and helps researches in designing higher complex computing circuits using reversible gates.Verilog code for 4 to 16 decoder Datasheets Context Search Catalog DatasheetĪbstract: philips application manchester manchester code verilog manchester verilog decoder manchester encoder an070 The reversible circuits form the basic building block of quantum computers as all quantum operations are reversible.

This paper provides the basic reversible logic gates, which in designing of more complex system having reversible circuits as a primitive component and which can execute more complicated operations using quantum computers. The main purposes of designing reversible logic are to decrease quantum cost, depth of the circuits and the number of garbage outputs. It is not possible to realize quantum computing without implementation of reversible logic. The circuit has been implemented and simulated in Xilinx.Ībstract- Reversible logic is one of the most vital issue at present time and it has different areas for its application, those are low power CMOS, quantum computing, nanotechnology, cryptography, optical computing, DNA computing, digital signal processing (DSP), quantum dot cellular automata, communication, computer graphics.

A comparative study in terms of the number of gates, number of constant inputs, number of garbage outputs and quantum costs is also presented. Reversible logic is gaining importance in recent years largely due to its property of low power consumption. It finds its application in various fields including quantum computing, optical computing, nanotechnology, computer graphic, cryptography, digital signal processing and many more. In the reversible logic, reversibility have a special condition which is reversible computing and it is based on the principle of bijection device with a same no of inputs and outputs which means one to one mapping. There are many reversible logic gates i.e Fredkin gate, Feynman gate, Double Feynman gate, Peres gate, New gate, Toffoli gate and many more. The aim of the paper is to realize the decoder using Fredkin gate which is basically a reversible gate. The main advantage of reversible logic is power reduction and this advantage have drawn up a significant interest in this field. Reversible logic has become an emerging field for research.

4 to 16 decoder using 2 to 4 decoder verilog code