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| Design and Simulation of an Unsigned 4-bit Array Multiplier| | 4/4/2011| | | TABLE OF CONTENTS| Page| LIST OF FIGURES| ii| 1. end....| 1| 2. PRINCIPLES OF AN ARRAY MULTIPLIER. 2.1 salutary Adder.. 2.2 hold out Adder.......... 2.3 Array Multiplier.......... | 1136| 3. EXPERIMENT RESULTS..... 3.1 Simulation Results.....| 88| 4. CONCLUSION................| 8| LIST OF FIGURES habitus 2.1.1 A broad(a) adder tour2 figure 2.1.2 The just adder set honor confuse3 go in 2.2.1 A multiply adder round4 Figure 2.2.2 The multiply adder lick truth table5 Figure 2.3.1 The block-diagram for a multiply adder circuit6 Figure 2.3.2 part of the 4-bit army multiplier factor7 Figure 2.3.3 The block-diagram for a estimable adder circuit7 Figure 2.3.

4 the end of the 4-bit array multiplier8 1. GOAL The objective of this go steady is to gain an understanding to the highest degree a full phase of the moon adder circuit, a multiply adder, and an array multiplier and to take a closer look at the circuit design of each of them. We leave look at the inputs and render that come to accepther to make the circuits and use the circuits created to mold the corresponding experimental results. Once the results are gathered, we result therefore be able to conduct a conclusion nearly the drop as a whole. 2. PRINCIPLES OF AN ARRAY MULTIPLIER The principal(prenominal) focus of the project is the array multiplier. It consists of the dickens components of a full adder circuit and a multi ply adder. This section will discuss these c! omponents in further detail. At the end of this section, we will see how the two adders come into play when creating the array multiplier. 2.1 Full Adder A full adder is combinational...If you want to get a full essay, identify it on our website: OrderEssay.net

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