The design and implementation of an electronic sign pattern display

 

Table Of Contents


  • <p> </p><p>Fig. 3.1: Block Diagram of a Dynamic Sign Display </p><p>Fig. 3.2: Arrangement of the Pattern Display </p><p>Fig. 4.1: Transformer Arrangement </p><p>Fig. 4.2: Bridge Rectifier </p><p>Fig. 4.3: Voltage and Current Waveforms</p><p>Fig. 4.4: Full Diagrams of Power Supply </p><p>Fig. 5.1: Four Bit Series in Parallel out Register Logic Circuit Arrangement</p><p>Fig. 5.2: Clear and Shift Sequence</p><p>Fig. 5.3: Circuit Diagram &nbsp;for SR Ftip-Flop </p><p>Fig. 5.4: Timing Diagram for SR Ftip-Flop Unclocked</p><p>Fig. 4.4.B: Clocke Circuit</p><p>Fig. 6.1: Transistor Switch/Relay Drive</p><p>Fig. 6.2: Wave form of a Monostable, Fti-Flop</p><p>Fig. 7.1: Astable Multivibrator </p><p>Fig. 7.2: Internal Block Diagram of CMOS555 Timer</p><p>Fig. 7.3: 555CMOS Connection as a Multivibrator </p><p>Fig. 7.4: 555CMOS Connection as a Timer</p><p>Fig. 7.5: 555CMOS Connection as a Monostable Vibrator </p><p>Fig. 8.1: Asynchroneous Decade Counter using Reset </p><p>Fig. 8.2: Asynchroneous Decade Using Feedback</p><p>Fig. 8.3: Timing Wave form</p><p>Fig. 8.4: Pin configuration of Latch Counter</p><p>Fig. 8.5: Circuit Diagrams of a Divided Counter </p><p>Fig. 8.6: Complete Circuit Diagram of Electronics Sign Post</p><p>Fig. 8.7: Complete Picture of Electronic Sign Post &nbsp;</p><p><b>TABLE OF CONTENTS</b></p><p>Title Page </p><p>Declaration </p><p>Approval Page</p><p>Dedication </p><p>Acknowledgements</p><p>List of Table </p><p>List of Figure </p><p>Table of Contents </p><p>Abstract </p><p>Description/Functions of Components Used with </p><p>List of Figures</p><p><b>

Chapter ONE

INTRODUCTION

  • </b></p><p>Introduction </p><p><b>

Chapter TWO

LITERATURE REVIEW

  • </b>&nbsp;</p><p>Literature review</p><p><b>

Chapter THREE

RESEARCH METHODOLOGY

  • </b></p><p>Methodology </p><p><b>

Chapter FOUR

DATA PRESENTATION AND ANALYSIS

  • </b></p><p>Power supply</p><p>Rectification </p><p>Filtration </p><p><b>

Chapter FIVE

SUMMARY, CONCLUSION AND RECOMMENDATIONS

  • </b></p><p>Design of sequential Counter </p><p><b>CHAPTER SIX</b>&nbsp;</p><p>Design of the transistor/Relay Drive </p><p><b>CHAPTER SEVEN</b>&nbsp;</p><p>Design of system timing circuit </p><p>Design of an interated timing circuit </p><p>Astable multivbrator </p><p>Asignchronous counter </p><p>Synchronous counter</p><p><b>CHAPTER EIGHT </b></p><p>Construction and packaging </p><p>Packaging </p><p>Problem encountered and solutions </p><p><b>References </b></p> <br><p></p>

Project Abstract

<p> </p><p>This design implementation of this electronic sequential sign post display employs the use of some specialized components. This section of the project introduces the reader to the different section of the project and the components that makes them up.</p><p> Emphasis are laid on describing the behaviour and operational system of the components as related to the project modeling, analysis, design and implementation of an ELECTRONIC SIGN POST, which is made up of a power supply, a shift register, a counter, multivibrator (555CMOSI.C) transistor, relay, resistors of different ohmic values capacitors, sensitive mic (for the switching system) and 220V AC lamp.</p> <br><p></p>

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