Design and construction of an automatic voltage stabilizer

• <p> </p><div><div><p>Cover Page</p><p>Title Page</p><p>Approval Page</p><p>Dedication</p><p>Acknowledgment</p><p>Abstract </p><p>Table of Contents</p><p><b>

Chapter ONE

INTRODUCTION

• </b></p><p>
• 1.0Introduction</p><p><b>

Chapter TWO

LITERATURE REVIEW

• </b></p><p>
• 2.0Literature Review</p><p>
• 2.1The aims/purpose</p><p>
• 2.2Stages in the development of voltage stabilizer</p><p>
• 2.3Stabilizer grading</p><p>
• 2.4Application</p><p><b>

Chapter THREE

RESEARCH METHODOLOGY

• </b></p><p>
• 3.0Basic Theory of Components Us ed</p><p>
• 3.1Transistors</p><p>
• 3.2Diode</p><p>
• 3.3Resistor</p><p>
• 3.4Relay</p><p>
• 3.5Zener diode</p><p>
• 3.6Capacitor</p><p>
• 3.7Transformer</p><p>
• 3.8Fuse</p><p>
• 3.9Other materials used</p><p><b>

Chapter FOUR

DATA PRESENTATION AND ANALYSIS

• </b></p><p>
• 4.0Design, Construction and Operation of the Stabilizer</p><p>
• 4.1Design/Construction</p><p>
• 4.2&nbsp;The Transformer Stage</p><p>
• 4.3Control Stage </p><p>
• 4.4The Relay Stage</p><p>
• 4.5Operation</p><p>
• 4.6Transformer Stage</p><p>
• 4.7Control Stage</p><p>
• 4.8Relay Stage</p><p><b>

Chapter FIVE

SUMMARY, CONCLUSION AND RECOMMENDATIONS

• </b></p><p>
• 5.0Discussion, Conclusion and Recommendation</p><p>
• 5.1Discussion</p><p>
• 5.2Conclusion</p><p>
• 5.3Recommendation</p><p><b>CHAPTER SIX</b></p><p>
• 6.0Cost Analysis, References</p><p>
• 6.1Cost Analysis</p><p><b>
• 6.2References</b></p><p></p></div><p></p></div><h3></h3><br> <br><p></p>