ABSTRACT
An oven is a heated enclosure for heating, baking or drying. An electric oven is a heating device used to heat materials to high temperature when electric current is passed through a high resistance heating element (coil or plate). Electric ovens can fine their application in many fields and area of discipline like factories, research institutes, school, medical outfits and general laboratory, but more widely used in food industries. In this project many components: diodes, resistors, transistors, etc were combined to make a simple circuit which transcends current to the coil which in turns heat up a given enclosure of a cubiodal box (ie the oven chamber). Finally a heat and convenient heating device which is electric oven was obtained.
Table of content
Title page i
Certification ii
Dedication iii
Acknowledgement iv
Table of contents v
Abstract vi
CHAPTER ONE
Introduction 1
CHAPTER TWO
Literature review 4
CHAPTER THREE
Materials and methods 7
Component used and their description 17
CHAPTER FOUR
Result 35
CHAPTER FIVE
Discussion and conclusion 37
Conclusion 37
Recommendation 37
An oven is a heated enclosure for heating, baking or drying. An electric oven is a heating device used to heat materials to high temperature when electric current is passed through a high resistance heating element (coil or plate). Electric ovens can fine their application in many fields and area of discipline like factories, research institutes, school, medical outfits and general laboratory, but more widely used in food industries. In this project many components: diodes, resistors, transistors, etc were combined to make a simple circuit which transcends current to the coil which in turns heat up a given enclosure of a cubiodal box (ie the oven chamber). Finally a heat and convenient heating device which is electric oven was obtained.
Table of content
Title page i
Certification ii
Dedication iii
Acknowledgement iv
Table of contents v
Abstract vi
CHAPTER ONE
Introduction 1
CHAPTER TWO
Literature review 4
CHAPTER THREE
Materials and methods 7
Component used and their description 17
CHAPTER FOUR
Result 35
CHAPTER FIVE
Discussion and conclusion 37
Conclusion 37
Recommendation 37