ABSTRACT
This project work is on the construction of an F.M transmitter this system consists of four discrete modules namely the audio frequency (AF) amplifier (class A) the modulator the master oscillator and the radio frequency (RF) amplifier (ClassC) these formed the conventional events for building FM transmitter here the signal (from the microphone) is fed into the (AF) for amplification then to the modulator which combines the modulating signal with the carrier wave transports the modulated signal through (RF) for final amplification to the antenna via the resonance circuit for propagation the transmitter was tested using radio receiver it transmitted clearly at the frequency of 108 MH3 and the coverage was to metres.
TABLE OF CONTENTS
Title page
Approval page
Dedication
Acknowledgement
Abstract
Table of content
Chapter one
Introduction
Concept of modulation and demodulation
Objective of the project
Significance of the project.
Chapter two
Literature review
Historical background of the project
Theories and models relevant to the construction
System component description
Chapter three
Hardware construction and implementation
Block diagram and system specification
Construction of audio frequency (Af) amplifier stage
Construction of radio frequency (RF) amplifier stage
Circuit diagram of FM transmitter
Circuit component analysis
Component list
Chapter four
Methodology packaging testing and results
Methodology
Packaging of the system
Testing and results
Chapter five
Cost analysis problems encountered
Recommendation and conclusion
Cost analysis
Problems encountered
Recommendation
Conclusion
References
