Site Logo E-PROJECTTOPICS

THE DESIGN AND IMPLEMENTATION OF A FOUR - WAY TRAFFIC LIGHT CONTROL CIRCUIT


By


ELUAREYA JOHN



Presented To


Electrical/Electronic Engineering Department

πŸ“„ Pages: 49       🧠 Words: 5574       πŸ“š Chapters: 5 πŸ—‚οΈοΈ For: PROJECT

πŸ‘οΈβ€πŸ—¨οΈοΈοΈ Views: 251      

⬇️ Download (Complete Report) Now!

ABSTRACT

This work has been aimed at efficient means of controlling the traffic effectively for twenty-four hours. As the world is growing technologically more and more vehicles jump into the public road adding to the already existing number. Consequently, more efficient way of controlling the traffics becomes more desirable as compared to the obsolete way of using the traffic personnelÒ€s.
The design of this traffic light control is grouped basically into three; digital logic design, the power circuit and the power supply design. The digital logic design is based on integrated circuits which happens to be the modern way of designing digital systems, the power circuit design is aimed at lighting the different LEDS as and when due, while the power supply design strives to achieve a constant 8V dc supply for powering the circuit.
For this work, the frame with the LEDS mounted on it has been constructed, the driven circuit was implemented and the entire system enclosed in the smoothened frame.
The realized work was tested and guaranteed to give a firmly good level of performance.

TABLE OF CONTENTS

Title page
Approval page
Dedication
Acknowledgement
Table of contents
Abstract

CHAPTER ONE
1.0 Introduction
1.1 aims of the project
1.2 Methodology

CHAPTER TWO
2.0 A Review on the Traffic Light Control System
2.1 The Power supply unit
2.2 The transformer
2.3 The rectifier
2.4 The filter
2.5 The Voltage Regulator
2.6 The Digital Logic Circuit
2.7 The Oscillator
2.8 The Counter
2.9 The Decoder
2.10 The Logic Gates
2.11 The Power Circuit
2.12 The Booster/Amplifier Stage
2.13 The Lamp/LEDS

CHAPTER THREE
3.0 The Traffic Light Control
3.1 The Power Supply Design Specifications
3.2 The Transformers
3.3 Rectifier
3.4 The Filter Capacitor
3.5 The Voltage Regulator
3.6 The Digital Logic Design
3.7 The Oscillator
3.8 The 4017 Decade Counter
3.9 The output Logic Gate Circuit

CHAPTER FOUR
4.0 Problem Encountered
4.1 Construction and Testing
4.2 Cost Analysis
4.3 The overall Circuit Diagram of the $-way Traffic Light Control

CHAPTER FIVE
5.1 Conclusion
5.2 Recommendations
REFERENCES.
  

πŸ“„ Pages: 49       🧠 Words: 5574       πŸ“š Chapters: 5 πŸ—‚οΈοΈ For: PROJECT

πŸ‘οΈβ€πŸ—¨οΈοΈοΈ Views: 251      

⬇️ Download (Complete Report) Now!

πŸ”— Related Topics

DESIGN AND CONSTRUCTION OF DIGITAL INCUBATOR THE DESIGN AND CONSTRUCTION OF A THREE PHASE AUTOMATIC PHASE SELECTOR DESIGN AND CONSTRUCTION OF A CHARGING SYSTEM USING BOTH SOLAR ENERGY INVENTION IN NIGERIA AUTOMATIC PUMP CONTROL WITH WATER LEVEL MONITOR AND DIGITAL DISPLAY DESIGN AND CONSTRUCTION OF AN INTRUDER DETECTOR FOR OFFICE AND HOME USE DESIGN AND CONSTRUCTION OF POWER AMPLIFIER DESIGN AND CONSTRUCTION OF A TWO LANE TRAFFIC LIGHT DESIGN AND CONSTRUCTION OF 2KW SOLAR PANEL INVERTER DESIGN AND CONSTRUCTION OF A 3 WAY INTER-COMMUNICATION SYSTEM DESIGN AND CONSTRUCTION OF A MULTIPERPOSE SECURITY SYSTEM WITH ALARM AND DISPLAY THE DESIGN AND CONSTRUCTION OF AN UNINTERRUPTED POWER SYSTEM (UPS) DESIGN AND CONSTRUCTION OF AN AUTOMATIC PHASE SELECTOR DESIGN AND CONSTRUCTION OF AN AUDIO AMPLIFIER FACE RECOGNITION IN CRIMINAL INVESTIGATIONS (UNCONTROLLED ENVIRONMENT) DESIGN AND CONSTRUCTION OF 45W AUDIO POWER AMPLIFIER Wireless Power Transfer system : Development and Implementation DESIGN AND CONSTRUCTION OF FIRE ALARM SYSTEM IN A TWO STOREY BUILDING THE DESIGN AND CONSTRUCTION OF ELECTRIC ARC WELDING MACHINE DESIGN AND CONSTRUCTION OF AN AUTOMATIC PHASE SELECTOR DESIGN AND CONSTRUCTION OF A 60 WATTS POWER AMPLIFIER

click on whatsapp