15k Volts XLPE POWER CABLE

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Automatic Light Control Device
Team leader Brad Lowe Team members Marshalia
Green John Thompson
Lutrisha Johnson Faculty Advisor Dr. Robert
Reese
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Team Responsibilities
Research Documentation Website Micro-controller Component Interfacing Power Supply
Marshalia Green X X X X
Lutrisha Johnson X X X X
Brad Lowe X X X X
John Thompson X X X X
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Presentation Outline

1. Introduction of Project
2. Design Simulation
3. Testing Results
4. Future Work
5. Demonstration

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Motivation

• Energy Conservation
• Decrease Energy Costs
• Convenience

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Design Diagram
01
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Design Requirements

• Power consumption
• Size
• Installation
• Life Expectancy
• Adaptability to Environment

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System Components
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Flow Chart of Design
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Schematic of Power Supply
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Simulation Results of Power Supply
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Results of Power Supply Testing
The following constraint was reached Power
Consumption Runs off 120V AC
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Power Supply for Beams
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Test Results of Beams
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Results of Beam Testing
The design requirements met were Power
consumption 5V and 16mA Adaptability to
Environment Manage 3 doorways
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Motion Detector Simulation
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Motion Detector Test Results
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Cost Analysis
Beams 60.00
Motion Detector 20.00
Microcontroller 4.62
Transformer 6.00
Voltage Regulator 0.75
Rectifier 0.52
Relay 3.99
Capacitor 0.85
Power Mosfet 1.99
Fuses/Fuse Holder 1.10
The total cost for main components is 99.82.
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Prototype
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Summary

• Power supply for beams
• Functions properly
• Power supply for circuit
• Complete
• Microcontroller
• Programming complete
• Motion Detector
• Under construction

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Future Work

• Complete Testing and Debugging of Design
• Board Fabrication
• Packaging

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Timeline
     
 
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Demonstration