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Tuesday, May 21, 2013

 
Fiber Optics & Lasers
Technology Lab Main Page
Additional Pages:
Aerodynamics
Animation
Automation & Robotics
Computer Aided Design (CAD)
Controls & Sensors
Engineering & Stress Analysis
Exploring Mechanisms
Fiber Optics & Lasers
Flight Simulation
Fluid Power
Plastics
Video Production

  

DESCRIPTION

The Fiber Optics and Lasers module teaches students about basicconcepts of these technologies. Students perform experiments toobserve these phenomena, and explore career opportunities inthese continuously growing fields.

DETAILS

This module offers a close-up look at how glass fibers as thin as hairs carry information and sound to anywhere in the world, in a matter of seconds. It also explores the development and applications of laser technology, which is used in surgical tools, bar code scanners, and motion sensors, as well as communications systems.

First, students learn the principles and terminology of fiber optics and laser technologies. They also learn about radio, voice, data and Morse code transmission, and the characteristics of different types of light. Other topics of discussion and exploration include reflection and refraction, the frequency spectrum, attenuation and bending loss, fiber drawing and manufacturing.

Students observe these principles at work and reinforce their knowledge through several experiments. In one project, students learn how to use fiber optic cable to generate communication techniques. As students develop more knowledge and skills, they are able to design their own experiments related to fiber optics technology.

EQUIPMENT FEATURES

• Fiber optic trainers: complete with electrical power supply, audio interface leads, and fiber optic cables

• AM/FM radio

• Laser education kit: clear, modulated laser and voice transmission package

• Optical Fiber Theory Set

TOPIC COVERAGE

• Concept of transmitting and receiving codes, data, voice, radio, and light through optical fibers

• Concepts of optical repeaters, sensor applications, attenuation, bending losses, optical coupling, and optical terminations

• Types and characteristics of light

• Function of optical sensors in transmitting light

• Characteristics and applications of laser light

• Reflection and refraction

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• Frequency spectrum (optical and electrical)

• Fiber drawing and manufacturing

ESTIMATED HOURS

7 - 30 days total. Level 1: 7 lessons (approximately 40 minutes each), Level 2 with independent study: 10 lessons, Level 2 stand-alone: 10 lessons

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