Fiber Optic in Transmission Network Course
Electrical and Power Engineering
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Fiber Optic in Transmission Network Course
Introduction:
Fiber optic technology has been grown rapidly in the last decade as is evident from the installation of fiber-optic telecommunication networks throughout the world. It is further exemplified by the deployment of undersea fiber cables across the Pacific Ocean. The aim of this course is to present a complete overview of all areas of fiber optic technology. Emphasis is given to the practical aspects of optical systems, installation, applications, equipment, and components. It also covers state-of-the-art developments in optical products, procedures, and applications.
Course Objectives:
The aim of this course is to present an overview of various areas in fiber-optics technology. It is designed to help the student:
- Understand the operation and performance of optical communications systems.
- Grasp the practical issues involved in the installation and testing of fiber-optics equipment.
Who Should Attend?
This course is suitable for anyone who is already engaged in or wishing to enter the area of optical fibers, or responsible for installation, maintaining, testing, and updating optical transmission systems and networks.
Candidates for this course don't have to have any experience in the following areas:
- Fiber Optics as a solution concept
- Identification of Cables
- Identification of Connectors and Terminations
- Splicing Techniques: Fusion and Mechanical
- Identification of Enclosures & Panels
- Plans and Specifications
- Identification of Test Equipment
Course Outlines:
Introduction to Fiber Optics
- Fiber Optic Advantages and applications
- Terminology and history
- The fundamentals of light propagation
- Scales of measurement and the spectrum
- Characteristics of Single mode and Multimode
- Manufacturing, Bandwidth, and Linear effects
Cables
- Cable types, construction, and specifications
- Cable Marking
- Selection Criteria
Connectors and Terminations
- Temporary and Permanent Connections
- Connector Types
- Mechanical and Environmental considerations
- Performance Specifications
- Connector loss issues
- Splicing applications
Splicing – Fusion, and Mechanical
- Fusion Splicing
- Cable Marking
- Mechanical Splicing
Enclosures & Panels
- Panels
- Distribution, Patch and Splice Types
- Application issues and selection criteria
- Enclosures - Aerial, Burial
- Re-Entry and Expansion capabilities
- Routing and Preparation
Installation
- Planning and Standards
- Premise/LAN – Methods
- Outside Plant – Methods
- Aerial and Burial techniques
- Installation tools & equipment
Test Equipment
- Loss Testing - Tools & Equipment
- Standards & Methods
- Return Loss, Bandwidth, and Dispersion
- OTDR Theory and Applications
- Loss & System Budget Calculations
Restoration and Maintenance
- Tools and Equipment
- Practical applications
- Time Saving Techniques
- Record keeping and documentation
System Components and Design Issues
- Transmitters and Receivers
- Passive Optical Components
- Couplers and Splitters
- WDM & DWDM Issues
System Design Exercise
- Tools and Equipment
- Practical applications