Fiber Optics Training (Professional) TELECOM TRAININGS - 2G, 3G, 4G 3035530865
Module 01: History of Fiber Optic Technology
Review of fiber concept from old ages.
Who was the pioneer of “Light guiding principle”?
Turning of light pipe concept into practicality.
Discovery and invention of cladding concept to realize TIR theory.
Historic overview of laser developments.
Low loss Single mode & Multi-mode fiber manufacturing synopsis.
Brief historical review of fiber manufacturing techniques development.
Commercial launch of fiber optic systems.
Module 02: Introduction to Fiber Optics
Optical fiber structure analysis.
Major advantages of fiber optic technology.
Symbols and notations used in optical communication.
Committees dealing with the standards used in optical technology.
Applications and future trends of fiber optics.
Module 03: Optical Fiber Manufacturing & Structure
Production of Silica Glass through Deposition.
Perform manufacturing methods and their comparison
Module 04: Light Propagation through Optical Fiber
Light windows used for optical communication.
Laws of Reflections & Refraction along with their role in light propagation.
Methods to confine light in fiber.
Mathematical light journey through Single mode fiber.
Types of rays according to propagation patterns.
Module 05: Classification of Optical Fiber and Optical Fiber Cables
Design consideration and optical fiber classification based on material & propagation.
Advance single mode fiber designs.
Classification of optical fiber cables on the basis of materials and structure.
Design considerations to manufacture cables based on applications.
Module 06: Signal Hazards over Optical Fiber
Input coupling losses at source.
Fiber losses due to medium (Attenuation & Dispersion).
Output coupling losses at receiver.
Module 07: Optical Fiber Cable Installation and Restoration
How the optical fiber cable installation can be categorized in different types?
Optical fiber cable installation guidelines.
How to handle cable during duct & direct buried installation?
Methodologies to establish fiber optic cable spans in the field.
Cable restoration techniques and typical causes of cable failures.
Equipment and tools used in restoration.
What are the important safety concerns in optical fiber handling?
Module 08: Jointing Splicing & Connectraizaition
Methods used for jointing optical fibers?
Why do we need splicing? What are the requirements of a good splice?
What issues affect Splice Performance?
Splicing techniques (Fusion & Mechanical) and their features.
Fiber alignment methods in fusion splicing i.e. (PAS, L-PAS & LID) and factors that influence splicing.
Mechanical splicing process and commonly used types.
Ideal connector features and techniques used in connectraizaition.
Commonly used connectors and their assembly processes.
Connectraizaition vs. splicing comparison.
Splices protection techniques.
Types and techniques used in jointing closures & OFDFs.
Module 09: Test and Measurement Techniques
Test and measurement techniques?
Testing & measurement equipment used in optical fiber systems.
How T&M equipment like Power Meter, Light Source, Visual Fault Locator,
Optical Loss Meter and OTDR works?
OTDR basic features, working & different traces and interpretations in OTDR.
How to choose good T&M equipment
How to perform optical bandwidth and dispersion testing?
Module 10: Fiber Optic System Design Considerations
What are important considerations in optical system design?
How optical link loss budget is made flavored with work examples?
Topologies used in optical fiber networks.
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