Optical Link Desing Analytical Treatment

Optical Link Desing Analytical Treatment, available at $44.99, with 5 lectures, 1 quizzes, and has 3 subscribers.

You will learn about Determine the system components and their requirement for optical link design. Examining the power budgets required for the optical link design analytic treatment. Preparing the rise time budget for the optical link design. Executing the BER calculations for the optical link. Criteria for the amplifier used for long optical link communication. This course is ideal for individuals who are Designer develop optical link with rise time budget and power budget for long distance communication. or Designer specify the use of amplifier for long distance link. or Designer provides the requirement of data rate transfer through optical link. It is particularly useful for Designer develop optical link with rise time budget and power budget for long distance communication. or Designer specify the use of amplifier for long distance link. or Designer provides the requirement of data rate transfer through optical link.

Enroll now: Optical Link Desing Analytical Treatment

Summary

Title: Optical Link Desing Analytical Treatment

Price: $44.99

Number of Lectures: 5

Number of Quizzes: 1

Number of Published Lectures: 5

Number of Published Quizzes: 1

Number of Curriculum Items: 6

Number of Published Curriculum Objects: 6

Original Price: $19.99

Quality Status: approved

Status: Live

What You Will Learn

Determine the system components and their requirement for optical link design.
Examining the power budgets required for the optical link design analytic treatment.
Preparing the rise time budget for the optical link design.
Executing the BER calculations for the optical link.
Criteria for the amplifier used for long optical link communication.

Who Should Attend

Designer develop optical link with rise time budget and power budget for long distance communication.
Designer specify the use of amplifier for long distance link.
Designer provides the requirement of data rate transfer through optical link.

Target Audiences

Designer develop optical link with rise time budget and power budget for long distance communication.
Designer specify the use of amplifier for long distance link.
Designer provides the requirement of data rate transfer through optical link.

This course elaborate design of optical link for long distance communication. Point to point optical link consideration for design. Selection of proper optical source for longer distance communication through optical link. Selection of detector for optical link depends upon the choice of source and data rate transmission. Transmission distance requirement for long distance communication with optical link. Study the data rate requirement for optical link. Type of optical fiber used for long distance communication. Study the system requirements such as optical fiber, source and detector for long distance communication. From the source point of view requirement is emission wavelength, spectral width and output power. Selection of source based on the data rate requirement and output power. The detector requirement based on the responsivity and its efficiency. From the system point of view the power requirement for long distance communication for this source and detector is to be selected. Understand the system loss components include loss at connector at source and detector and splice losses. The rise time budget includes the system time for the successful transmission of data with proper BER. It elaborates the amplifier used for the optical link. There are various types of amplifier used at front end, in between link, before receiver and after receiver. The amplifier suitable for various application is explain in brief. Wide-band optical amplifier is used for long distance communication.

Course Curriculum

Chapter 1: Optical Transmission System

Lecture 1: Introduction to Optical Transmission Link

Lecture 2: Link Power Budget

Lecture 3: Optical Amplifier

Lecture 4: ERBIUM Doped Optical Amplifier

Lecture 5: Wideband Optical Amplifier

Chapter 2: Knowledge verification

Instructors

Sachin Ruikar
Associate Professor at Walchand College of Engineering

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