'Maximum bit rate' presentation slideshows

Chapter 3 Data and Signals

Chapter 3 Data and Signals. 3-1 ANALOG AND DIGITAL. To be transmitted, data must be transformed to electromagnetic signals.

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Lecture Focus:

Transmission Impairment. CSCS 311. Lecture Focus:. Data Communications and Networking. Lecture 14. Transmission Impairment.

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Lecture on Broadband Communications Chapter 16

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Intermode Dispersion (MMF)

Intermode Dispersion (MMF). Group Delay ? = L / v g. v gmin ? c/n 1 . (Fundamental) v gmax ? c/n 2 . (Highest order mode). D t /L ?? ?? - 50 ns / km Depends on length!. Intramode Dispersion (SMF). Dispersion in the fundamental mode. Group Delay ? = L / v g

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DMT Bit Rate Maximization With Optimal Time Domain Equalizer Filter Bank Architecture

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3-5 DATA RATE LIMITS

3-5 DATA RATE LIMITS. A very important consideration in data communications is how fast we can send data, in bits per second, over a channel. Data rate depends on three factors: 1. The bandwidth available 2. The level of the signals we use

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3-5 DATA RATE LIMITS

3-5 DATA RATE LIMITS. A very important consideration in data communications is how fast we can send data, in bits per second, over a channel. Data rate depends on three factors: 1. The bandwidth available 2. The level of the signals we use

359 views • 16 slides

247 views • 15 slides

Deriving Bandwidth Using Geometric Optics

Deriving Bandwidth Using Geometric Optics. Prepared for The Handbook of Fiber Optic Data Communication Third Edition Carolyn DeCusatis The State University of New York, New Paltz. Key Concepts. Geometric Optics approximation Derivation of Numerical Aperture

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