'Fiber optic networks' diaporamas de présentation

The Physical Layer

The Physical Layer. Chapter 2. The Theoretical Basis for Data Communication. Fourier Analysis Bandwidth-Limited Signals Maximum Data Rate of a Channel. Fourier Series Decomposition. Reminder:

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The physical layer

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The physical layer

838 views • 83 slides

Modeling and Analysis of Computer Networks (The physical Layer)

Modeling and Analysis of Computer Networks (The physical Layer). Ali Movaghar Winter 2009. The Theoretical Basis for Data Communication. Linear Time-Invariant Filtering Fourier Analysis Bandwidth-Limited Signals Maximum Data Rate of a Channel. Linear Time-Invariant Filtering.

741 views • 73 slides

The Physical Layer

795 views • 71 slides

Chapter 2. The Physical Layer

Chapter 2. The Physical Layer. Wen-Shyang Hwang KUAS EE. The Theoretical Basis for Data Communication. Fourier Analysis harmonics Bandwidth-Limited Signals Given a bit rate of b bps, the time required to send 8 bits 1 bit at time is 8/b sec, so the frequency of the first harmonic is b/8 Hz

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The Physical Layer Part1

The Physical Layer Part1. The Theoretical Basis for Data Communication. Fourier Analysis Bandwidth-Limited Signals Maximum Data Rate of a Channel. Bandwidth-Limited Signals. A binary signal and its root-mean-square Fourier amplitudes.

518 views • 39 slides

Strategic IS & Accounting

Strategic IS & Accounting. Clinton E. White, Jr Professor of Accounting & MIS Lerner College of B&E University of Delaware. IT. What is IT?. IT. According to Nicholas Carr, why does IT not matter?. IT. What do you think?. IT. What is Carr really saying?. The Value of IT.

393 views • 29 slides

The Physical Layer

The Physical Layer. Chapter 2. The Theoretical Basis for Data Communication. Fourier Analysis Bandwidth-Limited Signals Maximum Data Rate of a Channel. Bandwidth-Limited Signals. A binary signal and its root-mean-square Fourier amplitudes.

165 views • 16 slides

Construction of a fiber optic patch cable

https://www.cbo-it.de/de/produkte/blueoptics/transceiver/qsfp.html Fiber Optic technology use pulses of light to transmit data into optical fiber cables, therefore it is very important to have a component at the end of these fibers to precisely propagate the transmitted light to its destination.

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Helping Order a New or Used SFP Device

https://www.cbo-it.de/de/produkte/blueoptics/transceiver/sfpplus.html ...............The newer SFP transceivers continue to receive tiny upgrades while continuing to operate as an important part of any huge company hoping to transmit and receive information via copper or fiber optic networks. 

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AFL Global

AFL Global.

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