Figure 2-1 Anatomy of a sine wave 270 0 180 0 90 0 0 One Second One cycle 360 0 V = Voltage t = time A = Amplitude One cycle per second = one Hertz a a.

Slides:



Advertisements
Similar presentations
Chapter Eight: The Telephone System
Advertisements

Physical layer: Public Switched Telephone Network (PSTN)
Analog and Digital Signals
CSCI 4550/8556 Computer Networks Comer, Chapter 6: Long Distance Communication (Carriers, Modulation, And Modems)
© 2009 Pearson Education, Inc. Publishing as Prentice Hall 6-1 Raymond Panko’s Business Data Networks and Telecommunications, 7th edition May only be used.
Principles of Electronic Communication Systems Second Edition Louis Frenzel © 2002 The McGraw-Hill Companies.
Chapter 3 Data and Signals
1 Transmission Fundamentals Chapter 2 (Stallings Book)
Chapter-3-1CS331- Fakhry Khellah Term 081 Chapter 3 Data and Signals.
1 Lecture 27 Physical Layer (Data and Signals) University of Nevada – Reno Computer Science & Engineering Department Fall 2010 CPE 400 / 600 Computer Communication.
Chapter 6 Long-Distance Communication  Property of long-distance transmission - a continuous, oscillating carrier signal (fig 6.1) will propagate farther.
Physical Layer – Part 2 Data Encoding Techniques
Digital to Analog Many carrier facilities are analog Many transmission media are also analog (microwave, radio) We can carry digital values over analog.
Computer Communication and Networks
V.90 Modems Telephone Bandwidth is Limited (Chapter 4) –Bandwidth limits speed –Limits speed to about 35 kbps –When you transmit, limited to 35 kbps 35.
© Kemal AkkayaWireless & Network Security 1 Department of Computer Science Southern Illinois University Carbondale CS591 – Wireless & Network Security.
1 Rick Graziani Long Distance Communications (Carriers, Modulation,
Networks: Data Encoding1 Data Encoding Techniques.
The Telephone and Telephone Line Chapter 2 Overview of a Telephone System Telephone set’s major parts Transmitter Converting sound wave to electrical.
CMPE 150- Introduction to Computer Networks 1 CMPE 150 Fall 2005 Lecture 7 Introduction to Networks and the Internet.
Data Encoding Techniques
1 Pertemuan 5 Networking Fundamentals Matakuliah: M0284/Teknologi & Infrastruktur E-Business Tahun: 2005 Versi: >
IT-101 Section 001 Lecture #15 Introduction to Information Technology.
Data Communication and Networking 332 Hardware Components of Data Communication.
331: STUDY DATA COMMUNICATIONS AND NETWORKS.  1. Discuss computer networks (5 hrs)  2. Discuss data communications (15 hrs)
More on Modulation Module B Panko and Panko
Chapter 12 Long-Distance Digital Connection Technologies Pulse Code Modulation DSU/CSU ISDN ADSL Cable Modem.
1 RF (Radio Frequency) technology Part ll RF (Radio Frequency) technology Part ll BASIC TELECOMMUNICATIONS.
The Physical Layer Chapter Digital Modulation and Multiplexing Baseband Transmission Passband Transmission Frequency Division Multiplexing.
McGraw-Hill©The McGraw-Hill Companies, Inc., 2001 Data Transmission Techniques Data to be transmitted is of two types 1.Analog data 2.Digital data Therefore,
Data Transmission The basics of media, signals, bits, carries, and modems (Part II)
Review: The application layer. –Network Applications see the network as the abstract provided by the transport layer: Logical full mesh among network end-points.
Signaling and Switching Chapter 6. Objectives In this chapter, you will learn to: Define modulation and explain its four basic versions Explain the different.
1 Business Telecommunications Data and Computer Communications Chapter 3 Data Transmission.
© 2009 Pearson Education, Inc. Publishing as Prentice Hall 6-1 Raymond Panko’s Business Data Networks and Telecommunications, 7th edition May only be used.
Network Communications Chapter 7 Modems, DSL, Cable Modems and ISDN.
DUE Convergence Technology MODULE 2 - LEARNING OUTCOME 5 Describe signaling and its importance to telecommunications.
More on Propagation Module B Copyright 2001 Prentice Hall.
Convergence Technology. Ch 01 Telecom Overview  Define communications and telecommunications  Components of a communications system  Difference between.
ELECTRONIC COMMUNICATIONS A SYSTEMS APPROACH CHAPTER Copyright © 2014 by Pearson Education, Inc. All Rights Reserved Electronic Communications: A Systems.
Introduction to Telecommunications, 2/e By M.A.Rosengrant Copyright (c) 2007 by Pearson Education, Inc. All rights reserved. Figure 17–1 Central offices.
Chapter 2 The Physical Layer.
Pertemuan 4 Bandwidth.
3 Types of Telecommunications
The Telephone Analog vs Digital View the video first: Digital
Copyright © 2006 Heathkit Company, Inc. All Rights Reserved Introduction to Networking Technologies Digital Subscriber Line (DSL)
Unit-4 Telephone system
TELEPHONE TRANSMISSION SYSTEMS
The Physical Layer Chapter 2. The Theoretical Basis for Data Communication Fourier Analysis Bandwidth-Limited Signals Maximum Data Rate of a Channel.
Chapter 6 Long Distance Communication. Long-Distance Communication Important fact: an oscillating signal travels farther than direct current For long-distance.
IT-101 Section 001 Lecture #15 Introduction to Information Technology.
Introduction to Telecommunications
Part II Physical Layer Copyright © The McGraw-Hill Companies, Inc. Permission required for reproduction or display.
More on Modulation Module B
Circuit Switching and Telephone Network
Topics to be discussed Transmission line Type of connections
CHAPTER 3 DATA AND SIGNAL
Rivier College CS575: Advanced LANs Lecture 2
Long-Distance Communication (Carriers, Modulation, And Modems)
Physical Layer – Part 2 Data Encoding Techniques
Physical Layer (cont’d)
Communication Satellites
Physical Layer (cont’d)
Lecture 5: TELEPHONE NETWORK
Physical Layer Part 1 Lecture -3.
Chapter 8 Circuit Switching and Telephone Network
More on Modulation Module B Panko and Panko
Lecture 5: TELEPHONE NETWORK.
Physical Layer – Part 2 Data Encoding Techniques
Lecture 3: TELEPHONE NETWORK.
Presentation transcript:

Figure 2-1 Anatomy of a sine wave One Second One cycle V = Voltage t = time A = Amplitude One cycle per second = one Hertz a a One Hertz t

Figure 2-2 Cycles per second 2 cycle per second (2 Hz) 1 cycle per second (1 Hz) 4 cycle per second (4 Hz) One Second

Figure 2-3 Electromagnetic Wave form

Figure 2-4 Phase Shift 90 degree phase shift 270 degree phase shift 180 degree phase shift

Figure 2-5 Three important components of a telephone hand set

Figure 2-6 Telephone Carbon Microphone

Figure 2-7 How a speaker works

Figure 2-8 Telephone components with duplex coil and touch-tone keypad

Figure 2-9 Residential cabling Residences

Figure 2-10 Roadside wiring concentrator Typical phone company boxe (wiring concentrator) that you have seen by the side of the road

Figure 2-11 Entrance bridge Ground wire From the Central Office To phones inside house Entrance Bridge

Figure 2-12 Analog to digital signals and transmission techniques Analog Data Digital Data Analog Data Analog Transmission (PSTN) Digital Transmission (Digital Data Lines Digital Transmission (Digital Data Lines or LAN Analog Transmission (PSTN) Modem Modulator Codec Digital Transmitter Analog Signal Digital Signal

Figure 2-13 Coding and digitizing

Figure 2-14 Dual tone dialing pad

Figure 2-15 Two-wire and four-wire pairs

Figure 2-16 Two-wire circuit

Figure 2-17 Four-wire circuit Customer SiteCarrier Transmit Receive

Figure 2-18 CPE (Customer Premises Equipment), lines, trunks, switches

Figure 2-19 The anatomy of an analog voice channel Frequency multiplexed voice signals Bandwidth of a voice channel

Figure 2-20 Electromagnetic Spectrum

Chapter 02 Figure 2-1 Anatomy of a sine wave Figure 2-2 Cycles per second Figure 2-3 Electromagnet Wave form Figure 2-4 Phase shift Figure 2-5 Three important components of a telephone hand set Figure 2-6 Telephone carbon microphone Figure 2-7 How a speaker works Figure 2.8 Telephone components with duplex coil and touch-tone keypad Figure 2-9 Residential Cabling Figure 2-10 Roadside wiring concentrator Figure 2-11 Entrance bridge Figure 2-12 Analog and digital signals and transmission techniques Figure 2-13 Coding and digitizing [Figure 2-14 Dual tone dialing pad Figure 2-15 Two-wire and four wire pairs Figure 2-16 Two-wire circuit Figure 2-17 Four-wire circuit Figure 2-18 CPE (Customer Premises Equipment), lines, trunks, switches Figure 2-19 The anatomy of an analog voice channel Figure 2-20 Electromagnetic Spectrum