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By Clyde N. Herrick
Published by Prentice Hall
Copyright © 2001
Published Date: Dec 1, 2000
Introduction. Voltage in an Electric Circuit. Current in an Electrical Circuit. Resistance in Wiring Circuits. Power and Power Loss. Signal-to-Noise Ratio. Inductance and Inductive Reactance in Wiring Circuits. Capacitance in Wiring Circuits. Impedance in Wiring Circuits. Digital Signals. Analog Signal Concepts. Ground and Grounding. Cross Talk in Wiring. Attenuation of Signal Information. Insulation of Conductors. Summary.
Introduction. Unshielded Twisted-Pair (UTP) Cabling. Cross Talk on Twisted-Pair Cable. Shielding of Transmission Lines. Applications and Functions of Twisted Pairs. Special Applications of Twisted-Pair Wires. Twisted-Pair Cable Termination. Distribution Frames. Existing Cable Systems and Compatibility. Electrical Characteristics of Twisted-Pair Cabling. Flat Cable and Ribbon Cable. Tools for Installation of Twisted-Pair Wires. Advantages of Twisted-Pair Wiring. Summary.
Introduction. Characteristics and Construction of Coaxial Cable. Coaxial Cable Connectors and Terminations. Grounding of Coaxial Cable. Application of Coaxial Cable. Advantages of Coaxial Cable. Disadvantages of Coaxial Cable. Summary.
Introduction. Fiber Types. Light Conversion. Cable Construction. Cable Characteristics. Data Rate. Specifying a Type of Fiber-Optic Cable. Installation Considerations. Cable Termination. Preparing a Splice and Termination. Preparing Fiber for Splicing. General Considerations. Fiber-Optic Premise Connections. Advantages of Fiber-Optic Cabling. Summary.
Introduction. NEC Cable Certification. NEC Catalog Reference Information. Vertical Flame Test. Listing, Marking, and Applications of Communication Cable. Installation of Communication Wires, Cables, and Accessories. Applications of Communication Wires and Cables. Summary.
Introduction. Tools of the Trade. Basic Network Models. Determining Network Connections. Point-to-Point Topology. Multipoint or Multidrop Networks. Bus Network. STAR Topology. Hierarchical Topology. Ring Network. Network Access Protocols. Making the Right Connection. Summary.
Introduction. DSL Designations-xDSL. xDSL Applications. DSL Access Equipment. Summary.
Introduction. Project Scope. Existing Cabling. User Population. Number and Type of Work Areas. Documentation and Room-Layout Database. Number and Type of Devices Required. Phone and/or Station Equipment Requirements. Maximum Power Allocation and the Number of Power Outlets. Test Equipment and Commitment to Support Personnel Training. Teleco, Voice, and Data Support Room Requirements. Environmental Concerns. Grounding and Bonding. Cable Network Mechanical Supports. Electromagnetic Interference. User Device Ownership. Hot Host Service. Building Office and Device Inventory. Network and Plan Documentation. Quality and Electronic Control. Service Impact Severity Classifications. Service Areas Affected by Work to Be Performed. Reviewing Building Plans and Cable Requirements. Service Desk. Scheduling the Job. Writing the Request for Bid Proposal. Documentation Responsibility. Installing the Wiring. New Building Application. Establishing a Labeling Scheme. DataBase Tracking System. Safety. Plan Review by All Affected Parties. Summary.
Introduction. Making the Plan. Cable Strategy. Two-Point Connection Strategy. Three-Point Connection Strategy. Four-Point Connection Strategy. Rules for Installing Cable. Cable Installation Techniques. General Rules for Cable Installation. Cable Security. Cable Installation Hardware. Grounding the Cabling System. Electrical Protection Devices. Summary. Questions.
Introduction. Fiber-Optic Networks. TIA/EIA-568 Commercial Building Telecommunication Cabling Standards. Campus Backbone. Equipment Rooms and Network Cabling. Splice Points. Building Cabling Architecture. Centralized Network Administration. Distributed Network Administration. Summary.
Introduction. Objectives of Testing and Troubleshooting. Testing Twisted-Pair Wires. Continuity Test of a Cable. A Short to Ground Test. Tone Test Generators. Testing a Coaxial Cable. Standardized Testing Procedures and Online Database. Troubleshooting Cable with a Time Domain Reflectrometer. Testing a Fiber-Optic Cable. End-to-End Attenuation Test. Custom-Assembled Cables. Signal-to-Noise Ratio Measurements. Reference Point for Power Level. Zero Transmission Level. Measuring Internal Sound Level. Category 5 Cable Testing. The Technical Support Center. Summary.
Introduction. Labeling the Cabling System. Blueprints and Diagrams. Distribution Logs. Work Area Inventory Sheets. Handwritten Entry versus Terminal-Based Entry. Summary.
Introduction. File-Based Tracking System. DataBase Tracking System. Structured Query Language. Basic Components of a Database Management System. Database Manager's Responsibility. Sample Database. Field Description for Master Panels. Type of Request Section. Field Description for Link and Connect Panel. Service Availability Panel. Field Descriptions for the Work Order Panel. Summary.
Introduction. Tracking. Measuring, Testing, and Troubleshooting. Retrofitting. Cost Factors. Database Development. Network Security. Writing a Bid Proposal Request. Summary.
Introduction. Details to Include in A Request for Proposal. Development Time. Special Contractor Considerations. Bid Proposal Forms. Detailed Work Proposal. Summary.
Introduction. PowerLine Technology. Summary.
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Telecommunications is the backbone of modern communication systems, enabling the transfer of data, voice, and video across global networks. One of the foundational aspects of any communication system is telecommunications wiring, which forms the infrastructure for various network technologies. As systems evolve and the demand for faster, more reliable networks grows, proper wiring techniques are critical to ensure efficient and effective communication.
The Telecommunications Wiring, 3rd Edition is an authoritative guide that covers the essentials of installing, maintaining, and upgrading wiring systems. Updated with modern technologies and industry standards, this edition is invaluable for technicians, engineers, and anyone working with communication infrastructure. In this guide, we will explore the essential elements of telecommunications wiring, the key updates in the 3rd edition, and how it fits into the broader scope of network design and implementation.
Telecommunications wiring refers to the structured cabling systems that support the transmission of data, voice, and video signals in various environments, from small office setups to large enterprise networks. It involves the installation of cables, connectors, outlets, and other equipment needed to establish a reliable connection between devices, such as computers, telephones, and routers.
Modern telecommunications wiring must meet industry standards to ensure that it supports current and future networking technologies. The Telecommunications Wiring, 3rd Edition provides a comprehensive look at both the foundational principles and cutting-edge advancements in cabling technology.
The 3rd edition of Telecommunications Wiring introduces a variety of new standards and techniques that reflect changes in the telecommunications and networking industries. As the demand for high-speed internet, data, and voice services continues to grow, proper wiring infrastructure must evolve to meet these needs.
One of the major updates in the Telecommunications Wiring, 3rd Edition is the inclusion of the latest industry standards and building codes. These standards, including those from the Telecommunications Industry Association (TIA) and BICSI, ensure that the wiring infrastructure is capable of supporting modern data rates and complies with safety regulations.
The widespread adoption of fiber optic cabling is a major focus in the 3rd edition. Fiber optics offer faster transmission speeds, longer transmission distances, and higher bandwidth capacities compared to traditional copper wiring.
The book details the installation, splicing, and testing of fiber optic cables, providing guidelines on how to incorporate fiber into existing infrastructure or build new networks entirely on fiber. With the push for 5G networks and high-speed internet services, understanding fiber optic technology is crucial for anyone working in telecommunications.
