Transmission Line Parameters Library

Transmission Line Parameters

➣ Introduction

➣ Transmission Line Constants

➣ Factors to be considered while Deciding Transmission Line

➣ Types of Conductors

          Hard Drawn Copper Conductor

          Steel Cored Copper Conductor (SCC)

          Cadmium Copper Conductor

          Copper Weld Conductor

          All Aluminium Conductor (AAC)

          Aluminium Conductor With Steel Reinforcement

          All Aluminium Alloy Conductor (AAAC)

          ACAR Conductor

           Phosphor Bronze Conductor

           Galvanized Steel Conductors

➣ Resistance

➣ Inductance

➣ Capacitance

➣ Skin Effect

➣ Proximity Effect

➣ Kelvin's Law

          Limitation of Kelvin's Law

➣ Modified Kelvin's Law

➣ Inductance of a Conductor due to the Internal Flux

➣ Inductance of a Conductor due to External Flux

➣ Inductance of a Single Phase Two Wire Line

➣ Flux Linkages of One Conductor in a Group

➣ Inductance of Composite Conductor Lines

➣ An Alternative Approach for Finding the Expression for Inductive Reactance

➣ Flux Linkages in Parallel Current Carrying Conductors

➣ Inductance of Three Phase Lines With Equilateral and Symmetrical Spacing

➣ Inductance of Transmission Line With Unsymmetrical Spacing

➣ Inductance of Three Phase Lines with Unsymmetrical Spacing but Transposed

➣ Inductance of Three Phase Lines with more than One Circuit

➣ Inductance of Three Phase Double Circuit with Symmetrical Spacing

➣ Inductance of Three Phase Double Circuit with Unsymmetrical Spacing but Transposed

➣ Capacitance of Transmission Line

➣ Electric Field of a Long Straight Conductor

➣ Potential Difference between Two Points due to a Charge

➣ Capacitance of Single Phase Line

➣ Capacitance of  a Three Phase Line With Unsymmetrical Spacing

➣ Capacitance of a 3Ph Line With Unsymmetrical Spacing

➣ Effect of Earth on Capacitance of Transmission Line

➣ Boundled Conductors

          Stranded Conductor

➣ Capacitance of Three Phase Line with more than One Circuit

➣ Capacitance of Three Phase Double Circuit with Unsymmetrical Spacing but Transposed

➣ inductive interference with neighbouring circuit

          Electromagnetic Effect

          Electrostatic Effect

          Steps for Reducing Telephone Interference

➣ Methods of Arrangement of Conductors

          Comparison of Single Circuit and Double Circuit