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PRINCIPLES OF TRANSMISSION LINES LEARNING OBJECTIVESUpon completion of this chapter, you will be able to :1. State what a transmission line is and how transmission lines are used .2. Explain the operating principles of transmission lines. 3. Describe the five types of transmission lines. 4. State the length of a transmission line. 5. Explain the theory of the transmission line. 6. Define the term LUMPED CONSTANTS in relation to a transmission line. 7. Define the term DISTRIBUTED CONSTANTS in relation to a transmission line. 8. Define LEAKAGE CURRENT. 9. Describe how the electromagnetic lines of force around a transmission line are affected by thedistributed constants. 10. Define the term CHARACTERISTIC IMPEDANCE and explain how it affects the transfer ofenergy along a transmission line. 11. State how the energy transfer along a transmission line is affected by characteristic impedance andthe infinite line .12. Identify the cause of and describe the characteristics of reflections on a transmission line. 13. Define the term STANDING WAVES as applied to a transmission line. 14. Describe how standing waves are produced on a transmission line and identify the types ofterminations. 15. Describe the types of standing-wave ratios

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PRINCIPLES OF TRANSMISSION LINESLEARNING OBJECTIVESUpon completion of this chapter, you will be able to:1.State what a transmission line is and how transmission lines are used.2.Explain the operating principles of transmission lines.3.Describe the five types of transmission lines.4.State the length of a transmission line.5.Explain the theory of the transmission line.6.Define the term LUMPED CONSTANTS in relation to a transmission line.7.Define the term DISTRIBUTED CONSTANTS in relation to a transmission line.8.Define LEAKAGE CURRENT.9.Describe how the electromagnetic lines of force around a transmission line are affected by thedistributed constants.10.Define the term CHARACTERISTIC IMPEDANCE and explain how it affects the transfer ofenergy along a transmission line.11.State how the energy transfer along a transmission line is affected by characteristic impedance andthe infinite line.12.Identify the cause of and describe the characteristics of reflections on a transmission line.13.Define the term STANDING WAVES as applied to a transmission line.14.Describe how standing waves are produced on a transmission line and identify the types ofterminations.15.Describe the types of standing-wave ratios