E M THEORY

University of KwaZulu-Natal (UKZN)

Here are the best resources to pass E M THEORY. Find E M THEORY study guides, notes, assignments, and much more.

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Attenuation Constant
  • Attenuation Constant

  • Class notes • 9 pages • 2022
  • Derivation of Transmission Lines Equations  Second-order transmission line Equations  General Solutions of Transmission line Equations  Propagation Constant  Attenuation Constant  Phase Constant
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 Second-order transmission line Equations
  •  Second-order transmission line Equations

  • Class notes • 8 pages • 2022
  • Derivation of Transmission Lines Equations  Second-order transmission line Equations  General Solutions of Transmission line Equations  Propagation Constant  Attenuation Constant  Phase Constant
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Propagation Constant
  • Propagation Constant

  • Class notes • 14 pages • 2022
  • Derivation of Transmission Lines Equations  Second-order transmission line Equations  General Solutions of Transmission line Equations  Propagation Constant  Attenuation Constant  Phase Constant
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transmission line
  • transmission line

  • Class notes • 17 pages • 2022
  • Derivation of Transmission Lines Equations  Second-order transmission line Equations  General Solutions of Transmission line Equations  Propagation Constant  Attenuation Constant  Phase Constan
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TRANSMISION LINE INVESTIGATION
  • TRANSMISION LINE INVESTIGATION

  • Thesis • 3 pages • 2018
  • PRACTICAL
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ELECTROMAGNETIC FIELD
  • ELECTROMAGNETIC FIELD

  • Class notes • 3 pages • 2018
  • NON
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TRANSMISSION LINES
  • TRANSMISSION LINES

  • Class notes • 44 pages • 2018
  • Consider a transmission line of length l, characterized by propagation constant g and characteristic impedance Zo, terminated in a load of impedance ZL. Let the line be fed by a generator of input impedance Zg, and with open-circuit voltage Vg. Let the transmission line extend from z=0 at the generator to z=l at the load
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MICROWAVE PROPAGATION
  • MICROWAVE PROPAGATION

  • Class notes • 66 pages • 2018
  • Complete the timing diagram for the circuit below with the three different storage elements. Assume zero propagation delay.
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TUT1
  • TUT1

  • Class notes • 1 pages • 2018
  • TUT3
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TUT2
  • TUT2

  • Study guide • 3 pages • 2018
  • TUT2
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