A lossless transmission line is 60 cm long and operates at a frequency of 600 MHz....

    

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A lossless transmission line is 60 cm long and operates at a frequency of 600 MHz. The line parameters are L-0.25 µH/m, C-100 pF/m. The transmission line is connected to a generator voltage source V₂(t)=50 cos(at) V having an internal series impedance Zg-50 N at (10 one end and at the other end to a load Z₁ = 100 2. Determine: pts) a. the characteristics impedance, Zo, the phase constant, ß and the phase velocity, vp, of the line. b. the reflection coefficient at the load, the input impedance at the terminals of the generator (Zin), and the power delivered to the load. c. Use A/4 transformer to match the load to the transmission line and determine the characteristic impedance of this A/4 transformer used for matching. d. Find the power delivered to the load at matching. e. Find the voltage across the load at matching. A lossless transmission line is 60 cm long and operates at a frequency of 600 MHz. The line parameters are L-0.25 µH/m, C-100 pF/m. The transmission line is connected to a generator voltage source V₂(t)=50 cos(at) V having an internal series impedance Zg-50 N at (10 one end and at the other end to a load Z₁ = 100 2. Determine: pts) a. the characteristics impedance, Zo, the phase constant, ß and the phase velocity, vp, of the line. b. the reflection coefficient at the load, the input impedance at the terminals of the generator (Zin), and the power delivered to the load. c. Use A/4 transformer to match the load to the transmission line and determine the characteristic impedance of this A/4 transformer used for matching. d. Find the power delivered to the load at matching. e. Find the voltage across the load at matching.

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