Question 1) For the given transmission line system at 3 GHz, determine the followings by using Smith Chart techniques: 100 pnts – 20 pnts each The location of the load impedance on the Smith Chart The reflection coefficient Γ (magnitude and phase), and the VSWR at that point. The input impedance seen looking into the line if the line is is L=2 cm long. The length of line needed to make the input impedance purely real and the associated resistance value at the input. The input impedance if the frequency is doubled in part c.

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Question 1) For the given transmission line system at 3 GHz, determine the followings by using Smith Chart techniques: 100 pnts – 20 pnts each The location of the load impedance on the Smith Chart The reflection coefficient Γ (magnitude and phase), and the VSWR at that point

Electrical Engineering Nov 18, 2020

Question 1) For the given transmission line system at 3 GHz, determine the followings by using Smith Chart techniques: 100 pnts – 20 pnts each

The location of the load impedance on the Smith Chart
The reflection coefficient Γ (magnitude and phase), and the VSWR at that point.
The input impedance seen looking into the line if the line is is L=2 cm long.
The length of line needed to make the input impedance purely real and the associated resistance value at the input.
The input impedance if the frequency is doubled in part c.

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