7 8 9 All that is known about load reactance x is that it is positive (x₂ > 0). The normalized input impedance of this t

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7 8 9 All That Is Known About Load Reactance X Is That It Is Positive X 0 The Normalized Input Impedance Of This T 1 (85.08 KiB) Viewed 37 times

7 8 9 All that is known about load reactance x is that it is positive (x₂ > 0). The normalized input impedance of this transmission line is: z = 0.2 Use a Smith Chart to determine the length of this transmission line in wavelengths. Determine the value of load Z, that will result in the maximum absorbed power. How much power would this be? Z-100+ j50 W Z₁ = 50 ( = 1/8 =-l z = 0 Consider this circuit, where the transmission line is lossless: Z₁-2502 Zo 10.0V ( = 2/4 1) If Z=4902, determine the value of the characeteristic impedance Zo that will maximize the power absorbed by load Z₁. Determine also the value of this absorbed power. 2) If Zo=500, determine the value of load impedance Z, that will maximize the power absorbed by load Z₁. Determine also the value of the power incident on this load. Consider this circuit, where the transmission line is lossless and has length = 2/4: P=0.49W Pref=0.09 W = 2002 W V₂ Zo = 500 Z-12502 (= 2/4 The wave incident on the load Z, has power of Pine 0.49 W. The wave reflected from the load Z, has power of Pref= 0.09 W. Determine the magnitude of source voltage V, (i.e., determine ). 1.0 5/6