(f) (2 points) To match a load of ZL = 30 (2), to a transmission line with characteristic impedance Zo = 75 (12), we can

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answerhappygod
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(f) (2 points) To match a load of ZL = 30 (2), to a transmission line with characteristic impedance Zo = 75 (12), we can

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F 2 Points To Match A Load Of Zl 30 2 To A Transmission Line With Characteristic Impedance Zo 75 12 We Can 1
F 2 Points To Match A Load Of Zl 30 2 To A Transmission Line With Characteristic Impedance Zo 75 12 We Can 1 (11.86 KiB) Viewed 41 times
F 2 Points To Match A Load Of Zl 30 2 To A Transmission Line With Characteristic Impedance Zo 75 12 We Can 2
F 2 Points To Match A Load Of Zl 30 2 To A Transmission Line With Characteristic Impedance Zo 75 12 We Can 2 (11.86 KiB) Viewed 41 times
F 2 Points To Match A Load Of Zl 30 2 To A Transmission Line With Characteristic Impedance Zo 75 12 We Can 3
F 2 Points To Match A Load Of Zl 30 2 To A Transmission Line With Characteristic Impedance Zo 75 12 We Can 3 (12.88 KiB) Viewed 41 times
(f) (2 points) To match a load of ZL = 30 (2), to a transmission line with characteristic impedance Zo = 75 (12), we can insert a quarter wave transformer at a distance d from the load that is (circle ALL that apply): (i) d=0 (ii) d > 0 (iii) More information is needed

(8) (2 points) Consider the circuit in the figure below. What is V(2) when 2 = 1 at t = 1.5 [us]? t=0, close 4022 100V Z=6002 T=1 usec 120 2=0 z= (i) 40V (ii) 80V (iii) 60V (iv) 20V (v) -20V
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