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Q4. There are two parts to this question: Q4A, A 2/4 transmission line connects the generator and the load as shown belo

Posted: Fri Jul 01, 2022 6:11 am
by answerhappygod
Q4 There Are Two Parts To This Question Q4a A 2 4 Transmission Line Connects The Generator And The Load As Shown Belo 1
Q4 There Are Two Parts To This Question Q4a A 2 4 Transmission Line Connects The Generator And The Load As Shown Belo 1 (26.04 KiB) Viewed 29 times
Q4 There Are Two Parts To This Question Q4a A 2 4 Transmission Line Connects The Generator And The Load As Shown Belo 2
Q4 There Are Two Parts To This Question Q4a A 2 4 Transmission Line Connects The Generator And The Load As Shown Belo 2 (22.19 KiB) Viewed 29 times
Q4. There are two parts to this question: Q4A, A 2/4 transmission line connects the generator and the load as shown below. In the given circuit: R = 500, R₁ = 750, l=m, f = 2 GHz and vp = 2.108 m/s. (a) Find the characteristic impedance of the T-line Zo such that the input impedance Zin = Rg is matched to the generator. (b) Find the actual length of the matched T-line. Rg Zin Zo, Up z=-l Figure 4: for Q4A. g=0 lu
Q4B. Use impedance matching network shown below to match the generator and load. In the given circuit: Rg = 500, R₁ = 50, L₁= 2 nH and f = 5 GHz. (a) Find load impedance Z (b) Find impedance Z₁ (c) Use Z₁ = Z; condition to find capacitance C. Rg Z₁ Zu It's 2M Matching. I Network, Figure 5: for Q4B. Ru Lu