Given that Zin(z) = ((ZLcos(bz)+jZ0sin(bz))/(Z0cos(bz)+jZLsin(bz))) where does the complex part of the impedance become zero? (part 1.b) 1) Two characteristics of a certain lossless transmission line are Z0=75? and ?=0+j0.8? m?1 at f=50MHz. (4pt) Find L and C b. A load of ZL?=60+j80? is located at z=0. What is the shortest distance from the lo

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Given that Zin(z) = ((ZLcos(bz)+jZ0sin(bz))/(Z0cos(bz)+jZLsin(bz))) where does the complex part of the impedance become zero? (part 1.b)  1) Two characteristics of a certain lossless transmission line are Z0=75? and ?=0+j0.8? m?1 at f=50MHz. (4pt) Find L and C b. A load of ZL?=60+j80? is located at z=0. What is the shortest distance from the load to a point at which Zin?=Rin?+j0 ? (note small z denotes TL length, Z is impedance.)

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(Solved): Given that Zin(z) = ((ZLcos(bz)+jZ0sin(bz))/(Z0cos(bz)+jZLsin(bz))) where does the complex part ...

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