The reflection coefficient for the transmission line shown in the figure at $ρ$ is

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-1

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0.5

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Solution

The correct option is C 0
$ρ_{R} = \frac{V_{R}}{V} = (\frac{Z_{L} - Z_{0}}{Z_{L} + Z_{0}})$
$∵ Z_{0} = Z_{L}$
$∴ ρ_{R} = 0$

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The reflection coefficient for the transmission line shown in the figure at ρ is

The correct option is C 0ρR=VRV=(ZL−Z0ZL+Z0) ∵Z0=ZL ∴ρR=0

The reflection coefficient for the transmission line shown in the figure at $ρ$ is

The correct option is C 0
$ρ_{R} = \frac{V_{R}}{V} = (\frac{Z_{L} - Z_{0}}{Z_{L} + Z_{0}})$
$∵ Z_{0} = Z_{L}$
$∴ ρ_{R} = 0$