![]() If VSWR is finite(not equal to 1) and neither maxima nor minima occur at load, now if we move away from the load and maxima comes first then load will be inductive.ĩ. If VSWR is finite(not equal to 1) and neither maxima nor minima occur at load, now if we move away from the load and minima comes first then load will be capacitive.Ĩ. If VSWR is finite(not equal to 1) and Minima at load then load will be Purely resistive with R L < Z 0.ħ. If VSWR is finite(not equal to 1) and Maxima occur at load then load will be Purely resistive with R L > Z 0.Ħ. If VSWR is infinite and neither maxima nor minima occur at load, now if we move away from the load and maxima comes first then load will be Purely inductive.ĥ. If VSWR is infinite and neither maxima nor minima occur at load, now if we move away from the load and minima comes first then load will be Purely capacitive.Ĥ. If VSWR is infinite and Minima at load then load will be Short circuit.ģ. If VSWR is infinite and Maxima at load then load will be Open circuit.Ģ. if VSWR is Infinite then load will be anywhere on outer circle otherwise inside the circle.ġ. Now According to VSWR identify where do load can exist. ![]() Concept: Consider the points in diagrams shown below.
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