rashiidsherif93
New Member
Hello all,
I am trying to tackle a question at University on my Radio frequency module and it is regarding to transmission lines.
The questions goes like the following:
Why the magnitude of Г is equal to or less than 1?
What is the physical meaning of the phase of Г?
What is the increment of length of a transmission line corresponding to a rotation of 2π of Г ?
What is the length of the transmission lines having the reflection coefficients Г0 and Г(d) shown below:
I understand that with capital gamma ' reflection coefficient' if it is 1 , no power is delivered to the load , if it is 0 full power is delivered to the load. However my theory understanding stops there, could someone clarify these questions for me?
Thanks in advance
I am trying to tackle a question at University on my Radio frequency module and it is regarding to transmission lines.
The questions goes like the following:
Why the magnitude of Г is equal to or less than 1?
What is the physical meaning of the phase of Г?
What is the increment of length of a transmission line corresponding to a rotation of 2π of Г ?
What is the length of the transmission lines having the reflection coefficients Г0 and Г(d) shown below:
I understand that with capital gamma ' reflection coefficient' if it is 1 , no power is delivered to the load , if it is 0 full power is delivered to the load. However my theory understanding stops there, could someone clarify these questions for me?
Thanks in advance
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