Post by Nick on Jan 2, 2018 5:54:54 GMT
Hello ,
I am trying to simulate a single transistor with two 50-ohm ports connected at the base and collector in ADS.
From theory, if the output is terminated with a 50-ohm load, the input reflection coefficient looking into the base is equal to S11. How ever, if the output is terminated with some impedance other than 50 ohm (Gamma_L is not zero), we need to calculate the input reflection coefficient (Gamma_in) as a function of "Gamma_L"
My question is, how could we plot "Gamma_in" in ADS
Do we need to edit the equation of Gamma_in by ourselves ?
Please help.
Thanks!
I didn't find the right solution from the Internet.
References:
www.edaboard.com/thread170133.html
Inventory Management Marketing Examples
I am trying to simulate a single transistor with two 50-ohm ports connected at the base and collector in ADS.
From theory, if the output is terminated with a 50-ohm load, the input reflection coefficient looking into the base is equal to S11. How ever, if the output is terminated with some impedance other than 50 ohm (Gamma_L is not zero), we need to calculate the input reflection coefficient (Gamma_in) as a function of "Gamma_L"
My question is, how could we plot "Gamma_in" in ADS
Do we need to edit the equation of Gamma_in by ourselves ?Please help.
Thanks!
I didn't find the right solution from the Internet.
References:
www.edaboard.com/thread170133.html
Inventory Management Marketing Examples