L
Luca
Guest
I'm using ADS to simulate an 8-pole; I'm trying to change the values of
the 4 reflection coefficients changing the values of the impedances
connected at each terminal using the well known equation
(Z-Zo)/(Z+Zo)....everything works well a part in one terminal, where I
have a P_1Tone to simulate the source connected at the base of a
bipolar transistor....
If the impedance of the P_1Tone is 50 ohm, then I should have
(Z-Zo)/(Z+Zo)=0 but it is not hte case...does anyone have ever had the
same problem?
Another question: when I find the Z parameters (in order to find the
value of the input impedance of the transistor), dose ADS gives
normalised values??
Thanks,
Luca.
the 4 reflection coefficients changing the values of the impedances
connected at each terminal using the well known equation
(Z-Zo)/(Z+Zo)....everything works well a part in one terminal, where I
have a P_1Tone to simulate the source connected at the base of a
bipolar transistor....
If the impedance of the P_1Tone is 50 ohm, then I should have
(Z-Zo)/(Z+Zo)=0 but it is not hte case...does anyone have ever had the
same problem?
Another question: when I find the Z parameters (in order to find the
value of the input impedance of the transistor), dose ADS gives
normalised values??
Thanks,
Luca.