May 8, 2019 #1 P promach Advanced Member level 4 Joined Feb 22, 2016 Messages 1,199 Helped 2 Reputation 4 Reaction score 5 Trophy points 1,318 Activity points 11,636 I am trying to replicate Analysis and Design of Impedance-Transforming Planar Marchand Baluns One other people is using Zr=100{t} which gives syntax error in ADS. Why use Zr=100{t} ?
I am trying to replicate Analysis and Design of Impedance-Transforming Planar Marchand Baluns One other people is using Zr=100{t} which gives syntax error in ADS. Why use Zr=100{t} ?
May 8, 2019 #2 V volker@muehlhaus Advanced Member level 6 Joined Apr 11, 2014 Messages 3,187 Helped 1,068 Reputation 2,138 Reaction score 1,136 Trophy points 1,393 Activity points 20,245 promach said: Why use Zr=100{t} ? Click to expand... The {t} suffix is shown if you have enabled (and defined) tuning in the element parameters dialog.
promach said: Why use Zr=100{t} ? Click to expand... The {t} suffix is shown if you have enabled (and defined) tuning in the element parameters dialog.
May 8, 2019 #3 P promach Advanced Member level 4 Joined Feb 22, 2016 Messages 1,199 Helped 2 Reputation 4 Reaction score 5 Trophy points 1,318 Activity points 11,636 tuning in the element parameters dialog Click to expand... What ? I do not understand
May 8, 2019 #4 V volker@muehlhaus Advanced Member level 6 Joined Apr 11, 2014 Messages 3,187 Helped 1,068 Reputation 2,138 Reaction score 1,136 Trophy points 1,393 Activity points 20,245 You don't add the {t} manually. It only shows that the component value has tuning switched on. In your example, someone tried to tune different values of Zr.
You don't add the {t} manually. It only shows that the component value has tuning switched on. In your example, someone tried to tune different values of Zr.
May 8, 2019 #5 P promach Advanced Member level 4 Joined Feb 22, 2016 Messages 1,199 Helped 2 Reputation 4 Reaction score 5 Trophy points 1,318 Activity points 11,636 thanks. Do you have any idea how to derive the expression for C which is the coupling factor mentioned in both papers ? - - - Updated - - - How to create a slider with markers on both lines ? so that I could see the Y-axis values for both red and blue traces at 60 GHz Last edited: May 8, 2019
thanks. Do you have any idea how to derive the expression for C which is the coupling factor mentioned in both papers ? - - - Updated - - - How to create a slider with markers on both lines ? so that I could see the Y-axis values for both red and blue traces at 60 GHz
May 9, 2019 #6 P promach Advanced Member level 4 Joined Feb 22, 2016 Messages 1,199 Helped 2 Reputation 4 Reaction score 5 Trophy points 1,318 Activity points 11,636 I have solved all the simulation issues. What I worry the most is the theory proof or derivation which is highlighted in the first paper link.
I have solved all the simulation issues. What I worry the most is the theory proof or derivation which is highlighted in the first paper link.