Dec 14, 2023 #1 V VERI Newbie level 5 Joined Sep 7, 2021 Messages 8 Helped 0 Reputation 0 Reaction score 0 Trophy points 1 Activity points 67 How to calculate conductance for inductor? For example if I have an 200pH inductor with R=2Ohm.
Dec 14, 2023 #2 FvM Super Moderator Staff member Joined Jan 22, 2008 Messages 53,107 Helped 14,792 Reputation 29,871 Reaction score 14,291 Trophy points 1,393 Location Bochum, Germany Activity points 301,057 A real inductor exposes a complex impedance Z = R + jX respectively admittance Y = G + jB, with G representing conductance What are specifically asking? Could be, you have a series equivalent circuit Z = R + jwL and want to transform to parallel equivalent circuit? Upvote 0 Downvote
A real inductor exposes a complex impedance Z = R + jX respectively admittance Y = G + jB, with G representing conductance What are specifically asking? Could be, you have a series equivalent circuit Z = R + jwL and want to transform to parallel equivalent circuit?
Dec 14, 2023 #3 V VERI Newbie level 5 Joined Sep 7, 2021 Messages 8 Helped 0 Reputation 0 Reaction score 0 Trophy points 1 Activity points 67 FvM said: A real inductor exposes a complex impedance Z = R + jX respectively admittance Y = G + jB, with G representing conductance What are specifically asking? Could be, you have a series equivalent circuit Z = R + jwL and want to transform to parallel equivalent circuit? Click to expand... Yes, how to transform? Thank you for your help Upvote 0 Downvote
FvM said: A real inductor exposes a complex impedance Z = R + jX respectively admittance Y = G + jB, with G representing conductance What are specifically asking? Could be, you have a series equivalent circuit Z = R + jwL and want to transform to parallel equivalent circuit? Click to expand... Yes, how to transform? Thank you for your help
Dec 14, 2023 #4 FvM Super Moderator Staff member Joined Jan 22, 2008 Messages 53,107 Helped 14,792 Reputation 29,871 Reaction score 14,291 Trophy points 1,393 Location Bochum, Germany Activity points 301,057 Basic complex arithmetic, Y = 1/Z, G = Re(Y), to calculate 1/Z, you'll convert cartesian to polar representation and vice versa. Upvote 0 Downvote
Basic complex arithmetic, Y = 1/Z, G = Re(Y), to calculate 1/Z, you'll convert cartesian to polar representation and vice versa.