Hello,
I have question about coupling in multilayer microstrip.
I've read some books about coupling that include extraction of capacitance for even-mode and odd-mode (The basic theory with mutual and self capacitance!!). Also i've read about ''broadside-cupled lines'' (from ''RF and Microwave coupled line cicuits''), so i have some basic knowledge.
What would happen if i rotate the second conductor(90 degrees), for example in broadside-coupled line(or even beter in 3 layer microstrip(Conductor+Conductor+Ground)), and add a loop on it .I assume it would be no-coupling, at least not with the electrical field component but what with the magnetic field? in fact i don't understand why they don't analyse mutual inductance? ).
Any literature that have a similar structure described here?
Thanks
I have question about coupling in multilayer microstrip.
I've read some books about coupling that include extraction of capacitance for even-mode and odd-mode (The basic theory with mutual and self capacitance!!). Also i've read about ''broadside-cupled lines'' (from ''RF and Microwave coupled line cicuits''), so i have some basic knowledge.
What would happen if i rotate the second conductor(90 degrees), for example in broadside-coupled line(or even beter in 3 layer microstrip(Conductor+Conductor+Ground)), and add a loop on it .I assume it would be no-coupling, at least not with the electrical field component but what with the magnetic field? in fact i don't understand why they don't analyse mutual inductance? ).
Any literature that have a similar structure described here?
Thanks
