Transmission lines and metamaterials based on quantum hall plasmonics
Physical Review Applied, 2019 - APS
The characteristic impedance of a microwave transmission line is typically constrained to a
value Z 0= 50 Ω, in part because of the low impedance of free space and the limited range of …
value Z 0= 50 Ω, in part because of the low impedance of free space and the limited range of …
[PDF][PDF] Transmission Lines and Metamaterials Based on Quantum Hall Plasmonics
S Bosco, DP DiVincenzo, DJ Reilly - … REVIEW APPLIED Phys …, 2019 - juser.fz-juelich.de
Specifying the impedance of radiofrequency or microwave circuits greatly simplifies their
analysis by making use of scattering matrices, rather than geometry-specific solutions to …
analysis by making use of scattering matrices, rather than geometry-specific solutions to …
Transmission Lines and Metamaterials Based on Quantum Hall Plasmonics
S Bosco, DP DiVincenzo… - Physical Review Applied, 2019 - ui.adsabs.harvard.edu
The characteristic impedance of a microwave transmission line is typically constrained to a
value Z 0= 50 Ω, in part because of the low impedance of free space and the limited range of …
value Z 0= 50 Ω, in part because of the low impedance of free space and the limited range of …
Transmission Lines and Meta-Materials based on Quantum Hall Plasmonics
S Bosco, DP DiVincenzo, DJ Reilly - arXiv preprint arXiv:1812.02976, 2018 - arxiv.org
The characteristic impedance of a microwave transmission line is typically constrained to a
value $ Z_0 $= 50$\Omega $, in-part because of the low impedance of free space and the …
value $ Z_0 $= 50$\Omega $, in-part because of the low impedance of free space and the …