Decoupling and matching networks may be used to improve the performance of compact antenna arrays where mutual radiator coupling has caused a degradation of the diversity capabilities. A popular network consists of a 180deg rat-race directional coupler, which decouples the antenna ports, followed by impedance matching networks at each port. Researchers, however, usually neglect the presence of losses both within the antenna array and the decoupling and matching network. For this reason, we have built various narrowband and broadband matching networks and compare their performances with the help of calibrated far-field measurement data
Compact arrays such as multiple antennas on a mobile terminal suffer from low efficiency and high co...
A general compact formula for multi-port matching efficiency in the presence of an arbitrary number ...
We investigate in this paper the effects of Decoupling and Matching Networks (DMNs) to the polarizat...
Decoupling networks can alleviate the effects of mutual coupling in antenna arrays. Conventional dec...
A new frequency-agile compact antenna array incorporating a reconfigurable decoupling and matching n...
A novel frequency reconfigurable compact array incorporating a reconfigurable decoupling and matchin...
The flexible design of decoupling and matching networks for coupled antennas is introduced. The netw...
Thesis (Ph. D.)--University of Washington, 1997The design of 2N-port networks that allow good power ...
A tunable decoupling and matching network (DMN) for a closely spaced two-element antenna array is pr...
Conventionally, the spacing between adjacent elements in an antenna array are set at half-a-waveleng...
An array of monopole elements with reduced element spacing of λ/6 to λ/20 is considered for applicat...
International audienceDecreasing the electric length of an antenna results in increasing its input r...
Developements in next-generation advanced communication systems and devices have triggered multi-ant...
BackgroundRadiative coil arrays, e.g., dipole or monopole arrays, are increasingly used in MR signal...
Conventionally, the spacing between adjacent elements in an antenna array are set at half-a-waveleng...
Compact arrays such as multiple antennas on a mobile terminal suffer from low efficiency and high co...
A general compact formula for multi-port matching efficiency in the presence of an arbitrary number ...
We investigate in this paper the effects of Decoupling and Matching Networks (DMNs) to the polarizat...
Decoupling networks can alleviate the effects of mutual coupling in antenna arrays. Conventional dec...
A new frequency-agile compact antenna array incorporating a reconfigurable decoupling and matching n...
A novel frequency reconfigurable compact array incorporating a reconfigurable decoupling and matchin...
The flexible design of decoupling and matching networks for coupled antennas is introduced. The netw...
Thesis (Ph. D.)--University of Washington, 1997The design of 2N-port networks that allow good power ...
A tunable decoupling and matching network (DMN) for a closely spaced two-element antenna array is pr...
Conventionally, the spacing between adjacent elements in an antenna array are set at half-a-waveleng...
An array of monopole elements with reduced element spacing of λ/6 to λ/20 is considered for applicat...
International audienceDecreasing the electric length of an antenna results in increasing its input r...
Developements in next-generation advanced communication systems and devices have triggered multi-ant...
BackgroundRadiative coil arrays, e.g., dipole or monopole arrays, are increasingly used in MR signal...
Conventionally, the spacing between adjacent elements in an antenna array are set at half-a-waveleng...
Compact arrays such as multiple antennas on a mobile terminal suffer from low efficiency and high co...
A general compact formula for multi-port matching efficiency in the presence of an arbitrary number ...
We investigate in this paper the effects of Decoupling and Matching Networks (DMNs) to the polarizat...