International audienceThis letter presents an electronically reconfigurable, linearly polarized unit cell for transmitarray applications in Ka-band. A 1-bit phase resolution (namely with two phase states 0 ° and 180 °) is obtained using two p-i-n diodes mounted on a slot-loaded patch antenna. The design, realization, and experimental characterization in a standard waveguide simulator are reported. The measured insertion losses only reach 1.09 and 1.29 dB for the two-phase states, respectively, with a 3-dB transmission bandwidth of about 11.2
International audienceThis paper presents in detail the design of a linearly-polarized electronicall...
International audienceThis paper presents in detail the design of a linearly-polarized electronicall...
International audienceThis paper presents in detail the design of a linearly-polarized electronicall...
International audienceThis letter presents an electronically reconfigurable, linearly polarized unit...
International audienceThis letter presents an electronically reconfigurable, linearly polarized unit...
International audienceThis letter presents an electronically reconfigurable, linearly polarized unit...
International audienceThis letter presents an electronically reconfigurable, linearly polarized unit...
International audienceIn this contribution, we propose a new reconfigurable unit-cell design operati...
International audienceIn this contribution, we propose a new reconfigurable unit-cell design operati...
International audienceIn this contribution, we propose a new reconfigurable unit-cell design operati...
International audienceIn this contribution, we propose a new reconfigurable unit-cell design operati...
International audienceIn this contribution, we propose a new reconfigurable unit-cell design operati...
International audienceIn this contribution, we propose a new reconfigurable unit-cell design operati...
International audienceIn this contribution, we propose a new reconfigurable unit-cell design operati...
International audienceThis paper presents in detail the design of a linearly-polarized electronicall...
International audienceThis paper presents in detail the design of a linearly-polarized electronicall...
International audienceThis paper presents in detail the design of a linearly-polarized electronicall...
International audienceThis paper presents in detail the design of a linearly-polarized electronicall...
International audienceThis letter presents an electronically reconfigurable, linearly polarized unit...
International audienceThis letter presents an electronically reconfigurable, linearly polarized unit...
International audienceThis letter presents an electronically reconfigurable, linearly polarized unit...
International audienceThis letter presents an electronically reconfigurable, linearly polarized unit...
International audienceIn this contribution, we propose a new reconfigurable unit-cell design operati...
International audienceIn this contribution, we propose a new reconfigurable unit-cell design operati...
International audienceIn this contribution, we propose a new reconfigurable unit-cell design operati...
International audienceIn this contribution, we propose a new reconfigurable unit-cell design operati...
International audienceIn this contribution, we propose a new reconfigurable unit-cell design operati...
International audienceIn this contribution, we propose a new reconfigurable unit-cell design operati...
International audienceIn this contribution, we propose a new reconfigurable unit-cell design operati...
International audienceThis paper presents in detail the design of a linearly-polarized electronicall...
International audienceThis paper presents in detail the design of a linearly-polarized electronicall...
International audienceThis paper presents in detail the design of a linearly-polarized electronicall...
International audienceThis paper presents in detail the design of a linearly-polarized electronicall...