An active integrated antenna array is designed through a new design low called Deep Integration. Amplifier output currents are combined to synthesize the optimal antenna current distribution to produce the desired radiation characteristics. The electromagnetic field from a cluster of amplifiers is power-combined in low-loss (air) dielectrics inside a single antenna element to increase the total radiated output power. These elements can be combined in an array to further increase radiated power. Such solutions are highly compact in size and capable of delivering high Effective Radiated Power (ERP), which is particularly important in the area of mm-wave integrated circuit design for wireless applications. A simulation example is provided of a...
In this thesis, an active integrated antenna (AIA) system is proposed for potential applications in ...
This article reviews the current state-of-the-art of millimeter-wave (mm-wave) antennas for communic...
A high gain antenna array is designed and fabricated at 60 GHz. The array is via-less and made on a ...
An active integrated antenna array is designed through a new design low called Deep Integration. Amp...
The direct integration of antennas with nonlinear electronics dates back to the late 50s, where tran...
Deep integration is the visionary future trend of merging conducting, semi-conducting and insulating...
Deep integration is the visionary future trend of merging conducting, semi-conducting and insulating...
An overview of design challenges for beamforming active antenna arrays, which are needed to meet hig...
Initial technology and design decisions are presented as part of a design flow to realize an active ...
Next-generation mobile wireless technologies demand higher data capacity than the modern sub-6 GHz t...
This paper presents a model of active-integrated power amplifiers and antennas in a scanning array e...
This article reviews the current state-of-the-art of active-integrated antennas co-designed with pow...
The paper presents general properties of arrays of connected slot or dipole antennas providing guide...
The design of an active integrated antenna with negative resistance transistor oscillator has been d...
In this thesis, an active integrated antenna (AIA) system is proposed for potential applications in ...
This article reviews the current state-of-the-art of millimeter-wave (mm-wave) antennas for communic...
A high gain antenna array is designed and fabricated at 60 GHz. The array is via-less and made on a ...
An active integrated antenna array is designed through a new design low called Deep Integration. Amp...
The direct integration of antennas with nonlinear electronics dates back to the late 50s, where tran...
Deep integration is the visionary future trend of merging conducting, semi-conducting and insulating...
Deep integration is the visionary future trend of merging conducting, semi-conducting and insulating...
An overview of design challenges for beamforming active antenna arrays, which are needed to meet hig...
Initial technology and design decisions are presented as part of a design flow to realize an active ...
Next-generation mobile wireless technologies demand higher data capacity than the modern sub-6 GHz t...
This paper presents a model of active-integrated power amplifiers and antennas in a scanning array e...
This article reviews the current state-of-the-art of active-integrated antennas co-designed with pow...
The paper presents general properties of arrays of connected slot or dipole antennas providing guide...
The design of an active integrated antenna with negative resistance transistor oscillator has been d...
In this thesis, an active integrated antenna (AIA) system is proposed for potential applications in ...
This article reviews the current state-of-the-art of millimeter-wave (mm-wave) antennas for communic...
A high gain antenna array is designed and fabricated at 60 GHz. The array is via-less and made on a ...