We implement and experimentally demonstrate the separate carrier tuning technique on an optical ring resonator-based integrated optical delay line. For the first time, the carrier tuner, the delay elements and the optical sideband filter are integrated on the same chip. The proposed approach allows to reduce the complexity of the delay unit and makes the bandwidth independent of the absolute RF frequency. The demonstrated principle can be conveniently employed in any integrated non-coherent optical beamformer system
A novel ring resonator-based photonic beamformer has been developed for continuous and squint-free c...
This paper reports a dual-wavelength photonic beamformer implementing optical true time delay (OTTD)...
Integrated optical true time delay lines attract lots of attention for optically controlled mm-wave ...
We implement and experimentally demonstrate the separate carrier tuning technique on an optical ring...
We report, for the first time, an integrated photonic signal processor consisting of a reconfigurabl...
In this paper a novel CW laser-compatible, squint-free, continuously tunable ring resonator-based op...
A tuning algorithm is needed for a previously demonstrated phased array antenna system using an inte...
We present the first demonstration of a broadband and continuously tunable integrated optical beamfo...
Integrated photonic beamformer employing continuously tunable ring resonator-based delay
Optical delay lines implemented in photonic integrated circuits (PICs) are essential for creating ro...
We propose and experimentally demonstrate a novel, hardware-compressive architecture for broadband a...
In this paper we present the design, realization, and experimental characterization of a photonic in...
A continuously tunable integrated optical delay line architecture with large bandwidth and bandwidth...
A novel squint-free, continuously tunable beamformer mechanism for a phased array antenna system is ...
A continuously tunable integrated optical delay line architecture with large bandwidth and bandwidth...
A novel ring resonator-based photonic beamformer has been developed for continuous and squint-free c...
This paper reports a dual-wavelength photonic beamformer implementing optical true time delay (OTTD)...
Integrated optical true time delay lines attract lots of attention for optically controlled mm-wave ...
We implement and experimentally demonstrate the separate carrier tuning technique on an optical ring...
We report, for the first time, an integrated photonic signal processor consisting of a reconfigurabl...
In this paper a novel CW laser-compatible, squint-free, continuously tunable ring resonator-based op...
A tuning algorithm is needed for a previously demonstrated phased array antenna system using an inte...
We present the first demonstration of a broadband and continuously tunable integrated optical beamfo...
Integrated photonic beamformer employing continuously tunable ring resonator-based delay
Optical delay lines implemented in photonic integrated circuits (PICs) are essential for creating ro...
We propose and experimentally demonstrate a novel, hardware-compressive architecture for broadband a...
In this paper we present the design, realization, and experimental characterization of a photonic in...
A continuously tunable integrated optical delay line architecture with large bandwidth and bandwidth...
A novel squint-free, continuously tunable beamformer mechanism for a phased array antenna system is ...
A continuously tunable integrated optical delay line architecture with large bandwidth and bandwidth...
A novel ring resonator-based photonic beamformer has been developed for continuous and squint-free c...
This paper reports a dual-wavelength photonic beamformer implementing optical true time delay (OTTD)...
Integrated optical true time delay lines attract lots of attention for optically controlled mm-wave ...