The frequency dependent radio frequency power degradation in direct modulated microwave photonic systems employing uniform period fiber Bragg gratings (FBG) as reflective elements in investigated. Results show implications in terms of the available radio frequency bandwidth and the stability requirements for the FBG
Abstract This paper demonstrates a photonic‐based wideband TTD beamforming will demonstrate network ...
The fabrication of in-fibre Bragg gratings, and the application of arrays of such gratings as strain...
Microwave generation in an optical way is of great interests since it has unique advantages over the...
Since their discovery in 1978 by Hill et al. and the development of the transverse holographic techn...
A variable delay line is presented for phased array antennas based on a fibre Bragg grating which ha...
The microwave photonic responses of superstructured fiber Bragg gratings in combination with dispers...
Microwave photonics(MWP)is an emerging issue concering the interaction between microwaves and optica...
In this paper we analyze the response of a non-ideal optical beamforming system which employs true-t...
In this paper, we generalize the phase and amplitude requirements of microwave components, within tr...
The development of communications technologies has led to an ever-increasing requirement for a wider...
A technique is proposed to interrogate a distributed photonic sensor composed of seven standard fib...
Photonic generation and processing of microwave arbitrary waveforms has been a topic of interest rec...
Fibre Bragg gratings have over a relatively short evolutionary process matured from prototypes in la...
A variable delay line for phased-array antennas based on a chirped fibre Bragg grating is demonstrat...
Microwave photonic signal processing, using photonic approaches to condition microwave and radio fre...
Abstract This paper demonstrates a photonic‐based wideband TTD beamforming will demonstrate network ...
The fabrication of in-fibre Bragg gratings, and the application of arrays of such gratings as strain...
Microwave generation in an optical way is of great interests since it has unique advantages over the...
Since their discovery in 1978 by Hill et al. and the development of the transverse holographic techn...
A variable delay line is presented for phased array antennas based on a fibre Bragg grating which ha...
The microwave photonic responses of superstructured fiber Bragg gratings in combination with dispers...
Microwave photonics(MWP)is an emerging issue concering the interaction between microwaves and optica...
In this paper we analyze the response of a non-ideal optical beamforming system which employs true-t...
In this paper, we generalize the phase and amplitude requirements of microwave components, within tr...
The development of communications technologies has led to an ever-increasing requirement for a wider...
A technique is proposed to interrogate a distributed photonic sensor composed of seven standard fib...
Photonic generation and processing of microwave arbitrary waveforms has been a topic of interest rec...
Fibre Bragg gratings have over a relatively short evolutionary process matured from prototypes in la...
A variable delay line for phased-array antennas based on a chirped fibre Bragg grating is demonstrat...
Microwave photonic signal processing, using photonic approaches to condition microwave and radio fre...
Abstract This paper demonstrates a photonic‐based wideband TTD beamforming will demonstrate network ...
The fabrication of in-fibre Bragg gratings, and the application of arrays of such gratings as strain...
Microwave generation in an optical way is of great interests since it has unique advantages over the...
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