New techniques to generate a harmonic microwave frequency modulated on an optical carrier are presented. All these techniques utilize the polarization-dependent properties of a LiNbO3-phase modulator and manage to achieve 40-GHz modulation using only 10-GHz electronics. The signal quality of the generated frequency is mainly determined by the 10-GHz signal generator, and the suppression of undesired lower order harmonic frequencies exceeds 30 dB
Abstract: We present a photonic approach to generating binary phase-coded microwave signals with lar...
With the use of higher and higher frequencies in a number of current and future wireless millimeter-...
Congestion in the radio spectrum is forcing emerging high rate wireless communication systems into ...
New techniques to generate a harmonic microwave frequency modulated on an optical carrier are presen...
We present new techniques to generate a harmonic microwave frequency modulated on an optical carrier...
Abstract A novel scheme is proposed and experimentally demonstrated for the generation of microwaves...
We demonstrate the capability of optical frequency multiplication, or optical harmonic up-conversion...
Optical transmission of microwave (MW) and millimeter-wave (MMW) signals has become an intensive res...
investigate a novel technique to generate the transmission signal in digital microwave link applicat...
Photonic generation of ultra-low phase noise and frequency-tunable microwave or millimeter-wave (mm-...
Several novel phase-modulated fiber optic links for analog or microwave signal transport up to at le...
Abstract—A novel approach to achieving microwave frequency octupling in the optical domain is propos...
Two low phase noise microwave signals in the 18-20 GHz band have been remotely generated for bidirec...
Two optical/microwave generation techniques are discussed. 140 Mbit/s transmissions with optically g...
This thesis deals with the use of photonic technology in microwave and millimeter-wave applications....
Abstract: We present a photonic approach to generating binary phase-coded microwave signals with lar...
With the use of higher and higher frequencies in a number of current and future wireless millimeter-...
Congestion in the radio spectrum is forcing emerging high rate wireless communication systems into ...
New techniques to generate a harmonic microwave frequency modulated on an optical carrier are presen...
We present new techniques to generate a harmonic microwave frequency modulated on an optical carrier...
Abstract A novel scheme is proposed and experimentally demonstrated for the generation of microwaves...
We demonstrate the capability of optical frequency multiplication, or optical harmonic up-conversion...
Optical transmission of microwave (MW) and millimeter-wave (MMW) signals has become an intensive res...
investigate a novel technique to generate the transmission signal in digital microwave link applicat...
Photonic generation of ultra-low phase noise and frequency-tunable microwave or millimeter-wave (mm-...
Several novel phase-modulated fiber optic links for analog or microwave signal transport up to at le...
Abstract—A novel approach to achieving microwave frequency octupling in the optical domain is propos...
Two low phase noise microwave signals in the 18-20 GHz band have been remotely generated for bidirec...
Two optical/microwave generation techniques are discussed. 140 Mbit/s transmissions with optically g...
This thesis deals with the use of photonic technology in microwave and millimeter-wave applications....
Abstract: We present a photonic approach to generating binary phase-coded microwave signals with lar...
With the use of higher and higher frequencies in a number of current and future wireless millimeter-...
Congestion in the radio spectrum is forcing emerging high rate wireless communication systems into ...