A monolithic optoelectronic device for the generation of tunable and narrow linewidth millimeter-wave signals is presented. The device consists of three mutually injected distributed feedback lasers whose emission frequencies are stabilized via a four-wave mixing process. Their beating on a high-speed photodetector generates a narrow linewidth electrical signal that is continuously tunable over several tens of gigahertz
Single mode tunable lasers are essential components for applications such as classical/quantum commu...
Abstract: A novel optical millimeter-wave generation using sideband injection locking is demonstrate...
Multi-wavelength laser sources based on Arrayed waveguide grating have been shown in order to provid...
A monolithic optoelectronic device for the generation of tunable and narrow linewidth millimeter-wav...
A monolithic optoelectronic device for the generation of tunable and narrow linewidth millimeter-wav...
A monolithic optoelectronic device for the generation of tunable and narrow linewidth millimeter-wav...
A monolithic device for the generation of tunable narrow linewidth millimeter-wave signal for wirele...
A monolithic device for the generation of tunable narrow linewidth millimeter-wave signal for wirele...
A monolithic device for the generation of tunable narrow linewidth millimeter-wave signal for wirele...
An integrated monolithic device where two DFB lasers are phase-locked via mutual injection, assisted...
An integrated monolithic device where two DFB lasers are phase-locked via mutual injection, assisted...
An integrated monolithic device where two DFB lasers are phase-locked via mutual injection, assisted...
We present two different photonic integrated circuits aimed to generate electrical signals within th...
We present two different photonic integrated circuits aimed to generate electrical signals within th...
We present two different photonic integrated circuits aimed to generate electrical signals within th...
Single mode tunable lasers are essential components for applications such as classical/quantum commu...
Abstract: A novel optical millimeter-wave generation using sideband injection locking is demonstrate...
Multi-wavelength laser sources based on Arrayed waveguide grating have been shown in order to provid...
A monolithic optoelectronic device for the generation of tunable and narrow linewidth millimeter-wav...
A monolithic optoelectronic device for the generation of tunable and narrow linewidth millimeter-wav...
A monolithic optoelectronic device for the generation of tunable and narrow linewidth millimeter-wav...
A monolithic device for the generation of tunable narrow linewidth millimeter-wave signal for wirele...
A monolithic device for the generation of tunable narrow linewidth millimeter-wave signal for wirele...
A monolithic device for the generation of tunable narrow linewidth millimeter-wave signal for wirele...
An integrated monolithic device where two DFB lasers are phase-locked via mutual injection, assisted...
An integrated monolithic device where two DFB lasers are phase-locked via mutual injection, assisted...
An integrated monolithic device where two DFB lasers are phase-locked via mutual injection, assisted...
We present two different photonic integrated circuits aimed to generate electrical signals within th...
We present two different photonic integrated circuits aimed to generate electrical signals within th...
We present two different photonic integrated circuits aimed to generate electrical signals within th...
Single mode tunable lasers are essential components for applications such as classical/quantum commu...
Abstract: A novel optical millimeter-wave generation using sideband injection locking is demonstrate...
Multi-wavelength laser sources based on Arrayed waveguide grating have been shown in order to provid...