Microwave and millimeter wave signals can be generated using mode-locked semiconductor lasers with intra-waveguide saturable absorbers. Monolithic and external cavity devices optimized for electrical and optical signal generation are discussed along with measurements of amplitude noise, phase noise, output power, and repetition rate tunability
Experiments on the optical generation and transmission of millimeter-wave radio signals are reported...
Generation of millimeter-wave electronic signals and power is required for high-frequency communicat...
ABSTRACT — This paper describes a 20 GHz experimental coupled optoelectronic oscillator based on th...
A compact optoelectronic integrated circuit for generation of mm-wave frequencies is demonstrated. A...
Semiconductor mode-locked lasers (MLLs) are important as compact and cost-effective sources of picos...
Abstract:Microwave signal generation from the saturable absorber of a monolithic quantum dot passive...
Abstract—We have experimentally investigated on the effects of optical feedback on the performance o...
Summary form only given. Mode-locked semiconductor lasers may be used for numerous applications in o...
Gain-switched and mode-locked semiconductor lasers have been considered as potential optical sources...
We demonstrate the generation of radio-frequency (RF) signals using stabilized integrated semiconduc...
Microwave signal generation based on regenerative fiber mode-locked laser is proposed. The excellent...
We present two different photonic integrated circuits aimed to generate electrical signals within th...
We demonstrate how phase-locking a whispering gallery mode-stabilized semiconductor laser to a high-...
Microwave signals can be photonically generated inside a quantum dot, passively mode locked laser. I...
An investigation of mode-locked fiber ring lasers and their applications in photonic generation of m...
Experiments on the optical generation and transmission of millimeter-wave radio signals are reported...
Generation of millimeter-wave electronic signals and power is required for high-frequency communicat...
ABSTRACT — This paper describes a 20 GHz experimental coupled optoelectronic oscillator based on th...
A compact optoelectronic integrated circuit for generation of mm-wave frequencies is demonstrated. A...
Semiconductor mode-locked lasers (MLLs) are important as compact and cost-effective sources of picos...
Abstract:Microwave signal generation from the saturable absorber of a monolithic quantum dot passive...
Abstract—We have experimentally investigated on the effects of optical feedback on the performance o...
Summary form only given. Mode-locked semiconductor lasers may be used for numerous applications in o...
Gain-switched and mode-locked semiconductor lasers have been considered as potential optical sources...
We demonstrate the generation of radio-frequency (RF) signals using stabilized integrated semiconduc...
Microwave signal generation based on regenerative fiber mode-locked laser is proposed. The excellent...
We present two different photonic integrated circuits aimed to generate electrical signals within th...
We demonstrate how phase-locking a whispering gallery mode-stabilized semiconductor laser to a high-...
Microwave signals can be photonically generated inside a quantum dot, passively mode locked laser. I...
An investigation of mode-locked fiber ring lasers and their applications in photonic generation of m...
Experiments on the optical generation and transmission of millimeter-wave radio signals are reported...
Generation of millimeter-wave electronic signals and power is required for high-frequency communicat...
ABSTRACT — This paper describes a 20 GHz experimental coupled optoelectronic oscillator based on th...