Experimental results on direct and indirect optically controlled monolithically integrated oscillators will be presented. The oscillators had a free-running frequency around 7 GHz. The experimental results show that the indirect optically controlled circuits seem to be more effective in controlling the phase of the output signal
This thesis considers the use of optical control techniques for phase locking of microwave and milli...
For the first time, optical phase control of a hybrid heterojunction bipolar transistor (HBT) oscill...
Fiber optics have the potential to impact future radar and communication systems through the distrib...
For the first time an indirect optically controlled monolithic integrated oscillator was fabricated ...
For the first time the optical injection locking behavior of a monolithic integrated HFET-oscillator...
Abstract:- This paper shows the latest results research on the optical control of a GaAs chip monoli...
Abstract — This paper shows the results of research on the optical control of a GaAs chip monolithi...
An experimental investigation of the tuning processes when a MMIC VCO is illuminated has been carrie...
A new large-signal equivalent circuit model of a pHEMT with and without illumination has been develo...
The direct optical control, tuning, FM modulation, and injection locking of a 2-GHz HEMT oscillator ...
A 77-GHz automotive radar system for collision avoidance and intelligent cruise control has recently...
International audienceWe report a new scheme of photonic microwave oscillator at telecommunication w...
Recently, there has been growing interest in MMICs for circuit applications in the 76 to 77 GHz freq...
This thesis is primarily concerned with the development of heterojunction bipolar transistor (HBT) b...
In this paper, a PLL-based stabilization technique for monolithic integrated W-band voltage controll...
This thesis considers the use of optical control techniques for phase locking of microwave and milli...
For the first time, optical phase control of a hybrid heterojunction bipolar transistor (HBT) oscill...
Fiber optics have the potential to impact future radar and communication systems through the distrib...
For the first time an indirect optically controlled monolithic integrated oscillator was fabricated ...
For the first time the optical injection locking behavior of a monolithic integrated HFET-oscillator...
Abstract:- This paper shows the latest results research on the optical control of a GaAs chip monoli...
Abstract — This paper shows the results of research on the optical control of a GaAs chip monolithi...
An experimental investigation of the tuning processes when a MMIC VCO is illuminated has been carrie...
A new large-signal equivalent circuit model of a pHEMT with and without illumination has been develo...
The direct optical control, tuning, FM modulation, and injection locking of a 2-GHz HEMT oscillator ...
A 77-GHz automotive radar system for collision avoidance and intelligent cruise control has recently...
International audienceWe report a new scheme of photonic microwave oscillator at telecommunication w...
Recently, there has been growing interest in MMICs for circuit applications in the 76 to 77 GHz freq...
This thesis is primarily concerned with the development of heterojunction bipolar transistor (HBT) b...
In this paper, a PLL-based stabilization technique for monolithic integrated W-band voltage controll...
This thesis considers the use of optical control techniques for phase locking of microwave and milli...
For the first time, optical phase control of a hybrid heterojunction bipolar transistor (HBT) oscill...
Fiber optics have the potential to impact future radar and communication systems through the distrib...
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