Generation and detection of millimeter-wave optical signals for use in power-combining arrays
About 60 GHz IMPATT oscillator array with pulsed operation, photoconductive sampling with an integrated loop, GaInAs MSM photodetectors with Cu Schottky contacts, and multi-laser phase-locked loops.
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Photoconductive Sampling with
GalnAs MSM Photodetectors with
MultiLaser PhaseLocked Loops
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achieved AlInAs AlInAs/GaInAs amplifier antenna bandwidth barrier enhancement barrier height beat frequencies beat signal capacitance Chapter charge storage dark current described electro-optic sampling Electronics Lett elements enhancement layer external cavity laser fabricated feedback flat filter FM response free running FWHM GaAs GaInAs heterodyne IEEE Trans illuminated IMPATT diodes impulse response inductive Laser Diodes laser linewidth lasers locked locked in configuration loop bandwidth loop filter loop gain low phase noise measured Metal-Semiconductor-Metal Microwave Microwave Theory Tech Millimeter Wave millimeter-wave modulation MSM detectors MSM Photodetectors narrow linewidth offset OPLL Optical Phase-Locked Loop output performance phase detector phase noise phase variance Phase-Locked Loop Phased Arrays photoconductive photoconductive sampling photodetector Photon Phys power spectral density power-combining arrays Quantum Electron Quasi-Optical Power Combining risetime sampling circuit sampling device Schottky metal seen in Figure self-heterodyne semiconductor lasers shown in Figure spectrum analyzer techniques three lasers transmission line voltage waveguide wavelength