Applied Physics Letters · 1983 · 94 citations · 4 references
High-speed Integrated-optic TiPhotonicsEngineeringWavelength ConversionOptical ModulationOptical PropertiesIntensity Modulation0.83-μM Wavelength OperationMicrowave PhotonicsPhotonic Integrated CircuitOptical CommunicationElectro-optics DeviceOptoelectronicsSwept Frequency Technique
A high-speed integrated-optic Ti:LiNbO3 Mach–Zehnder interferometric modulator for 0.83-μm wavelength operation has been fabricated and characterized. The modulator exhibits smooth, resonance-free frequency response with a 17-GHz 3-dB bandwidth. The modulator has a built-in phase bias of π/2 for maximum linearity. Complete intensity modulation can be achieved with 120-mW drive power. Optical modulation was measured up to 18 GHz directly by using a very high-speed photodiode and indirectly using the swept frequency technique.
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20-GHz bandwidth GaAs photodiode
Shih-Yuan Wang, D. M. Bloom, D. M. Collins · Applied Physics Letters · 1983 · 55 citations
High Speed Guided-Wave Optical Modulators
T. Sueta, M. Izutzu · Journal of Optical Communications · 1982 · 30 citations
Traveling-wave electrooptic modulator
C. M. Gee, G. D. Thurmond, H. W. Yen · Applied Optics · 1983 · 15 citations