Topic

S. Bjorlin

Affiliation

Electrical and Computer Engineering Department, University of California, Santa Barbara, CA, USA

Topic

Optical Amplifier,Circulator,Optical Pumping,Output Signal,Pump Power,Quantum Wells,Active Region,Change In Wavelength,Coupling Loss,Distributed Bragg Reflector,Gain Bandwidth,Input Signal,Mirror Image,Noise Figure,Amplified Spontaneous Emission,Amplifier Gain,Avalanche Photodiode,Bit Error Rate,Bitrate,Carrier Density,Cavity Mode,Decrease In Gain,Dependence Of Modes,Diode Laser,Error Floor,Eye Pattern,Fast Switching,Gain Spectrum,High Gain,High Temperature,High-temperature Characteristics,Input Power,Limited Equipment,Low Input Power,Low Reflectance,Material Gain,Maximum Delay,Most Significant Bit,Narrow Bandwidth,Optical Bandpass Filter,Optical Bandwidth,Optical Buffer,Optical Filter,Optical Memory,Peak Gain,Peak Wavelength,Pulse Width,Pump Beam,Random Access Memory,Receiver Sensitivity,

Biography

Staffan Björlin received the M.S. degree in engineering physics from the Royal Institute of Technology, Stockholm, Sweden, in 2000. He is currently working toward the Ph.D. degree in electrical engineering at University of California at Santa Barbara.
His research interests include design and characterization of vertical-cavity semiconductor optical amplifiers and vertical-cavity lasers.