In this letter, the power spectrum of a cooled distributed feedback laser module is measured using the self-heterodyne technique. Periodical oscillation peaks have been observed in the measurement. Further investigation shows that the additional modulation signal is coupled from the thermal electric cooler (TEC) controller to the laser driver, and then applied to the laser diode. The additional modulation can be eliminated by properly isolating the laser driving source from the TEC controller
Simultaneous direct modulation response enhancement, phase noise (linewidth) reduction, and frequenc...
External cavity, strong optical feedback, semiconductor lasers are analyzed using a rotated ellipse ...
The NASA Earth Science Enterprise Advanced Technology Initiatives Program is supporting a program fo...
A recent investigation into the operation of a semiconductor laser with optical feedback and direct ...
The back-reflection of emitted laser beam (optical feedback, also know as selfmixing) from various e...
This paper present a theoretical assessment of the performance of subcarrier optical communication s...
An improved peak power method for measuring frequency responses of photodetectors in a self-heterody...
AbstractOscillator is an electronic circuit that is designed as a signal generator in which its freq...
grantor: University of TorontoThis thesis reports on a comprehensive study using microwave...
Period-one and period-two oscillations in a diode laser subject to optical injection are experimenta...
The lasing wavelength of a single-section distributed feedback (DFB) laser diode can be modulated by...
A simple method for estimating the frequency responses of directly modulated lasers from optical spe...
International Telemetering Conference Proceedings / November 19-21, 1979 / Town and Country Hotel, S...
A methodology for treating the semiconductor laser as a current-controlled oscillator in an optical ...
The stabilization of the mean frequency of a single-mode semiconductor laser used under modulation i...
Simultaneous direct modulation response enhancement, phase noise (linewidth) reduction, and frequenc...
External cavity, strong optical feedback, semiconductor lasers are analyzed using a rotated ellipse ...
The NASA Earth Science Enterprise Advanced Technology Initiatives Program is supporting a program fo...
A recent investigation into the operation of a semiconductor laser with optical feedback and direct ...
The back-reflection of emitted laser beam (optical feedback, also know as selfmixing) from various e...
This paper present a theoretical assessment of the performance of subcarrier optical communication s...
An improved peak power method for measuring frequency responses of photodetectors in a self-heterody...
AbstractOscillator is an electronic circuit that is designed as a signal generator in which its freq...
grantor: University of TorontoThis thesis reports on a comprehensive study using microwave...
Period-one and period-two oscillations in a diode laser subject to optical injection are experimenta...
The lasing wavelength of a single-section distributed feedback (DFB) laser diode can be modulated by...
A simple method for estimating the frequency responses of directly modulated lasers from optical spe...
International Telemetering Conference Proceedings / November 19-21, 1979 / Town and Country Hotel, S...
A methodology for treating the semiconductor laser as a current-controlled oscillator in an optical ...
The stabilization of the mean frequency of a single-mode semiconductor laser used under modulation i...
Simultaneous direct modulation response enhancement, phase noise (linewidth) reduction, and frequenc...
External cavity, strong optical feedback, semiconductor lasers are analyzed using a rotated ellipse ...
The NASA Earth Science Enterprise Advanced Technology Initiatives Program is supporting a program fo...