Publications

Dispersion impact on electrical signal generation at 54.8 GHz of a quantum dash (QDs) mode-locked Fabry-Perot (FP) lasers emitting at 1.55 mum has been measured.

Inductively coupled plasma etching using Cl-2-H-2 chemistry with no additive gas (CH4, Ar, or N-2) is studied to realize deep (> 5 mu m) ridges with smooth and vertical sidewalls.

As the feature sizes of semiconductor devices continue to shrink below one micron, the demands of process capability increase in order to maintain manufacturability.

The design of workstations for use in picture archival and communications systems (PACS) has received a significant amount of attention: rightfully so, as it is the most noticeable element in such

In this article, we investigate the dry etching of GaInP/GaAs based material system using an inductively coupled plasma (ICP) etching system.

The optimization of an O-OFDM system is studied by reduction of peak to average signal ratio using clipping and an increase of average modulation.

The expected increase of the traffic volume in mobile broadband networks and the upcoming spectrum scarcity, require an optimization of the usage of the spectrum.

Large format detectors in the long wavelength region of the thermal infrared (TIR) spectrum (lambda similar to 11-15 mu m) with very high radiometric and imaging performances are of increasing scie

We have optimized the design of the broadband quantum cascade laser for continuous wave operation. The improved design leads to a gain ripple about 4 1/cm over more than 0.5 micron spectral range.

We have optimized the design of the broadband quantum cascade laser for continuous wave operation. The improved design leads to a gain ripple about 4 1/cm over more than 0.5 micron spectral range.