Dark current is a drastic specification for any kind of sensor and particularly for imagers dedicated to low light level. We propose here a method for optimizing the InGaAs photodiode properties.
We report line width measurements of a quantum cascade distributed feedback laser by a heterodyne experiment.
The accuracy of an implementation of the spectrogram technique based on an electroabsorption modulator providing a 30 ps gate is investigated.
Heat removal from III-Nitride-based devices into a substrate depends also on an acoustic coupling at III-Nitride/substrate interface.
In certain applications geometric constraints may make it impractical to use a straight thermosyphon.
ABSTRACT GaAs growth experiments have been performed with triethylarsenic (TEAs) to investigate its potential as a replacement for arsine, and to compare the effects on film properties of substitut
Failures after curing of aluminum triple track test vehicles with polyimide or RTV overcoats were analyzed.
This work aims to characterize the performance of a commercially available solid heat sink (SHS) and a vapour chamber heat sink (VCHS) with a small localized heat source.
We have investigated ZnO epilayers grown under various Zn/O ratios by plasma-assisted molecular-beam epitaxy.
We demonstrate an active stabilisation technique of a DPSK demodulator at 10 Gb/s with temperature and laser wavelength drift compensation.
