(PREVIOUS TITLE: Ultra-Thin Oxide Reliability Projections and Alternate Dielectrics) We describe the reliability projection methods currently used and show that 1.6nm oxides have sufficient reliab
We describe the reliability projection methods currently used and show that 1.6 nm oxides are sufficiently reliable even if soft breakdown is considered the point of failure.
We demonstrate high-capacity, long-haul, wavelength-division multiplexed transmission over a 53-nm band centered at 1581 nm, enabled by forward- and backward-propagating Raman pumps and by slope-ma
This paper summarizes the motivations and results obtained regarding the optical distribution of a 60 GHz radio signal throughout buildings to provide users with Ultra-Broad-Band Wireless Home Area
High-capacity, long-haul, wavelength-division multiplexed transmission over a 53 nm band centred at 1581 nm, enabled by forward- and backward-propagating Raman pumps and by slope-matched dispersion
Extending the bandwidth of optical transport systems is a promising approach to increase the throughput of wavelength division multiplexed (WDM) systems.
Ultra-wideband (UWB) Communication techniques have attracted a great interest in both academia and industry in the past few years for applications in short-range wireless mobile systems.
We designed, fabricated and tested an optical hybrid that supports an octave of bandwidth (900-1800 nm) and below 4-dB insertion loss using multiplane light conversion.
We demonstrate broadband micro interferometric sensor based on multi-beam interference using a singlemode fiber end-spliced with an end-sphered hollow-core fiber lens.
The Schottky barrier height (Phi(B)) and reverse breakdown voltage (V-B) of Au/n-SiC diodes were used to examine the effect of inductively coupled plasma SF6/O-2 discharges on the near-surface elec
