To date, distributed amplifiers based on HBTs have consistently shown lower gain-bandwidth products than their HEMT counterparts.
To support continuous bandwidth growth of next-generation high-speed serial links, moderate-resolution energy-efficient gigahertz-sampling-rate ADCs are highly demanded.
When a Ni - 0.8% Au alloy is annealed at temperatures above 400C, Au segregates at the Ni(100) surface to form an overlayer providing 1.0 +- 0.05 monolayer coverage.
We report a 8/spl times/8 switch based on a novel MOEMS technology allowing wide bandwidth (1300-1650 nm), fast switching (50 dB) and high modularity.
"This paper demonstrates a serial 84 Gb/s electrical duobinary link consuming 2 W from a 2.5 V supply for Tx and Rx including a 4:1 MUX and a 1:4 DEMUX.
The subject of digital speech encoding and bit-rate compression has been one of considerable interest in recent years.
A fully-integrated voltage controlled oscillator (VCO) has been one of the focal points of CMOS RF design activities in recent years.
Plastic waveguide links are proposed as a cost-friendly, light-weight and EMI-robust alternative for copper and optical interconnects for Gbps data transfer up to 10 m.
We report the performance of a 970-nm strained-layer InGaAs/GaAlAs quantum well laser and its application for pumping Er-doped optical fiber amplifiers.
During a recent experimental test campaign performed in the framework of ESA Contract 16721, the ballistic performance of multiple satellite-representative Carbon Fibre Reinforced Plastic(CFRP)/Alu
