Soldering is a well-known metallurgical bonding technology used for joining metal parts.
An optoelectronic phase locked loop for clock recovery in high-speed optical time division multiplexed systems is proposed and experimentally demonstrated.
Differential voltage current characteristics of coupled-cavity semiconductor lasers are studied experimentally.
The performance of InGaAs/InGaAsP multiple-quantum-well material as the absorbing medium in waveguide detectors has been studied.
The optical and electronic properties of pseudomorphic Si sub x Ge sub (1-x) /Ge heterostructures are reviewed in brief.
Rapid deployment of sophisticated optoelectronic devices with increasingly stringent performance requirements and the necessity to meet aggressive cost targets requires extensive use of simulation
A bistable n-channel Double heterostructure Opto-Electronic Switch, (DOES), fabricated as a three terminal LED (LEDISTOR), is reported and results are presented demonstrating simultaneous electrica
Fabrication and characterization of a three terminal self-aligned Double heterostructure OptoElectronic Switch in the light-emitting diode configuration, is reported.
Summary form only given.
We present our investigations of the novel nonlinear optical properties seen in III-V Quantum Wells Structures when electrostatic field are used to change the absorption directly or by driving elec
