For 20-MHz converter simulation, semiconductor nonlinear C- V and I-V characteristics must be modeled because they represent circuit elements which control circuit behavior.
Three sizes of CdSe molecular clusters have been studied by sup (77) Se and sup (111) Cd nuclear magnetic resonance (NMR) spectroscopy.
This chapter discusses the general context of slot switched network with possible slot blocker implementation in section 2. In section 3, we focus on SOA devices.
This contribution is a chapter in the Optical Society of America Handbook of Optics, 3rd Edition.
Recent advances have brought semiconductor amplifiers to the stage where lightwave system employing amplifiers in some aspects clearly out-performs traditional systems.
In this paper, a brief review will be given on recent advances in semiconductor quantum dots based optoelectronic devices.
Three-dimensionally-confined semiconductors (quantum dots, QD) have enormous potential in the fields of optoelectronics, and linear and nonlinear optics.
It is desirable to generate spatially strongly confined dopant distributions in a semiconductor. Such dopant distributions can be mathematically described by the Dirac-delta function.
It is shown theoretically that selective perturbation by electrorefractive effect of the even-order modes in III-V semiconductor multimode interference couplers gives rise to high-performance optic
Around the end of 1958, considerable interest developed among experimenters and transducer manufacturers in the possible application of highly sensitive piezoresistive elements as subminiature sens
