For the coming 5th Generation, mobile devices are becoming more chatty due to the machine-type-communication and always-on applications.
This paper presents models for monolithic RF spiral transmission-line baluns. The balun consists of a pair of spiral couplers fabricated on high resistivity silicon.
This paper presents models for monolithic RF spiral transmission-line baluns. The balun consists of a pair of spiral transformers fabricated on high-resistivity silicon.
We describe a numerical model for a multiwavelength Raman fiber laser. It uses an original algorithm which makes the model robust and fast.
Development of next generation mobile communication system (5G) is progressing rapidly.
A model which is based on the hypothesis of stress-induced structural relaxation and the concerts of fictive stress for viscoelastic deformation of glass materials around the glass transition tempe
Atomistic simulations are used to study the effects of implant parameters on transient enhanced diffusion (TED).
We have performed numerical analysis of the electro- and photo luminescence (PL) of a wafer which would have been used in the manufacture of a multiquantum-well 1.5-mu m InGaAsP-InP-based semicondu
A simple model is proposed for charge carrier transport across grain boundaries with an acceptor-like trap level.
Photonic crystal fibers have received much attention recently as they show promise for potential device and transmission fiber applications.
