Ba 0.5 Sr TiO 3 (BST) thin films grown on Si by an in situ ultraviolet-assisted pulsed laser deposition (UVPLD) technique exhibited significantly higher dielectric constant and refractive index values lower leakage current densities than conventional PLD under similar conditions. X-ray photoelectron spectroscopy (XPS) investigations have shown that the surface layer of contained, besides usual BST perovskite phase, additional phase with atoms a different chemical state. always larger amounts...

To resist the advanced process variation and enable ultra-low power operation, static random-access memory (SRAM) undergoes an expansion stage. The most common type of is SRAM, which occupy more than 60% chip area. All memories have occupied 80% circuit area in that day’s micro devices, this trend expected to continue. This paper develops into deployment SRAM using FinFET technology for implementation, with a primary objective mitigating critical parameters, including parameters named as...

Purpose Quantum-dot cellular automata (QCA) is a promising technology, which seems to be the prospective substitute for complementary metal-oxide semiconductor (CMOS). It high speed, density and low power paradigm producing efficient circuits. These days, most of smart devices used computing, make use random access memory (RAM). To enhance performance RAM cell, researchers are putting effort minimize its area time. Multilayer structures in QCA framework efficient, fast immune interference....

In the current information and technology era, business enterprises are focusing in performing process effectively by reducing waiting time completing work, reduce latency deploy resources so as to service patient, medical practitioners, societies, other stakeholders an efficient manner. Hence, several organisations using emerging technologies obtain high performance enhance competitive edge. The advancement machine learning, deep analytics, etc. enables health care industry identify...

The degradation of cathodoluminescent (CL) brightness under prolonged electron-beam excitation phosphors has been identified as one the outstanding critical issues for flat-panel field-emission displays. In this letter, we have demonstrated that a TaSi2 coating on Y2O2S:Eu3+ substantially inhibits characteristics without reducing its efficiency. was deposited by pulsed laser deposition targets onto fluidized bed containing phosphor particles. Cathodoluminescent experiments conducted at 2 keV...

High-k materials deposited directly on silicon exhibit an interfacial layer between the grown and underlying substrate. This is of particular concern in metal–oxide–semiconductor technologies where these layers have a deleterious effect overall capacitance resulting devices. In this letter, growth properties silicatelike are examined after postdeposition anneals vacuum, inert, oxidizing atmospheres. X-ray reflectivity, Fourier transform infrared spectroscopy, x-ray photoelectron spectroscopy...

Low power consumption is a vital issue for digital circuits in today's technological era. Hence reversible logic plays significant role designing low circuits. In the existing literature, lot of research has been done on sequential this paper author presents design asynchronous and synchronous counters using novel gate. This intends to optimize counter terms number gates, delay garbage outputs thus complexity circuit reduces. optimized will significantly strengthen performance concerning...

Reversible logic and Quantum dot cellular automata are the prospective pillars of quantum computing. These paradigms can potentially reduce size power future chips while simultaneously maintaining high speed. RAM cell is a crucial component computing devices. Design using blend reversible QCA technology will surpass limitations conventional structure. This motivates us to explore design in framework. The performance circuit be improved by utilizing resilient gate. paper presents QCA-based an...

Recent years have seen a rapid increase in the size of digital image collections.This ever increasing amount multimedia data creates need for new sophisticated methods to retrieve information one is looking for.The classical approach alone cannot keep up with growth available anymore.Thus content-based retrieval attracted many researchers various fields.There exist systems meanwhile.Retrieval Images from Image archive using Suitable features extracted content currently an active research...

In the era of quantum computing, Quantum Dot Cellular Automata (QCA) is a phenomenal technology which can produce low power, high speed and area efficient circuits. On other hand, reversible logic promising paradigm used to construct power This paper presents design unique gate based on QCA. facilitate complex, cost sequential The proposed examined for various performance parameters such as realization standard Boolean functions, function, energy dissipation fault characterization. It...

Now a day's reliability testing is an integral part of Electronics Engineering. For successful usage electronic components, modeling and estimation their has become critical. In this paper, the authors have analyzed SMPS (AC to DC converter) mathematically for evaluation its performance measures. A standby fly back transformer been used purpose improving system's reliability. We can online unit through imperfect switching device on failure main operable unit. To solve mathematical model...

The problem of contamination in ceramic insulators was found to be frequent power transmission lines and transformers. key aim develop aquaphobic zirconium oxide (ZrO2) thin films using DC reactive magnetron sputtering over glass mitigate problems. This achieved by introducing O2 Ar gas the chamber, three properties, namely, structural, optical, aquaphobic, were inspected changing ratio (oxygen/argon). These properties chosen based on comparison with bulk ZrO2. deposited ZrO2 samples...

Reversible logic is an emerging technology which has a potential to deal with power consumption. Consequently ultra low digital circuits can be successfully designed applying reversible assure today's technological requirements. In this paper author presents the design of very fundamental component sequential family i.e. dual edge triggered D flip flop. The suggested intends form flop modified in respect number gates, delay and thus minimizes complexity circuit. This further realized CMOS...

Summary The technique to overcome the challenge while implementing fiber optical link is investigated using an alternative called a free‐space (FSO) with advanced modulation and signal processing techniques. A dual‐polarized 16‐quadrature amplitude‐modulated transmitted over single multi‐FSO channels under various atmospheric attenuation conditions. High bandwidth data rates (up 10 Gbps), unlicensed spectrum (above 300 GHz), simplicity of deployment are significant benefits FSO system....