Application Of Electronic Technology Research Articles

Research on the Application of Electronic Technology in Communication Engineering in the Era of Big Data

Research on the Application of Electronic Technology in Communication Engineering in the Era of Big Data

Application of Electronic Technology in Automatic Control of Electrical Engineering

Application of Electronic Technology in Automatic Control of Electrical Engineering

Information and Analytical Support of the Bank reporting: Methodological Aspects of Electronic Technologies Application

The key factor in the development of a modern bank is the modernization of its information and analytical system, based on the application of modern technologies for working with information. In fundamental changes in ways and forms in providing banking services, traditional approaches to information generating no longer meet modern requirements, which causes the search for new ways to organize data and using them. Digitalization innovations change the quality of service in commercial banks, expanding the range of services and increasing their comfort. In the meantime, they are associated with the emergence of additional risks in banking that should be identified and eliminated. This determines the need for the development and improvement of electronic technologies and analysis of the processes of the information generating and analytical support (IAS) for activities, considering the specifics of modern information requirements; generating data that meets the needs of various categories of users, as well as providing a reliable assessment of the financial condition of the bank and protecting it from risks. The paper’s aim is to substantiate the methodological aspects of the application of electronic technologies to improve the efficiency of the accounting and analytical support of the bank. Being a part of the study, the tasks would have to identify the problems of digitalization in the processes of generating information in accounting and reporting. The author considered substantiation of the direction of development of banking information systems, as well as methodological approaches to the implementation and use of information technologies in the bank. Using logical methods of cognition, system analysis and synthesis, modeling, the author substantiates the need to revise the methods of accounting and analytical support, the processes of their measurement, as well as identification for decision-making and risk reduction. The research proposed the methodological provisions on the use of electronic technologies which would improve the work efficiency in generating the information for management and control and also, reduce information risks in the bank.

Study of Cu-doped silicene nanoribbons in the electric field

This work studies copper doping in silicene nanoribbons. The electric field acting on the system has a constant magnitude of 0.4V/Å. The unit lattice studied here consists of twelve silicon atoms and four hydrogen atoms in one unit cell, hydrogen atoms to modify two edges. There are two doped structures studied, the top stucture and the valley structure, each with one substitution doped Cu atom per unit cell. The theory used to study computation here is density functional theory (DFT). The formation energies, state bands and energy regions of the doped system are calculated and plotted. Thanks to the copper doping process and the influence of the electric magnetic field, the system after doping becomes semi-metallic. The top doped structure shows more optimization and stability. In the quest to find new materials with features that match the requirements of practice, this is a promising study. This study lays the groundwork for future applications in electronic technology.

Ag-doped silicene nanoribbons in the electric field

Silicene nanoribbons (SNRs) will be doped with Ag atoms, silver atoms will be substituted at several positions in the structure of SNRs to create doped configurations. An external electric field of 0.1 V/Å will be applied to the doped systems. The theory used in this study is density functional theory (DFT). The doping profiles are optimized and they are all stable in the external electric field. The formation energies of the doped configurations will be calculated, the structure of energy bands and state densities of the systems will be plotted, investigated, and discussed. The study shows that the top configuration is a semi-metal, while the meta configuration is a semiconductor. Depending on the application, the system can use a semi-metal or a semiconductor, which creates a wide range of applications in electronic technology.

Application of Electronic Technology in Modern Equipment Machinery

Application of Electronic Technology in Modern Equipment Machinery

Structural Analysis and Performance in a Dual‐Mechanism Conductive Filament Memristor

AbstractThe development of a dual‐filament model is vital for achieving better performance in next‐generation resistive random‐access memory (RRAM). In this work, the microstructure evolution and corresponding performance of a Cu/Ta2O5−x/Pt system are investigated at the atomic scale. By inducing intrinsic oxygen vacancies into tantalum oxide and applying copper as the active electrode, the RRAM device can exhibit the electrical properties of a dual‐mechanism filament. The device demonstrates a long retention time (104 s) and a large memory window of 106. By using high‐resolution transmission electron microscopy and high‐resolution X‐ray photoelectron spectroscopy, the conductive filament is found to consist of crystalline copper and oxygen vacancies. Moreover, with the growth kinetics of filaments from in situ transmission electron microscopy and curve fitting relevant to the conduction mechanism, the formation of filaments is promoted by field‐coalesced oxygen vacancies induced by the growth of copper filaments. Therefore, this work provides a unique perspective and a novel material engineering approach for tailoring RRAM devices and developing further applications in electronic technology.

Evaluation of micro-structural and magnetic properties of nickel nano-ferrite and Mn2+ substituted nickel nano-ferrite

The spinel ferrites have remarkable applications in electronic technology owing to their elevated saturation magnetization, steadiness, resistivity and little loss energy over a broad array of frequencies. The features with respect to structure and magnetism of manganese doped NiFe2O4 nano ferrite are extensively probed. The lattice parameter value and volume of unit cell rises with manganese substitution. The cation distribution indicates that the Ni2+ ions inhabit B-sites and Mn2+ ions dwell in tetrahedral A-spot and the Mn2+ ions swap Ni2+ from tetrahedral spot. The saturation magnetization and magnetic moment of the NiFe2O4 is lower than the manganese substituted ferrite. Spectra pertaining to electron spin resonance exhibit a lone signal wide enough showing the occurrence of Fe3+, Ni2+ and Mn2+ ions with a 'g' approximately equal to 2.00.

Application of Electronic Technology in Automobile Safety System

This article analyzes the factors that affect the stability of the vehicle safety system. The research content of this article includes own factors, environmental factors, human factors. The author studies the specific application of electronic technology in the active safety processing, passive safety processing, and post-accident processing of automobile safety systems. The author analyzes the development of intelligent electronic technology, diversified development, energy-saving development and other trends. The purpose of this article is to give full play to the application value of electronic technology and improve the reliability of the operation process of the automobile safety system.

Discussion on Curriculum Reform of Electronic Technology Application Major in Secondary Vocational Schools under the Background of School-enterprise Cooperation

Discussion on Curriculum Reform of Electronic Technology Application Major in Secondary Vocational Schools under the Background of School-enterprise Cooperation

The Practice of Modern Electronic Technology in the Development of New Energy

With the rapid development of economy and the overall progress of society, as a large country of energy consumption, it is urgent for China to solve the problems of energy supply and environmental pollution, so it is imperative to develop and utilize new energy. As a key technology in power generation, the development of power electronics technology is directly related to the development and prospect of new energy generation technology, and affects the development and progress of society. Based on the development of new energy and materials industry, this paper expounds the application results of electronic technology, and analyzes and expounds the application of electronic technology in new energy materials industry. We should use computer technology properly to realize the development of modern electronic technology in new energy.

Application of EDA Technology in Marine Communication Electronic Circuit

Jiang, Y. and Liu, T., 2020. Application of EDA technology in marine communication electronic circuit. In: Li, L. and Huang, X. (eds.), Sustainable Development in Coastal Regions: A Perspective of Environment, Economy, and Technology. Journal of Coastal Research, Special Issue No. 112, pp. 437-439. Coconut Creek (Florida), ISSN 0749-0208.EDA technology, with its high efficiency and high operability in circuit design, has high applicability in the application of marine communication electronic circuit. With the rapid growth of international cross sea communication demand, the application of electronic technology of marine communication based on EDA technology has brought more broad development space. Based on this, this paper first studies the application characteristics of EDA technology in marine communication electronic circuit, then analyzes the design process of marine communication electronic circuit based on EDA technology, and finally gives the specific application of EDA technology in marine communication electronic circuit.

Tunable and nonvolatile multibit data storage memory based on MoTe2/boron nitride/graphene heterostructures through contact engineering

Heterostructures formed by stacking atomically thin two-dimensional materials are promising candidates for flash memory devices to achieve premium performances, due to the capability of effective carrier modulation and unique charge trapping behavior at the interfaces with atomic flatness. Here, we report a nonvolatile floating-gate flash memory based on MoTe2/h-BN/graphene van der Waals heterostructure, which possesses increased data storage capacity per cell and versatile tunability. The decent memory behavior of the device is enabled by the carriers stored in the floating gate of graphene layer, which tunnel through the dielectric layer of h-BN from the channel layer of MoTe2 under static-electrical field. Consequently, the developed memory device is capable to store 2 bits per cell by applying varied gate bias to implement multi-distinctive current levels. The device also exhibits remarkable erase/program current ratio of ∼105 with 1 µs switch speed and stable retention with estimated ∼30% charge loss after 10 yr. Furthermore, the memory device can operate in both p- and n-type modes through contact engineering, offering wide adaptability for emerging applications in electronic technologies, such as neuromorphic computing, data-adaptive energy efficient memory, and complex digital circuits.

Structural, defect, transport and dopant properties of AgNbO3

AbstractSilver niobate (AgNbO3) is a candidate lead‐free piezoelectric materials with potential applications in electronic technology and catalysis. Atomistic simulation techniques are used to examine the defects, diffusion of Ag+ and O2− ions, solution of dopants and electronic structures of pristine and doped configurations in AgNbO3. The Ag Frenkel is the most favourable intrinsic defect leading to the formation of Ag vacancies that can vehicle self‐diffusion of Ag+ ions in this material. The calculated activation energy for the diffusion of O2− ions (1.07 eV) is significantly lower than that calculated for the diffusion of Ag+ ions (2.44 eV). The prominent isovalent dopants on the Ag and the Nb sites are found to be Na+ and Ta5+ respectively. Doping of Ge on the Nb site can facilitate the formation of oxygen vacancies required for the oxygen diffusion. Additional Ag vacancies required for the self‐diffusion of silver can be introduced by doping of Ca on the Ag site. Electronic structures of non‐defective and defective AgNbO3 are discussed using density functional theory calculations.

Comprehensive Reform and Practice of Digital Electronic Technology Course for Applied Undergraduates

The digital electronic technology course is a basic course for electrical, electronic information, instrumentation and other specialties. It is a basic course of core technology about the application of electronic technology. According to the characteristics and development status of digital electronic technology course, combined with the training objectives of applied talents, this paper explores the comprehensive reform of digital electronic technology course from the aspects of course textbook construction, teaching method research, theory and practice teaching system construction and ability training of engineering quality training. The principle of combining theory with practice is carried out in the course structure. The theory teaching strives to be concise. It requires mastering concepts, strengthening application and highlighting engineering features. Practice teaching pays attention to ability. It requires gradual progress. It implements from confirmatory experiment to comprehensive design experiment in experiment, and introduces computer simulation technology. We should adhere to the principle of student-centered, carry out the idea of subjectivity education, change the traditional teaching concept, teacher-student relationship and teaching methods, and strengthen the spirit of innovation and innovation consciousness. We actively explore project-driven, inquiry, discussion, participation and other teaching methods for teaching. The research has a certain reference significance for the construction of applied undergraduate digital electronic technology courses and related courses under the background of transformation in the paper.

Characteristics of a novel thermal-induced epoxy shape memory polymer for smart device applications

With the increasing demand for the application of electronic technology, high performance, multi-function and intelligent control have been the main developing trend of smart material. In this paper, a novel thermal-induced epoxy shape memory polymer (ESMP) is developed and utilized as substrate material for smart flexible electronic device. Owing to the advantage of thermal-induced ESMP, circuit substrate can be rigid-flexible controllable at different working temperature. Firstly, the ESMP samples are prepared and then the mechanical and shape memory characteristics are studied respectively. Secondly, the mechanical behaviors are analysed based on thin plate deflection theory and finite element simulation software on the engineering application. Meanwhile, corresponding experimental tests are designed and performed to corroborate the theory and simulation results. At last, ESMP based test circuit board is designed and manufactured. The electrical signals under large deformation are also measured and compared with typical circuit board. The results show that the prepared ESMP, as a smart material, has good reliability, flexibility and great application prospects in the field of intelligent devices.

Challenging Electronic Systems’ and Devices’ Ability to Produce Reliable Evidence

Challenging Electronic Systems’ and Devices’ Ability to Produce Reliable Evidence

Analysis of the Application of Electronic Technology in Engineering Area

As a relatively new production technology in engineering technology, electronic technology can optimize and improve the complicated and tedious production process in the past, and then achieve the goal of reducing manpower and material resources and improving productivity. For this reason, this paper will discuss the application and analysis of wireless remote monitoring system and automobile machinery production, and elaborate the design and analysis of the system in the application analysis of wireless remote monitoring field, and enumerate the relevant theoretical basis. But the automobile production machinery aspect mainly focuses on the remote control system design, through the actual content carries on the research to the electronic technology application in the engineering domain.

Application of an Electronic System to the Management of Medical Records

The management of functions in any sector including the healthcare sector is highly dependent on the application of electronic technology to achieve effective results and to give peace of mind to the organisation. The manual modus operandi for the management of medical records in healthcare institutions brings about many discrepancies that regularly result in chaos in healthcare services, which always affects patients negatively. This study sought to investigate the application of an electronic system for the management of medical records in the Limpopo province of South Africa to support healthcare services. The study used a survey questionnaire to collect quantitative data from a sample of 306 (49%) out of a total of 622 records management officials. The response rate was 70.9 per cent (217), and system analysis and observation were applied to augment the quantitative data. The study discovered that the electronic system has not yet been applied for the management of medical records in healthcare institutions but is only used for capturing the personal information and financial status of patients or for billing purposes, although records management modules were available in the same system, and that negatively affects healthcare services and patients directly. The study recommends the application or enhancement of the current business administration system for healthcare patients or the development of a new electronic system to cater for the electronic management of medical records to support healthcare service delivery. The study further proposes a framework for the application of an electronic system for the management of medical records to support healthcare service delivery.

Research on hilly mountain tractor based on adaptive

Finite element method is an effective numerical analysis method developed to adapt to the use of computer [1]. Its role in engineering practice has been extended from analysis and verification to optimization design, and it has become a computer aided by computer aided design (CAD) Engineering (CAE) an important part. With the increasing complexity of engineering practice problems, the application of finite element method and error analysis method in one of the adaptive finite element method is becoming more and more popular. The adaptive finite element mesh which reflects the physical and geometric characteristics of the structure is the necessary part of applying the adaptive finite element method. With the trend of the development of tractors in the direction of intelligent, lightweight, the application of electronic technology and micro-control technology to tractors is an inevitable way. In this paper, based on the traditional tractor hydraulic suspension system, a tractor system with force adjustment function is designed. Compared with the traditional tractor hydraulic suspension system, the system uses the electronic control technology to realize the deep displacement adjustment and force regulation, control the chip acquisition force sensor and the position sensor real-time feedback signal to raise or lower the hanging rod. Introduction.