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Semiconductor electronics of nanostructures

ВБ 2.11

Вибіркова дисципліна для ОП

First

2023/2024

8 Semester

3

The student should know the general basics of nanoscale physics semiconductor devices; basic circuit solutions of integrated nanoelectronics; the main physical processes that occur when an electric current flows through nano-sized transistors; physical bases of manufacturing technologies of modern and promising nanoelectronic circuits; the main transient processes in the electrical circuits of memory cells and logic keys in a nanoscale integrated design; the main physical features that arise during the transition from micro- to nano-sized basic elements of integrated electronic devices. The student must be able to build basic electrical circuits memory cells and logic keys in relation to the technological process of their production; estimate the maximum limiting frequencies of the correct functioning of logical keys; estimate the maximum limiting frequencies correct functioning of nanosized memory cells of various types and different physical principles of action.

Full-time form

The educational discipline "Semiconductor Electronics of Nanostructures" is based on a cycle of disciplines, namely: "General Physics", "Solid State Physics", "Radio Engineering Circuits and Signals", "Quantum Mechanics". Prerequisites: 1. the student must know: the basic laws, equations and relations of the course of general physics, the course of solid state physics, the course of quantum mechanics and the theory of electric circuits. 2. the student should be able to: build the simplest linear physical models, read, understand and build electrical circuits, solve the simplest linear differential equations and eigenvalue problems, write the Hamiltonian of particles in a given potential. 3. the student should know: the basics of the theory of transient processes in electric circuits, models of basic active and passive elements of electric circuits and their main parameters, basics of physical phenomena in a condensed medium on a mesoscopic scale.

The discipline "Semiconductor electronics of nanostructures" is one of the key disciplines of the bachelor's training cycle in the field of modern radiophysics, electronics and computer systems. It gives an idea of the physical principles of functioning of nanoscale basic elements prospective systems of storage, transmission and processing of information, as well as about their circuitry and basic processes of serial nanotechnology. This discipline has an applied focus on the modern high-tech production of nanoelectronic devices in commercial and defense sectors.

1. B.K. Kaushik. Nanoscale Devices – Physics, Modeling, and Their Application. – Taylor & Francis Group, LLC, 2019. – 432 pp. 2. L.H. Madkour. Nanoelectronic Materials – Fundamentals and Applications. Springer Nature Switzerland AG, 2019. – 783 pp. 3. M.M. Hussain. Advanced Nanoelectronics – Post-Silicon Materials and Devices. Wiley-VCH Verlag GmbH & Co, 2019. – 272 pp.

Lectures, independent work.

The level of achievement of all planned learning outcomes is determined by the results of written test papers. Final evaluation (in the form of credit): the form of credit is written and oral. In total, you can get from 0 to 40 points for the credit. The condition for achieving a positive grade for the discipline is to obtain at least 60 points, while the grade for the credit cannot be less than 24 points.

Ukrainian