|
EEE 533: ELECTRONIC CIRCUITS AND SYSTEMS
|
| bet | 47/48 | | Sana | 02.01.2024 | | Hajmi | 327 Kb. | | #129611 |
Bog'liq BACHELOR OF SCIENCE ELECTRICAL ELECTRONICS ENGINEERING
Review of some common circuit configurations. Linear circuit techniques including current mirrors, current and voltage reference sources, control of drift due to temperature, input and output stages, frequency compensation. Limitations of IC technology current status.
Multiplier circuits and applications. Wideband amplifier techniques. Voltage-controlled oscillators. Phase-locked loops and applications. Digital-to-Analog and Analog-to-Digital converters. Monolithic voltage regulators. Treatment of some modern electronic systems for example frequency synthesizers, logic analyzers, harmonic analyzers, multichannel micro-computers, instrument control buses.
EEE 543: RELIABILITY ENGINEERING
Concepts of reliability: definition, failure frequency, distribution of failures, failure rate and failure probability. Statistical reliability and estimation for components system selection: exponential formula for chance and wear-out failure, confidence limits, cumulative and conditional probability, Poisson distribution, series, parallel, redundancy and Bayer theorem. System design and development: design reliability analysis, dc-rating techniques. Tolerance design. Design simplification. Component reliability characteristics. Failure modes and effect analysis, fault free analysis. Prototype and sequential tests. Evaluation of systems reliability using Monte Carlo technique. System maintenance: planned and preventive maintenance, man-hour calculations, system utilization factor, maintainability design and modelling, equations for system availability and dependency. Spares and manuals.
EEE 528: PROGRAMMABLE DEVICES
Principles of Digital and analogue Programmable Devices, applications of programmable devices, interfacing, designing, programming and compiling, testing, prototyping and implementation.
Algorithms for storing, search, listing, and updating various types of data structure: graphs, linearly linked lists, mult-linked structures, data abstraction, database manipulation, sorting, searching, and storage techniques; memory management; file handling: sequential, direct, and indexed files. Basic concepts and analysis of data representation and associated algorithms illustrated in a suitable programming language such as Ada, Pascal, C++, java.
|
| |
