Examens - Électronique et automatique
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Examens de électronique et automatique partagés par des étudiants et des enseignants. Thèmes couverts : automatisme, asservissement, microcontrôleur, Arduino, VHDL, signal.
This document is a syllabus tailored for second-year electrical students specializing in Industrial Informatics and Automation at ISETs. It introduces the architecture and programming of microcontroller systems, focusing on PIC 16F877. The course blends theoretical lessons with practical exercises, evaluations, and integrated coursework to ensure a thorough understanding of microcontrollers. The course is developed by Mme. Yosra Rkhissi Kammoun, leveraging her academic and practical experience to craft accessible and effective explanations for students.
This course is dedicated to the study of microcontrollers, aimed at higher education students specializing in micro-programmed systems. It provides theoretical insights and practical exercises related to microcontroller architecture, particularly the PIC 16F877. The course includes evaluations through tests and a final exam to assess understanding and programming skills.
This document is an examination paper from the Department of Electrical Engineering at the Institut Supérieur des Études Technologiques de Nabeul, dated 17 January 2005. It focuses on the study of a position sensor and the analysis of operational amplifiers in an oscillatory circuit. The exam includes theoretical questions and practical applications related to electronic components.
This document presents an exam on electronic systems aimed at detecting metal objects near the ground. It includes problems related to oscillators and filters, focusing on frequency modulation and signal processing. The exam is structured with multiple sections and scoring criteria.
This document is an examination paper focusing on the principles of pressure measurement systems, including discussions on operational amplifiers and filtering circuits. It contains various sections with theoretical and practical exercises related to electronic systems. Students are expected to solve problems and demonstrate their understanding of the material.
This document presents an exam on the principles of temperature measurement in a petroleum drilling context and its optical transmission to a control station. It encompasses a series of theoretical and practical questions related to temperature sensors and operational amplifiers. The significance of the design and presentation of the solutions is emphasized for grading.
This document contains an examination related to Electronic Engineering, focusing on measurement methods in instrumentation systems. It outlines various questions and topics on circuit analysis and signal processing. The document also emphasizes the importance of presentation and quality of writing in the examination.
This document outlines an exam for Analog Electronics at the Institute Superior of Technological Studies of Nabeul. It consists of three independent parts, each requiring distinct solutions based on operational amplifiers and circuit analysis. The exam includes theoretical questions and practical applications related to oscillators and filters.
This document outlines the exam details for the Analog Electronics course at the Institut Superieur des Etudes Technologiques de Nabeul. It includes information about the questions on operational amplifiers, temperature to frequency conversion, and filter characteristics. The exam has a duration of 1 hour and 30 minutes with a specific grading criteria.
This document contains an exam for the Electronics subject, offered by Mr. Moez Hajji. It consists of three independent parts focusing on operational amplifiers, comparators, and active filters. Students are required to present their work on separate sheets and adhere to specific grading criteria.
This document is an exam for a Génie Electrique course focusing on electronic systems, specifically measuring energy consumption and analyzing various electronic components. The exam covers topics such as transformers, multipliers, filters, and operational amplifiers. Students are expected to demonstrate their understanding through calculations and expressions related to the circuits studied.
This document presents an exam on the regulation system of aquarium temperature using operational amplifiers and logical circuits. It includes theoretical questions and practical calculations related to electronic circuitry intended for temperature regulation. The exam emphasizes the understanding of circuit behaviors and requires the proper application of electronic principles.
This document outlines the exam for the Analog Electronics course, detailing its structure, rules, and specific topics covered. The exam is divided into two independent parts focused on linear and non-linear functions of operational amplifiers. Students are required to provide expressions and analyze circuits based on given parameters and conditions.
This document contains an exam on the topic of analog multiple feedback systems, comprising problems related to transfer functions, oscillators, and integrators. The exam is structured into several parts, each dealing with different aspects of electronic components and their interactions. It is directed towards students in the Electrical Engineering department and includes presentation and writing quality criteria for grading.
This document introduces the STM32F4-Discovery board designed for high-performance embedded applications using the ARM Cortex-M4 32-bit microcontroller. It details the board's features, including its extensive hardware components such as accelerometers, microphones, LEDs, and programming/debugging tools like the ST-LINK/V2 debugger. The document provides a quick-start guide for configuring the board and demonstrates its motion-sensing capabilities. It also elaborates on power options, development tools, and supported environments such as IAR EWARM, Keil MDK-ARM, and Mbed studio.
This document serves as a course material focused on the STM32F4-Discovery board, which is designed to help users develop applications using the high-performance STM32F4 microcontroller. It outlines the board's features, specifications, and provides guidelines for quick start and application demonstration. Users are encouraged to utilize the comprehensive software library and examples provided to facilitate their development processes.
Minist re de l'Enseignement Sup rieur et de la Recherche Scientifique Universit de Carthage Institut Sup rieur des Technologies de l Information et de la Communication Fascicule de travaux pratiques Architecture des microcalculateurs - tude des microcontr leurs STM32- Pr par par : M.
Architecture des micro calculateurs - tude des microcontr leurs STM32- 2016-2017 Dr. Sofiene Saidi Maitre assistant l ISTIC 1 Architecture des micro calculateurs 21h cours 21h TD Cours I.
This document contains an exam on signal processing, focusing on impulse response, system properties, signal reconstruction, spectral folding, and numerical filtering. The exam includes theoretical questions and requires proofs and explanations. It assesses the understanding of fundamental concepts in continuous and discrete-time systems.
This document outlines an exam for a course on Object-Oriented Analysis and Design, conducted at Université de la Manouba in the 2012-2013 academic year. The exam focuses on the specification of a new electronic voting application, detailing its intended functionalities before, during, and after elections. Students are expected to respond accurately and clearly to the given exercises within a specified time frame.
The document presents the development and implementation of an Eclipse RCP-based application designed to configure and code electronic control units, leveraging embedded systems concepts. The methodology includes the design of modular, extensible software features following the MVC design pattern with integration of GEF technology. Comparative analysis of plugins highlights the selection process for JGraph, GMF, and GEF for visual modeling tasks. Final output targets include flowchart generation, enhanced H86 file conversion, and expanded modularity for multi-bus systems.
This document is an examination focused on embedded systems. It includes questions on VHDL programming for logical gates and SoC strategy, covering topics such as compilation strategy for sequential C programs on SoC hardware and challenges in embedded system programming. Additionally, the exam introduces problem-solving for a system like the Simon game, discussing hardware initialization, button interaction, speaker output, and signal generation for player interaction in an embedded system context.
This document contains an exam for the course on Embedded Electronics. It includes three exercises focused on circuit design involving JK flip-flops and NMOS/PMOS transistors. Students are required to justify their answers and provide various circuit schematics.
This document discusses communication buses in microcontroller systems, focusing on synchronous and asynchronous transmissions. It details protocols like UART and their configurations, including RS-232 and RS-485 standards, as well as I²C protocols for data transmission. The document provides insights into the operational characteristics and implementation aspects of these communication systems.




















