BME VIK - Komplex hardvertervezés

3. A tantárgyfelelős személy és tanszék Dr. Ress Sándor László,

4. A tantárgy előadója

Name:	Affiliation:	Department, institute:

Gusztáv Hantos	PhD student	Department of Electron Devices
Ferenc Ender	Assistant professor	Department of Electron Devices

5. A tantárgy az alábbi témakörök ismeretére épít Fundamentals of Smart Systems, Sensors and Actuators

6. Előtanulmányi rend

Ajánlott:
The subject is only for the students of Joint International Master in Smart Systems Integration. Registration for the subject is not allowed for students who gained credits from VIEEBV04 (Complex hardware design I.) or VIEEAV13 (Complex hardware design on cyber physical platforms).

7. A tantárgy célkitűzése The course aims to introduce the design and development of the modern complex hardware systems from the idea to the implementation. The students will get insight into the state-of-the art methods and design systems available in hardware design, testing and measurement automation. The design laboratory practices focus on the practical design issues of hardware components, embedded systems and instrument control.

8. A tantárgy részletes tematikája

Lecture topics:

1: Introduction: design flow from the specification to the realized device

2: Overview of design methods, introduction of up-to-date MCAD and ECAD systems. Specification issues.

3: Comparison of hardware implementation techniques from microcontrollers to ASIC devices.

4: System design approach. Case study: System-on-a-Chip Devices, peripherals of a SoC

5: Central hardware alternatives, Programmable Devices (CPU, MCU, CPLD, FPGA and SoC overview)

6-7: Communication in complex hardware systems: on-die, on-board, on-system communication methods

8-9: Sensors in complex systems: compact solutions for transducers and sensors, signal conditioning, calibration, correction circuits, embedded system applications, thermal/pressure/force/acceleration sensors.

10-11:Power management: design issues, wired and wireless techniques. Buck/boost/Cuk/charge-pump converters, Flyback/forward converters, design case study

12: High power devices in complex systems. Discrete components, mechanical and thermal issues.

13: Virtual instrumentation, instrument control: sequential processing, master-slave and producer-consumer design patterns, state machines.

9. A tantárgy oktatásának módja (előadás, gyakorlat, laboratórium) 2 hours/week lectures and 2 hour/week (computer) laboratory practices including demonstration with practical examples and case studies.

10. Követelmények

a. During the term: one mid-term test

Requirement for granting the signature: >= 2 (satisfactory).

b. In the exam period:

Way of examination: written

11. Pótlási lehetőségek

On mid-term test

If a student fails to pass at mid-term test, it can be repeated during the term. In principle there is no second repetition.

12. Konzultációs lehetőségek By appointment with the instructors.

13. Jegyzet, tankönyv, felhasználható irodalom Mandatory curriculum:
Periodically updated electronic tutorials by the instructors

14. A tantárgy elvégzéséhez átlagosan szükséges tanulmányi munka

Classes	56
Preparation for lectures	6
Preparation for practices	0
Preparation for laboratories	14
Preparation for midterms	12
Homework	0
Literature review	0
Preparation for exam	32
Sum	120

15. A tantárgy tematikáját kidolgozta

Name:	Affiliation:	Department, institute:
Dr. Sándor Ress	Associate professor	Department of Electron Devices
Gábor Marosy	Assistant lecturer	Department of Electron Devices
Gyula Horváth	Assistant professor	Department of Electron Devices
Ferenc Ender	Assistant professor	Department of Electron Devices