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Requirements

Electronics 1 (BMEVIHIA205 ) for the students of the 2nd year B.Sc. course at the Faculty of Electrical Engineering and Informatics (Specialisation: Electrical Engineering) Semester 4. Requirements. Preliminary studies (prerequisites). Recommended are the subjects Signals and Systems 1 and 2 .

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Requirements

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  1. Electronics 1(BMEVIHIA205)for the students of the 2nd year B.Sc. course at the Faculty of Electrical Engineering and Informatics(Specialisation: Electrical Engineering)Semester 4 Requirements

  2. Preliminary studies (prerequisites) Recommended are the subjectsSignals and Systems 1 and 2. Theory (lectures) and practice (seminars) No declared separation of these two kinds of teaching will be made. A theoretical part will be followed by a problem solving part as it fits the best way and only the ratio of these parts will correspond to the prescribed 3 hours to 2 hours ratio of the weekly hours.

  3. Mid–Term–Tests (MTT’s) • There will be two MTT’s(intended on weeks 6 and 10). • Both should be performed at least at thelevel of pass (having achieved at least40% of all points) to get the signature. The results of the MTT’s do not effect the final grade. • Without the signature it is not possible to participate on the final exam. • Repetition of both MTT’s on the repetition weekat one occasion: 19-23 May 2014.

  4. Final Exam • There will be three occasions during the examination period from 26 of May to 23 of June : • 1. Regular exam. • 2. Repetition exam. • 3. Repetition exam with the Dean’s permission. • Dates of the examinations will be determined later.

  5. Final Exam (continued) • The final exam is a written one. • Grading (supposing that the maximum available number of points is 100) • 0-39 points: fail /1/; • 40-53 points: pass /2/; • 54-67 points: satisfactory /3/; • 68-81points: good /4/; • 82-100 points: excellent /5/.

  6. Special literature • Lecture Notes: After each lecture, sketches of the lectures. • Web site of the Lecture Notes: • www.mit.bme.hu/eng/oktatas/targyak/vimia026/lecture-notes

  7. Special literature(continued) • Suggested books: • 1. SERGIO FRANCO: Design with Operational Amplifiers and Analog Integrated Circuits, Mc Graw Hill. • 2. HOROWITZ, P., HILL, W.: The Art of Electronics, Cambridge University Press. • 3. MILLMAN, J.: Microelectronics, Mc Graw Hill.

  8. Suggested books(continued) • 4. SAVANT, C. J., RODEN, M. S., CARPENTER, G.:Electronic Circuit Design, The Benjamin/Cummings Publishing Company • (5. For Hungarian students only: Hainzmann, Varga, Zoltai: Elektronikus áramkörök. Egyetemi tankönyv. Nemzeti Tankönyvkiadó, 2003.)

  9. Topics • Components, models, basic transistor connections. • Differential amplifiers • Frequency response of basic transistor amplifiers. • Power amplifiers. • Feedback of amplifiers. • Operational amplifiers, their models and applications. • Oscillators. • D/A and A/D converters.

  10. Class 1: Chapter 1: Components, models, basic transistor connections. • Passive components: • Resistance • Series E12/10% (E24/5%): 10-(11)-12-(13)-15-(16)-18-(20)-22-(24)-27-(30)-33-(36)-39-(43)-47-(51)-56-(62)-68-(75)-82-(91) • Capacitance • Inductance • Diode

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