EEF 262E

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{{DISPLAYTITLE: EEF 262E: Fundamentals of Electronics}}
 
{{DISPLAYTITLE: EEF 262E: Fundamentals of Electronics}}
 
== Syllabus ==
 
== Syllabus ==
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<div style="font-size: 120%;"> '''EEF 262E: Fundamentals of Electronics''', CRN: 25175, Mondays 8:30-11:30 & Tuesdays 8:30-11:30, Room: 5304 EEF, Spring 2024. </div>  
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<div style="font-size: 120%;"> '''EEF 262E: Fundamentals of Electronics''', CRN: 25175, Mondays 8:30-11:30 & Tuesdays 8:30-11:30, Room: 6309 EEF, Spring 2024. </div>  
 
{| border="1" cellspacing="0" cellpadding="5" " width="80%"
 
{| border="1" cellspacing="0" cellpadding="5" " width="80%"
 
    
 
    
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         ||  
 
         ||  
  
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* Midterm Exams: '''60%'''
+
* Midterm Exams: '''40%'''
−
** 2 midterms (30% each) during the lecture time that will on '''25/3/2024''' and '''29/4/2024'''.
+
** 2 midterms (20% each) during the lecture time that will on '''2/4/2024''' and '''7/5/2024'''.
  
 
* Final Exam: '''40%'''
 
* Final Exam: '''40%'''
  
 +
* Homeworks/quizzes/projects: '''20%'''
 
|-
 
|-
 
|  <div style="font-size: 120%;"> '''Reference Books'''</div>
 
|  <div style="font-size: 120%;"> '''Reference Books'''</div>
 
         ||  
 
         ||  
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* Weste, N., & Harris, D. (20XX). Integrated Circuit Design: International Version: A Circuits and Systems Perspective. Pearson Education,.
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* Sedra, A. S., & Smith, K. C. (20XX). Microelectronic circuits. Oxford University Press.
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* Rabaey, J. M., Chandrakasan, A. P., & Nikolic, B. (20XX). Digital integrated circuits. Englewood Cliffs: Prentice hall.
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* Uyemura, J. P. (20XX). CMOS logic circuit design. Springer.
+
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* Kang, S. M., & Leblebici, Y. (20XX). Cmos Digital Integrated Circuits. McGraw-Hill Education.
+
 
|-
 
|-
 
|  <div style="font-size: 120%;"> '''Policies'''</div>
 
|  <div style="font-size: 120%;"> '''Policies'''</div>
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|| <div style="font-size: 120%;"> '''Topic'''</div>
 
|| <div style="font-size: 120%;"> '''Topic'''</div>
 
|-  
 
|-  
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|  Week  1, 12/2/2024 & 13/2/2024    || Introduction
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|  Week  1, 12/2/2024 & 13/2/2024    || No class
 
|-  
 
|-  
−
|  Week  2, 19/2/2024       || Switching theory & devices for digital circuits and inverters
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|  Week  2, 19/2/2024 & 20/2/2024      || No class
 
|-  
 
|-  
−
|  Weeks 3, 26/2/2024 || NMOS/CMOS inverters & their static and dynamic behaviors
+
|  Weeks 3, 26/2/2024 & 27/2/2024 || Fundamentals of solid-state physics, properties of semiconductors, energy bands, direct and indirect semiconductors, Current carriers, drift and diffusion mechanisms.
 
|-
 
|-
−
|  Weeks 4, 4/3/2024   || NMOS/CMOS inverters & their static and dynamic behaviors
+
|  Weeks 4, 4/3/2024 & 5/3/2024  || Basics of Microfabrication, PN junction in equilibrium, PN junction under reverse and forward bias, body resistance and parasitic capacitance. Physical structure of Bipolar Junction Transistor (BJT), Operating regions of BJT.
 
|-
 
|-
−
|  Week 5, 11/3/2024     || Optimization of multiple-stage inverters and buffers
+
|  Week 5, 11/3/2024 & 12/3/2024  || Diode models, diode circuits, small signal model of the diode, Rectifiers, DC power supplies, Zener Diode, regulator circuits.
 
|-  
 
|-  
−
|  Weeks 6, 18/3/2024   || Static and complex logic gates and their area-delay-power performance analysis
+
|  Weeks 6, 18/3/2024 & 19/3/2024  || DC biasing of BJT circuits and small signal models. Physical structure of MOSFET.
 
|-  
 
|-  
−
|  Week  7, 25/3/2024     ||  MIDTERM I
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|  Week  7, 25/3/2024 & 26/3/2024    ||  Operating regions of MOSFET, secondary effects.  DC biasing of MOSFET circuits and small signal model.
 
|-  
 
|-  
−
|  Week  8, 1/4/2024   ||  Pass transistor logic with Shannon's expansion and performance analysis
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|  Week  8, 1/4/2024 & 2/4/2024  ||  Problem solving. MIDTERM I
 
|-  
 
|-  
−
|  Weeks 9, 8/4/2024 ||  HOLIDAY, no class   
+
|  Holiday Week, 8/4/2024 & 9/4/2024||  HOLIDAY, no class   
 
|-  
 
|-  
−
|  Week  10, 15/4/2024     ||  Dynamic logic gates performance analysis
+
|  Week  9, 15/4/2024 & 16/4/2024  ||  Fundamentals of Transistor-Based Amplification, Biasing of BJT Amplifiers. Small Signal Analysis of BJT Amplifiers.
 
|-  
 
|-  
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|  Week  11, 22/4/2024     ||  Dynamic logic gates, synchronization
+
|  Week  10, 22/4/2024 & 23/4/2024  ||  Biasing and Small Signal Analysis of MOSFET Amplifiers. Small Signal Analysis of MOSFET Amplifiers, Cascode amplifiers.
 
|-  
 
|-  
−
|  Weeks 12, 29/4/2024 ||  MIDTERM II
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|  Weeks 11, 29/4/2024 & 30/4/2024 ||  Current mirrors, Current sources, transistor pairings for amplification.
 
|-  
 
|-  
−
|  Weeks 13, 6/5/2024 || Static and dynamic memory elements: D, SR, and JK flip-flops
+
|  Weeks 12, 6/5/2024 & 7/5/2024 || Problem solving. MIDTERM II
 
|-  
 
|-  
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|  Week  14, 13/5/2024       || Synchronization and timing analysis of digital circuits having logic and memory elements
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|  Week  13, 13/5/2024 & 14/5/2024    || Differential amplifiers, Active loaded circuits, Common Mode Rejection Ratio and Offset Voltage in Differential Amplifiers.
 
|-  
 
|-  
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|  Weeks 15, 20/5/2024 || Semiconductor memories and gate arrays: RAM's, ROM's, and flash memories
+
|  Weeks 14, 20/5/2024 & 21/5/2024 || Linear and Nonlinear Applications of op-amps. Final exam discussion.
 
|}
 
|}
  

Latest revision as of 09:54, 28 March 2024

[edit] Syllabus

EEF 262E: Fundamentals of Electronics, CRN: 25175, Mondays 8:30-11:30 & Tuesdays 8:30-11:30, Room: 6309 EEF, Spring 2024.
Instructors

Mustafa Altun

  • Email: altunmus@itu.edu.tr

Tufan Karalar

  • Email: karalart@itu.edu.tr
Grading
  • Midterm Exams: 40%
    • 2 midterms (20% each) during the lecture time that will on 2/4/2024 and 7/5/2024.
  • Final Exam: 40%
  • Homeworks/quizzes/projects: 20%
Reference Books
  • Sedra, A. S., & Smith, K. C. (20XX). Microelectronic circuits. Oxford University Press.
Policies
  • Exams are in closed-notes and closed-books format.
  • To be eligible of taking the final or the resit exam, you should take both midterms and your midterm average should be at least 25 (out of 100).
  • The final exam will be same exam for all sections.

[edit] Weekly Course Plan

Date
Topic
Week 1, 12/2/2024 & 13/2/2024 No class
Week 2, 19/2/2024 & 20/2/2024 No class
Weeks 3, 26/2/2024 & 27/2/2024 Fundamentals of solid-state physics, properties of semiconductors, energy bands, direct and indirect semiconductors, Current carriers, drift and diffusion mechanisms.
Weeks 4, 4/3/2024 & 5/3/2024 Basics of Microfabrication, PN junction in equilibrium, PN junction under reverse and forward bias, body resistance and parasitic capacitance. Physical structure of Bipolar Junction Transistor (BJT), Operating regions of BJT.
Week 5, 11/3/2024 & 12/3/2024 Diode models, diode circuits, small signal model of the diode, Rectifiers, DC power supplies, Zener Diode, regulator circuits.
Weeks 6, 18/3/2024 & 19/3/2024 DC biasing of BJT circuits and small signal models. Physical structure of MOSFET.
Week 7, 25/3/2024 & 26/3/2024 Operating regions of MOSFET, secondary effects. DC biasing of MOSFET circuits and small signal model.
Week 8, 1/4/2024 & 2/4/2024 Problem solving. MIDTERM I
Holiday Week, 8/4/2024 & 9/4/2024 HOLIDAY, no class
Week 9, 15/4/2024 & 16/4/2024 Fundamentals of Transistor-Based Amplification, Biasing of BJT Amplifiers. Small Signal Analysis of BJT Amplifiers.
Week 10, 22/4/2024 & 23/4/2024 Biasing and Small Signal Analysis of MOSFET Amplifiers. Small Signal Analysis of MOSFET Amplifiers, Cascode amplifiers.
Weeks 11, 29/4/2024 & 30/4/2024 Current mirrors, Current sources, transistor pairings for amplification.
Weeks 12, 6/5/2024 & 7/5/2024 Problem solving. MIDTERM II
Week 13, 13/5/2024 & 14/5/2024 Differential amplifiers, Active loaded circuits, Common Mode Rejection Ratio and Offset Voltage in Differential Amplifiers.
Weeks 14, 20/5/2024 & 21/5/2024 Linear and Nonlinear Applications of op-amps. Final exam discussion.

[edit] Course Materials

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