EMTR - 1030 

Electronics

Instructor:  Dr. Wilson Wang, CB-4057, 766-7174

Email:  Wilson.Wang@Lakeheadu.ca

Webpage:  http://wwang3.lakeheadu.ca/emtr1030.htm

Lectures:  4:00-5:30PM, Tuesday & Thuesday, RB-1021

Teaching Assistant: Baby Attunuru <battunur@lakeheadu.ca>

Lab instructor: Albi Sojan , <asojan@laeheadu.ca>

Office Hours:  12:00-2:00PM Friday, or by appointment

Textbook:     

1. Microelectronic Circuits, A. Sedra and K. Smith, Oxford University Press, 8th Edition, 2019

2.Teaching Notes

Objective: 

This course covers topics in electronics and microelectronic circuits, including conduction in semiconductors; single-time constant networks; operational amplifiers; nonlinear circuit applications such as transistors, rectifiers, and digital logic circuits; bipolar junction transistors (BJT); DC biasing methods for BJT amplifiers; different AC configurations of single-stage transistor amplifiers; two-stage amplifiers; field-effect transistors; memory circuits, and CMOS logic design.

Student Learner Outcomes

Grading Policy:

Assignments: 15%;

Labs: 20%;

Midterm Exam: 20%;

Final Exam: 45%

   

Week Topics Readings Notes
1 Introduction; Signals and amplifiers. Single-time constant networks

1.1-1.4. 1.6

 Assignment 1
2 Ideal Op amps. Inverting and non-inverting Op amps

2.1-2.3
3 Semiconductors; Doping; pn junctions

3.1-3.4

 Solution 1
4 pn junction with applied voltages. Ideal diodes

3.5-3.6. 4.1

 Assignment 2
5 Diode modeling; Small signal models

4.2-4.3

 Solution 2
6 Rectifier circuits

4.5-4.6
7 Reading Week

 

 Assignment 3
8 MOSFET structures.   Midterm Exam

5.1

 Solution 3
9 NMOS, PMOS, CMOS.urrent-voltage characteristic.

5.1-5.2, 5.4

 Assignment 4
10 MOSFET circuits at DC.BJT structures.

5.3. 6.1

 Solution 4
11 BJT current-voltage characteristic

6.2-6.3

 Notes
12 BJT circuits at DC.CMOS. CMOS digital logic circuits

6.4.16.1

 Assignment 5
13 Memory circuits. Latches. Plip-flop. RAM.
Transistor amplifiers

18.2-18.3. 7.1-7.3