Course Outline

EECE 2313 Course Outline

Learning Outcome

1. Analyze the transfer function a RC circuits and Bode plots.

2. Analyze frequency responses of small-signal amplifiers

3. Analyze Miller’s theorem in analyzing the frequency response of amplifiers

4. Analyze integrated electronic circuits biasing

5. Identify and analyze different types of feedback amplifiers and oscillators

Lecture Notes

LO4: Analyze integrated electronic circuits biasing

Lecture 8:  Introduction to IC Biasing and Type 1: Basic  Two transistor current source 

Lecture 9: Type 2: The modified basic current source

Lecture 10: Type 3: Wilson current source

Lecture 11: Type 4: Wildar current source 

Lecture 12: FET Current source

LO5: Identify and analyze different types of feedback amplifiers and oscillators

Video reference 

LO4: Analyze integrated electronic circuits biasing

selected Video related from Youtube  Daniel Cutshall - Milligan University Milligan University

1. Introduction to IC Biasing

2. 2 Transistor Current mirror

3. 2 Transistor current mirror examples

4. Early effect on output resistance

5. 3 transistor current source

6. Wilson current source

7. Wildar current source

PSPICE Simulation on IC Biasing from CAN Education

BJT Current mirror

BJT modified Current mirror

Wilson Current mirror

Wildar Current mirror

LO5: Identify and analyze different types of feedback amplifiers and oscillators

Feedback and stability 

Selected video from Analog Electronics 2 

1. Introduction to Feedback 

2. Four types of Feedback network 

Selected video

1. Introduction to Feedback

2. General Feedback Amplifier

3. Four types of feedback network

4. Voltage amplifier (Series shunt)

Other selected videos 

1. Intro to Feedback

2. Negative feedback from Prof Curtis

3. Input and output impedance of negative feedback