Course Objective 1: Students will be able to comprehend  BJT and MOS transistors and their modeling

1.1 Understanding of  the operation modes of transistors

1.2 Understanding of  the second order effects on the transistor operation

Course Objective 2: Students will be able to analyze and design BJT and MOS biasing circuits

2.1 Analyze the current mirror and current source circuits

2.2 Design the current mirror and source circuits to satisfy the specifications of a certain application

2.3 Analyze the voltage and current reference circuits

2.4 Design the voltage and current reference circuits to satisfy the specifications of a certain application

2.5 Understand the limitations of current technology and become aware of contemporary endeavor

Course Objective 3: Students will be able to analyze and design CMOS Operational Amplifier circuits

3.1 Comprehend the advantages and disadvantages of single-stage and multi-stage opamps

3.2 Analyze and design input stages of the opamps

3.3 Analyze and design output stages of the opamps

3.4 Design of multi-stage opamps to satisfy the specifications of a certain application

3.5 Analyze and design of Fully differential and rail-to-rai opamps

Course Objective 4: Students will be able to comprehend Comparator circuits

4.1 Analyze different types of comparator circuits

4.2 Characterization and design of comparator types