ELCR 1060 Syllabus
Subject Code
ELCR
Course Number
1060
Course Title
Linear Integrated Circuits
Prerequisites
ELCR 1020 or program instructor approval
Corequisites
Terms Offered
Offered Fall and Spring
Credit Hours
(2-2-3)
Course Description
This course provides in-depth instruction on the characteristics and applications of linear integrated circuits. Topics include operational amplifiers, timers, and three-terminal voltage regulators.
Course Outcomes
Operational Amplifiers
Order Description
1 Explain characteristics of the ideal op-amp.
2 Identify which stage produces each characteristic.
3 Define the following parameters and their effect on circuit performance: a) input offset voltage,
b) input bias current, and c) input offset current.
4 Explain the concept of virtual ground.
5 Outline the procedure for offset nulling an inverting op-amp.
6 Explain the parameters that affect op-amp frequency response.
7 Define slew rate.
8 Compute gain-band width product.
9 Given schematic diagrams, construct circuits and calculate and measure output voltages for the
following: inverting, non-inverting, voltage follower, summing, and averaging op-amp
operating levels.
Timers
Order Description
1 Describe the sections of a 555 timer.
2 Draw diagram of a 555 timer with the IC pins identified.
3 Explain 555 timer operation and basic modes.
4 Explain IC timer application.
5 Construct a 555 monostable multivibrator and a stable multivibrator.
Three-Terminal Voltage Regulators
Order Description
1 Identify different types of three-terminal IC regulators.
2 Design and construct power supply circuits with three-terminal regulators.
3 Explain the functional block diagram of three-terminal IC regulators.