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Visits since
May 9, 2008
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This is an electronic circuit design course.
The response of linear circuits to digital and sinusoidal signals, operational amplifier circuits,
diodes, transistors, nonlinear signal processing and digital logic circuits are covered.
In the lab, students complete 8 experiments. Lab 8 is a design project.
A formal proposal and report are required for lab 8.
A report is due for each lab the week
following its completion.
After completion of this course you will have the
ability to;
Understand
- use iterative methods to solve nonlinear circuit problems,
- draw bode plots describing linear circuits,
- determine the transfer characteristic of CMOS inverters,
- determine the transient response of circuits with one energy storage element by inspection,
- apply theorems such as the superposition theorem and Thevenin's
theorem to electronic circuits.
Question
- design an electronic circuit to meet specifications,
and analyze and interpret data,
- use MATLAB to analize and interpret data.
Design
- design piecewise linear equivalent circuits for nonlinear elements,
- design transistor level logic circuits,
- analize and design diode clipping, clamping, and voltage doubling circuits,
- design power supply and voltage regulating circuits,
- use SPICE to simulate transistor circuits,
Lead
- work on a team to complete a project.
Communicate
- effectively communicate experimental results in written and oral reports.
DeMorgan's Theorem
Sum of Products using NAND gates
MOS charges in a pmos transistor
Hole current in Silicon
Phasor Demo
Course Announcements
Department Announcements
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