EE 421L Digital
Electronics Lab
Fall 2013, University
of Nevada, Las
Vegas
Student lab reports are found here.
Current grades are located here.
Project – design, layout, and simulate an 8–bit ALU that can perform: A AND B, A OR B, A + B (addition), and A – B (subtraction).
First half of the project (no layout), a jelib of your design and an html report detailing operation (including simulations), is due at the beginning of lab on Nov. 8.
The top level ALU icon used for simulations should have the following inputs (all bus connections): A (8–bits), B (8–bits), F (2 bits), and Z (8–bits).
Ensure that you have input vectors saved for simulations when I run IRSIM (make it easy for me to verify your design works).
Put your report (proj.htm) in a folder called /proj in your directory at CMOSedu
I will go over your designs with you, including running simulations, when we meet on Nov. 8.
Second half of the project, a verified layout and documention (in html), is due at the beginning of lab on Nov. 22.
Again, I will meet with you on Nov. 22 to go over your layout and, again, put your work in the /proj folder in your directory at CMOSedu
Finishing the projects by Nov. 22 will give us time to assemble chips for fabrication through MOSIS.
December 6 – Lab8 – Generating a test chip layout for submission to MOSIS for fabrication
November 1 – Lab7 – Using buses and arrays in the design of word inverters, muxes, and high–speed adders
October 11 – Lab6 – Design, layout, and simulation of CMOS NAND/NOR/XOR gates and a full–adder
October 4 – Lab5 – Design, layout, and simulation of a CMOS inverter
September 27 – Lab4 – IV characteristics of NMOS and PMOS devices in ON's C5 process
September 20 – Lab3 – Layout of a 10–bit digital–to–analog converter (DAC)
September 6 – Lab2 – Design of a 10–bit digital–to–analog converter (DAC)
August 30 – Lab1 – Laboratory introduction, generating/posting html lab reports, installing and using Electric
Instructor: R. Jacob Baker
Lab Assistant: Stephen Wu
Time: Friday from 11:30 AM to 2:15 PM
Course
dates: Friday, August 30
to Friday, December 6
Location: TBE B–350
Holidays: Friday, October 25
(Nevada Day Recess)
and Friday, November 29 (Thanksgiving Recess)
Course content – Laboratory
based analysis and design of digital and computer electronic systems.
Credits: 1
Corequisite: EE 421;
Prerequisite: EE 320L
Grading
30% Quizzes
40% Lab Reports
30% Project
Policies
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