CSE370 Laboratory Assignment 2
Computer Aided Design Tools for Digital Design
Distributed: October 12, 2004
Due: By the end of lab section
We will be using Aldec's
Active-HDL 6.2 as our primary design tool this quarter. In this laboratory
assignment you will learn how to use the tool to enter basic schematic diagrams
and simulate them. We will expect you to use this tool to do a large part of
your written assignments. By the end of this lab you should feel comfortable
entering a schematic for a design, setting up simulation stimuli, and verifying
that your circuit is correct.
Each student should complete
this lab individually.
- Complete the entire introductory tutorial to the
Aldec ActiveHDL 6.2 tool. Make sure to complete the entire
tutorial. It is quite long but very informative and thorough. We
suggest you get a head start on the tutorial before your lab session so
you will have plenty of time to complete the lab. You will also be using Aldec for part of
homework assignment #2.
- Design a circuit that
compares two 2-bit numbers and outputs a 1 if the first number is greater
than the second. These 2-bit numbers are special in that only the
numbers 0,1, and 2 are used. That is, the number 3 never happens so
the circuit can output anything if either input number is a 3. You
will want your circuit to be as small as possible.
Draw a schematic for this circuit using Active-HDL and the chip parts from
the lib370 library (e.g. c7400). Using stimulators as shown in
Tutorial #1, simulate this circuit for all possible input values, and show
that your circuit computes the right values. Show the result of the
simulation to a TA and have them check off this part of the lab.
Hand in the printout of your schematic and simulation output.
- Using the schematic from part
2, construct a circuit for this function on the prototyping board,
connecting the inputs to switches, and the output to an LED. Demonstrate your circuit to a TA and
have them check you off as having completed this laboratory assignment.
They may ask you to show them your work and explain your circuit.
Comments to: firstname.lastname@example.org