After designing a sequential circuit necklace, the question is, how can we write a test to verify
our design?
This section will cope with this question and this letter will explain the goal and structure of the.
This section aims to develop a test bench to validate a given design, a necklace described using the
single cycle design concept to achieve this goal.
This section explains the structure of a typical test bench in ACTUALISE and how to generate the design
input test vectors.
These are the objectives of this section describing a colossal speech in Etchells, performing the simulation,
an archaeological simulation and generating the input waveforms as test vectors.
This section consists of six lectures, this video as the first lecture clarifies the goal of this section
and it's a structure, the next lecture will define a test bench, a structure for a given single cycle
actualised description of a design, the panel to serial design test, which will be explained in the
third lecture.
The fourth lecture will describe how to write a test bench for the serial to parallel design explained
in the previous section, Lecture five will discuss how to generate a specific input waveform as the
design input test.
The last lecture will give you a couple of exercises to review the concepts and techniques explained
in the section.
After finishing the section, you will be able to write a test page for a design described inviter such
as.
Run the simulation, an archaeological simulation to verify the design, functionality and timing.
What is the structure of a typical test bench in white Essentialists, the next lecture will cope with
this question.
These are our takeaway messages as sea based test should be provided for the design, functionality
and timing validation.
The sea based tests can generate different input waveforms as the test vectors for the design under
test.
Now, the question, what is the main difference between simulation and audience simulation?