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Introduction To HDL

This 1-unit laboratory course introduces hardware description language as a tool for designing and testing combinational and sequential circuits. Students will learn fundamental HDL concepts and building blocks through 9 exercises per quarter, including gate-level modeling, dataflow modeling, behavioral modeling, combinational circuits, sequential circuits, counters, and state machine design. The course requires prior knowledge of fundamentals of electronic circuits and programming logic and design.

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700 views1 page

Introduction To HDL

This 1-unit laboratory course introduces hardware description language as a tool for designing and testing combinational and sequential circuits. Students will learn fundamental HDL concepts and building blocks through 9 exercises per quarter, including gate-level modeling, dataflow modeling, behavioral modeling, combinational circuits, sequential circuits, counters, and state machine design. The course requires prior knowledge of fundamentals of electronic circuits and programming logic and design.

Uploaded by

prince_kc2002
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as DOCX, PDF, TXT or read online on Scribd
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Course Name Logic Circuit and Design Laboratory

Course Description A laboratory course that introduces hardware description language as a


tool for designing and testing combinational and sequential circuits. It
covers fundamental of concepts of HDL and the basic building blocks of
HDL programming
Number of Units for 1 units
Lecture
Number of Contact 3 hours per week
Hour per Week
Prerequisites Fundamentals of Electronic Circuits
Programming Logic and Design
Program Outcomes To be identified by the program.
Course Outcomes To be identified by the program.
Course outline 1. Introduction to Hardware Description Language Programming
2. Gate Level Modeling
3. Dataflow Modeling
4. Behavioral Modeling
5. Combinational Circuit
6. Sequential Circuit
7. Counters
8. State Machine Design
9. Task and Functions

Laboratory Laboratory exercises to be identified by the program.


Experiments Each major topic should have a corresponding laboratory exercise.
For semestral program, 15 exercises per semester.
For trimestral program, 12 exercises per trimester.
For quarterm program, 9 exercises per quarter.

Laboratory Computer and any HDL software tool


Equipment Depending on the class size
1 computer per student

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