Working as a computer – Logic Gates
“Logic Gates” Module Development Scenario: Digital Electronics
Digital Electronics with Logic Gates module
Session 1: Number and code systems
Session 2 Boolean Algebra: bases, theorems and logic gates
Boolean Algebra bases
Truth table
Boolean Algebra: basic operations
Logic sum or union (OR gate)
Logic product and intersection function (Gate AND)
Equality Function
Complement or negative function (NOT gate or inverter)
Boolean basic and non-basic operators
Obtain the truth table from any Boolean expression
Obtain the truth table from a logic circuit
Theorems and postulates of Boolean Algebra
Duality principle (Meta-theorem)
Proof of a Boolean theorem through perfect induction
Negate a Boolean expression
Obtaining the logic function from the truth table: Shannon Theorem
Use of BOOLE-DEUSTO
Session 2: Exercises
Remote Laboratory with Session 2
Session 3: Boolean Minimization
Session 4. Bit-level design of combinational systems (with logic bits)
Session 5: Final project
Boolean Algebra: basic operations
Logic sum or union (OR gate)
Logic product and intersection function (Gate AND)
Equality Function
Complement or negative function (NOT gate or inverter)
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