- Associative Property. - Distributive Property. - Boolean Algebraic simplifications with Multiplication and Addition. -
This course provides an introduction to binary numbers and logic gates. Students learn how to use transistors and LEDs to create a buffer gate, and how to use the NOT gate with truth tables. Students also learn how to use two transistors in series to create an AND gate, and two transistors in parallel to create an OR gate. Additionally, students learn to draw block diagrams, identify terms such as product terms, sum terms, literals, variables, minterms, and maxterms, and understand the rules of Boolean algebra, along with the properties of commutative, associative and distributive. Finally, students learn to simplify Boolean algebraic equations involving addition and multiplication.
Logic Gates, Truth Tables, Boolean Algebra - AND, OR, NOT, NAND & NOR
The Organic Chemistry Tutor via YouTube
Overview
Syllabus
- Intro to Binary Numbers.
- The Buffer Logic Gate Using Transistors & LEDS.
- The NOT Gate With Truth Table.
- The AND Logic Gate Using Two Transistors In Series.
- The OR Logic Gate Using Two Transistors In Parallel.
- The NAND Logic Gate.
- The NOR Logic Gate.
- How To Write a Function Given Block Diagrams With AND & OR Gates.
- Writing a Function of a Multi-Level Circuit Diagram.
- How To Draw a Block Diagram Given The Function.
- Identifying Sum of Products Expressions (SOP).
- Identifying Product of Sums Expressions (POS).
- Identifying The Number of Product Terms, Sum Terms, Literals, Variables, Minterms, and Maxterms.
- Rules of Boolean Algebra.
- Commutative Property.
Taught by
The Organic Chemistry Tutor
