Mr Circuit Lab 3 (#1301-LAB) Basic Digital Logic Gates for STEM students. This is what is inside computers, cell phones, tablets, etc. These are the building blocks for all computers and controllers. - For Future Engineers and Technicians

When you order this Mr Circuit DIGITAL LOGIC GATES Lab,  #1301-LAB, you will receive a resealable white lab box, printed lessons and workbook, online video presentations of experiments, all necessary experiment parts, and a Solderless Circuit Board.

This lab is an introduction to Digital Logic Gates for all STEM Technology programs. All computers use logic gates and is it important for future engineers and technicians to understand them.

There are only 8 total Digital Logic Gates. There are 4 basic Logic Gates and 4 inverses of these gates making a total of 8.  The are YES, NOT, AND, NAND, OR, NOR, XOR and XNOR.  These logic gates work with Binary Logic so their inputs and outputs only work with two states, i.e. TRUE or FALSE.

In electronics a TRUE is represented by a HI or a 1, and a FALSE is represented by a LO or a 0.  Using electronics, these 8 digital logic gates can perform highly complex mathematical operations.

In this lab, you will learn what each logic gate does and how to use a Truth Table to describe its function.  In addition, you will actually build electronic circuits that perform the function of each logic gate.  You will use transistors, resistors, switches, jumper wires, and LEDs.

This lab will prepare you to learn Boolean Algebra and other techniques to design digital circuits.  

Skill Set for the Mr Circuit Lab 3 "Digital Logic Gates"

• Describe all eight of the Digital Logic Gates

• Explain the Rules and draw the symbol for the ‘YES’ Digital Logic Gate

• Build an electronic ‘YES’ from discrete components on a Solderless Circuit Board

• Explain the Rules and draw the symbol for the ‘NOT’ Digital Logic Gate

• Build an electronic ‘NOT’ from discrete components on a Solderless Circuit Board

• Explain the Rules and draw the symbol for the ‘AND’ Digital Logic Gate

• Build an electronic ‘AND’ from discrete components on a Solderless Circuit Board

• Explain the Rules and draw the symbol for the ‘NAND’ Digital Logic Gate

• Build an electronic ‘NAND’ from discrete components on a Solderless Circuit Board

• Explain the Rules and draw the symbol for the ‘OR’ Digital Logic Gate

• Build an electronic ‘OR’ from discrete components on a Solderless Circuit Board

• Explain the Rules and draw the symbol for the ‘NOR’ Digital Logic Gate

• Build an electronic ‘NOR’ from discrete components on a Solderless Circuit Board

• Explain the Rules and draw the symbol for the ‘XOR’ Digital Logic Gate

• Build an electronic ‘XOR’ from discrete components on a Solderless Circuit Board

• Explain the Rules and draw the symbol for the ‘XNOR’ Digital Logic Gate

• Build an electronic ‘XNOR’ from discrete components on a Solderless Circuit Board

 Created, manufactured, and distributed by Mr Circuit Technology   

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