Logic gates

Activity 6.3.2 Logic Gates Introduction A two-valued number system is the basis for all of the powerful computers and electronic devices in the world. Those two values are 0 and 1. Everything in the digital world is based on this binary system. While it seems very simple, the binary system is used to create the logic that dictates the actions of complex and simpler digital systems. But how do processors know what to do with all of those 0s and 1s Gates are used. Gates process the 0s and 1s and react based on how they are designed to function. When many gates are combined, computers can solve complex problems by using the logic set forth by the combination and order of the gates. Equipment Logic Gates presentation Gateway To Technology notebook Procedure You will decipher and create logic statements to compare conditions with outputs. Your instructor will present Logic Gates.ppt while you complete this document. Digital Signals Describe how digital signals are represented. The columns below represent 8 segments of time. Each time segment can hold a digital signal. Trace a wave pattern to represent the binary number 10001101. Complete the chart for the NOT Gate. SymbolFunction A logic gate that changes its input logic level to the opposite stateTruth Table A Y 0 1 1 0 Complete the chart for the AND Gate. SymbolFunction SHAPE MERGEFORMAT A logic circuit whose Inputs both 1 then, Output 1Truth Table A B Y 0 0 0 0 1 0 1 0 0 1 1 1 Logic Word Problem (Original Example) If I am hungry and it is 500 p.m., then I will eat dinner. In your GTT notebook, sketch a circuit diagram that behaves like an AND Gate using a battery, two switches, and an LED output. Complete the chart for the OR Gate. SymbolFunction SHAPE MERGEFORMAT A logic circuit when Either Input 1 then, Output 1Truth Table A B Y 0 0 0 0 1 1 1 0 1 1 1 1 Logic Word Problem (Original Example) In your GTT notebook, sketch a circuit diagram that behaves like an OR Gate using a battery, two switches,