_Binary and Gate Diagram Review - Dev

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York University *

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Electrical Engineering

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Apr 3, 2024

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TEJ4M0/R- Computer Engineering Binary and Logic Gate Project Project Outline The goal of this project is to build a counter circuit with a breadboard and various Integrated Circuit Chips which can be done in class (part list will be provided) or online with TinkerCAD (Autodesk’s Web Based Simulator). The counter circuit will only use electronic devices to help students focus on wiring and troubleshooting circuits. Throughout the module activities students will learn about a variety of electronic devices (resistors, LEDs, capacitors, breadboards, Boolean logic chips, 555 Timer chip, and the 7 segment display and decoder chips). Here is a note and worksheet on the different types of IC that will be used Basic Logic IC Chip Layouts 74LS08 (AND CHIP) *aka 74HC08 74LS32 (OR CHIP) *aka 74HC32
74LS04 (NOT CHIP) *aka 74HC04 74LS00 (NAND CHIP) *aka 74HC00 74LS02 (NOR CHIP) *aka 74HC02 74LS86 (XOR CHIP) *aka 74HC86 Please note: 1) All chips use pin 14 (top left) for power 2) All chips use pin 7 (bottom right) for ground
3) All the chips (except NOT) have 4 gates on the chip (*NOT has 6 gates on the chip) 4) The NOR chip is reversed (output, input, input) Complete the slideshow based on the information above, this will help with the project. https://www.octe.ca/application/files/4915/9624/1744/TEJ2O_Activity_3d_In tro_to_Logic_Chips_Exploration.pptx Weblink how to use Tinkercad with Logic Gates https://www.octe.ca/application/files/5515/9624/2225/TEJ2O_A3_-_AN D_Integrated_Circuit_on_Tinkercad.mp4 Integrated Circuits: Tinkercad Activity Step #1: Go to www.tinkercad.com – Login using your course code and nickname Step #2: Go to CIRCUITS (as indicated in screenshot below) CHIP #1 – SAMPLE CIRCUIT Your screenshots should look like this. *NOTE: This shows a value of 1 and 0 in an “AND Gate” so if it was running the LED it should be OFF
CHIP #1 – SAMPLE CIRCUIT Your screenshots should look like this. *NOTE: This shows a value of 1 and 0 in an “AND Gate” so if it was running the LED it should be OFF
Integrated Circuits: Tinkercad Activity Worksheet Student: _Dev___________ CHIP #1 - 74HC08 (we will also refer to it as 74LS08) Gate Type: AND_______________ Results: A B Y 0 0 0 0 1 0 1 0 0 1 1 1 To complete the circuit, take a screen shot (or use snipping tool), paste it into your software of choice and crop it accordingly. Save the image as 74LS08.png
CHIP #2 - 74HC32 (we will also refer to it as 74LS32) Gate Type: _OR______________ Results: A B Y 0 0 0 0 1 1 1 0 1 1 1 1 To complete the circuit, take a screen shot (or use snipping tool), paste it into your software of choice and crop it accordingly. Save the image as 74LS32.png
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