ELECTRON ICS CLUB ELECTROMANIA LECTURE AND PROBLEM STATEMENT DISCUSSION.

Slides:



Advertisements
Similar presentations
Chapter 4 Gates and Circuits.
Advertisements

Part 4: combinational devices
ELECTROVATE Anurag Dwivedi Nikhil Gupta Rudra Pratap Suman.
Lecture 23: Registers and Counters (2)
Digital Logic Design ESGD2201
Storey: Electrical & Electronic Systems © Pearson Education Limited 2004 OHT 10.1 Sequential Logic  Introduction  Bistables  Memory Registers  Shift.
Chapter 1 — Computer Abstractions and Technology — 1 Lecture 7 Carry look ahead adders, Latches, Flip-flops, registers, multiplexors, decoders Digital.
Counters 4017 decade counter (1-of-10). What is a Counter? In digital logic and computing, a counter is a device which stores (and sometimes displays)
Chapter 3 Basic Logic Gates 1.
CHAPTER 2 Digital Combinational Logic/Arithmetic Circuits.
Counter Circuits and VHDL State Machines
Digital Electronics Dan Simon Cleveland State University ESC 120 Revised December 30, 2010.
Module 7 Hardware. Introduction Switches are the basic blocks of computer hardware. We build increasingly complex hardware from these simple switches.
Chapter 4 Gates and Circuits.
Informationsteknologi Friday, October 19, 2007Computer Architecture I - Class 81 Today’s class Digital Logic.
Copyright © Cengage Learning. All rights reserved. CHAPTER 2 THE LOGIC OF COMPOUND STATEMENTS THE LOGIC OF COMPOUND STATEMENTS.
DIGITAL CIRCUITS Dr. L M Head Sophomore Clinic Fall 2004.
Electronic Instrumentation 1 Experiment 7 Digital Logic Devices and the 555 Timer Part A: Basic Logic Gates Part B: Flip Flops Part C: Counters Part D:
GCSE Electronic Products
As an Astable Multivibrator 1. 2  An integrated chip that is used in a wide variety of circuits to generate square wave and triangular shaped single.
Counters  A counter is a device which stores (and sometimes displays) the number of times a particular event or process has occurred, often in relationship.
TIMERS.
Electronics Technology
Chapter 12 Digital Logic Circuit Copyright © The McGraw-Hill Companies, Inc. Permission required for reproduction or display.
EE345: Introduction to Microcontrollers Register and Counters Prof. Ahmad Abu-El-Haija.
Principles & Applications
Electronics Technology
Engineering H192 - Computer Programming Gateway Engineering Education Coalition Lab 2P. 1Winter Quarter Digital Electronics Lab 2.
1 Survey of Computer Science CSCI 110, Spring 2011 Lecture 16 Digital Circuits, binary Numbers.
Chapter 4 Gates and Circuits. 4–2 Chapter Goals Identify the basic gates and describe the behavior of each Describe how gates are implemented using transistors.
Chapter 4 Gates and Circuits.
Engineering Lecture 3 Digital Electronics by Jaroslaw Karcz.
Chapter 2 Combinational Systems And / Or / Not. TRIAD PRINCIPLE: Combinational is about And / Or / Not combinations As well as equivalent functions. It.
Circuit, State Diagram, State Table
Chapter 4 Gates and Circuits.
CS 352 : Computer Organization and Design University of Wisconsin-Eau Claire Dan Ernst Elementary Digital Logic Apps O/S Arch  Arch Logic Digital Analog.
MSI Devices M. Mano & C. Kime: Logic and Computer Design Fundamentals (Chapter 5) Dr. Costas Kyriacou and Dr. Konstantinos Tatas ACOE161 - Digital Logic.
1 DIGITAL ELECTRONICS. 2 OVERVIEW –electronic circuits capable of carrying out logical (boolean) and arithmetic operations on information stored as binary.
CENT-113 Digital Electronics 1 Flip Flops TI Type 502 Flip Flop: 1st production IC in 1960.
4. Electrons and electronics 4.5 Digital electronics.
 Counters are sequential circuits which "count" through a specific state sequence. They can count up, count down, or count through other fixed sequences.
CHAPTER-2 Fundamentals of Digital Logic. Digital Logic Digital electronic circuits are used to build computer hardware as well as other products (digital.
Anurag Dwivedi. Basic Block - Gates Gates -> Flip Flops.
Digital Logic Design.
How computers calculate How binary operations yield complex capabilities.
1 Ethics of Computing MONT 113G, Spring 2012 Session 1 Digital Circuits, binary Numbers Course webpage:
Counter Circuits and VHDL State Machines
Logic Design / Processor and Control Units Tony Diep.
© 2009 Pearson Education, Upper Saddle River, NJ All Rights ReservedFloyd, Digital Fundamentals, 10 th ed Digital Fundamentals Tenth Edition Floyd.
THEME 6: Frequency dividers. Digital counters with reduced counting modulus. Programmable digital counters. If the input pulses are more than K, the counter.
Digital electronics 4–1 Gates and Circuits SANJAYBHAI RAJGURU COLLEGE OF ENGG.
5-1-2 Synchronous counters. Learning Objectives: At the end of this topic you will be able to: draw a block diagram showing how D-type flip-flops can.
Counters In digital logic and computing, a counter is a device which stores (and sometimes displays) the number of times a particular event or process.
CHAPTER 2 Digital Combinational Logic/Arithmetic Circuits.
Logic Gates Binary Day 3 PEOPLE 2016.
Purpose of This Minilab
FLIP FLOPS Binary unit capable of storing one bit – 0 or 1
ECE 3130 Digital Electronics and Design
Introduction Molecules: made up of atoms of individual elements.
Combinational Circuits
KS4 Electricity – Electronic systems
KS4 Electricity – Electronic systems
Digital Electronics Lab 2 Instructor:
Logic Gates.
KS4 Electricity – Electronic systems
CSC3050 – Computer Architecture
Copyright © Cengage Learning. All rights reserved.
Department of Electronics
Logic Gates AIM: To know the different types of logic gate
I/O Experiments Assignment 1.
Presentation transcript:

ELECTRON ICS CLUB ELECTROMANIA LECTURE AND PROBLEM STATEMENT DISCUSSION

A quick review

Electronic Circuits: Analog and Digital DigitalAnalog

Digital Electronics  Deals with discrete values  Voltage higher than a particular threshold corresponds to 1.  Voltage lower than that threshold corresponds to 0.

Number Systems

Number Systems - Decimal We have decimal system with 10 numbers, viz 0,1,2,………,9 Decimal number system = ones 10 1 = tens 10 2 = hundreds 10 3 = thousands 1* * *10 + 9*1 = 1,109

Number Systems - Binary Another method of number representation Binary consists of two digits 0 and = ones 2 1 = twos 2 2 = fours 2 3 = eights 1*8 + 0*4 + 1*2 + 0*1 = 10(base-10) 1010(base-2) = 10(base-10)

Basic Workshop - A digital Watch

What’s a clock? At the basic level, just a special waveform. T

Flowchart Clock Pulse Counter Display

What hardware do we need? IC(s) Breadboards

What’s an IC?  An integrated circuit.  For our purposes, we will treat it as a black box.  We do not concern ourselves about the insides of an IC.  We look at it from the outside, from an input/output standpoint.

What’s inside an IC?

We will several three ICs today  555  4029  7447  Mux-Demux  Flipflops (4027)  Logic Gates (AND/OR/NOT)

The Clock – 555 (Astable Mode) 555 OUTPUT

555 in Monostable Mode 555 Monostable Mode OUTPUT Generates Clock pulse when triggered Trigger

The Counter Counter CLK Output

The Display

The Problem - Binary to Decimal? 4029 Counter ??

The Solution Counter 7447

The Final Circuit 555 Astable Mode 4029 Counter 7447

How do I put the ‘Logic’?

AND GATE Truth Table(A.B)

OR GATE Truth Table(A+B)

NOT GATE Truth Table(~A)

NAND, NOR

XOR GATE Truth Table

Multiplexers and Demultiplexers

Multiplexers  Multiple input, one output  A single line is connected electrically to the output  The selection of the input which is to be connected to the output is done via selection pins

Multiplexers

Electrical Connection

What’s an Electrical Connection?  What we have are analog multiplexers  Not a digital connection  It is similar to the input and output being connected by a wire.

Demultiplexers  A mirror of the multiplexer  Multiple output, one input  One of the output is electrically connected to the input  The selection of the input which is to be connected to the output is done via selection pins

Demultiplexers

Do we need two separate devices?

What Mux-Demux are available?  4051 – 4bit Mux/Demux  4052 – 8bit Mux/Demux

Mux in Action!

Flipflops (4027)

Never leave a input pin unconnected. Pull Up/Pull Down. ( ) ( ) Using switches

Some Useful Advice  Tight, clean, non-overlapping connections, which must follow wire color conventions  Test each and every small part of the circuit, do not allow the circuit to grow too big before testing it.  Use gates for combining input, do not combine by direct shorting.  Do NOT leave any input pin unconnected, pull it up/down.  Do NOT divide one output into many wires.  Be very careful while making power connections: this may burn your IC.  Regularly meet club secretaries, and when needed, the coordinators.

Problem Statement  The aim of the competition is to design and build a “Crazy Taxi” using LEDs for display.  The object of the game is to avoid collisions with the incoming cars while driving on the wrong side of a busy road.

Problem Statement

Compulsory feature #1 Roads of LEDs :  There must be at least 2 roads (rows) of LEDs with a minimum of 4 LEDs in each rows.  A car depicted by a glowing LED must move continuously in each of the rows.

Compulsory feature #2 Navigation keys for car  Left and Right navigation keys must be present to move the car in the horizontal direction.

Compulsory Feature #3 Collision Detection : In case of collision of the frog with the car, it must be detected by the circuit and a signal must be generated (either by glowing a LED or any other way possible).

Additional Features Apart from the compulsory features, various additional features can be added to the circuit like 1. 2 Cars on the same road instead of Different levels of game with different speed of cars. 3. Scoring Mechanism, etc. 4. Pausing the game, reset score button

Join Us Website : FB Group : Youtube :

Contact Us Avi Singh A-129 / Hall Kevin Jose 366 / Hall Piyush Awasthi 150/Hall