Engineering H192 - Computer Programming Gateway Engineering Education Coalition Lab 2P. 1Winter Quarter Digital Electronics Lab 2.

Slides:

Advertisements

Similar presentations

Chapter 4 Gates and Circuits.

Advertisements

Computer Science 210 Computer Organization Introduction to Logic Circuits.

Interfacing Lab Part Guide. The Solderless Breadboard Rows along the top and bottom are connected horizontally along the length of the board Holes in.

CSC 405 Lab 1 - Building a Simple Combinatorial Circuit In this laboratory exercise you will learn about the layout of some small-scale integrated circuits.

Dr. Andreas Kunz © 10/2004 inspire icvr BASICS OF ELECTRONICS.

Chapter 4 Gates and Circuits.

Electrical Engineering 1 WISE Investments Electrical Engineering Lab Digital Logic Laboratory Dr. Keith Holbert.

Engineering H192 - Computer Programming Gateway Engineering Education Coalition Lab 4P. 1Winter Quarter Analog Electronics Lab 4.

Motors Make the world go ‘round By Jackson Greer, Room 305.

A key element of electrical engineering

Ch4 Electronic Components Circuit/Schematic Symbols.

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.

Intro to Digital Electronics. Classifications of Electronic Circuits Switching Circuits – by turning electricity on and off. – Figure 1 – Known as the.

Agenda Introduction to circuits Building a simple circuit

Engineering H192 - Computer Programming The Ohio State University Gateway Engineering Education Coalition Lab 3P. 1Winter Quarter Analog Electronics Lab.

Chapter 4 Gates and Circuits. Integrated Circuits aka CHIPS What’s in this thing???? 4–2.

Summer Institute 2004 Chips and Gates An Introduction Linda Soulliere

Logic Gates How Boolean logic is implemented. Transistors used as switches to implement Boolean logic: ANDOR Logic with Transistors.

TECH LOGIC CIRCUIT PROJECT BY: JUAN ESTEBAN ARENAS 8: ROOK.

Electrical Circuits Prof. Jennifer M. Blain Christen BioElectric Systems and Technology.

School of Computer Science G51CSA 1 Computer Systems Architecture Fundamentals Of Digital Logic.

Experiments Day 1 & 2 Resistors, Potentiometers and Photocells.

CSIS CSIS Input AND from Transistors Illustrates basic use of IDL-800 Illustrates construction of gates Illustrates the “transistor bleed-through”

 In studying digital integrated circuits, one must start with the simplest group of circuit, the SSIs or Small Scale Integrated Circuits. Since these.

Electronic Components. Battery A portable power source that has a positive and negative. Electronics works on Direct Current (DC) where electrons flow.

Eng. Mohammed Timraz Electronics & Communication Engineer University of Palestine Faculty of Engineering and Urban planning Software Engineering Department.

4. Electrons and electronics 4.5 Digital electronics.

CS 8421 Computing Systems, Dr. Hoganson Copyright © 2004, 2006 Dr. Ken Hoganson CS Class Will Start Momentarily… CS8421 Computing Systems.

Week 6: Gates and Circuits: PART I READING: Chapter 4.

CSCI-100 Introduction to Computing Hardware Design Part I.

Electronic Components Circuit/Schematic Symbols. RESISTOR Resistors restrict the flow of electric current, for example a resistor is placed in series.

LOGIC GATES. Electronic digital circuits are also called logic circuits because with the proper input, they establish logical manipulation paths. Each.

BASIC LOGIC GATES. In studying digital in integrated circuits, one must start with the simples group of circuits, the SSIs or Small Scale Integrated Circuits.

Electronic. Analog Vs. Digital Analog –Continuous –Can take on any values in a given range –Very susceptible to noise Digital –Discrete –Can only take.

CS151 Introduction to Digital Design Chapter 2: Combinational Logic Circuits Lecture 5: Binary Logic and Gates.

1 Electrical Fundamentals We need some understanding of electrical fundamentals to do the lab exercises. Electric Circuit Consists of: –Power Source: Battery,

Digital Computers Logic Gates & Applications. Digital Computers Types of Material (Electric Conductivity) – Insulator Rubber / wood – Conductor Copper.

Assoc. Prof. Dr. Ahmet Turan ÖZCERİT.  Logic gates used in digital electronics  How to use logic gates to implement logic equations You will learn:

Digital electronics 4–1 Gates and Circuits SANJAYBHAI RAJGURU COLLEGE OF ENGG.

6.2 ELECTRONICS. CAPACITOR An electrical device used to store electrical charge.

Transistors to Gates © 2011 Project Lead The Way, Inc.Magic of Electrons.

1 Transistor. 2 Transistors are used to turn components on and off They come in all different shapes and sizes.

BASICS OF ELECTRONICS.

Logic Gates Unit 16.

Basics of Logic gates - Part 1

Logic Gates Binary Day 3 PEOPLE 2016.

3 PHASE SEQUENCE CHECKER BY LED INDICATION

Component Identification

KS4 Electricity – Electronic systems

KS4 Electricity – Electronic systems

How to avoid catching things on fire.

Chapter 4 Gates and Circuits.

How Boolean logic is implemented

CS105 Introduction to Computer Concepts GATES and CIRCUITS

Computer Science 210 Computer Organization

SOLIDS AND SEMICONDUCTOR DEVICES - IV

Digital Electronics Lab 2 Instructor:

סימנים מוסכמים בחשמל ואלקטרוניקה

JC Technology Logic Gates.

Transistors to Gates Transistors to Gates Gateway To Technology

Basic Electronics Part Two: Electronic Components.

SOLIDS AND SEMICONDUCTOR DEVICES - IV

KS4 Electricity – Electronic systems

ELECTRONIC SYSTEMS Note: There is no compulsory question set on Section 25 of the syllabus. Questions set on topics within Section 25 are always set as.

Electricity and Circuits

SOLIDS AND SEMICONDUCTOR DEVICES - IV

Logic Gates AIM: To know the different types of logic gate

Dept. of Electrical and Computer Eng., NCTU

Presentation transcript:

Engineering H192 - Computer Programming Gateway Engineering Education Coalition Lab 2P. 1Winter Quarter Digital Electronics Lab 2

Engineering H192 - Computer Programming Gateway Engineering Education Coalition Lab 2P. 2Winter Quarter Analog Vs. Digital

Engineering H192 - Computer Programming Gateway Engineering Education Coalition Lab 2P. 3Winter Quarter Analog Vs. Digital Analog –Continuous –Can take on any values in a given range –Very susceptible to noise Digital –Discrete –Can only take on certain values in a given range –Can be less susceptible to noise

Engineering H192 - Computer Programming Gateway Engineering Education Coalition Lab 2P. 4Winter Quarter The Transistor Basic element of digital electronics Can act like a “switch”

Engineering H192 - Computer Programming Gateway Engineering Education Coalition Lab 2P. 5Winter Quarter Boolean Algebra Symbolic representation of logic statements Uses many basic arithmetic symbols: +, -, (), etc.

Engineering H192 - Computer Programming Gateway Engineering Education Coalition Lab 2P. 6Winter Quarter Basic Logic Circuits: AND Symbol Boolean Equation Y = AB Truth Table YBA AYBAYB

Engineering H192 - Computer Programming Gateway Engineering Education Coalition Lab 2P. 7Winter Quarter Basic Logic Circuits: OR Symbol Boolean Equation Y = A+B Truth Table YBA AYBAYB

Engineering H192 - Computer Programming Gateway Engineering Education Coalition Lab 2P. 8Winter Quarter Basic Logic Circuits: NOT Symbol Boolean Equation _ Y = A Truth Table YA A Y

Engineering H192 - Computer Programming Gateway Engineering Education Coalition Lab 2P. 9Winter Quarter Basic Logic Circuits: NAND NAND = “not AND” Commonly used to implement other logic circuits Symbol Boolean Equation _____ Y = (AB) Truth Table YBA AYBAYB

Engineering H192 - Computer Programming Gateway Engineering Education Coalition Lab 2P. 10Winter Quarter Basic Logic Circuits: NOR NOR = “not OR” Symbol Boolean Equation _____ Y = (A+B) Truth Table YBA AYBAYB

Engineering H192 - Computer Programming Gateway Engineering Education Coalition Lab 2P. 11Winter Quarter Integrated Circuits (Chips) A collection of many transistors, resistors, and capacitors on a single silicon wafer The wafer is mounted to a carrier for ease of use and dissipation of heat Notches mark pin 1 end or pin 1 of IC (highlighted for clarity)

Engineering H192 - Computer Programming Gateway Engineering Education Coalition Lab 2P. 12Winter Quarter Breadboards The “canvas” for laying out a circuit using discrete components (resistors, wires, chips, etc.)

Engineering H192 - Computer Programming Gateway Engineering Education Coalition Lab 2P. 13Winter Quarter Breadboards (continued) Power and ground terminal posts

Engineering H192 - Computer Programming Gateway Engineering Education Coalition Lab 2P. 14Winter Quarter Breadboards (continued) Each small row of holes is electrically connected inside the breadboard

Engineering H192 - Computer Programming Gateway Engineering Education Coalition Lab 2P. 15Winter Quarter Breadboards (continued) Power bus shown in red Ground bus shown in blue These columns of holes are connected electrically

Engineering H192 - Computer Programming Gateway Engineering Education Coalition Lab 2P. 16Winter Quarter Light Emitting Diodes (LED) Function depends on orientation Allows current to flow only one way Illuminates when current is flowing through it Must have current limited by a resistor in series

Engineering H192 - Computer Programming Gateway Engineering Education Coalition Lab 2P. 17Winter Quarter Power MOSFETs Allows control of high current DC loads by low- voltage digital signals With a ‘1’ signal at the gate, current may flow from drain to source. Otherwise, the path is closed

Engineering H192 - Computer Programming Gateway Engineering Education Coalition Lab 2P. 18Winter Quarter Laying Out the Circuit Chips “bridge” the gaps Devices in adjacent horizontal rows are connected Make sure power is turned off until circuit is finished!

Engineering H192 - Computer Programming Gateway Engineering Education Coalition Lab 2P. 19Winter Quarter Today’s Goals Build digital circuits on your breadboards and determine their function Test the Mystery Circuit Build a circuit to operate a motor with a power MOSFET