Starter Changes in technology are moving at a fast pace. Communication devices such as laptops, MP3 players, and mobile phones have become more and more.

Slides:



Advertisements
Similar presentations
Logic Gates Some Most All Learning Objective
Advertisements

Lesson Objectives Understand and produce simple logic diagrams using the operation NOT, AND and OR Produce a truth table from a given logic diagram.
Basic Electronic Systems
» When you have completed this module you will know, what components do, what they physically look like and how they are represented in a circuit diagram.
Starter MHW6 1. What is a diode? 2. Draw a diagram to show the circuit symbol for a diode 1. What is a diode? 2. Draw a diagram to show the circuit symbol.
Past Paper Questions and Answers
Physics and Electronics. Electronic systems Electronic systems are made up of 3 parts: 1)An INPUT SENSOR – these detect changes in the environment Examples:
In this module you will learn: What the various logic gates do. How to represent logic gates on a circuit diagram. The truth tables for the logic gates.
PICS / Microcontrollers
P6 Flavour Sharing Charging Logic gates Motoring and Generators Resisting Computer circuits Transformers lessons 8 Home works End of topic assessment.
Assessment booklet Complete the long exam type question in your assessment booklet - Read the question carefully and highlight key phrases What is the.
The Microcomputer System In this presentation you will: Investigate the microprocessor Title Page.
FIELD EFFECT TRANSISTORS (FETs) Past Paper Questions and Answers.
Physics in Action W Richards Worthing High School.
Electronics “the science that deals with the control of electrons in an electrical circuit or system” 16th Jan.
Advanced Design Applications Power and Energy © 2014 International Technology and Engineering Educators Association STEM  Center for Teaching and Learning™
AQA Electronic Products Exam Format. AQA :WRITTEN EXAM PAPER 2011 TIME: 1.5 HOURS USE BLACK INK USE PENCIL FOR DRAWING.
True or False MHW7 A transformer does not work from a DC supply A transformer changes AC into DC Your mobile phone charger contains a transformer In step-up.
OCR GCSE Computing © Hodder Education 2013 Slide 1 OCR GCSE Computing Chapter 2: Binary Logic.
TODAY YOU ARE LEARNING to explain why data is represented in computer systems in binary form 2. to understand and produce simple logic diagrams.
Electronics Section 2 Robotics, Electronics, and Fluid Power.
The NPN transistor as a circuit element
Conductors Metals and graphite are electrical conductors. Electrons are free to move in conductors. Electrons are negatively charged. The electrons carry.
Circuits Topic- Seating Plan. Electric Circuits Level 4Level 5Level 6 Use circuit components to construct a series circuit Describe how a torch circuit.
1 Electronics 4.4: Digital Processes PageTitle 1)Contents Page 2)Header Page 3)Learning Outcomes 4)Introducing Transistors 5)Transistor Terminals 6)Transistor.
LOGIC GATES A logic gate is an elementary building block of a digital circuit.digital circuit Most logic gates have two inputs and one output terminals.
Electric circuits 1. SymbolNameDescription of how it works.
Computer Hardware & Operation Northern College Diploma Philip Bird.
Electric Circuits Part One: Electric Circuits Learning Goals  Define electricity.  Describe the components of an electric circuit.  Explain the difference.
Review: Most semiconductors are made of a poor conductor that has had impurities (atoms of another material) added to it. The process of adding impurities.
Eng. Mohammed Timraz Electronics & Communication Engineer University of Palestine Faculty of Engineering and Urban planning Software Engineering Department.
Starter - A.C and D.C electricity 1.Draw diagrams to help you explain the difference between A.C and D.C electricity. 2.A.C or D.C. providers? Battery.
Transistors Magic of Electrons © 2011 Project Lead The Way, Inc.
S3 INNOVATION ELECTRONICS. STARTER – IN YOUR GROUPS… With the person sitting closest to the door writing down your suggestions on the sheet of paper,
Electronic. Analog Vs. Digital Analog –Continuous –Can take on any values in a given range –Very susceptible to noise Digital –Discrete –Can only take.
S3 INNOVATION ELECTRONICS. LESSON TITLE: ELECTRONICS Learning Intention: To understand when to use different types of logic gates Activity: Building own.
AND Gate Inputs Output Input A (Switch) Input B (Switch) Output Y (Lamp) 0 (Open) 0 (OFF) A B Lamp.
Electricity Circuits. Learning Goals I will be able to identify both series and parallel circuits. I will be able to draw circuit diagrams.
Show-me board revision quiz 1.Draw the symbol for an LED 2.What happens to the resistance of a thermistor as it is heated up? 3.What happens to the resistance.
ELECTRICAL CIRCUITS. Circuits Circuits are paths which small particles flow through to provide us with electricity for lights, appliances, and other devices.
Digital electronics 4–1 Gates and Circuits SANJAYBHAI RAJGURU COLLEGE OF ENGG.
 A transistor is the basic building block of electronic components.  The average computer may have millions of them within its circuits.  Essentially,
Transistors to Gates © 2011 Project Lead The Way, Inc.Magic of Electrons.
Bipolar Junction Transistors Working Principle and Applications.
Logic Gates Learning Objectives Learn that there is a one-to-one relationship between logic gates and Boolean expressions Learn how logic gates are combined.
Logic Gates Unit 16.
Electric Circuits.
Component 1 Logical operators.
LOCKERBIE ACADEMY PHYSICS DEPT
Circuits Logic in Hardware.
AQA Electronic Products Exam Format
Transistors and Integrated Circuits
Draw in the field lines When an ____________ current flows through a _______ of wire it creates a magnetic _______. The diagram below shows its shape.
P6 – Electricity for Gadgets
Logic Gates Practical Objective: to develop an understanding of logic circuits and truth tables.
Churchmead Design Technology
ELECTRICAL CIRCUITS.
Transistors to Gates Transistors to Gates Gateway To Technology
ELECTRICAL CIRCUITS.
Calculating the resistance of a bulb
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.
Input > Process > Output
How electronic systems work using the Systems approach.
LOCKERBIE ACADEMY PHYSICS DEPT
Further binary, Logic diagrams and truth tables
Electric Circuits.
Transistors Magic of Electrons © 2011 Project Lead The Way, Inc.
Presentation transcript:

Starter Changes in technology are moving at a fast pace. Communication devices such as laptops, MP3 players, and mobile phones have become more and more common and have decreased in size and affordability. List some advantages and disadvantages of these changes Changes in technology are moving at a fast pace. Communication devices such as laptops, MP3 players, and mobile phones have become more and more common and have decreased in size and affordability. List some advantages and disadvantages of these changes

P6 – Electricity for Gadgets Lesson 5 – Transistors Learning aim: Demonstrate an understanding of what transistors are and how they work.

Learning Objectives Success Criteria Recognise transistors in circuits. Understand what transistors are. Understand the impact of increasing access to new technologies. Draw the symbol for a npn transistor, label the terminals. (Grade E-D) Recall what the basic building block of an electronic component is. (Grade E-D) Describe benefits and drawbacks of miniature circuits. (Grade C) Use the equation I e = I b + I c. (Grade C) Understand how current flows through a transistor.(Grade D-A) Complete a labelled diagram showing how a transistor can be used as an electronic switch for an LED. (Grade C-A) Explain how increasing availability of computers requires society to make choices about acceptable use of new technologies.( Grade C-A)

Logic in Hardware 1906 Lee de Forrest The Valve 1947 Bardeen and Brattain Transistor 1958 Jack Kilby Integrated Circuit 1971 Ted Hoff Microprocessor

Pros and cons Of miniature circuits? Discuss in pairs Then share in groups

What is a transistor? 1. Read pg Draw the symbol for a transistor 3. Label the terminals 4. Have a go atquestions 1&2 1. Read pg Draw the symbol for a transistor 3. Label the terminals 4. Have a go atquestions 1&2

Transistors A transistor acts like a switch: Base Collector Emitter When a SMALL current flows through the base- emitter part of the transistor a different current is switched on through the collector- emitter part.

Transistor facts Transistors are the building blocks for modern electronic circuits Transistors work with a very low current They behave like a switch They can be connected together to make logic gates Transistors are the building blocks for modern electronic circuits Transistors work with a very low current They behave like a switch They can be connected together to make logic gates

Transistors fact sheet Read the fact sheet and pages Complete questions 1-4 Do the ‘To Do’ section of the factsheet Read the fact sheet and pages Complete questions 1-4 Do the ‘To Do’ section of the factsheet

Use the equation I e = I b + I c. I = Current Remember current is like water flowing through a pipe ◦ -what goes in must come out ◦ Use the above equation to answer Q3 pg 239 I = Current Remember current is like water flowing through a pipe ◦ -what goes in must come out ◦ Use the above equation to answer Q3 pg 239

In pairs explain what needs to happen to get the lamp to light.

Logic gates Logic gates are the basics behind any kind of processor. There are 3 that you need to know for GCSE: NOT gate – “the output is NOT what the input is” AND – “the output is on if A AND B are both on” OR – “the output is on if A OR B are on” InputOutput Input AInput BOutput Input AInput BOutput

Logic gate symbols NOT gate: AND gate: OR gate:

Plenary

Learning Objectives Success Criteria Recognise transistors in circuits. Understand what transistors are. Understand the impact of increasing access to new technologies. Draw the symbol for a npn transistor, label the terminals. (Grade E-D) Recall what the basic building block of an electronic component is. (Grade E-D) Describe benefits and drawbacks of miniature circuits. (Grade C) Use the equation I e = I b + I c. (Grade C) Understand how current flows through a transistor.(Grade D-A) Complete a labelled diagram showing how a transistor can be used as an electronic switch for an LED. (Grade C-A) Explain how increasing availability of computers requires society to make choices about acceptable use of new technologies.( Grade C-A)

HT