Reading construction plan and other information.pptx
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Presentation of electrical construction plan for learners of electrical installation and maintenance.
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In this lab, we will get acquainted with various components of electrical circuits. We will learn:
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circuit whereas a circuit that has multiple (more than one) possible paths is known as a parallel
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Resistors impede the flow of current in a circuit. We assume that connecting leads (conductors)
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a) What happens to the light bulb when you close the circuit?
___________________________________________________________________
b) Draw a circuit diagram representing your circuit using the symbols from above:
Try to remember how brightly the bulb is shining in step 1.
Page 2 of 4
2. Light bulbs in Series
Now add a second identical bulb in series (you will need to disconnect your circuit first).
a) Draw a proper diagram representing your circuit. What do you observe about the light
intensity (brightness) in each bulb compared to a single bulb in the previous step?
__________________________________________________________________
b) What happens if you remove one of the light bulbs from its holder?
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circuit diagram; how to use color code to read the resistance of the resistor; how to use the
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resistance, voltage and current. We will learn how to simplify the circuit by replacing the circuit
diagram with an equivalent one. Text reference: Young and Freedman §§ 26.1, 26.3.
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of electrical current in a circuit from the battery or power supply, through the wires, and through
various combinations of light bulbs and/or resistors.
A simple electrical circuit usually has a power (energy) source such as a battery or power supply
and resistors such as a light bulb or a carbon resistor. Here are the symbols for some electrical
components you may see in circuit diagrams of the lab manuals of this lab course:
A closed circuit is a path along which current carriers (electrons in conductors) can flow. Current
does not flow in an open circuit. A circuit in which there is a single pathway is known as a series
circuit whereas a circuit that has multiple (more than one) possible paths is known as a parallel
circuit.
Resistors impede the flow of current in a circuit. We assume that connecting leads (conductors)
have negligible resistance, while the insulators have very large resistance. Many resistors obey
Ohm’s Law (V = IR), which states that the current I through a resistance R is proportional to the
voltage V across the resistor. We will study Ohm’s law in the next lab class experiment.
Part 1. Light Bulbs
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Make a simple circuit using a battery or DC power supply, a light bulb (in its holder), and some of
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a) What happens to the light bulb when you close the circuit?
___________________________________________________________________
b) Draw a circuit diagram representing your circuit using the symbols from above:
Try to remember how brightly the bulb is shining in step 1.
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Now add a second identical bulb in series (you will need to disconnect your circuit first).
a) Draw a proper diagram representing your circuit. What do you observe about the light
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__________________________________________________________________
b) What happens if you remove one of the light bulbs from its holder?
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- Ground/Earth symbol identifies a zero potential reference point or for electrical shock protection.
- Resistor symbol shows zig zag squiggles and reduces current flow.
- Switch symbol disconnects current when open and comes in variations like SPST, SPDT, pushbutton.
- Capacitor symbol shows two terminals running into plates with curved plate indicating polarization.
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2. Schematic diagrams depict the simplest form of an electrical circuit with components on horizontal lines regardless of physical location, making them useful for troubleshooting.
3. Wiring diagrams show the layout and wire connections of components using standard symbols but can be difficult to understand circuit operation.
4. Pictorial diagrams depict components in detail as they appear physically and indicate wiring attachments, useful for locating parts in complex systems. Standard electronic symbols have been developed and standardized by organizations like ANSI and IEEE to facilitate unambiguous technical drawings.
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The document discusses three widely used electronic components: resistors, capacitors, and inductors. Resistors are used to resist the flow of electricity and are measured in ohms. Capacitors are used to store electric energy and are measured in farads. Inductors are used to resist changes in current flow and are used to create magnetic fields. The document also provides information about an electronic component distributor called Express Technology Group.
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3) The document serves as a guide for beginners to understand basic electronics theory and principles needed to design and build their own circuits.
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Here are the key steps to test the logic gates:
1. Connect the power supply (5V) and ground to the IC.
2. Apply different combinations of logic inputs (0V, 5V) to the input pins of each gate.
3. Observe the output pin of each gate using an LED or logic probe for the expected output based on the gate's truth table.
4. Record the observed outputs and compare them to the expected outputs based on the gate's function.
5. Test all the gates in the given ICs (AND, OR, NOT, NAND, NOR) following the same procedure.
6. Note any discrepancies between observed and expected outputs.
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The document provides an introduction and overview of a series of books about learning electronics as a hobby. It explains that the first book will teach basic rules and terms, like current, voltage, resistance, and components. It then lists several other books in the series that will cover topics like different electronic components, digital electronics, and how to build a home electronics lab. The goal is to teach electronics to anyone interested in learning as a hobby.
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This document provides an introduction to electronics and breadboarding circuits. It outlines what will be covered in the class, including the fundamental principles of electronics and basic electronic components used in DC analog circuits. The class parts list details the various electronic components that will be used in hands-on projects to demonstrate how these principles combine to make interactive circuits, which students can take home.
From Vaccuum tubes to Smartphones Nice read
This document discusses the history and terminology of electric circuits. It begins by defining some key terms:
1. A device is an individual circuit element like a resistor, capacitor, or transistor.
2. A circuit is a collection of interconnected devices through which current can flow.
3. A system is a collection of interconnected circuits that work together, like a cell phone.
It then contrasts electric circuits, which use passive devices, from electronic circuits, which use active devices like transistors. The rest of the document discusses the complementary processes of circuit analysis and synthesis (design), and provides a brief timeline of important developments in electric circuits.
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This document discusses various electronic components used in circuit design. It describes components as active, passive, or electromechanical based on their function. Resistors, capacitors, coils, diodes, transistors, and integrated circuits are some key components mentioned. The document then focuses on resistors, describing them as two-terminal passive components that oppose current flow based on Ohm's law. It provides the equation for resistance and discusses identifying resistors based on specifications like power rating, material, and resistance value.
What is electronics year 2
The document provides an overview of electronics, including definitions of key terms like electricity, electric vs electronic, and why electronics is important. It discusses fundamental electronics concepts like voltage, current, resistance, and Ohm's law. It also outlines common electronic components, circuits, systems, and applications including power, communication, computers, medical, and more. The document emphasizes that understanding fundamentals enables understanding and working with electronic systems.
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- The basic principles of electronics like what is an electronic circuit and the different types of power sources.
- Common electronic components like resistors, capacitors, LEDs, transistors, motors and how they work.
- How circuits are constructed using a breadboard and how components can be connected in series and parallel.
- Examples of simple circuits that will be built in the class like an LED circuit, voltage regulator, and circuits using buttons, sensors and a motor.
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This document provides an overview of the topics and components that will be covered in an introduction to electronics and breadboarding circuits class, including:
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- Common electronic components like resistors, capacitors, LEDs, transistors, motors and how they work.
- How circuits are constructed using a breadboard and how components can be connected in series and parallel.
- Examples of simple circuits that will be built in the class like an LED circuit, voltage regulator, and circuits using buttons, sensors and a motor.
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Artificial Intelligence (AI) technologies such as Generative AI, Image Generators and Large Language Models have had a dramatic impact on teaching, learning and assessment over the past 18 months. The most immediate threat AI posed was to Academic Integrity with Higher Education Institutes (HEIs) focusing their efforts on combating the use of GenAI in assessment. Guidelines were developed for staff and students, policies put in place too. Innovative educators have forged paths in the use of Generative AI for teaching, learning and assessments leading to pockets of transformation springing up across HEIs, often with little or no top-down guidance, support or direction.
This Gasta posits a strategic approach to integrating AI into HEIs to prepare staff, students and the curriculum for an evolving world and workplace. We will highlight the advantages of working with these technologies beyond the realm of teaching, learning and assessment by considering prompt engineering skills, industry impact, curriculum changes, and the need for staff upskilling. In contrast, not engaging strategically with Generative AI poses risks, including falling behind peers, missed opportunities and failing to ensure our graduates remain employable. The rapid evolution of AI technologies necessitates a proactive and strategic approach if we are to remain relevant.
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www.StokeNewingtonHistory.com
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Reading construction plan and other information.pptx
- 2. Let’s Review Identify the following electrical symbol that we’ve learned in our past lesson
- 3. B
- 4. A
- 5. C
- 6. D
- 7. B
- 22. Steps in Reading Electrical Wiring Plan 1. Familiarize with the Standardized Electrical Symbols Knowing what the symbols in your electrical drawing mean will help you find different appliances. Symbols usually resemble specific meaning. Familiarize yourself with descriptions for electrical appliances, understanding that different symbols appear for different objects. Refer to Basic Electrical Symbols and Their Meanings for specific resources and learn these symbols visually. You'd better get to know the following basic symbols by heart.
- 23. Steps in Reading Electrical Wiring Plan 2. Learn Reading Pattern Read schematics in the pattern that you would read text. With rare exceptions, schematics should be read left to right and top to bottom. The signal being generated or used by the circuit will flow in this direction. The user can follow the same path that the signal uses to understand what the signal does or how it is being modified.
- 24. Steps in Reading Electrical Wiring Plan 3. Identify Polarity Some components to a circuit board are polarized, meaning one side is positive and the other negative. This means you have to attach it in the specified way. For most symbols, polarity is included in the symbol. To identify the polarity of the physical part, a general rule of thumb is to find out which metal lead wire is longer. The longer part is the + side.
- 25. Steps in Reading Electrical Wiring Plan 4. Understand Names and Values Values help define exactly what a component is. For electrical components like resistors, capacitors, and inductors the value tells us how many ohms, farads, or Henries they have. For other components, like integrated circuits, the value may just be the name of the chip. Crystals might list their oscillating frequency as their value. Basically, the value of a schematic component calls out its most important characteristic.
- 26. Steps in Reading Electrical Wiring Plan Component names usually consist of one or two letters and a number. The letter part of the name represents the type of component - R's for resistors, C's for capacitors, U's for integrated circuits, etc. Each component name in an electrical drawing should be unique; if you have multiple resistors in a circuit, for example, they should be named R1, R2, R3, etc. Components names help us reference specific points in schematics. The prefixes of names are pretty well standardized. For some components, like resistors, the prefix is just the first letter of the component. Other name prefixes are not so literal; inductors, for example, are L's (because current has already taken I [but it starts with a C...electronics is a silly place]). Here's a quick table of common components and their name prefixes: