Schematic to Pictorial

Slides:



Advertisements
Similar presentations
Electrotechnology - DC Circuits: (01)The Basics.
Advertisements

Kirchhoff’s Laws Three Examples
Using Graphic Symbols to Illustrate Basic Circuit Designs
Molly, Gwyn, Sam, and Eric.  We ed Fred asking about connectors and EAGLE  Sam is set up to conduct a thermal test of a converter in a vacuum 
20.1 Electric Circuits pp Mr. Richter.
Components, Symbols, and Circuitry of Air-Conditioning Wiring Diagrams
/t/ / I d/ /d/ Try Again Go on /t/ / I d/ /d/
Schematic to Pictorial Page A4 schematic to Page A4a pictorial.
Combined Series and Parallel Circuits Objectives: 1. Calculate the equivalent resistance, current, and voltage of series and parallel circuits. 2. Calculate.
Hello there, I am Smasher. Shorty, Smiley and myself will be assisting you as we learn how to wire a simple circuit. When you are finished with this lesson.
Gate Anode Cathode. You will need the following parts from your kit: 1.Breadboard ohms resistor (red, red, brown, gold) ohms resistor (brown,
$100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300.
With a knowledge of how to connect cells in parallel and series, we can figure out how to arrange batteries to deliver a desired voltage, and in some cases,
Unit 4 Symbols.
Unit 4- Building from Schematics--Continued EET 110 Electronics Survey I.
Bellwork (2/26) What do voltage sources do in a circuit? They do work on charges that is transferred into electric potential energy. Aside: High voltages.
G1 to G1b LOW VOLTAGE Schematic to Pictorial. You will now draw the Pictorial by following the Schematic.
Electronic Schematics How we can draw electronic circuits.
Complex Circuits Notes Series Circuit + Parallel Circuit = Complex Circuit.
PSpice By Jirawat Kanjanapitak (Tae). Introduction Created by Cadence TM Benefits of PSpice  Be able to solve difficult circuits  Save time & easy to.
Current Electricity and Electric Circuits. Static vs. Current Electricity Static Electricity: charges build up in one location Current Electricity: electrons.
Circuits and Schematic Diagrams Chapter 35. Circuits  ~a set of components that give current a path to follow  You need:  Voltage source  resistor.
Measuring Current and Voltage in Circuits. measuring current Electric current is measured in _______using an ammeter connected ________________ in series.
Basic Equipment and Schematic Reading. Objectives Learn the basic equipment that will be used in the Lab. Learn some of the basic symbols used on electrical.
Norwood Elementary Science SCHEMATIC DIAGRAM SYMBOLS.
D4. Explain the relationship among voltage, current, and resistance in a simple series circuit. Voltagecurrentresistance Low Voltage: High Voltage:
Potential – Learning Outcomes  Draw and discuss a potential divider.  Demonstrate a potential divider.  Discuss potentiometers and their use in variable.
A6a to A6b Schematic Diagram to Pictorial Diagram
Physics Section 18.1 Draw schematic diagrams of electrical circuits A schematic diagram is a representation of a circuit that uses lines to represent wires.
Glencoe Physics Chapter 23 ”Circuits and Circuit Elements"
G5a Schematic to Pictorial. You will now draw the Pictorial by following the Schematic.
Intro to Electricity Electricity Definition: Circuit Definition: Three things for a circuit to work:
G7 Schematic to Pictorial. You will now draw the Pictorial by following the Schematic.
DC Circuits.
Welcome back! Thursday, March 3, 2016 Agenda: New Vocabulary
Circuit Design Circuit Design Gateway To Technology®
Electricity How & where it’s used Review of the atom
Generating Circuit Equations
K3 Schematic Analysis and Pictorial Diagram
continued on next slide
Schematic Diagrams: Electrical Component Symbols
                                                                                                                                                                                                                                                
This ‘common’ page must have the same information on every presentation. Think of it as a common logo or theme that brings together all the presentations.
continued on next slide
continued on next slide
How a 555 Timer Works Objectives:
Circuits.
Circuit Design Circuit Design Gateway To Technology®
K4 Schematic Analysis and Pictorial Diagram
K1 Schematic Analysis and Pictorial Diagram
Electric Potential.
Schematic to Pictorial
Schematic to Pictorial
K2 Schematic Analysis and Pictorial Diagram
K5 Schematic Analysis and Pictorial Diagram
K6 Schematic Analysis and Pictorial Diagram
Schematic to Pictorial
Schematic to Pictorial
How a PNP Transistor Works
How an NPN Transistor Works
Current Electricity and Electric Circuits
BUILDING CIRCUITS: Schematics.
½ of 6 = 3.
Schematic to Pictorial
Schematic to Pictorial
Bell Work: Series vs. Parallel
Interpretation of Drawings
continued on next slide
DEMO-board schematic:
continued on next slide
Presentation transcript:

Schematic to Pictorial G2 to G2a LINE VOLTAGE Schematic to Pictorial

You will now draw the Pictorial by following the Schematic

The process will be to follow the schematic one wire at a time from one component to another component until you are finished.

The slides that follow will show the wire in RED on the schematic that is going to be wired on the pictorial. Then the pictorial slide will show that wire being ‘installed.’ This is the wire you are to place on your pictorial. Keep advancing through this slide presentation until you are finished with the pictorial.

You have finished the LINE VOLTAGE Circuit.

The next slide shows your completed PICTORIAL and this is what you need to show your Instructor for credit.

WOW! That was a lot of wires. I hope I can follow the wires correctly to wire this unit. If I can, you are good to go. If not, you have to do it again. In other words, you can’t be sloppy on this pictorial.

THE END