Breadboard Power bus + (red) and – (blue) on left and right of breadboard abcde (green) are all connected in a row fghij (yellow) are all connected in.

Slides:



Advertisements
Similar presentations
EE188L EE I Laboratory Lab #2 Resistive Circuits.
Advertisements

Voltage and Its Measurements
Breadboarding and Electronic Components. What is a Breadboard? Sometimes called a proto-board Reusable platform for temporarily built electronic circuits.
Register Digital Multimeter Usage Click Register to begin the course.
Pulse Detector Ramiro Duarte, Clayton Greenbaum Prof. Betty Lise Anderson.
Using a Multimeter.
March 2004 Multimeters How to use them. March 2004 The Multimeter We have black and yellow ones – the black ones are the ‘newest’… Some of the yellow.
Janelle Yong SACNAS Community Day October 29, 2011.
Vex 1.0 © Carnegie Mellon Robotics Academy Inc. MULTIMETER Introduction This PowerPoint is a companion to the videos in “Background / Resources / Multimeter.
Current Electricity. Electricity Static Is stationary E.g. Brush your hair Wool socks in tumble drier Current Flows around circuit E.g. turn on light.
Circuits Series and Parallel. Series Circuits Example: A 6.00 Ω resistor and a 3.00 Ω resistor are connected in series with a 12.0 V battery. Determine.
Basic Circuits – Lab 1 Xmedia Spring Basically Power –Provides energy for the sensor and the output Sensor –Changes aspects of the circuit based.
George Washington University DC Circuits Lab Professor Ahmadi ECE 002.
Embedded Programming and Robotics Lesson 1 Basic Electricity and Electronics Transistor Basics Lesson 1 -- Basic Electricity1.
Register Digital Multimeter Usage Click Register to begin the course.
LED Display Prof. Betty Lise Anderson. Here’s what you’re going to build.
Potential Difference (Voltage). Potential Difference Potential difference, or voltage, is the difference in electric potential energy per unit of charge.
Circuit Testers and Digital Meters
Electronics: Bridging the gap between 8 th grade studies and High School Presented by: Donna J. Casanova 8 th grade Physical Science Providence Public.
OBJECTIVES 1. Create correctly sized connectivity cabling.
Register Digital Multimeter Usage Click Register to begin the course.
Experiment 3 Ohm’s Law.  The goals of Experiment 3 are:  To identify resistors based upon their color code.  To construct a two-resistor circuit using.
Experiment 1 Breadboard Basics
Basic Circuits – Lab 1 Xmedia Spring Basically Power –Provides energy for the sensor and the output Sensor –Changes aspects of the circuit based.
Electrical Measurements: Meters
Electricity Unit Overview Thursday, April 2, 2015.
Introduction to Digital Multimeters
Do Now Describe what you think happens electrically when you dim a light.
Circuits Lab ENGR 1181 Lab #3. Circuits in the Real World Many engineering fields and products require the use of circuits. Some are more complicated.
George Washington University DC Circuits Lab Professor Ahmadi ECE 002.
Using a Multimeter McTigue Junior High Technology Ed. Click Here
Circuit Testers and Digital Meters 4 © 2013 Pearson Higher Education, Inc. Pearson Prentice Hall - Upper Saddle River, NJ Advanced Automotive Electricity.
George Washington University DC Circuits Lab ECE 002 Professor Ahmadi.
Register Digital Multimeter Usage Click Register to begin the course.
IEEE’s Hands on Practical Electronics (HOPE) Lesson 3: Ohm’s Law, Equivalent Resistances.
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,
IMPORTANT ELECTRONIC TERMS. Voltage "V" A measure of electrical potential, it is measured in volts A measure of the pressure under which electricity flows.
Lab 1 Breadboard and Measurement Techniques Tom Rebold.
Operating a Amp – Volt – Ohm Meter Created for CVCA Physics By Dick Heckathorn 3 April 2K
Copyright Carnegie Mellon Robotics Academy all rights reserved Vex 1.0 © 2005 Carnegie Mellon Robotics Academy Inc. Multimeters Testing for continuity.
Concepts of Engineering and Technology Basic Electricity and Electronics: DC Circuits Copyright © Texas Education Agency, All rights reserved. 1.
1 Electrical Skills Voltage and Its Measurements.
Electrical Current and Circuits How Electricity Gets To Where It Is Going.
Potato Clocks and Juice Clocks
Electrical Measurements ─ Meters
In this lesson, you will learn how to set up a Digital Multimeter (DMM) to perform various measurements Click on each question to learn more How is the.
Series Circuits and Parallel Circuits.. Series and Parallel Circuits Series Circuits: only one end of each component is connected Example: Christmas tree.
D4. Explain the relationship among voltage, current, and resistance in a simple series circuit. Voltagecurrentresistance Low Voltage: High Voltage:
Units to be measured and calculated VoltageVoltsV or E ResistanceOhmsR or Ω Current AmpsI or A.
Using Your Arduino, Breadboard and Multimeter ME 120 Fall 2013 Work in teams of two!
Using electrical Test Equipment To accompany the Georgia Agriculture Curriculum Course: AG-AG-AMII Using Electrical Test Equipment 2010 VGP.
How to Build a Digital Physical System - Lab Lecture 2.
 A multimeter is tool that measures electrical currents. It is a combination of many different measurements in one tool.
Controlling an LED with a switch. 2 breadboard place where you can build electric circuits really quickly the magical breadboard.
A Current which is both positive and negative______________(11) B Provides the potential difference in a dc circuit ___________(7) C The unit of charge.
Resistance. Resistor A resistor is part of an electric circuit that resists the flow of electric current. As current flows through a resistor, some of.
Using a Multimeter.
Building Circuits.
ELECTRICAL CIRCUITS Multimeter.
Electrical Measurements ─ Meters
Ohm’s Law.
Digital Multimeter.
Series Circuit.
Pulse Detector Ramiro Duarte, Clayton Greenbaum Frank Paynter
Electricity.
Electrical Measurements ─ Meters
How a Breadboard Works Teacher Notes: This picture depicts the connections on a breadboard. A breadboard is a device used to make simple electrical connections.
Electrical Current & Circuits
Series and Parallel Circuits
Types of Movement & Constructional Details
Presentation transcript:

Breadboard Power bus + (red) and – (blue) on left and right of breadboard abcde (green) are all connected in a row fghij (yellow) are all connected in a row abcde and fghij are not connected. If you want them connected use a jumper Use caution inserting components in the breadboard. Hold ends of leads so they do not bend when inserting 1 Two wires inserted in the same row are electrically connected Two wires are in different rows they are not connected Two wires are connected across the center are not connected 2 3

Series Components in a Circuit (Head to Tail) 2 Connect the voltage source positive connector to the + bus Add a jumper from the + bus to the row for the first component Insert the first component so one end is in the same row as the jumper Insert the second component in row ending the first component (tail to head) Jumper the row ending the second component to the – bus Connect the voltage source negative connector to the – bus Turn on voltage source - circuit is complete to energize circuit 3 4 5 1 6

Parallel Components (Head to Head) Connect the voltage source positive connector to the + bus Add a jumper from the + bus to the row for the first component Insert the first component so one end is in the same row as the jumper Insert the second component in same row with the first component Jumper the row ending the second component to the – bus Complete the circuit by connecting the voltage source negative connector to the – bus Turn on voltage source when circuit is complete to energize circuit 2 3 4 5 1 6

Use DVM to measure Voltage or Ohms 1 Connect the probe (red) to the breadboard start row of the component to be measured Use a jumper if the probe does not fit in the breadboard Connect the other probe (black) to the breadboard end row to be measured Set the digital volt meter to measure volts DC Use this setup to measure resistance. Set the multi-meter to measure Ohms. Note: you can never measure resistance when the circuit is energized 2 5 4 3

Use DVM to measure Current Multi-meter must be inserted in series in the circuit to measure current Move the probe to the mA connector Remove the jumper connection from the voltage source negative connection Connect the probe to the – bus on the breadboard (Tip: you may need to use jumpers if the probe does not fit n the breadboard) Connect the common probe to the voltage source negative connection Set the meter to measure mA DC (mode button if necessary) 1 5 3 4 2