Measuring the Current and Voltage of a 820 Ω Resistor Setting for Multimeter = 200 mA DC Measure Voltage in 2 V increments up to 20 V.

Slides:

Advertisements

Similar presentations

PROJECT TEAMS A 1 & 2 B 6 & 15 C 4 & 5 D 3 & 7 E 8 & 14 F 12 & 13 G 9 & 16 H 10 & 11.

Advertisements

Signal Generator 1.Describe what each control on the CRO does. 2.Describe a method for finding peak voltage. 3.Describe a method of finding the period.

LED Display. LED Typical LED forward bias voltage: 1.5 to 2.0 V Typical currents needed to light LED range from 2 to 15 mA.

Power to circuit board Ground Positive Neutral We opened the back end of the fixture to expose the AC wiring.

Electronics Dan Simon Cleveland State University ESC 120 Revised August 28, 2010.

Basic Circuits – Lab 1 Xmedia Spring Basically Power –Provides energy for the sensor and the output Sensor –Changes aspects of the circuit based.

Basic Circuits – Lab 1 Xmedia Spring Basically Power –Provides energy for the sensor and the output Sensor –Changes aspects of the circuit based.

Use of Multimeter The Mission Covenant Church Holm Glad College.

+ Using Ohm’s Law to Build a Voltage Divider 1. + Learning Objectives Understand and demonstrate the engineering design process Use Ohm's Law as a tool.

The Effective Value of an Alternating Current (or Voltage) © David Hoult 2009.

Electronics Chapter 53 What is Electronics? Electronics is the careful and exact control of very small electric currents. It is used in many small devices.

Using a digital multimeter (DMM) A brief guide. As a voltmeter (large voltages) Switch to V = 20, this is the maximum DC voltage it will read The red.

Electricity and Electrical Circuits. Chapter Sections O 1 - Electrical Circuits O 2 - Current and Voltage O 3 - Resistance and Ohm’s Law.

Current / Voltage Graphs: Answers The marks for each question appear in red boxes alongside the answer.

Lab 2: Ohm’s Law Only 10 more labs to go!!

Electricity Define Electricity: Electrons: Short Circuit: Current: Battery: Voltage:

Electrical Circuits Utah Underwater Robotics Instruction Slides.

EE Lab Intro ELEC 106 Fundamentals of Electrical Engineering Dr. Ron Hayne.

George Washington University DC Circuits Lab ECE 002 Professor Ahmadi.

DIGITAL MULTIMETER A Must Have For Dealing With Electronics.

+ Using Ohm’s Law to Build a Voltage Divider 1. + Learning Objectives Understand and demonstrate the engineering design process Use Ohm's Law as a tool.

Voltage, V Voltage tells us how hard a positive charge is pushed between two different points. Something, such as a battery, is needed to create a voltage.

5.3 More current – pd graphs The resistance of a filament lamp increases with increased temperature The resistance of a diode depends on the p.d. (voltage)

Electronic Parts.

Internal Resistance.

Robotics Academy Electronics.

Environment and teaching kits Andrzej Kotlicki Physics and Astronomy.

Chapter 8. Ohm’s Law  George Ohm experimented with circuits and came up with a mathematical relationship relating voltage, current and resistance in.

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

Power Definition Whiteboards. Power power = work time Derive all eqn using: V = W/q I = q/t R = V/I P = IV = I 2 R = V 2 R P: Power in W I: Current in.

18240 Element two - Components INPUTS OUTPUTS PURPOSE TYPICAL USE.

Circuits. The Basics The Symbols Wire Resistor Light Bulb Plug Battery Open Switch Closed Switch Capacitor.

Work out the power dissipated by the resistor in the following 2 circuits. All LEDs have a forward voltage of 2v Which circuit is the most efficient and.

16.2 Current and Voltage. Electric Current (review from yesterday) Electric current: the flow of electric charge (movement of electrons)

Intro to Electricity Electricity Definition: Circuit Definition: Three things for a circuit to work:

Use of Multimeter Outlook of Multimeter Pointer and Scale –single pointer with different scale for different measurements Selection Switch –select to.

 A multimeter is tool that measures electrical currents. It is a combination of many different measurements in one tool.

Electricity Definitions

Building Circuits.

Some Theory Voltage Resistance Current Ohm’s Law

ELECTRICAL CIRCUITS Multimeter.

Use of Multimeter The Mission Covenant Church Holm Glad College.

Electrical Circuits lesson 3

Electronics – Learning Outcomes

Circuit Introduction Section 1:

Potentiometer or Potential divider

16.2 Current and Voltage.

Match the circuit symbols How many of these can you name?

4 channels, each as input or output

2 channels, each as input or output

Digital Multimeter (DMM)

Saving Lighting Energy with the BBC micro:bit

Universal Interface, 12-fold, FM US/U 12.2

The rheostat (or variable resistor)

THE RESISTOR Forward characteristic Reverse characteristic Circuit.

(2 or more cells in series)

Data Sheet – Measured Values - answers

FIND CURRENT AND POWER USED BY R1

Series and Parallel Resistors

CHARACTERISTICS.

Environment and teaching kits

DC Circuits Lab ECE 002 Professor Ahmadi.

16.2 Current and Voltage.

16.2 Current and Voltage.

Physics – 3/17/16 Discuss snap circuits

SCI 340 L43 circuits Group Work

Solar cell setup.

Presentation transcript:

Measuring the Current and Voltage of a 820 Ω Resistor Setting for Multimeter = 200 mA DC Measure Voltage in 2 V increments up to 20 V

Measuring the Current and Voltage of Light Bulb Setting for Multimeter = 200 mA DC Measure Voltage in 2 V increments up to 20 V

Measuring the Current and Voltage of a LED w/ 820 Ω Resistor Setting for Multimeter = 200 mA DC Measure Voltage in 2 V increments up to 20 V

Measuring the Current and Voltage of a Diode w/ 820 Ω Resistor Setting for Multimeter = 200 mA DC Measure Voltage in 2 V increments up to 20 V