Basic Electrical Circuit Laboratory
4.3 (2 ratings)
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Basic Electrical Circuit Laboratory

INTRODUCTION TO BASIC LABORATORY EQUIPMENT AND MEASUREMENTS AND OVERVIEW OF DIFFERENT ELECTRICAL LAWS AND THEOREMS
New
4.3 (2 ratings)
Instead of using a simple lifetime average, Udemy calculates a course's star rating by considering a number of different factors such as the number of ratings, the age of ratings, and the likelihood of fraudulent ratings.
35 students enrolled
Created by Lotfi LADHAR
Last updated 7/2017
English
Current price: $12 Original price: $200 Discount: 94% off
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Includes:
  • 4.5 hours on-demand video
  • Full lifetime access
  • Access on mobile and TV
  • Certificate of Completion

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What Will I Learn?
  • Understand fundamental electric quantities:Voltage, current Resistance etc.. also analyse and evaluate the common law related the electrical circuits : Hom's , Kirchoff, Thevenin, Northon
View Curriculum
Requirements
  • You should able to have a basic knowledge in Physic - electrical part
Description

Do you want to learn  the whole Electrical Basic rules in one course? Do you want to repair all failed electrical appliance  at home? Do you want to have a complete idea about the basic electrical rules in a practical way?  This experimental course covers all basic and fundamental laws theorems and rules  used in electrical circuits such as Ohm's and Kirchoff's Laws, Superposition  Norton and Thevenin's Theorems, the Maximum Power Transfer rule etc... Beside the DC currents, the  AC (Alternative Current) is studied in this course covering the phase shifting and the capacitive reactance as well as the transformer measurements.

Who is the target audience?
  • Any one who is admitted to the Engineering College all branches
Compare to Other Math & Science Courses
Curriculum For This Course
20 Lectures
04:33:12
+
Experimental part
10 Lectures 02:13:32

Lecture 2 : Verification of ohm's Law
08:14

Lecture 3 : Resistors - Series and parallel Connections
10:23

Lecture 4: Kirshoff's Voltage and Current Laws
15:28

Lecture 5 : Thevenin and Northon's Theorems
15:52

Lecture 6: Superposition Theorem
09:54

Lecture 7 : Maximum Power Transfer
10:34

Lecture 8 : Capacitive Reactance in AC Circuits
11:32

Lecture 9 : Measuring Phase Difference using Oscilloscope
10:35

Lecture 10 : Single Phase Transformer
12:01
+
SECTION 2 : Experiment Realisation
10 Lectures 02:19:40
Experiment 1 : Introduction to the Lab and Measurements
16:42

Experiment 2 : Ohm's Law Measurements
08:30

Experiment 3 : Voltage and Current Dividers- Series and parallel Resistors
22:18

Experiment 4 : Kirshoff's Law
14:49

Experiment 5 : The Thevenin and Norton Theorems
21:06

Experiment 6 : Maximum Power Transfer Theorem
09:12

Experiment 7 : Superposition Theorem
12:05

Experiment 8 : Capacitive Reactance in Alternating Current (AC)
08:36

Experiment 9 : Phase Difference Measurement using Oscilloscope
14:49

Experiment 10 : Single Phase Transformer
11:33
About the Instructor
Lotfi LADHAR
4.3 Average rating
2 Reviews
35 Students
1 Course
Professional with 25 Years of Experience in lab Tutoring


Received his Bachelor Engineering  degree from Institute of Telecommunication and Technology – Moscow (Russia) in 1985 and his Masters and PhD in Telecommunication  at the same Institute in 1987 and 1990 respectively dealing with Control and Automation of the SSB Transmitter Gain. From 1991 and 2001 he was Assistant Professor at  Air Force Academy – Borj El Amri (Tunisia). From 2001 and 2012 He was working as Assistant Professor at The College of Telecommunications and  Electronics – Jeddah (KSA). From Sep 2012 – june2015 he was an Electrical Engineering department Chair and  Associate Professor in the College of Engineering - at King Abdulaziz University-North Jeddah Branch. He is Currently Associate Professor in the College of Engineering - Electrical Engineering department at King Abdelaziz University-Main Branch.His research activities include Management of VSAT  (Very Small Aperture Terminal) services such as IP connect and IP access, including INTERNET through the satellite with both types, the ONE-WAY and the 2-WAY. Design and characterization Fractal Patch UWB antenna. Metasurface dielectric resonator.