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**BaDshaH** · 07-26-2023, 07:37 PM

Published 7/2023
Created by Sanaullah Khan
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English | Duration: 33 Lectures ( 13h 17m ) | Size: 16.2 GB

Learning by Doing & Implementing Basic to Advanced Concepts of Electronics with 30 Experiments

[b]What you'll learn[/b]
Understanding the concept of Electric Voltage, Current, Wattage, and measurement techniques
Familiarization with Discrete Electronic Components, i.e. Resistors, Capacitors, Inductors, Relays, Thermistors, and Humidity Sensors
Symbolic representation, Calculation, and Measurement of the values of Electronic Components
Familiarization with Electronic Circuits like Series and Parallel combinations, Short and Open Circuits, measurement of V and I during Short and Open Circuit
Troubleshooting and understanding how Open and Short Circuits are located and which conditions produce damage to the circuit
Understanding of Measuring Instruments
Understanding of Measuring Current and Voltages using DMMs
Familiarization with different Wave Shapes generated by a Function Generator and its use cases, time periods, frequency measurements and pulse width measurement
Understanding of different kind of Waves used in Digital Electronics for Switching Purposes
Understanding of Basic Formulas used and calculation of the values of V and I using Physical Instrumentation
Understanding of Logic Gates, Logic Levels, Wave Shapes, and Integrated Circuits in Digital Electronics
Advanced Logic Gates testing using mini-lab console and verification using Truth Tables
Implementation and application of a Function in which practical design for an Automobile Security System with Boolean Algebra will be acheived
Understanding of Power Supplies, AC/DC, Rectifiers, Filtration and Regulation in DC
Understanding of the uses of Diode as Rectifier, Wave Shapes of AC and DC Voltages displays formed on Oscilliscope
Familiarization with Voltage Dividers, Current Divider Networks
Uses of Variable Resistors
Finding the values of Resistors using Ohms Meter
Understanding types of Capacitors and calculating their Time Constants, Color Code of Resistors
Parallel and Series Circuit Analysis of Capacitors and Resistors
Understanding Solar Cells, LDS, Buzzers, Thermistors, Wind Turbines, SPDT, SPST, Double Pole Switches, Liver Switches, Reed Relays, Moisture Sensors
Physical testing and use cases of all mentioned electronic equipment

[b]Requirements[/b]
No prior knowledge regarding Electronics is needed, everything from basic to advanced will be covered in this course
No hardware, software, electronic equipment or supplies are needed
No separate teacher required
Only your interest and willingness are the requirements for this course

[b]Description[/b]
In today's world, almost every single gadget in our daily life contains electronic components and having understanding about how those components work can be pretty useful. Electronics has different branches such as Analog Electronics, Digital Electronics, Power Electronics, Communication Electronics and Instrumentation. It is used and implemented in almost every aspect of our life such as our homes, modes or transportation, communication, security, and in our healthcare. So, there is no denying in the importance of Electronics and this course has been made specifically to signify that importance as well as provide ample knowledge for a layman as well as an industrial electronic engineer.There is an old saying "Learning By Doing" and this statement is true because a lot of times what you learn in simulated environment is completely different from actual physical work, and this course especially deals with such situation through physical experimentation on actual electronic components in real time. Basic concepts are the building blocks for raising the structure of Electronics on it and this course will teach you many of the basic to advanced concepts along with their practical implementation. This course equally facilitates students, hobbyist, technicians, engineers, and even non-technical personnel. In due course, a systematic learning procedure has been followed by firstly going through the book, then through demonstration on white paper, concept building on practical circuits, display and measurement on advanced test equipment, and then prototyping the layout on a training console. Through this systematic approach, each demonstration will facilitate the learning experience and significantly raise the knowledge intake along with a boost of confidence in the learner. This course will also play a pivotal role for all the individuals working in the domain of troubleshooting, and maintenance of Electronic equipment related to automobile industry, domestic appliances, project designing, prototyping, electromedical, R&D, private/public sector, and universities.Basic to advanced circuits are introduced in this course with maximum attention on different measurement techniques and physical testing so one can perform these experiments on their own. What is different about this course? Each lecture is taught in 4 stepsReading through bookExplaining and solving the problem on a white paperUsing test equipment to verify the results such as demonstrating wave forms and wave shapesPractical experimentation will be carried out on a trainer console where the results will be calculated and verified Set of two readings material will be provided (Theory Book, Trainer Experiment Manual)The theory book will provide you with complete knowledge about the theoretical concepts and formulation involved. The trainer experiment manual will provide you with the details regarding each individual experiment along with circuit diagrams and other necessary information. 30 detailed experiments are provided to completely understand the basic as well as advanced level of electronics for the first time. LEARNING ELECTRONICS WASN'T THAT EASIER BEFORE !

Who this course is for
Students, Hobbyists, Technicians, Engineers, and Teachers
Non-Technical individuals can also use this course as their pivot point in the world of Electronics
Individuals involved in designing, troubleshooting, maintenance, prototyping and servicing of electronic equipment
Industrial Electronics Job Seekers

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