Basic Electronics

  • Course level: Beginner


Basic Electronics

In today”s world most consumer appliances are based on electronics circuits and devices. The foundation for the working of a computer or any of its peripheral is based on electronics. This course has been designed to develop skills to understand and test simple electronic components and circuits. After studying this course students will develop an insight to identify, build and troubleshoot simple electronic circuits.

Electronics is the science of how to control electric energy, in which the electrons have a fundamental role. It also deals with electrical circuits that involve active electrical components such as transistors, diodes and integrated circuits, and associated passive electrical components and interconnection technologies

An integrated circuit, is another name for a chip, is a small electronic device made out of semiconductor material. Integrated circuits are used for a variety of devices, including microprocessors, audio and video equipment, automobiles, and other home appliances.

You will work with several basic electronic components when building electronic circuits, including resistors, capacitors, diodes, transistors, and integrated circuits. Here is a brief overview of the functions of each of these Basic Electronics components.


Who this Basic Electronics course is for:

  1. students who want to know about basic of Electronics
  2. Beginners who want to know about electronic components

What Will I Learn?

  • electronic components,diode,Transistor
  • active,passive components,diode and transistor working

Topics for this course

18 Lessons

Basic Electronics

Classification of Materials based on conductivity, #Conductor, #Semiconductor, #Insulator00:00:00
Semiconductor Material, Structure of Semiconductor, Types of Semiconductor, Basics of Semiconductor00:00:00
PN Junction in Equilibrium with zero bias Voltage, #ZeroBiasCondition, #PNJunctionDiode00:00:00
PN Junction Parameters under zero bias condition, #PNJunctionParameters, #ZeroBiasCondition00:00:00
PN Junction Depletion width derivation, #DepletionWidth, #PNJunctionDepletionWidth00:00:00
Example on PN Junction Parameters with zero bias condition, #PNJunctionParameters #ZeroBiasCondition00:00:00
Use of Function Generator and Waveform on Oscilloscope CRO in Multisim, #Multisim, #BasicElectronics00:00:00
VI Characteristics of PN Junction Diode in Multisim, #Mutisim, #BasicElectronics00:00:00
Zener Diode Characteristics and Zener Diode as Voltage Regulator in Multisim, #BasicElectronics00:00:00
Halfwave Rectifier with and without Filter in Multisim, #Mutisim, #BasicElectronics00:00:00
Full wave Rectifier with and without filter in Multisim, #Mutisim, #BasicElectronics00:00:00
Full wave Bridge Rectifier with and without Filter in Multisim, #Mutisim, #BasicElectronics00:00:00
AND Gate and OR Gate using diode in Multisim, #Mutisim, #BasicElectronics00:00:00
Logic Gates – AND Gate, NAND Gate, OR Gate, NOR Gate, XOR Gate, XNOR Gate & NOT Gate in Multisim00:00:00
Clipper Circuit, Positive Clipper, Negative Clipper in Multisim, #Mutisim, #BasicElectronics00:00:00
Common Emitter Characteristics of NPN Transistor in Multisim, #Mutisim, #BasicElectronicsn00:00:00
Frequency Response of Common Emitter BJT Amplifier in Multisim, BJT Amplifier, BJT Amplifier Circuit00:00:00
FET characteristics in Multisim, Field Effect Transistor Characteristics, Field Effect Transistor00:00:00
Basic Electronics

Enrolment validity: Lifetime


  • be able to identify different electronic components.