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DC Basics

Norton Theorem

EE July 31, 2017
Norton theorem reduces the complex electrical networks to a single current source and a shunt resistor. Norton theorem helps to reduce th...
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Labels: DC Basics
DC Basics

Superposition Principle

EE July 29, 2017
The current/voltage passing through any resistor is equal to the sum of current/voltage which is provided by all sources. The electrical ...
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DC Basics

Basics of Electrical Symbols and Why we need them

EE July 29, 2017
Electrical symbols are simplified and clean representation of circuit components. Electrical Engineering involves the study of physical c...
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DC Basics

SI Base and Derived Units for Electrical Engineers

EE July 25, 2017
The SI system of units is a modern form of the metric system. It is widely used in the electrical field throughout the world. In this se...
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DC Basics

Basics of Wire Gauge and AWG system

EE July 25, 2017
We previously studied about current. But how to determine the diameter of wire for carrying a specific amount of current. Wire gauge is t...
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DC Basics

Basics of Breadboard

EE July 24, 2017
The electrical breadboard is a prototyping board on which electronic components are connected for testing. A breadboard is a perforated b...
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DC Basics

Basics of Electrical Batteries which You Should Know

EE July 20, 2017
Electrical batteries are the DC sources which come in different sizes and designs. This post contains the basic knowledge on Electrical ba...
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DC Basics

Ohm's Law

EE July 19, 2017
The amount of current flowing through any resistor is directly proportional to the amount of voltage applied across its ends. Mathemati...
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DC Basics

Resistors in Parallel

EE July 18, 2017
The parallel configuration of resistors is the one where one end of all resistors have a common junction and the other end shares another j...
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DC Basics

Kirchhoff's Current Law

EE July 18, 2017
The sum of currents flowing towards any node is equal to the sum of nodes flowing away from it. Kirchhoff's current law is a basic la...
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DC Basics

Kirchhoff's Voltage Law

EE July 17, 2017
Statement: The sum of voltage rise in any electrical circuit is equal to the sum of voltage drops in that circuit. Consider an electrical...
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DC Basics

Resistors in Series Configuration and Properties of Series Configuration

EE July 17, 2017
Two are more resistors in series are solved by simply adding them. The series configuration is the most simple configuration of component...
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Newer Posts Home

Start here

  • Lec 1a: Basic Properties
  • Lec 2: SI units
  • Lec 3: Electrical Symbols
  • Lec 4: Ohm's Law
  • Lec 5: Series vs Parallel Circuits
  • Lec 6: Series-Parallel Circuits
  • Lec 7: Current Divider Rule
  • Lec 8: Voltage Divider Rule
  • Lec 9: Kirchhoff's Voltage Law
  • Lec 10: Kirchhoff's Current Law
  • Lec 11: Norton theorem
  • Lec 12: Thevenin theorem
  • Lec 13: Superposition theorem
  • Lec 14: Delta to Wye
  • Lec 15: Wye to Delta

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