what is electric charge? Application & top 3 Properties

electric charge

key point Introduction-(WHAT IS CHARGE?) What is electric Charge what is electricity Static Electricity Application of electric charge Computer printers, paint sprayers and seismographs are also based on electrostatics. Dynamic Electricity- Methods of electric Charge Generation- Charges are generated mainly in three ways- By friction- positively charged negatively charged glass rod cat skin woolen clothes … Read more

What is an electric fuse? top 2 Type, Principle, and Working

What is electric fuse? Type, Principle, and Working

Fuse An electrical fuse is a simple device used to interrupt an electrical circuit during over currentcondition due to short circuit and/or overload. An electrical fuse operates on the principle of heatingeffect of electric current. During normal operating condition, the current flowing through the fusingelement is such that the rate of heat production in the … Read more

What is a Circuit Breaker? Top 5 Types and working principle

Circuit Breaker

What is a Circuit Breaker? A circuit breaker essentially consists of fixed and moving contacts, called electrodes. Undernormal operating conditions, these contacts remain closed and will not open automatically until andUnless the system becomes faulty.The contacts can be opened manually or by remote control whenever desired. When a fault occurs on anypart of the system, … Read more

Three-Phase Transformer: Construction, Principle, and top 5 Application

transformer

A Complete Introduction Three-phase transformers are passive machines that pass electrical energy between circuits. In the secondary circuit, a magnetic flux induces an electromotive force (emf), thus stepping up (increase) or stepping down (decrease) voltages without altering the frequency. Transformers are the unsung heroes of modern electrical power systems, silently stepping up or stepping down … Read more

Single-Phase Transformers: Principle, Operation, and Applications

Single-Phase transformer

Introduction to Single-Phase Transformers Introduction to Single-Phase Transformers Why Are Single-Phase Transformers Important? Construction of a Single-Phase Transformer Core Assembly Winding Configuration Insulation System Core Materials and Design Insulation System Working Principle of a Single-Phase Transformer Fundamental Operating Concept EMF equation for 1ø transformer: – Types of Single-Phase Transformers Core-Type Transformers Shell-Type Transformers Step-Up Transformers … Read more

Difference Between Power And Distribution Transformer: Insulation Class, Terminal Markings & Complete Comparison

Difference Between Power And Distribution Transformer

Difference Between Power And Distribution Transformer: Complete Guide, Key Differences, Applications & Cost Analysis Electricity travels a long journey before reaching our homes and industries. From large power plants to the small transformers installed in our neighborhoods, each component of the power system plays a critical role. In this journey, power transformers and distribution transformers … Read more

Definition of Power Factor, Formula, Causes, Effects & Improvement Methods Explained

POWER FACTOR IMAGE

Introduction and Importance of Power Factor In today’s electrical systems, electrical energy is almost entirely generated, transmitted, and distributed in the form of AC (Alternating Current).This makes power factor an important topic in electrical engineering. Most loads—such as induction motors, arc lamps, and other inductive equipment—generally have a low and lagging power factor. When the … Read more