Electrical Tips, News & DIY Guides
Machines are devices that convert energy from one form to another, especially between electrical and mechanical energy. In electrical engineering, machines play a vital role in power generation, transmission, industrial automation, and everyday applications.
This category covers electrical machines such as motors and generators, explaining their construction, working principles, types, characteristics, losses, efficiency, and applications. The content is designed to help students, technicians, and engineers understand both theoretical concepts and practical operation of electrical machines used in real-world systems.
Introduction Now, when the supply is given to the main winding, at that time magnetic field is produced. This magnetic field produces the magnetic flux. Similarly, when the current flows through the armature conductor, the armature produces its own flux. Now, the interaction of the armature flux with the main flux produces a certain reaction … Read more
What is a DC Generator? A DC Generator is a machine that makes electricity. But not just any electricity — it makes DC electricity, which means Direct Current. Let’s make it super easy to understand. Imagine you have a toy fan that runs on batteries. The batteries give it power in one single direction — … Read more
key phase Transformers work on the principle of mutual induction. They have primary andsecondary windings that are electrically isolated from each other. As these windingsare wound on the same magnetic core, they are magnetically coupled to each other. The magnetic core is made from the laminations of either CRGO silicon steel or theamorphous alloy. … Read more
Introduction Single phase power system is widely used as compared to three phase system for domesticpurpose, commercial purpose and to some extent in industrial purpose. As the single phase system ismore economical and the power requirement in most of the houses, shops, offices are small, this can beeasily met by single phase motor. The single … Read more
Basic Alternator Working Principle: WHAT IS ALTERNATOR? Alternating current generators are usually called alternators. They operate on the principle ofFaraday’s laws of electromagnetic induction. This law states that whenever a conductor cuts the magneticflux an emf is induced in it. This emf causes a current to flow if the circuit is closed. Fig 1.1 shows … Read more
INTRODUCTION In the year 1821 British scientist Michael Faraday explained the conversion of electrical energyinto mechanical energy by placing a current carrying conductor in a magnetic field which resulted in therotation of the conductor due to torque produced by the mutual action of electrical current and magneticfield. Based on his principle the most primitive of … Read more
Transformer Safety: Transformers play a big role in powering our industries. They help move electricity safely and efficiently. They are helpful in many ways, but if not used properly, they can also cause harm Working with transformers can lead to serious risks. Electric shocks, arc flashes, and even fires or explosions can happen if safety … Read more
Introduction Electrical power system को समझने के लिए transformers का knowledge होना बहुत जरूरी है, क्योंकि यही devices generation से लेकर end user तक electricity को सही तरीके से पहुँचाने का काम करते हैं। खासकर Difference Between Power And Distribution Transformer को समझना बहुत important है, क्योंकि ये दोनों transformers अलग-अलग stages पर अलग-अलग काम … Read more