Difference Between Diode and Rectifier
This article describes the difference between a diode and a rectifier. Learn their definitions, functions, types, and applications in electronic circuits. The terms “diode” and
Applications of DC Generators
This article describes the Applications of DC Generators, including applications of Separately Excited DC Generators, Shunt Wound DC Generators, Series Wound DC Generators, and Compound
Transformer Equations and Formulas
This article describes the Transformer Equations and Transformer Formulas, including their applications in step-up and step-down transformers. It also provides solved examples, all types of
Commutation in DC Machine or Commutation in DC Generator or Motor
This article describes the concept of commutation in DC machines, including DC generators and motors. Learn how it works, its importance, types, and methods to
Commutator in DC Generator- Construction, Purpose & Working
This article explains the commutator in a DC generator, its construction, its purpose, and how it works. It also covers the difference between slip rings
DC Generator Equations and Formulas
Learn about DC Generator Equations and Formulas, including shunt and series generator parameters, EMF equation, armature and field current equations, power calculations, and efficiency. DC
Types of Losses in a Transformer
This article describes different types of losses in a transformer, including Iron Losses, Hysteresis Loss, Eddy Current Loss, Copper Loss, Stray Loss, and Dielectric Loss.
TV Antenna Installation: Professional vs. DIY
TV antenna on the red roof. television antenna on the roof with a blue sky. Brick pipe house and media transmitter, radio, television Are you
Which oil is used in oil circuit breakers?
Mineral insulating oil, also known as transformer oil, is commonly used in oil circuit breakers (OCBs). The insulating oil in the Oil circuit breakers (OCBs)
Advantages and Disadvantages of Oil Circuit Breakers
Discover the key advantages and disadvantages of oil circuit breakers, including their effective arc quenching capabilities, fire hazards, maintenance needs, and suitability for high-voltage applications.