Exciting Current in Transformer | Inrush Current in Transformer
The article explains the concept of exciting current in transformers, detailing its non-sinusoidal nature, harmonic content, and components … Read More
The article explains the concept of exciting current in transformers, detailing its non-sinusoidal nature, harmonic content, and components … Read More
The article explains the working principle of buck-boost transformers, which adjust voltage levels by either increasing (boosting) or … Read More
The article provides an overview of three-phase transformer construction, covering key components such as cores, windings, insulation, and … Read More
The article explains the working principle, types, and electrical characteristics of autotransformer, highlighting their advantages such as cost-effectiveness … Read More
The article provides an overview of three-phase transformer connections, focusing on the four common types (Y-Y, Y-∆, ∆-Y, … Read More
The article provides guidance on interpreting transformer nameplate, detailing essential information such as kVA rating, voltage ratings, frequency, … Read More
The article covers the concept of transformer polarity, including how polarity is indicated and its significance in transformer … Read More
The article explains the concepts of transformer losses and efficiency, focusing on the types of losses involved and … Read More
The article covers the determination of transformer equivalent circuit parameters using open-circuit and short-circuit tests. It also explains … Read More
The article explores the concept of voltage regulation in transformers, defining it as the change in output voltage … Read More
The article discusses the modeling of a non-ideal transformer using an equivalent circuit that incorporates real-world characteristics like … Read More
The article provides an overview of transformers, including their definition, purpose in electrical power systems, and working principle … Read More