Embark on a journey through the realm of electrical transformers in this comprehensive course designed to deepen your understanding from fundamentals to advanced principles. Through a series of dynamic video lectures and solved examples, you'll explore every facet of transformers, from their construction and operation to intricate details of their behavior.
Begin with an introduction to electrical transformers, where you'll grasp the fundamental concepts that underpin
their operation.
Delve into the intricacies of transformer construction
and operation, understanding the nuances of single-phase transformers
and the ideal transformer model.
Master the phasor diagram of an ideal transformer and delve into the E.M.F equation of a Transformer to
gain insight into their behavior under different conditions. Understand
the significance of polarity in transformer windings and solve practical
questions to reinforce your learning.
Progress through the
complexities of transformer losses, both theoretical and practical, and
explore the exact and approximate equivalent circuits to analyze
transformer performance accurately. Dive into the phasor diagrams of practical transformers under various load conditions, enhancing your
ability to analyze real-world transformer behavior.
Explore
transformer voltage regulation, efficiency, and parameters, gaining a
deep understanding of their performance metrics. Learn about
Autotransformers and their applications, solving examples to solidify
your comprehension.
Compare core-type transformers with shell-type transformers to understand their design and application differences.
By
the end of this course, you'll have a comprehensive understanding of
transformers.
