Disadvantages of Ideal Transformer
- This case is only theoretically possible and isn’t true in real world or practical applications.
- As it has no loss, so analysis of loss conditions can’t be done.
- Ideal transformers has a limited frequency range and it can’t be used to study the behavior of large frequencies.
- It is assumed to have perfect coupling but in reality there is leakage flux which reduces the efficiency.
What is an Ideal Transformer?
In this article, we will look into a special type of transformer known as the Ideal Transformer which is designed in ideal condition with no loss and 100% efficiency. We will discuss what is a transformer, ideal transformer. We will look into the working principle, properties, and equations of the ideal transformer. We will also look into an ideal transformer with load and with no load. In addition to these, we will also see the phasor diagram. Later, we will discuss the advantages, disadvantages, and applications of, the ideal transformer.
Table of Content
- Transformer
- Ideal Transformer
- Ideal Transformer With Load
- Ideal Transformer With No Load
- Properties
- Advantages
- Disadvantages
- Applications