This course deals with the analytical, designing and practical aspects of the most important components of the electrical power systems "Electric Transformers."

I present important and unique explanation supported by practical pictures, applications and examples from reality. Trainees and students will be able to compete in the labor market in the field of distributing and tranferring electricity at many companies.

You will be to gain the skills and understand all kinds of technical details in transformers and how you can do technical calculations in the field of the transformer design.

Transformers are the devices which convert one voltage level to another voltage level. it can be either step up or step down. The main characteristic of the transformer is it forwards the total power which is supplied to the primary to secondary without a considerable amount of loss. This can increase or decrease the value of capacitance, an inductance or resistance in the AC circuit. In other words, this work as an impedance changing unit. Also, this can prevent passing DC current from one circuit to another and it can electrically isolate two circuits. there are various types of transformers to achieve the above tasks.

1. Distribution Transformers

2. Power Transformers

3. Electrical Transformers

4. Furnance Transformers

Distribution Transformers — provides final voltage to the transformation in the power distribution system. Basically, it is a step-down transformer.

Power Transformer — maintain the grid profitability and reliability through a long distance of the line.

Furnance Transformer — is used to step up and step down voltage other than standard commercial power ratings.