Alternating Current Machines‐1(26761)

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Course content

Overview
- Lesson plan
- Routine
- Mark Distribution
- Suggestion
- Syllabus
- Reference book
- Assignment
- Page
Lecture 1:Understand working principle and construction of transformer.
- Understand working principle and construction of transformer.
- What is transformer | Transformer working principle | Transformer construction
Lecture 2:Perceive the emf equation, transformation ratio and Losses of transformer.
- Perceive the emf equation, transformation ratio and Losses of transformer.
- 04.Transformer Basic Lecture - 04
Lecture 3:Interpret the principle of operation of transformer on no-load condition and load condition.
- transformer on no-load condition and load condition.
- Transformer On Load condition in Bangla ( φ = Phi ) | ট্রান্সফরমার লোড কন্ডিশন | Voltage Lab
Lecture 4:Understand equivalent circuit of transformer, magnetic leakage and leakage reactance of transformer.
- transformer equivalent circuit
- Transformer Equivalent Circuit Lecture- 05
Lecture 5:Realize the open circuit test, short circuit test and voltage regulation of transformer
- Open Circuit Test of Transformer
- Open Circuit Test of Transformer
Lecture 6:short circuit test of transformer
- Short Circuit Test of Transformer
- 10. Short Circuit Test of Transformer (Lecture-10)
Lecture 7: voltage regulation of transformer
- Voltage regulation of transformer
- voltage regulation of transformer
Lecture 8:Understand the efficiency of transformer
- Efficiency of a Transformer
- Efficiency of a Transformer| Maximum Efficiency of a Transformer| Bangla
Lecture 9:Understand cooling system of transformer.
- transformer cooling system
- transformer cooling system, Wonderful concept behind a transformer's Radiator | #electricaltransformer
Lecture 10;Principle of operation of three phase transformer.
- Three phase transformer working and construction
- Three phase transformer working and construction

04.Transformer Basic Lecture - 04

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Described briefly about induced emf equation of transformer emf=4.44fnΦm. Also described eddy current loss and hysteresis loss equation.

Alternating Current Machines‐1(26761)

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04.Transformer Basic Lecture - 04