Derivation of Voltage Regulation of the Electrical Transformer.

Condition for the Minimum/Zero Voltage Regulation of the Electrical Transformer.

Voltage Regulation of the Electrical Transformer.

Derivation of Voltage Regulation of the Electrical Transformer.

Condition for the Maximum Voltage Regulation of the Electrical Transformer.

Separation of Core Loss of the Transformer

Num. 8 || Open & Short Circuit Test of the Electrical Transformer || Electrical Engineering

Short Circuit of Electrical Transformer || Electrical Engineering

Numerical on Separation of Core Loss of the Transformer || Electrical Engineering

Numerical on Separation of Core Loss of the Transformer || Electrical Engineering

Num. 7 || Complete Equivalent Circuit of the Electrical Transformer || Electrical Engineering

Open Circuit of Electrical Transformer || Electrical Engineering

Ratings of the Electrical Transformer

Open Circuit & Short Circuit Test (Overview) || Transformer || Electrical Engineering

Linear Magnetization Curve Assumption in the Electrical Transformer.

Effect of 'Winding Loss & Leakage Flux" || Electrical Transformer

Num. 5 || Electrical Transformer

Equiv. Circuit referred to the Prim. Side || Electrical Transformer

Approx. Equiv. Circuits || Electrical Transformer

Num. 6 || Electrical Transformer

Num. 3 || Electrical Transformer

Variety of Transformer Diagram's

Phasor Diag. || Practical Electrical Transformer at Load

Effect of Core Loss || Electrical Transformer

Num. 4 || Electrical Transformer

Equivalent Impedance referred to the Primary/Sec. Side

Transformer Num. 2

Hysteresis Loss in Transformer.

Transformer Num. 1

Phasor Diag. of an Ideal Transformer at Load {Inductive Load}

Working Principle of a Transformer

Phasor Diag. of an Ideal Transformer at "No Load"

Transformer on Load

E.M.F Equation of a Transformer || Transformation-Ratio/Turns-Ratio || Electrical Engineering

Faraday's Law & Lenz's Rule | Electrical Engineering

Symmetrical Components {Transpostion of Transmission Line} | Power System | Electrical Engineering

Symmetrical Components {Sequence Impedance & Sequence Network of Transmission Lines} | Power System

Introduction to the Transformer | Electrical Engineering

Symmetrical Components {Nature of Induced E.M.F in Synchronous Generator under Faulted Situation}

Symmetrical Components {Power in terms of Symmetrical Components} | Power System

Symmetrical Components {Zero-Seq. Compo. of Line Voltage} | Power System | Electrical Engineering

Symmetrical Components Problem (Num. 2) | Power System | Electrical Engineering

Symmetrical Components Problem (Num. 1) | Power System | Electrical Engineering

Symmetrical Components {Component Analysis} in Power System | Electrical Engineering

Symmetrical Components {0-Seq. Current Compo. in Star & Delta Connection} | Power System

Symmetrical Fault Analysis (Num. 2) | Power System | Electrical Engineering

Symmetrical Fault Analysis in Power System | Power System Analysis | Electrical Engineering

Symmetrical Fault Analysis (Num. 1) | Power System | Electrical Engineering

Alpha Operator {Symmetrical Components} | Power System | Electrical Engineering

Symmetrical Components {Fortescue's Theorem} | Power System | Electrical Engineering

Per Unit System in Power System "3-Phase Systems" | Electrical Engineering

Per Unit System in Power System | Problems | Electrical Engineering

Per Unit System in Power System "Change of Impedance Base" | Electrical Engineering

Per Unit System in Power System | Problem | Electrical Engineering

Per Unit System in Power System | "Single Line Diagram, Impedance & Reactance Diagram"

Induction Motor {Num. on Maximum Starting Torque Condition}

Induction Motor {Num. on Maximum Running Torque Condition}

Per Unit System in Power System | Electrical Engineering

Per Unit System in Power System "Transformers" | Electrical Engineering

Per Unit System in Power System | Electrical Engineering