Course Details

JNTUK | EEE | 2 Year | Semester - I

JNTU Kakinada

5 Subjects 0 Lectures

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Subjects Covered | 5

Electro Magnetic Fields

DC Machines and Transformers

Electrical Circuit Analysis - II

Electronic Devices and Circuits

Mathematics - IV (Complex Variables and Statistical Methods)

Electro Magnetic Fields

1.1 PYQ's

2.1 PYQ's

3.1 PYQ's

4.1 PYQ's

5.1 PYQ's

DC Machines and Transformers

1.1 PYQ's

2.1 PYQ's

3.1 PYQ's

4.1 PYQ's

5.1 PYQ's

Electrical Circuit Analysis - II

1.1 PYQ's

2.1 PYQ's

3.1 PYQ's

4.1 PYQ's

5.1 PYQ's

Electronic Devices and Circuits

1.1 PYQ's

2.1 PYQ's

3.1 PYQ's

4.1 PYQ's

5.1 PYQ's

Mathematics - IV (Complex Variables and Statistical Methods)

1.1 PYQ's

2.1 PYQ's

3.1 PYQ's

4.1 PYQ's

5.1 PYQ's

JNTUK | EEE | 2 Year | Semester - I

Subjects Covered | 5

Electro Magnetic Fields

1 Electrostatics

2 Conductors – Dielectrics and Capacitance

3 Magneto Statics and Ampere’s Law and Force in Magnetic Fields

4 Self and Mutual Inductance

5 Time Varying Fields

DC Machines and Transformers

1 Electromechanical Energy Conversion and Introduction to DC Machines

2 Operation of DC Motors

3 Speed Control of Motors and Testing of DC Machines, Single-Phase Transformers

4 Performance and Testing of Transformers and Auto Transformers

5 3-Phase Transformer

Electrical Circuit Analysis - II

1 Balanced and Unbalanced Three Phase Circuits

2 Transient Analysis In DC Circuits

3 Transient Analysis In AC Circuits

4 Two-Port Networks

5 Filters

Electronic Devices and Circuits

1 Semiconductor Physics, Junction Diode Characteristics

2 Special Semiconductor Devices, Rectifiers and Filters

3 BJT, FET

4 Transistor Biasing and Thermal Stabilization

5 Small Signal Low Frequency Transistor Amplifier Models

Mathematics - IV (Complex Variables and Statistical Methods)

1 Functions of a Complex Variable and Complex Integration

2 Series Expansions and Residue Theorem

3 Probability and Distributions

4 Sampling Theory

5 Tests of Hypothesis