Course Details

JNTUH | ECE | 2 Year | Semester - II

JNTU Hyderabad

5 Subjects 0 Lectures

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Subjects Covered | 5

Electromagnetic Fields and Waves

Linear IC Applications

Analog and Digital Communications

Laplace Transforms | Numerical Methods & Complex Variables

Electronic Circuit Analysis

Electromagnetic Fields and Waves

1.1 PYQ's

2.1 PYQ's

3.1 PYQ's

4.1 PYQ's

5.1 PYQ's

Linear IC Applications

1.1 PYQ's

2.1 PYQ's

3.1 PYQ's

4.1 PYQ's

5.1 PYQ's

Analog and Digital Communications

1.1 PYQ's

2.1 PYQ's

3.1 PYQ's

4.1 PYQ's

5.1 PYQ's

Laplace Transforms | Numerical Methods & Complex Variables

1.1 PYQ's

2.1 PYQ's

3.1 PYQ's

4.1 PYQ's

5.1 PYQ's

Electronic Circuit Analysis

1.1 PYQ's

2.1 PYQ's

3.1 PYQ's

4.1 PYQ's

5.1 PYQ's

JNTUH | ECE | 2 Year | Semester - II

Subjects Covered | 5

Electromagnetic Fields and Waves

1 Electrostatics

2 Magnetostatics

3 Maxwell’S Equations (Time Varying Fields)

4 EM Wave Characteristics

5 Waveguides

Linear IC Applications

1 Integrated Circuits

2 Op-Amp and Applications

3 Active Filters & Oscillators

4 Timers & Phase Locked Loops

5 D-A and A-D Converters

Analog and Digital Communications

1 Amplitude Modulation

2 Angle Modulation

3 Transmitters, Receivers

4 Pulse Modulation, Pulse Code Modulation

5 Digital Modulation Techniques, Baseband Transmission and Optimal Reception of Digital Signal

Laplace Transforms | Numerical Methods & Complex Variables

1 Laplace Transforms

2 Numerical Methods - I

3 Numerical Methods - Ii

4 Complex Variables (Differentiation)

5 Complex Variables (Integration)

Electronic Circuit Analysis

1 Multistage Amplifiers, Transistor at High Frequency

2 Feedback Amplifiers

3 Oscillators

4 Large Signal Amplifiers, Tuned Amplifiers

5 Multivibrators, Time Base Generators