Course Details

JNTUK | ECE | 2 Year | Semester - I

JNTU Kakinada

5 Subjects 0 Lectures

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Subjects Covered | 5

Mathematics - III

Random Variables and Stochastic Processes

Switching Theory and Logic Design

Signals and Systems

Electronic Devices and Circuits

Mathematics - III

1.1 PYQ's

2.1 PYQ's

3.1 PYQ's

4.1 PYQ's

5.1 PYQ's

Random Variables and Stochastic Processes

1.1 PYQ's

2.1 PYQ's

3.1 PYQ's

4.1 PYQ's

5.1 PYQ's

Switching Theory and Logic Design

1.1 PYQ's

2.1 PYQ's

3.1 PYQ's

4.1 PYQ's

5.1 PYQ's

Signals and Systems

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

JNTUK | ECE | 2 Year | Semester - I

Subjects Covered | 5

Mathematics - III

1 Vector Calculus

2 Laplace Transforms

3 Fourier Series and Fourier Transforms

4 PDE of First Order

5 Second Order PDE and Applications

Random Variables and Stochastic Processes

1 The Random Variable

2 Operation on One Random Variable - Expectations

3 Multiple Random Variables, Operation on One Multiple Random Variables

4 Random Processes – Temporal Characteristics

5 Random Processes - Spectral Characteristics, Linear Systems with Random Inputs

Switching Theory and Logic Design

1 Review of Number Systems & Codes, Boolean Theorems and Logic Operations

2 Minimization Techniques, Combinational Logic Circuits Design

3 Combinational Logic Circuits Design Using MSI &LSI, Introduction of PLD’s

4 Sequential Circuits I

5 Sequential Circuits II

Signals and Systems

1 Introduction

2 Fourier Series and Fourier Transform

3 Analysis of Linear Systems

4 Correlation, Sampling Theorem

5 Laplace Transforms, Z-Transforms

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