Download Analog and Digital Signal Processing Second Edition By Ashok Ambardar

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Introduction

In keeping with the goals of the first edition, this second edition of Analog and Digital Signal Processing is geared to junior and senior electrical engineering students and stresses the fundamental principles and applications of signals, systems, transforms, and filters. The premise is to help the student think clearly in both the time domain and the frequency domain and switch from one to the other with relative ease

 This book on analog and digital signal processing is intended to serve both as a text for students and as a source of basic reference for professionals across various disciplines. As a text, it is geared to junior/senior electrical engineering students and details the material covered in a typical undergraduate curriculum. As a reference, it attempts to provide a broader perspective by introducing additional special topics towards the later stages of each chapter. Complementing this text, but deliberately not integrated into it, is a set of powerful software routines (running under Matlab) that can be used not only for reinforcing and visualizing concepts but also for problem solving and advanced design. The text stresses the fundamental principles and applications of signals, systems, transforms and filters. It deals with concepts that are crucial to a full understanding of time-domain and frequency-domain relationships. Our ultimate objective is that the student be able to think clearly in both domains and switch from one to the other with relative ease. It is based on the premise that what might often appear obvious to the expert may not seem so obvious to the budding expert. Basic concepts are, therefore, explained and illustrated by worked examples to bring out their importance and relevance.

Table Of Contents

Chapter No 1 Overview
Chapter No 2 Analog Signals
Chapter No 3 Discrete Signals
Chapter No 4 Analog Systems
Chapter No 5 Discrete-Time Systems
Chapter No 6 Continuous Convolutions
Chapter No 7 Discrete Convolutions
Chapter No 8 Fourier Series
Chapter No 9 The Fourier Transform
Chapter No 10 Modulations
Chapter No 11 The Laplace Transform
Chapter No 12 Applications Of The Laplace Transform
Chapter No 13 Analog Filters
Chapter No 14 Sampling And Quantization
Chapter No 15 The Discrete-Time Fourier Transform
Chapter No 16 The Dft And Fft
Chapter No 17 The Z-Transform
Chapter No 18 Applications Of The Z-Transform
Chapter No 19 Iir Digital Filters
Chapter No 20 Fir Digital Filters
Chapter No 21 Matlab Examples