Introduction: How to use Audacity to generate and analyze a signal.

Slides:



Advertisements
Similar presentations
Fourier Series & Transforms
Advertisements

Objective of Lecture Introduce several nonsinusoidal waveforms including Impulse function Step function Ramp function Convolutions Pulse and square waveforms.
Objective of Lecture Introduce several nonsinusoidal waveforms including Impulse waveforms Step functions Ramp functions Convolutions Pulse and square.
Signals Processing Second Meeting. Fourier's theorem: Analysis Fourier analysis is the process of analyzing periodic non-sinusoidal waveforms in order.
Time Varying Signals.
1 Frequency Response Methods The system is described in terms of its response to one form of basic signals – sinusoid. The reasons of using frequency domain.
R,L, and C Elements and the Impedance Concept
Mathematical Description of Continuous-Time Signals
AMPLITUDE MODULATION (AM)
 Distortion – the alteration of the original shape of a waveform.  Function of distortion analyzer: measuring the extent of distortion (the o/p differs.
Unit 2 Present Progressive and Simple Present. Unit 2 Present Progressive and Simple Present 2 Present Progressive.
Page 1 Time_vs_Freq.ppt 9/21/99 Time vs. Frequency September 21, 1999 Ron Denton.
Chapter 15 Fourier Series and Fourier Transform
ECE 1100: Introduction to Electrical and Computer Engineering Notes 23 Power in AC Circuits and RMS Spring 2008 David R. Jackson Professor, ECE Dept.
Superposition Year 11 Physics. Some useful links showing animations of wave superposition. Here is three links to websites which provide good animations.
Storey: Electrical & Electronic Systems © Pearson Education Limited 2004 OHT 15.1 Alternating Voltages and Currents  Introduction  Voltage and Current.
ENE 208: Electrical Engineering Mathematics Fourier Series.
2009/10/26 System Arch 1 OUTLINE Periodic Signal Fourier series introduction Sinusoids Orthogonality Integration vs inner product.
Sinusoids and Phasors Instructor: Chia-Ming Tsai
Complex Auditory Stimuli
ECE 1100: Introduction to Electrical and Computer Engineering David R. Jackson Professor, ECE Dept. Spring 2008 Notes 9 Sinusoidal Signals t v(t)v(t)
12/2/2015 Fourier Series - Supplemental Notes A Fourier series is a sum of sine and cosine harmonic functions that approximates a repetitive (periodic)
 In communication systems, the received waveform is usually categorized into the desired part containing the information and the extraneous or undesired.
Communication Systems Prof. Chngming Kuo. Chapter 6 Single Tone Modulation Comparisons (cont.)
Signals and Systems Lecture 6: Spectral Representation.
Lecture 21: Fourier Analysis Using the Discrete Fourier Transform Instructor: Dr. Ghazi Al Sukkar Dept. of Electrical Engineering The University of Jordan.
The Spectrum n Jean Baptiste Fourier ( ) discovered a fundamental tenet of wave theory.
Chapter 2. READING ASSIGNMENTS This Lecture: Chapter 2, pp Appendix A: Complex Numbers Appendix B: MATLAB or Labview Chapter 1: Introduction.
Chapter 8 Introduction to Alternating Current and Voltage.
Oscillator.
Correlation Signal Processing ES & BM.
EFFECTIVE OR RMS VALUES
Introduction to Alternating Current and Voltage
Signal Generators Term 8.
1.3 Exponential and Sinusoidal Signals
Time Domain and Frequency Domain Analysis
Islamic University of Gaza
Harmonic Distortion Analyzer, Wave Analyzer and Function Generator
Continuous-Time Signal Analysis
(Road to discuss harmony)
Fourier Analysis of Signals Using DFT
Chapter 11 Alternating Current.
ECET 210 Innovative Education--snaptutorial.com
ECET 380 Innovative Education--snaptutorial.com
ECE 1270: Introduction to Electric Circuits
CHAPTER 4 AC Network Analysis.
Lab 1: (i) TIMS introduction (ii) Modeling an Equation
EM Waves, Superposition
Mixing Trial 1: 300 MHz “baseband” tone (from TSW14J56) + 1 MHz Carrier (DAC38RF82EVM) DAC GUI Mixer Settings: 1 MHz NCO Mixer Frequency, PathAB.
الفصل الثامن خطة العمل أ/ سلطانة العطاوي....
Chapter4 Bandpass Signalling Bandpass Filtering and Linear Distortion
ECE 1270: Introduction to Electric Circuits
Unit 44 Vibrationdata Sine Filtering.
Discrete-Time Complex
PULSE-WIDTH-MODULATED OUTPUT
Neurons Skip a Beat during Fast Ripples
Any type of vibration can be defined by
Some Remarks About Beats
Frequency Shift Keying (FSK) & Phase Shift Keying (PSK)
Neurons Skip a Beat during Fast Ripples
3.Fourier Series Representation of Periodic Signal
Uses of filters To remove unwanted components in a signal
Lecture 5: Phasor Addition & Spectral Representation
Graphs of Sine and Cosine: Sinusoids
Equalizing Average Source Power with Pattern Swapping
6. Coupled Oscillators L L a k b m m D
Lecture 2: Signals Concepts & Properties
Lecture 5A: Operations on the Spectrum
+ Audacity tutorials on how to show them off
Oscillators. Introduction to Oscillator There are basically types of Oscillators. 1. Sinusoidal Oscillators - These are known as Harmonic Oscillators.
Presentation transcript:

Introduction: How to use Audacity to generate and analyze a signal. “Dissecting a Waveform With Audacity” Summary: Students will use Audacity to analyze simple and complex sinusoidal waveforms in order to better understand the mathematical functions behind them. Introduction: How to use Audacity to generate and analyze a signal. Part 1: Analyzing single frequency tones. Part 2: Analyzing combination frequency tones. Part 3: Generating your own tones and waveforms. Things to Consider: Can you generate a function that represents a single frequency tone from the information provided by Audacity? Can you generate a function that represents a combination frequency tone from the information provided by Audacity? How accurate is Audacity in determining the peak frequency of a tone? What are “beats”?