Joshua Manski
EEE 304 Lab 3
Sampling, Aliasing and Equalization using LabVIEW
Dr. Cihan Tepedelenlioglu
October 29th , 2009
Assignment 1
1.1
When the Sampling Frequency is fixed at a certain point and the input signal frequency is
adjusted from 0 to 2000,
Joshua Manski EEE 304 Lab 2 Filter Design and Analysis using LabVIEW Dr. Cihan Tepedelenlioglu October 6st, 2009
Assignment 1.1
The transfer function that was implemented in this VI is a low pass filter given by11+s2. We can verify that this is true by lo
Joshua Manski EEE 304 Lab 4
Amplitude Modulation and Demodulation
Dr. Cihan Tepedelenlioglu November 24th , 2009
Assignment 1 1.aAs the carrier frequency is moved from its minimum value to its max value (while the Messenger frequency is steady) changes re
Joshua Manski EEE 304 Lab 1 Basic Speech Processing using LabVIEW Dr. Cihan Tepedelenlioglu September 21st, 2009
Assignment 1 1) This VI adds a number X(a selected number between -10 and 10 in increments of 0.1) and adds it to 5, then displays it in the F
NAME_ EEE 304 HW 1
Problem 1: Consider the filter with impulse response h(t ) = e u (t - 1) . 1. Find the transfer function 2. Find the Laplace transform of the output when x(t )
-t
= sin(5t )u (t )
3. Find the output by taking the inverse Laplace transfo
EEE 304
Problem 1: Consider the following systems: 1. Transfer function H ( s ) =
Homework 2
s - 10 (Continuous time, causal) ( s - 1)( s + 1) 0.1 z 2. Transfer function H ( z ) = 2 (Discrete time, causal) z - 2 z + 0.99
Compute the following: 1. Bode plo
EEE 304
HW 3
Problem 1: Do Problems 7.30, 7.31 from the textbook. Problem 2: Find the largest sampling interval Ts to allow perfect reconstruction of the signals (x*y denotes convolution) sin 2 t 1. sin 2t t2 sin 2t 2. * sin t t2 sin 3t sin t 3. . t t sin
EEE 304 Lab 2
Filter Design and Analysis using LabVIEW
Introduction
This lab introduces some fundamental concepts in filter design and analysis using National Instruments LabVIEW, through a simple programming example. This exercise extensively uses LabVIE