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Frequency response of linear control systems; Phase Bode plots; Bode plots of the second-order systems;

Frequency response of control systems; Polar frequency plots; Bode plots; Magnitude Bode plots; Sketching frequency response and Bode plots with MATLAB.

Root-Locus method; PID Controllers; Design & Programming Problems

Introduction to Root-Locus; Concept of Root-Locus; Sketching Root-Locus with MATLAB

Overview of Different Control Systems; Control System Design; Mechatronic Systems; Selected Design Examples

This is project # 5 for CET4190C - DSP course offered as part of the BSECET program at Valencia College, Orlando, FL. In this project, we will design an FIR filter using Fourier Transform method, and also use Window functions to smooth out the filter response. MATLAB/Octave is used for the filter design.

This is a description of project # 3 from CET4190C - DSP class offered as part of the BSECET program at Valencia College, Orlando, FL. This project deals with the generation of two signals, a white noise signal and a compound trigonometric signal, and to observe their frequency spectrum. The third signal is a provided speech signal for which the spectrum will be observed. All three signals will...

In this video, a power systems problem is solved step-by-step to demonstrate the calculation of active power, reactive power, complex power, apparent power, and the power factor. Octave is used to facilitate the problem-solving process.

In this video, response of a second-order closed-loop control system to a unit step-input is plotted using LabVIEW. The plot can be changed by changing the value of two main parameters of the system. Important values to determine the performance of the system including peak time, peak value, and peak overshoot are also calculated and displayed.

In this video, MATLAB/Octave use with complex numbers is discussed. An example of calculation of node voltages in an AC circuits is discussed to show how easy it is to manipulate linear equations with complex numbers in MATLAB/Octave. Few built-in functions to manipulate complex numbers are discussed. Finally, a small function to convert polar form into rectangular form is written to be used to...

In this video, transfer functions are discussed. In particular, how to convert a transfer function from rectangular form to polar form is explained.

In the second part of the four-part video lecture series on complex numbers, arithmetic operations of addition, subtraction, multiplication, and division for complex numbers are discussed. Some common mistakes that students make while performing these operations have also been pointed out.

In the first part of this four part video series, the basics of complex numbers are discussed. Representation of complex numbers in rectangular and polar forms as well as conversion from rectangular form into polar and vice verse are covered. Complex numbers and their representation based on their position on the complex plane is examined.

This video is specifically for CET4190C - DSP, a course offered as part of the BS Electrical and Computer Engineering Technology program at Valencia College, Orlando, FL. This is the first step in the IIR filter design using BLT method where the given digital filter's specifications are changed into the corresponding analog filter's specification before the required analog filter is designed fr...

DSP - Chapter 8 - Transformation of H(s) into H(z)

DSP - Chapter 8 - Design of an Analog Filter from Lowpass Prototype

DSP - Chapter 8 - IIR Filters Introduction

LabVIEW - 09 - Plots and For Loops

LabVIEW - 08 - Matrices & Arrays

LabVIEW - 07 - While Loops and Boolean Functions

LabVIEW - 06 - Random Numbers

LabVIEW - 05 - Comparison Blocks

LabVIEW - 04 - Formula Block

LabVIEW - 02 - Creating a VI & Homework Submission

LabVIEW - 03 - Mathematical Operations and Equation Evaluation

LabVIEW - 01 - Introduction and Environment

PSpice - 06 - Diode Circuits

PSpice - 05 - AC Sweep Analysis

PSpice - 04 - Transient Analysis and Cursors