Experiment #3
Frequency Response of First and
Second Order Systems
ECE 309L
Professor Boskovich
October 21, 2011
Objectives:
To become familiar with the response of first and second order systems. The response
considered here is in frequency domain, and i
Experiment #2
Time Domain Response of First and Second
Order Systems
ECE 309L
Professor Boskovich
October 16, 2011
Part 1 1st Order Systems Pre-Lab
A. Using the schematic in figure 2.3, find the transfer function that describes the circuit.
B. Use Matlab
Experiment #4
Closed Loop Response to Induced
Disturbance (an unwanted signal)
ECE 309L
Professor Boskovich
October 21, 2011
1
Objectives:
1.
Derive a real circuit from block diagram.
2.
Investigate a Systems output error caused from an unwanted noise sou
Experiment #5
Steady State Errors
ECE 309L
November 21, 2011
Prof. Boskovich
1
Objectives
To become familiar with the effects of system type on the steady state errors of a system
for step and ramp inputs.
Equipment and Materials
Material from Lab 5A,
Sim
Experiment 7 & 8
PI and PID Controller using
A Microcontroller
ECE 309L
Professor Boskovich
12/5/2011
Objectives:
To become familiar and understand Controller techniques using an embedded
micro-controller
Equipment and Materials:
Prototype Embedded Proces
Experiment 6
Closed Loop Analysis
ECE 309L
November 20, 2011
Professor Boskovich
1
Objectives
To become familiar and understand forward gain in a feedback system and the effect on
the transient response and the relationship to the Root Locus
Equipment and
Summer 2014 ECE 309 Midterm 7/23/14
R. Chandra
Last name: First name: 't
YOU MUST SHOW ALL YOUR WORK.
1. Consider the RC ladder network shown in Figure 1. 03\
. ,/
W I! ' "2 ' x '/
Figure 1.
(a) Write the mesh equations and present them the matrix form
Experiment #1
Basic Control Components
ECE 309L
Professor Boskovich
October 7, 2011
Prelab
1. Show that for an attenuator
2. Design an attenuator using a 1M potentiometer such that the input signal is attenuated by
a factor of 4.
Rt = 1M
3. Show that for