Difference between revisions of "Controls/Lab/Loudspeaker"
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| − | This page contains information related to the Loudspeaker Modeling lab for [[ME 344]] and [[ECE 382]]. It has been updated for Spring, | + | This page contains information related to the Loudspeaker Modeling lab for [[ME 344]] and [[ECE 382]]. It has been updated for Spring, 2016. |
== Resources == | == Resources == | ||
| Line 16: | Line 16: | ||
The following shows the comments for a file that was written to graph the transfer function estimate and analytical values for the basic model. You do not have to write your program in this order, but the skeleton may help you understand what needs to happen. | The following shows the comments for a file that was written to graph the transfer function estimate and analytical values for the basic model. You do not have to write your program in this order, but the skeleton may help you understand what needs to happen. | ||
<source lang=matlab> | <source lang=matlab> | ||
| − | %% Loudspeaker Lab Spring | + | %% Loudspeaker Lab Spring 2016 |
% Solution - NAME | % Solution - NAME | ||
% Honor Code: [net id] | % Honor Code: [net id] | ||
| Line 43: | Line 43: | ||
The following shows the comments for a file that was written to graph the transfer function estimate and analytical values for the refined model. | The following shows the comments for a file that was written to graph the transfer function estimate and analytical values for the refined model. | ||
<source lang=matlab> | <source lang=matlab> | ||
| − | %% Loudspeaker Lab Spring | + | %% Loudspeaker Lab Spring 2016 |
% Solution 2 - NAME | % Solution 2 - NAME | ||
% Honor Code: [net id] | % Honor Code: [net id] | ||
Revision as of 17:11, 23 February 2016
This page contains information related to the Loudspeaker Modeling lab for ME 344 and ECE 382. It has been updated for Spring, 2016.
Resources
- Other Pundit Pages
- MATLAB:Transfer Functions Your friend. Seriously.
- Visualization of a Speaker
- How Speakers Work, from How Stuff Works
- Files for the lab:
MATLAB Skeletons
The following shows the comments for a file that was written to graph the transfer function estimate and analytical values for the basic model. You do not have to write your program in this order, but the skeleton may help you understand what needs to happen.
%% Loudspeaker Lab Spring 2016
% Solution - NAME
% Honor Code: [net id]
%% Initialize Workspace
%% Load Data - includes EstAccTF, EstAccF, ch1, ch2, and time
%% Set Constants
% Mechanical constants
% Some work needed to get b
% Electrical constants
%% Experimental Transfer Function - go from Acc Voltage/Vs to Vel/Vs
% Convert to velocity by dividing by j 2 pi F and sensitivity in V / (m/s^2)
%% Generate Theoretical Transfer Function
% Use bode command to analyze transfer function
%% Make and save plot
The following shows the comments for a file that was written to graph the transfer function estimate and analytical values for the refined model.
%% Loudspeaker Lab Spring 2016
% Solution 2 - NAME
% Honor Code: [net id]
%% Initialize Workspace
%% Load Data - includes EstAccTF, EstAccF, ch1, ch2, and time
%% Set Constants
% Mechanical constants
% Some work needed to get b
% Electrical constants
% Accelerometer constants
%% Experimental Transfer Function - go from Acc Voltage/Vs to Vel/Vs
% Convert to velocity by dividing by j 2 pi F and sensitivity in V / (m/s^2)
%% Generate Theoretical Transfer Function
% Use bode command to analyze transfer function
%% Make and save plot
Questions
Post your questions by editing the discussion page of this article. Edit the page, then scroll to the bottom and add a question by putting in the characters *{{Q}}, followed by your question and finally your signature (with four tildes, i.e. ~~~~). Using the {{Q}} will automatically put the page in the category of pages with questions - other editors hoping to help out can then go to that category page to see where the questions are. See the page for Template:Q for details and examples.
