Show Bid Request
code for a LCR series circuit!
Bid Request Id: 44713
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Description:
hi, i need to produce an application to perform the folowing:
(1)Current flowing through the circuit
(2)voltage drop across each component
then i need to produce an apllication that shows:
(1) resonance frequency in a parallel circuit (RL,C)
(2) the voltage across the parallel components at resonance
(3) The current through the resistor, inductor and capacitor
i know that there is a lot hear but someone may have done this exact thing before in some course or something...any help would be much appreciated.
Thanx
marlon
Deliverables:
1) Complete and fully-functional working program(s) in executable form as well as complete source code of all work done.
2) Installation package that will install the software (in ready-to-run condition) on the platform(s) specified in this bid request.
3) Complete ownership and distribution copyrights to all work purchased.
Platform:
it's for a simple circuit
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Bidding/Comments:
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Bid Amount
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Coder Rating |
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This bid was accepted by the buyer!
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$30 (USD)
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Jan 21, 2003
4:59:06 PM EDT
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9.84
(Excellent)
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Hi Marlon32,
This is Scott Tripp, a programmer with way too much physics in his history. This is an easy application, but I'm not sure what you want for the final deliverable. As you know, when a circuit contains both an inductor and capacitor, the current oscillates. So, when you say you need the 'current through the resistor...' and 'voltage drop across each component' do you mean the maximum or the instantaneous value. Note that for LCR circuits with no voltage source, the voltage will decay exponentially, so there really isn't a single value.
If you're looking for voltage vs. time info, do you want it output to a text file so you can import it into another application?
Thanks, and please feel free to respond with any questions or ideas.
Take care,
Scott
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N/A
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Jan 22, 2003
1:14:15 PM EDT
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9.84
(Excellent)
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Hi Marlon,
I've put together an empty shell that shows how I'd propose approaching this. It consists of 2 forms, one for the parallel circuit and a second for the series circuit. For both forms, you need to input the circuit component values, and the amplitude of the emf. The calculated values are shown in the lower part of the form. You can switch between the forms via the Series/Parallel buttons.
The scroll bar on the top corresponds to the phase of the emf. When you move this, the voltage/current values will update. The values will also update when you hit the recalculate button.
Please let me know if this fits your criteria.
Take care,
Scott
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Attached File
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