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Step and Natural Response of Series RLC Circuit
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Joined: 29/11/2017(UTC) Posts: 82  Location: Midwest Was thanked: 9 time(s) in 7 post(s)
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Joined: 15/04/2012(UTC) Posts: 1,986  Was thanked: 1124 time(s) in 721 post(s)
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 Note that x in the plot is dimensionless. If you want to use x as argument in a function which expects a particular dimension, then just multiply x by an appropriate unit. In order to get the result in well defined units, divide the function by this unit. This procedure documents the units of both x and y in itself. |
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Joined: 04/07/2015(UTC) Posts: 6,866  Was thanked: 981 time(s) in 809 post(s)
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Few suggestions... still plenty of "Units don't match" Smath is not a Mathcad clone. The "line program" have lot of similarities, very often convertible, but not based entirely on the same source code conversion. Universal maths are universal to both.  Step and Natural Response of Series RLC Circuit.sm (123kb) downloaded 62 time(s).Up to the damping plots the system is a 2nd order DE that has beautiful Laplace infinite solutions wrt parameters and various step function(s).
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Rank: Advanced Member Groups: Registered
Joined: 29/11/2017(UTC) Posts: 82 Location: Midwest Was thanked: 9 time(s) in 7 post(s)
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Many thanks to you both for your help.
Sincerely,
Norm
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Step and Natural Response of Series RLC Circuit
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