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Bilinear transformation method for analog-to-digital filter conversion
Usage
| Jacket for M Language |
| | Supported Syntax |
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[Nd Dd] = bilinear(Z,P,K,Fs) |
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GFOR Supported
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No
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GCOMPILE Supported
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No
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Types Supported
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- GDOUBLE GSINGLE
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Types Not Supported
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- GLOGICAL GINT32 GINT8 GUINT32 GUINT8 COMPLEX
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| CPU usage | Jacket only contains GPU computing functions. To run functions on the CPU, try one of the MathWorks products:
http://www.mathworks.com/help/toolbox/signal/bilinear.html |
| More Details |
- This feature is available with Jacket 1.8 or later.
- In this preliminary implementation, inputs need to be column vectors.
- The fourth input, Fs needs to be the inverse of what you would give to MATLAB's bilinear function. For example:
[b a] = cheby1(5, 0.5, 0.6,'s'); % Sample Inputs
[z p] = bilinear(b(:),a(:),0.5,0.4); % MATLAB Bilinear
b = gsingle(b); a = gsingle(a); % Cast to Jacket
[z p] = bilinear(b(:),a(:),0.5,1/0.4); % Jacket Bilinear (requires inverse of frequency) |
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See Also
TF2ZP, ZP2TF