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Owning Palette: Signal Processing VIs

Use the Windows VIs to implement smoothing windows and to perform data windowing.

Example

The VIs on this palette can return signal processing error codes.

Palette Object	Description
Blackman-Harris Window	Applies a three-term, Blackman-Harris window to the input signal X. The data type you wire to the X input determines the polymorphic instance to use.
Blackman-Nuttall Window	Applies a Blackman-Nuttall window to the input sequence X. The data type you wire to the X input determines the polymorphic instance to use.
Blackman Window	Applies a Blackman window to the input signal X. The data type you wire to the X input determines the polymorphic instance to use.
Bohman Window	Applies a Bohman window to the input signal X. The data type you wire to the X input determines the polymorphic instance to use.
Chebyshev Window	Applies an asymmetrical Dolph-Chebyshev window to the input sequence X. The data type you wire to the X input determines the polymorphic instance to use.
Cosine Tapered Window	Applies a cosine tapered window to the input sequence X. The data type you wire to the X input determines the polymorphic instance to use.
Exact Blackman Window	Applies an Exact Blackman window to the input signal X. The data type you wire to the X input determines the polymorphic instance to use.
Exponential Window	Applies an exponential window to the input signal X. The data type you wire to the X input determines the polymorphic instance to use.
Flat Top Window	Applies a flat top window to the input sequence X. The data type you wire to the X input determines the polymorphic instance to use.
Force Window	Applies a force window to the input signal X. The data type you wire to the X input determines the polymorphic instance to use.
Gaussian Window	Applies an asymmetrical Gaussian window to the input sequence X. The data type you wire to the X input determines the polymorphic instance to use.
General Cosine Window	Applies a general cosine window to the input signal X. The data type you wire to the X input determines the polymorphic instance to use.
Hamming Window	Applies a Hamming window to the input signal X. The data type you wire to the X input determines the polymorphic instance to use.
Hanning Window	Applies a Hanning window to the input signal X. The data type you wire to the X input determines the polymorphic instance to use.
Kaiser-Bessel Window	Applies a Kaiser-Bessel window to the input sequence X. The data type you wire to the X input determines the polymorphic instance to use.
Modified Bartlett-Hanning Window	Applies a modified Bartlett-Hanning window to the input signal X. The data type you wire to the X input determines the polymorphic instance to use.
Parzen Window	Applies a Parzen window to the input signal X. The data type you wire to the X input determines the polymorphic instance to use.
Scaled Time Domain Window	Applies a scaled window to the input sequence X. The data type you wire to the X input determines the polymorphic instance to use.
Symmetric Window	Applies a symmetric window to the input sequence X. The data type you wire to the X input determines the polymorphic instance to use.
Triangle Window	Applies a triangular window (Bartlett Window) to the input signal X. The data type you wire to the X input determines the polymorphic instance to use.
Welch Window	Applies a Welch window to the input signal X. The data type you wire to the X input determines the polymorphic instance to use.
Window Properties	Computes the coherent gain and equivalent noise bandwidth of a window. You must manually select the polymorphic instance you want to use.

Example

Refer to the labview\examples\analysis\windxmpl.llb for examples of using the Windows VIs.