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Owning Palette: Digital Filter Design VIs and Functions

Use the Multirate Fixed-Point Tools VIs to quantize filter coefficients, model the behavior of fixed-point multirate filters, simulate multirate filtering processes, and generate fixed-point target code.

The VIs on this palette can return general LabVIEW error codes or specific digital filter design error codes.

Palette Object	Description
DFD FXP Get MRate Coef Quantizer	Retrieves settings for the filter coefficients quantizer of a multirate filter.
DFD FXP Get MRate Output Quantizer	Retrieves the settings for the output quantizer of a multirate filter.
DFD FXP Moving Average Code Generator	Generates LabVIEW FPGA code from a fixed-point moving average (MA) multirate filter.
DFD FXP MRate Code Generator	Generates LabVIEW FPGA code from a fixed-point multirate filter.
DFD FXP MRate Modeling	Creates a fixed-point multirate filter model according to the input and output word length settings.
DFD FXP MRate Postprocessing	Converts the output signal of a fixed-point multirate filter from an integer, fixed-point representation to a floating-point representation. You must manually select the polymorphic instance you want to use.
DFD FXP MRate Quantization	Quantizes the coefficients of a floating-point multirate filter and generates a fixed-point multirate filter.
DFD FXP MRate Simulation	Simulates the filtering process of a fixed-point multirate filter continuously. The data type you wire to the signal in input determines the polymorphic instance to use.
DFD FXP NStage MRate Code Generator	Generates LabVIEW FPGA code from multistage multirate filters.
DFD FXP NStage MRate Modeling	Creates a fixed-point multistage multirate filter model according to the input and output word length settings.
DFD FXP NStage MRate Postprocessing	Converts the output signal of a fixed-point multistage multirate filter from a fixed-point representation to a floating-point representation. You must manually select the polymorphic instance you want to use.
DFD FXP NStage MRate Quantization	Quantizes the coefficients of a floating-point multistage multirate filter and generates a fixed-point multistage multirate filter. This VI has the same internal settings as the DFD FXP MRate Quantization VI.
DFD FXP NStage MRate Simulation	Simulates the filtering process of a fixed-point multistage multirate filter continuously. The data type you wire to the signal in input determines the polymorphic instance to use.