/
(8.D.2.3) Undb10Fract32

(8.D.2.3) Undb10Fract32

Overview

Computes the undb10 using fixed-point math.

Discussion

Computes the undb10 function using fixed-point math. The input and output fixed-point data is in Q9.23 format and must be in the range [-69 +24] dB. The result is accurate to about 0.005 dB, or about 0.092%.

Type Definition

typedef struct _ModuleUndb10Fract32 { ModuleInstanceDescriptor instance; // Common Audio Weaver module instance structure } ModuleUndb10Fract32Class;

Pins

Input Pins

Name: in

Description: Input signal

Data type: fract32

Channel range: Unrestricted

Block size range: Unrestricted

Sample rate range: Unrestricted

Complex support: Real

Output Pins

Name: out

Description: Output signal

Data type: fract32

MATLAB Usage

File Name: undb10_fract32_module.m

M = undb10_fract32_module(NAME) Creates an Audio Weaver module that converts from linear to dB units using fixed-point arithmetic. The input and output formats are assumed to be Q9.23. Arguments: NAME - name of the module.

 

Related content

(8.D.2.4) Undb10Fract32
(8.D.2.4) Undb10Fract32
More like this
(8.D.2.2 ) Undb10Fract32
(8.D.2.2 ) Undb10Fract32
More like this
(8.D.2.2) Undb10Fract32
(8.D.2.2) Undb10Fract32
More like this
(8.D.2.7) Undb10Fract32
(8.D.2.7) Undb10Fract32
More like this
(8.D.2.5) Undb10Fract32
(8.D.2.5) Undb10Fract32
More like this
(8.D.2.6) Undb10Fract32
(8.D.2.6) Undb10Fract32
More like this