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NonBare filters are second order filters which take the parameters directly. The filter parameters are
converted to filter coefficients by the Module itself. Regalia-Mitra algorithm is used for this
implementation.
Name | Format [int/dec] - [control/audio] | Function Description |
---|---|---|
Pin 0: Input | decimal - Audio | Audio input |
Name | Format [int/dec] - [control/audio] | Function Description |
---|---|---|
Pin 0: Output | decimal - Audio | Filtered output |
The module does not support Add and Growth.
GUI Control Name | Default Value | Range | Function Description |
---|---|---|---|
Gain | 0dB | -15 to 15dB | Gain of the filter in DB |
Qvalue | 1.71 | 0.04 to 16 | Quiscent factor of the filter |
K | 1 | 0.04 to 16 | K values as described in the algorithm |
fc | 100 | 1 to 24000 Hz | Cut-off frequency of the filter |
GUI Control Name | Compiler Name | Function Description |
---|---|---|
fc | NonBare_SC5xxAlg1fc | Cut-off frequency of the filter |
Omega | NonBare_SC5xxAlg1Omega | Quiscent factor of the filter |
Gain | NonBare_SC5xxAlg1Gain | Gain of the filter in DB |
K | NonBare_SC5xxAlg1K | K values as described in the algorithm |
Here,
NonBare filters are second order filters which take the parameters directly. The filter parameters are
converted to filter coefficients by the Module itself. Regalia-Mitra algorithm is used for this
implementation.