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| Both sides previous revisionPrevious revision | |||
| resources:tools-software:sigmastudio:toolbox:basicdsp:lineargain [14 Nov 2012 21:52] – Fixed Target Slew Ram broken link William Jahn | resources:tools-software:sigmastudio:toolbox:basicdsp:lineargain [11 Nov 2015 15:42] (current) – Added descriptions of what certain values will do. David Thibodeau | ||
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| For a sample design using this block, see the [[resources/ | For a sample design using this block, see the [[resources/ | ||
| - | The value you specify is in 5.23 format (5 bits for the integer, 23 for the decimal). The accepted values for this block are therefore in the range: -16 - 15.999. | + | The value you specify is in 5.23 format (5 bits for the integer, 23 for the decimal). The accepted values for this block are therefore in the range: -16 to 15.999. |
| + | |||
| + | This is the multiplication factor so therefore a value of " | ||
| + | The value of " | ||
| + | The value of 2 will double the signal level (Add 6dB) | ||
| + | Values less than 1 but greater than zero, 0<X<1 will reduce the gain of the signal. | ||
| + | A negative value will invert the polarity of the audio and apply the gain factor. So -2 will add two dB and invert the polarity. A value of -0.5 will lower the signal by 6dB and invert the polarity. | ||
| + | The value of -1 will only invert the polarity. | ||
| You can choose a slew or no-slew algorithm. Using slew RAM gradually ramps the signal from original to target value, while using no-slew RAM jumps the signal immediately. | You can choose a slew or no-slew algorithm. Using slew RAM gradually ramps the signal from original to target value, while using no-slew RAM jumps the signal immediately. | ||
resources/tools-software/sigmastudio/toolbox/basicdsp/lineargain.txt · Last modified: 11 Nov 2015 15:42 by David Thibodeau