Logarithmic Potentiometer Formula at Roy Wall blog

Logarithmic Potentiometer Formula. I am trying to determine the formula for an audio taper (logarithmic) pot. Since our hearing has a logarithmic response to sound pressure, it is important that the volume control should provide a smooth variation from soft to loud, such that a given. This compensating resistance taper is accurately called a left hand logarithmic taper but for historical reasons has been called an audio or. R being the total resistance and p being the. The graph below shows relationship between the variable resistance and the. Taper is the relation between the position of the potentiometer sliding contact and the resistance ratio. I would like a formula that takes r and p as inputs. Logarithmic potentiometers are used as volume controls in audio equipment because the response of the human ear to the loudness of sound is also logarithmic. This post presents a general logarithmic potentiometer law with a curve fit to enable a user to choose a curve that sounds good in their application. Using a log pot therefore gives.

The graph below shows relationship between the variable resistance and the. This compensating resistance taper is accurately called a left hand logarithmic taper but for historical reasons has been called an audio or. Taper is the relation between the position of the potentiometer sliding contact and the resistance ratio. Using a log pot therefore gives. R being the total resistance and p being the. I would like a formula that takes r and p as inputs. Since our hearing has a logarithmic response to sound pressure, it is important that the volume control should provide a smooth variation from soft to loud, such that a given. Logarithmic potentiometers are used as volume controls in audio equipment because the response of the human ear to the loudness of sound is also logarithmic. I am trying to determine the formula for an audio taper (logarithmic) pot. This post presents a general logarithmic potentiometer law with a curve fit to enable a user to choose a curve that sounds good in their application.

Steren 1M Ohm 1/2W Logarithmic Potentiometer

Logarithmic Potentiometer Formula Using a log pot therefore gives. I would like a formula that takes r and p as inputs. Taper is the relation between the position of the potentiometer sliding contact and the resistance ratio. I am trying to determine the formula for an audio taper (logarithmic) pot. The graph below shows relationship between the variable resistance and the. R being the total resistance and p being the. Logarithmic potentiometers are used as volume controls in audio equipment because the response of the human ear to the loudness of sound is also logarithmic. Since our hearing has a logarithmic response to sound pressure, it is important that the volume control should provide a smooth variation from soft to loud, such that a given. Using a log pot therefore gives. This post presents a general logarithmic potentiometer law with a curve fit to enable a user to choose a curve that sounds good in their application. This compensating resistance taper is accurately called a left hand logarithmic taper but for historical reasons has been called an audio or.