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Amazon.com: logarithmic potentiometer
https://www.amazon.com/logarithmic-potentiometer/s?k=logarithmic+potentiometer
potentiometer - Why should I use a logarithmic pot for ...
https://electronics.stackexchange.com/questions/101191/why-should-i-use-a-logarithmic-pot-for-audio-applications
There Spehro comments that one should use a logarithmic pot for audio applications. So I googled for it. The best article I could find was one titled "Difference between Audio and Linear Potentiometers" [1] which now seems to have been removed from the original website. There they said this: Linear vs. Audio
Logarithmic & Linear Controls of Potentiometer - …
https://university.listenlights.com/2017/10/13/logarithmic-linear-controls-of-potentiometer/
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. Using a log pot therefore gives the effect that a setting of full volume on the control sounds twice as loud as a setting of half volume.
Potentiometer Types Demonstration | Amplified Parts
https://www.amplifiedparts.com/tech-articles/potentiometer-types
For this reason, these types of logarithmic potentiometers are often referred to as "audio taper". If you are using a potentiometer which appears to have extremely large increases in sound at the high-end or the low-end of the dial, a linear taper potentiometer is probably being used where a logarithmic (audio) taper would be appropriate.
32-Tap Audio Logarithmic Taper Digital Potentiometer
https://www.maximintegrated.com/en/products/analog/data-converters/digital-potentiometers/MAX5407.html
The MAX5407 SOT-PoT is a logarithmic taper digital potentiometer with 32 tap points that has 1dB steps between taps. This device is ideal for audio applications, such as volume control and fading/balancing audio signals. The MAX5407 consists of a res
What are Audio Taper Potentiometers?
http://www.learningaboutelectronics.com/Articles/What-are-audio-taper-potentiometers
Audio Taper Potentiometers are log tapers, which are potentiometers that change resistance logarithmically as you turn the wiper. This is crucial for audio applications because logarithmic change in resistance, not linear change, is what is desired. Ours ears perceive sound in a logarithmic fashion. If you were to use a linear potentiometer for ...
What are Log Taper Potentiometers?
http://www.learningaboutelectronics.com/Articles/What-are-log-taper-potentiometers
Audio taper potentiometers, which are potentiometers used in audio applications, to adjust the level or volume of sound, are all log tapers. Our ears perceive sound in a logarithmic fashion. If you were to use a linear potentiometer for volume control, increasing and decreasing sound, the volume changes would not turn out right.
Potentiometers: Audio vs. Linear Tapers
https://www.jameco.com/Jameco/workshop/circuitnotes/Potentiometers-audio-taper-vs-linear.html
For example, rotating the potentiometer to 50% will cause the pot to function at 50% of the maximum resistance. Linear tapers can be good for adjusting lighting through light dimmers or for motion control. Non-linear tapers are often referred to as a logarithmic or audio taper. These are most commonly used for audio volume control.
Audio or linear taper pots? What’s the difference ...
https://www.hoaglandcustom.com/2017/05/15/hello-world/
An AUDIO taper pot increases the signal from your guitar to your amp in a logarithmic (exponential) fashion. Simply explained, “1”, “2”, or “3” on the volume knob will produce little, if any, signal but once you get past “3” or so, the volume will ramp up a LOT. Past “8” or so there will be very little volume increase.
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