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Amazon.com: logarithmic potentiometer
https://www.amazon.com/logarithmic-potentiometer/s?k=logarithmic+potentiometer
32-Tap Audio Logarithmic Taper Digital Potentiometer
https://datasheets.maximintegrated.com/en/ds/MAX5407.pdf
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 applica-tions, such as volume control and fading/balancing audio signals. The MAX5407 consists of a resistor string and CMOS switches that are digitally controlled through a simple 2-wire serial ...
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
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
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.
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