Rotary Potentiometer - 10k Ohm, Linear
This 10kΩ linear taper rotary potentiometer provides smooth, variable resistance for user input applications. Connect it to a microcontroller's ADC pin to create volume controls, brightness adjusters, or any project requiring analogue user input.
How It Works
Connect VCC to one outer pin, GND to the other, and the centre pin outputs a voltage that varies from 0V to VCC based on the knob position. Read this voltage with an ADC to get a variable input value.
Key Features
- 10kΩ Resistance – Standard value for most applications
- Linear Taper – Resistance changes proportionally with rotation
- ¼" Mounting Diameter – Standard panel-mount size
- Three-Pin Design – Simple voltage divider connection
Specifications
- Resistance: 10kΩ
- Taper: Linear
- Mounting Diameter: ¼ inch (6.35mm)
Ideal For
- Volume and brightness controls
- Analogue input for microcontrollers
- Arduino and Raspberry Pi projects
- DIY synthesisers and audio projects
Resources
- Datasheet (PDF)
- How Potentiometers Work
Original: $1.45
-65%$1.45
$0.51


Description
This 10kΩ linear taper rotary potentiometer provides smooth, variable resistance for user input applications. Connect it to a microcontroller's ADC pin to create volume controls, brightness adjusters, or any project requiring analogue user input.
How It Works
Connect VCC to one outer pin, GND to the other, and the centre pin outputs a voltage that varies from 0V to VCC based on the knob position. Read this voltage with an ADC to get a variable input value.
Key Features
- 10kΩ Resistance – Standard value for most applications
- Linear Taper – Resistance changes proportionally with rotation
- ¼" Mounting Diameter – Standard panel-mount size
- Three-Pin Design – Simple voltage divider connection
Specifications
- Resistance: 10kΩ
- Taper: Linear
- Mounting Diameter: ¼ inch (6.35mm)
Ideal For
- Volume and brightness controls
- Analogue input for microcontrollers
- Arduino and Raspberry Pi projects
- DIY synthesisers and audio projects
Resources
- Datasheet (PDF)
- How Potentiometers Work















