đźšš Free Worldwide Shipping on All Orders!Shop Now
1 / 3
Linear SoftPot (Ribbon Sensor) [100mm]
A 100 mm linear soft potentiometer (ribbon sensor) manufactured by Spectra Symbol. This pressure-sensitive ribbon controller features an adhesive backing for easy mounting and provides a variable resistance output based on the position of touch along its length.
Key Features
- 100 mm Active Length – Linear position sensing along the ribbon
- 10K Nominal Resistance – Across the two outer leads
- Analog Output – Centre pin resistance varies with touch position
- Adhesive Backing – Peel-and-stick mounting
- Manufacturer – Spectra Symbol
Ideal For
- Position and slider input for Arduino projects
- Music controllers and MIDI interfaces
- Touch-based user interfaces
- Robotics and motion sensing
Warning: Do not connect the outer pins directly to power and ground. Use 10K series resistors on each outer pin — one to ground, one to Vcc (3.3V or 5V). Read the analog voltage on the centre pin, which will range from ⅓ Vcc to ⅔ Vcc. When no pressure is applied, the centre pin floats — use a weak pullup (e.g. 100K) to stabilise the reading.
$16.08
Linear SoftPot (Ribbon Sensor) [100mm]—
$16.08
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
A 100 mm linear soft potentiometer (ribbon sensor) manufactured by Spectra Symbol. This pressure-sensitive ribbon controller features an adhesive backing for easy mounting and provides a variable resistance output based on the position of touch along its length.
Key Features
- 100 mm Active Length – Linear position sensing along the ribbon
- 10K Nominal Resistance – Across the two outer leads
- Analog Output – Centre pin resistance varies with touch position
- Adhesive Backing – Peel-and-stick mounting
- Manufacturer – Spectra Symbol
Ideal For
- Position and slider input for Arduino projects
- Music controllers and MIDI interfaces
- Touch-based user interfaces
- Robotics and motion sensing
Warning: Do not connect the outer pins directly to power and ground. Use 10K series resistors on each outer pin — one to ground, one to Vcc (3.3V or 5V). Read the analog voltage on the centre pin, which will range from ⅓ Vcc to ⅔ Vcc. When no pressure is applied, the centre pin floats — use a weak pullup (e.g. 100K) to stabilise the reading.
