DFRobot SEN0690 Linear Flexible Potentiometer Sensor

DFRobot SEN0690 Ultra-Thin Linear Flexible Potentiometer Sensor can transform curved surfaces into touch interfaces. This ultra-thin (0.45mm), flexible ribbon sensor serves as a compact alternative to bulky mechanical sliders, enabling linear touch control for wearables, curved dashboards, and soft robotics. Powered by graphene technology and IP67-rated for water and dust resistance, the DFRobot SEN0690 is engineered for diverse operational environments and offers immediate compatibility with standard development platforms like Arduino® and Espressif ESP32.

Features

  • Graphene-based flexible film construction with 0.45mm thickness for conformability to curved surfaces
  • ±2mm position accuracy across 300mm sensing length with sub-1ms response time
  • Three-pin analog interface compatible with Arduino, ESP32, and Raspberry Pi platforms
  • IP67 waterproof and dustproof rating with 1M+ cycle durability
  • Pre-installed 300mm silicone wire and double-sided adhesive for rapid deployment
  • Low actuation force (20g to 50g) for comfortable user interaction

Applications

  • Smart home curtain travel and position control
  • Cabinet door opening/closing degree detection
  • Interactive media page turning and touch triggering
  • Industrial equipment soft parameter adjustment
  • Gaming peripheral linear input devices
  • Musical instrument creative interfaces
  • Robotic arm flexible limit detection and position feedback
  • Virtual reality controller position sensing

Specifications

  • 5V supply voltage
  • Analog output signal
  • 300mm sensor length
  • 0.45mm sensor thickness
  • 20g to 50g actuation force
  • 20g to 200g pressure range
  • < 1ms response time
  • < 10ms activation time
  • ±2mm (typ.) accuracy
  • 300mm wire length
  • > one million cycles (normal flexible pressing) durability
  • -20°C to +65°C operating temperature

Videos

Dimensions (mm)

Mechanical Drawing - DFRobot SEN0690 Linear Flexible Potentiometer Sensor
Published: 2026-05-04 | Updated: 2026-05-06