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Resistive and capacitive sensors

Printed Electronics resistive and capacitive sensors

Printed Electronics is an innovative technology that enables the production of circuits through printing processes. This technology offers numerous advantages, including the ability to create flexible, lightweight, and low-cost sensors. Alper, a company specialized in this field, uses Printed Electronics to produce a variety of resistive and capacitive sensors. Resistive sensors measure changes in electrical resistance, often used to detect pressure or force. Capacitive sensors, on the other hand, measure changes in electrical capacitance and are commonly employed in applications such as presence detection. The production of these sensors through screen printing techniques allows Alper to create devices with complex geometries on flexible substrates, expanding the potential applications in various sectors, from consumer electronics to automotive and the Internet of Things (IoT).
Main Features

Alper is a producer of Printed Electronics, specializing in flexible printed sensors. These sensors use a PET (polyethylene terephthalate) substrate, known for its strength and durability. Thanks to these properties, Alper’s flexible printed sensors are used in industries such as manufacturing and home appliances, where they serve as liquid leak detectors. Placed under washing machines or dishwashers, these sensors can detect the presence of water from the very first drop with extreme sensitivity, making them powerful tools for monitoring and preventing damage caused by accidental leaks.

Additionally, Alper’s printed sensors enable the integration of IoT technology. One example of Alper’s technology in use is in smart trash bins. These bins, equipped with capacitive sensors, allow for the collection and transmission of real-time data to operational centres. This IoT integration facilitates more efficient waste management by monitoring fill levels and optimizing collection routes. These technological solutions not only improve operational efficiency but also help reduce environmental impact through more effective waste management.

  • Maximum dimensions: 1000x600mm (customized measures available on request)
  • Application of adhesive surfaces using a wide range of specific double-sided adhesives for each use.
  • Wiring on customer specification
  • Customer specific design
  • Substrate temperature limits:
      • Min. -40 ° C
      • Max. 90 ° C (continuously)
      • Max. 100 ° C (for short periods)

 

  • Note: The component is provided as an unfinished part. Conformity and marking of the final product shall remain the responsibility of the manufacturer of the complete unit.

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