QMS Motion and Gesture Sensors

KEMET’s motion and gesture sensor is power-optimized to enable use in mobile devices and minimize quiescent current drain

Image of KEMET's QMS Motion and Gesture Sensors KEMET's QMS thin-film digital pyroelectric IR sensors combine high sensitivity with fast response times to ensure rapid and accurate motion detection, as well as a high dynamic range to allow motion detection nearby or over larger distances. The 2x2 pixel version of this device allows users to determine the direction of motion.

These high-quality sensors integrate a digital current-mode readout in a small SMD package. Industry-standard I²C communication enables plug-and-play connectivity to microcontrollers and allows for easy tuning. Programmable gain and filtering offer maximum flexibility in system design, and various low-power modes are also available, including a wake-up by motion feature. These sensors can be connected in linear series to allow synchronized sampling across multiple devices.

Features
  • High sensitivity with fast response time
  • High dynamic range
  • Small SMD package
  • I²C communication compatible
  • Digital output
  • Programmable gain and filtering
  • Integrated configurable amplifier, filter, and ADC
  • Low power consumption

Applications

  • Smart home: security, lighting control, crime control, energy management, and protection of the elderly
  • Smart building: security, lighting control, crime control, access control, energy management, and traffic analysis
  • Consumer: home appliances, TVs, tablets, e-readers, wireless audio, thermostats, and lighting controls
  • Industrial: machine HMIs, door openers, soap dispensers, and blinds

Field of View
    Single element

    Image of KEMET's Single Element Field of View 
    2x2 array

    Image of KEMET's 2x2 Array Field of View 

Evaluation Kit

BilledeManufacturer Part NumberBeskrivelseBemærkningTilgængeligt antal PrisVis detaljer
CONTROL BRD FOR MODULES MAX 4USEQCSK0000000CONTROL BRD FOR MODULES MAX 4-0 - Immediate$2,760.00Vis detaljer
Published: 2020-07-06