Molex Multi(6)-Band Flexible Antennas

Molex Multi(6)-Band Flexible Antennas feature a small, compact design with balanced feed structure that enables easy integration into wireless devices without PCB-size limitations and influence from land-ground-induced currents. The 105263 Series Multi(6)-Band Flexible Antenna's unique design provides reflection coefficient values better than -7dB, and combined with radiation efficiencies of 80% at the low band and 70% at the high band, offers unmatched price-performance features. For optimum design flexibility, the 105263 Series Multi(6)-band Flexible Antenna comes in 100mm, 150mm, or 200mm lengths. These thin, flexible cables are designed for small areas to optimize board space. With a pull-force of at least 18N, they provide robust connectivity for its SMT-mounted terminal coaxial connector. Molex 105263 Series Multi(6)-Band Flexible Antennas are ideal for use in smart meters, medical devices, industrial and other wireless applications.

Features

  • Excellent communication range and coverage
  • Balanced, ground-plane independence significantly cuts costs and engineering resources needed for additional circuitry, frequency tuning and electronic component integration
  • Poly-flexible double-sided adhesive tape for easy peel-and-stick mounting anywhere within the device casing
  • Robust coaxial cable to flexi-antenna with a pull-force of over 18N ensures maximum antenna reliability
  • 100mm, 150mm, or 200mm micro-coaxial cable lengths for in positioning the antenna near the radio device

Applications

  • Smart meters
  • Smart grid concentrators
  • Home energy displays
  • Remote sensors
  • Electronic locks
  • Alarm and monitoring equipment
  • Tele-medicine devices
  • Tele-health devices
  • Building automation
  • Automotive sensors

Specifications

  • 50Ω input impedance rating
  • 2W / 33dBm max. PWR
  • Mates with 73412-0110
  • Use in any ground plane independent environment
  • Micro coaxial  (< 2.5mm mating height) contact
Publié le: 2012-10-22 | Mis à jour le: 2023-02-14