Omni Tuned Concealment Antenna, 902 - 928 MHz, 2.2 dBi

Part #: 1066-008

Call (858) 277-3300 to order

» Download Data Sheet (PDF )

Omni Tuned Concealment Antenna, 902 - 928 MHz, 2.2 dBi
  • Elevation Pattern: Referenced to +5dBi
  • Engineering Drawing: All dimensions are in inches

Product Overview

Southwest Antennas Part # 1066-008 is an omni-directional concealment antenna, designed to be embedded into other products or concealment devices. This antenna operates in the 902 - 928 MHz ISM-Band and offers 2.2 dBi of gain.

Features: 
  • Small form factor
  • High performance
  • 902 - 928 MHz frequency band coverage
  • Tuned & optimized for use inside of concealment / embedded applications
  • 2.2 dBi omni radiation pattern
  • U.FL RF connector

Note 1: Antenna performance is highly dependent on the proper use of included velcro dots. The velcro dots are used to stand antenna off of concealment inner wall / substrate material far enough to achieve optimum RF performance.

Note 2: RF cable placement is critical to antenna performance. RF cable to be placed so that it does not overlap the "no cable" keep out area box noted on the PCB antenna silkscreen. See image and sketch for guidance.

Antenna Specifications

Parameter Value Units Tolerance
Antenna Pattern Omni Antenna
Frequency Band ISM Band
Impedance 50 Ohms
Minimum Frequency 0.902 / 902 GHz / MHz
Maximum Frequency 0.928 / 928 GHz / MHz
Frequency Bandwidth 0.026 / 26 GHz / MHz
Maximum VSWR 2.0:1 Ratio
Maximum Gain 2.2 dBi
Polarization Vertical
Maximum Output Power 50 Watts
Horizontal (AZ) Beamwidth 360 Degreees
Vertical (EL) Beamwidth 87 Degrees
Materials PCB black solder mask with white silkscreen and gold tuning pads
Mount Style 2x Velcro dots (see note)
RF Connector Type U.FL
IP Rating IP66 when installed inside complaint concealment
Operating Temperature Range -10 to +140 F
Product Length 4.05 / 102.87 inches / mm
Product Width 1.29 / 32.77 inches / mm
Product Height 0.63 / 16.00 inches / mm
Product Weight 1.0 / 28.3 oz / grams

Downloads

Data Sheet (PDF )