Outdoor 3G Radome Omni / 4 dBi Antenna Pulse Part Number RO8063/21704 Family Pulse announces a new outdoor high gain radome omni antenna for 3G operations. The frequency range covers 806-960 and 1710-2170 MHz with peak gain levels of 3and 4.5 dBi delivered in the lower and higher frequency bands respectively. The white Pultruded Fiberglass radome is 388 mm (15.3 inches) in height, UV protected and IP-67 rated. It has been tested to wind loading of 125mph. The antenna is designed for installation on a mast or external wall using the FB2BRACKET or FB3BRACKET. Key applications are femto cells, 3G repeaters and small base stations. Given the frequency range covered by the RO8063/21704, this antenna is also suitable for other global cellular bands such as GPRS, EDGE, HSDPA, GSM, UMTS. Features - Frequency Range 806-960/1710-2170 MHz - Omni Directional with 4 dBi Gain - UV Protected and IP-67 Rated - RoHS Compliant Product Applications - 3G Repeaters - Femto Cell - Small Base Station Part Number Connector RO8063/21704NM N Male RO8063/21704NF N Female San Diego, CA 858 674 8100 Vancouver, WA 360 944 7551 Europe 49 7032 7806 0 Asia 86 755 33966678 North Asia 886 3 4356768 China 86 512 6807 9998 1 pulseelectronics.com/products/antennas L123.B (06/11) PRELIMINARYOutdoor 3G Radome Omni 4 dBi Antenna Pulse Part Number RO8063/21704 Family Electrical Specifications Environmental Specifications Frequency 1 MHz 806-960 Operating Temperature C -40 to +85 Frequency 2 MHz 1710-2170 Storage Temperature C -40 to +85 Nominal Impedance 50 Relative Humidity % 100 Freq 1 2.5:1 Freq 2 2.5:1 Freq 1 dBi avg 3 Max Mechanical Specifications Freq 2 dBi avg 4.5 Max Radome Material Pultruded Fiberglass Horizontal Omni Color Off White Frequency 1 Vertical - 53 Ingress Protection IP-67 Frequency 2 Vertical - 39 Weight oz/g 8 / 228 Power Rating W 20 Wind-loading Mph 125 Connector N Male 1.45 x 15.3 / Dimensions Inches/Meters 36.9 x 338.9 Flammability Rating UL94 HB 22 pulseelectrpulseelectronics.onics.ccom/om/prproducts/oducts/antantennasennas L123.B (06/11) PRELIMINARY Polarization Gain VSWR