Omni Antenna, Half Wave Dipole, 161.975 - 162.025 MHz, 1.15 dBi Gain

Part #: 1050-059
$330.00
Qty 1-9 10-24 25-99 100-249
Price (each) $330.00 $292.00 $278.00 $261.00
Qty 250-499 500-999 1000+  
Price (each) $240.00 $218.00 $204.00  

» Download Data Sheet (PDF )

Omni Antenna, Half Wave Dipole, 161.975 - 162.025 MHz, 1.15 dBi Gain
  • Elevation Pattern: Elevation Pattern Forward and Aft
  • Elevation Pattern 2: Elevation Pattern Port and Starboard
  • Engineering Drawing: All dimensions are in inches

Product Overview

Southwest Antennas Part # 1050-059 is an omni-directional receive antenna designed for maritime AIS (Automatic Identification System) transceivers, allowing manned or unmanned vessels outfitted with compatible systems to register and track position, course, and speed relative to other marine traffic and utilize collision avoidance systems while at sea.

This antenna is designed to be embedded against fiberglass and requires a panel of at least 48" long by 24" wide to accommodate the antenna. The antenna elements are flexible which facilitates mounting to curved surfaces.

Features: 
  • Designed for maritime AIS application
  • Half wave dipole antenna design
  • 161.975 - 162.025 MHz frequency band coverage
  • 1.15 dBi gain
  • 15 ft RG-316 coaxial RF cable
  • SMA(m) RF connector

Antenna Specifications

Parameter Value Units Tolerance
Antenna Pattern Omni Antenna
Frequency Band VHF
Impedance 50 Ohms
Minimum Frequency 0.162 / 162 GHz / MHz
Maximum Frequency 0.162 / 162 GHz / MHz
Frequency Bandwidth 0.0 / 0 GHz / MHz
Maximum VSWR 2:1 Ratio
Maximum Gain 1.15 dBi
Polarization Vertical
Horizontal (AZ) Beamwidth 3 Degrees
Vertical (EL) Beamwidth 360 Degrees
Ground Plane Required No
RF Connector Type SMA(m)
RF Cable Type RG-316
RF Cable Length 15.00 / 4.57 ft / m
Operating Temperature Range -40 to +85 C
Product Length 32.00 / 812.80 inches / mm ±0.1"
Product Width 1.50 / 38.10 inches / mm ±0.1"
Product Height 0.37 / 9.40 inches / mm ±0.1"
Product Weight 6.7 / 189.9 oz / grams

Downloads

Data Sheet (PDF )