Antenna Systems & Technology - Spring 2016 - (Page 4)
EDITOR'S CHOICE
MUOS Labs Announces the Development of Four New
Military Antennas
MUOS Labs has announced the
development and release of
four new antenna models adding to its existing broad line
of UHF SATCOM & MUOS Military Antennas. The antennas
are available in various forms
and options that are intended
for use by the US Military for
aerial, maritime or terrestrial
applications. Most models take
advantage of the recently released Mobile User Objective System (MUOS). This is the next generation, narrow band military Satellite Communication (SATCOM) System
deployed to address the challenges of conventional technologies and
the mobility requirements for tomorrow's Military and Defense.
The MUOS SATCOM System is now being implemented by the Department of Defense. It will extend the communication capabilities of mobile users (e.g. aerial and maritime platforms, ground vehicles and dismounted soldiers) far beyond their lines-of-sight.
New Measuring Station Monitors
Electromagnetic Fields in Freely
Definable Frequency Bands
Narda Safety Test Solutions has a new selective Area Monitor on the market: AMS-8061.
This autonomous measuring station monitors electromagnetic fields from 100 kHz to
6 GHz in up to 20 freely definable frequency
bands. This allows the field exposure levels
due to e.g. GSM, UMTS, and LTE as well as
DAB and DVB-T to be recorded separately.
The new type AMS-8061 Area Monitor operates independently. Its solar cells and rechargeable batteries enable uninterrupted
measurements over a practically unlimited
period. The device stores the results internally, for example every six minutes over a
period of 30 days. The results can be read
out locally via Ethernet, USB or RS 232, or
transferred to SD card and taken away, or accessed remotely over a
cell phone link. The monitor also includes its current position in GPS
coordinates with the measurement data, simplifying mobile operations.
The built-in antennas of the Area Monitor capture frequencies in the
range 100 kHz to 6 GHz. A spectrum analyzer selects the individual frequency components and collates them into freely definable frequency
bands. In this way, the device provides selective measurement procedures that comply with ITU-T K.83 Chapter 7. The device can be integrated into web-based applications. PC software simplifies evaluation
and documentation.
4
Antenna Systems & Technology
Spring 2016
Volume 20 / Issue 1
Editor & Publisher
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Table of Contents for the Digital Edition of Antenna Systems & Technology - Spring 2016
Contents
Editor’s Choice
Progress Comes in All Shapes and Sizes: A Practical Guide to Selecting and Deploying Antennas in Wireless Towers
Antennas
Components/Subsystems
Short-Range Wireless
Software / System Design
Test & Measurement
Industry News
Marketplace
Major Trends for Outdoor Cell Sites
Antenna Systems & Technology - Spring 2016
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