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Pole/Zero and Delcross Technologies Partner for First Time Success in Fielding Radio Communications Systems.
08/04/2011
Integrated Cosite Equipment Developed for UAV Applications
10/08/2010
Cosite Analysis - Understand Impacts to Range Performance in Your Fielded Applications
04/09/2010
RF Cosite Communications Interference Simulation and Resolution Webinar
Mitigating Self-Generated Communications Interference
Inadequate isolation between a transmitter and a receiver in a cosite environment results in the receiver’s diminished ability to process a weak desired signal- a condition termed “desensitization”.
World's Smallest Digitally Tuned Hopping Filter
Preselector
Filter
Filter/Amp
Dual Channel Filter/Amplifier
Pole/Zero
Your Headquarters for Controlling Self Generated Cosite RF Interference
Communication equipment in close quarters such as commercial and military aircraft, ship, and ground vehicles can experience severe RF interference issues. This can often result in serious consequences, especially in defense electronics.
In this cosite environment it is difficult to adjust acceptable transmit power, and receive sensitivity to acceptable levels simultaneously. As a result the receiver may lose weak signals at a critical time.
Pole/Zero designs and manufacturers RF filters to control this cosite related problem. With its full line of digitally tunable RF filters including the Bandpass filters (MicroPole, MiniPole, MaxiPole, PowerPole, and MegaPole), Notch filters, and Integrated Cosite Equipment (ICE) Pole/Zero can effectively solve most interference issues.
Since 1989, Pole/Zero has developed and fielded products to expand the linear dynamic range of communications products from 1.5 MHz to 3 GHz. Success in providing customers with quality products and services has resulted in continued growth since it was founded in 1989. Through constant product, technology, and process development, Pole/Zero continues to expand its role as the leading supplier of unique, cost-effective solutions to solve difficult RF problems.
To learn more about communication interference issues read
"Mitigating Self-Generated Communications Interference"
by Timothy Harrington.
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