Antennas Direct has launched its latest line of indoor and outdoor TV antennas, introducing the ClearStream 1MAX, 2MAX, and 4MAX models. These new antennas from the MAX series are designed for easy installation and have been scientifically proven to outperform the competition in providing reliable long-range TV reception. “Just when we thought our antennas couldn’t get any better, our dedicated team of scientists and cord-cutting experts reassured us that we could,” said Richard Schneider, president and founder of Antennas Direct. “We listened to customer feedback and took the opportunity to enhance our already advanced TV antennas. Now, they’re the most…
Author: Lisa Winer
Lisa Winer
Lisa Winer is an accomplished news writer with a talent for crafting insightful and engaging stories. Known for her in-depth research and clear reporting, Lisa covers a wide range of topics, keeping readers informed with timely and accurate news. Her dedication to journalistic integrity and storytelling ensures that her work resonates with a broad audience, making her a trusted voice in the news industry.
The AISG On-Off Keying (OOK) interface was developed to enable data communication for command and diagnostics between a base station and mast-mounted equipment. Although most existing AISG OOK implementations rely on discrete designs, recent developments in integrated transmitter/receiver devices have opened up new possibilities for more streamlined designs. This article explores the tradeoffs between traditional discrete and newer integrated implementations of AISG OOK modems, focusing on both board-level and system-level changes. Block Diagram and Overview In an AISG OOK modem interface, the transmitter generates modulated signals from logic inputs, while the receiver demodulates RF signals into logic levels. Both implementations,…
Radiometrics, through its acquisition of DeTect Meteorological Systems Group, was chosen to replace the outdated radar wind profiler (RWP) system at NASA’s Kennedy Space Center. For years, NASA had relied on weather balloons to monitor upper-level winds, with their aging RWP serving as a backup. However, NASA’s heavy-lift rocket programs needed more precise and current wind data, driving the demand for a modern, reliable RWP system. The new system is designed to last for the next 20 years. Radiometrics was tasked with upgrading NASA’s old radar infrastructure. During the process, they recognized the need for a specialized antenna manufacturer that…
