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ARRL - AN Optimum Design for 432-MHz Yagis, An--Part 2
QST Issue: Jan 1988. Title: Optimum Design for 432-MHz Yagis, An--Part 2. Author: Steve Powlishen, K1FO. Click Here to Report a Problem with this File ... Learn More
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Search for Amateur Radio News
... Yagi,” is in its ninth decade of wireless service. Arguably the most useful antenna design ever devised beyond the dipole, Yagis are found everywhere in ... Learn More
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VHF/UHF/Microwave Pioneer Don Hilliard, W0PW, SK
Mar 31, 2017 ... The American Radio Relay League (ARRL) is the national association for amateur radio, connecting hams around the U.S. with news, ... Learn More
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The tape measure antenna
A: The Tape-Measure antenna is a simple, hand-held 2 meter Yagi; that is fun and inexpensive and easily to build. The tape measure antenna is a "home brew" ... Learn More
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Noted QST Author Steve Powlishen, K1FO (SK)
Jul 30, 2012 ... Noted QST Author Steve Powlishen, K1FO (SK). TAGS: amateur, amplifiers, antenna designs, arrl, ARRL Life Member, arrl member, ham radio magazine ... Learn More
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An Optimum Height for an Elevated HF Antenna
He holds an Extra Class Amateur. Radio operator license and is a life member of AMSAT and a member of ARRL, where he serves on the RF Safety Committee. He is ... Learn More
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3.8.1. The Gamma match In the past, Gamma-match systems have ...
The driven element of the 3-element 20-meter W2PV Yagi example has a radiation resistance of only 13 Ω and an inductive reactance of + 18 Ω at the design ... Learn More
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2005 ARRL International EME Competition
Mar 2, 2006 ... The American Radio Relay League (ARRL) is the national association for amateur radio, connecting hams around the U.S. with news, ... Learn More
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Antennas
The American Radio Relay League (ARRL) is the national association for amateur radio, connecting hams around the U.S. with news, information and resources. Learn More
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Search for Amateur Radio News
12/24/2009 | ARRL Announces KF2YN's ARRL Antenna Designer's Notebook. Radio amateurs are making true advances in the state of the art through antenna ... Learn More