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Saturday, January 14th , 2023 from 7 to 11 PM EST
Band, Mode & Frequencies: The contest will take place solely on 2 meter band.
♦ FM : FM simplex only, no repeater contacts.
The FM frequencies are all standard 2 Meter simplex frequencies, as per the ARRL 2 Meter Band Plan, every 15 kHz, from 146.505 to 146.595 MHz , and 147.450 to 147.580 MHz.
Use of simplex frequencies in the “FM Experimental Simplex” band of 145.510 to 145.670 are not recommended.
See list of recommended simplex channels at the end of the rules.
♦ CW: 144.05 to 144.1 MHz Only. (See ARRL 2 Meter band plan)
♦ SSB & AM: 144.2 to 144.275 MHz Only. (See ARRL 2 Meter band plan).
♦ Digital (including RTTY): 144.51 to 144.55 MHz. (See ARRL 2 Meter band plan) Multiple digital modes may be used, and participants are free to use any generally accepted Digital mode, but only ONE Digital QSO with a given station regardless of mode
For More Information See the WASH Rag page 6 for more details and Rules:
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Congressman Bill Johnson (OH-6) introduced a bill in the U.S. House of Representatives (H.R.9670) on Thursday, December 22, 2022, to eliminate private land use restrictions that prohibit, restrict, or impair the ability of an Amateur Radio Operator from operating and installing amateur station antennas on property subject to the control of the Amateur Radio Operator.
The exponential growth of communities subject to private land use restrictions that prohibit both the operation of Amateur Radio and the installation of amateur station antennas has significantly restricted the growth of the Amateur Radio Service. These restrictions are pervasive in private common interest residential communities such as single-family subdivisions, condominiums, cooperatives, gated communities, master-planned communities, planned unit developments, and communities governed by community associations. The restrictions have particularly impacted the ability of Amateur Radio to fulfill its statutorily mandated duty of serving as a voluntary noncommercial emergency communications service.
Congress in 1996 directed the Federal Communications Commission (FCC) to promulgate regulations (Public Law 104–104, title II, section 207, 110 Stat. 114; 47 U.S.C. 303 note) that have preempted all private land use restrictions applicable to exterior communications facilities that impair the ability of citizens to receive television broadcast signals, direct broadcast satellite services, or multichannel multipoint distribution services, or to transmit and receive wireless internet services. ARRL attempts to obtain similar relief for Amateur Radio were rejected by the FCC with a statement such relief would have to come from Congress.
ARRL Legislative Advocacy Committee Chairman John Robert Stratton, N5AUS, noted that Congress, in 1994 by Joint Resolution, S.J.Res.90/H.J.Res.199, declared that regulations at all levels of government should facilitate and encourage the effective operation of Amateur Radio from residences as a public benefit. He continued by stating that “H.R.9670, the Amateur Radio Emergency Preparedness Act, is intended to fulfill that mandate and preserve the ability of Amateur Radio Operators to continue to serve as a key component of American critical communications infrastructure.”
ARRL President Rick Roderick, K5UR, and Mr. Stratton both extended on behalf of the ARRL, its Members, and the Amateur Radio community their thanks and appreciation for the leadership of Rep. Johnson in his tireless efforts to support and protect the rights of all Amateur Radio Operators.
For the full text of the bill, click here (PDF).
Twenty years ago it would have been unlikely for a private individual to have an atomic clock at home. With few exceptions, precise time technology was used exclusively by professionals at national scientific laboratories, the military, and a small number of specialized commercial companies. But in the past ten years an abundance of military, dot-com, and telecom surplus has made it possible for motivated individuals to obtain yesterday’s start-of-the-art timing technology for personal use today. High-end precise timekeeping instruments, such as atomic frequency standards and frequency counters,
VLF receivers and phase comparators, Loran-C and GPS disciplined oscillators can be hunted and purchased for cents on the dollar. Today hundreds of individuals own rubidium, cesium, or GPS-based frequency standards and are keeping time at home to fractions of a microsecond. Many of these people are ham radio operators who have a
technical appreciation of, and need for, precise frequency. Some are retired military personnel who are nostalgic for gear they used years ago in the service. A few are curious engineers who enjoy the challenge of building clocks with ever increasing accuracy. Others are clock and watch collectors who want to augment their mechanical collections with specimens of modern electronic timekeepers. Whatever the circumstances precise timekeeping is a historically rich, intellectually stimulating, and
technically challenging field. Amateur time enthusiasts join mailing lists such as time-nuts or TACGPS. The latter was started by Dr. Tom Clark about ten years ago to freely share his clever, low-cost, PC software controlled, Motorola VP GPS receiver-based precise timing solution. In short, some of us have caught the “time bug” and are on the slippery slope of ever greater frequency stability and more precise time.
The following sections are a view into my clock collection, time & frequency experiments, and home timing laboratory.
ATOMIC CLOCK COLLECTION
People collect just about anything: books, stuffed animals, postage stamps, cars, vacuum tubes, clocks and watches. Some of us have a hobby of collecting modern and vintage electronic instruments related to precise time: oscillators, atomic frequency standards, phase comparators, time code displays, and radio (WWV, WWVB, Loran-C) or satellite time/frequency receivers (GOES, GPS). Over the years my collection has grown to include instruments from companies such as Austron, Astrodata, Berkeley, Bliley, Datum, Efratom, FEI, Fluke, FTS, General Radio, Hewlett-Packard/Agilent,
Kinemetrics, Odetics, Oscilloquartz, Sigma Tau, Stanford Research, Spectracom, Sulzer, Symmetricom, Systron-Donner, Tracor, Trak, True Time, TST, and Vectron. Photos of the collection may be found on my web site. There are frequency standards ranging from a vintage 1 kc General Radio tuning fork oscillator to a modern 100 MHz Sigma Tau hydrogen maser, representing stabilities from 10-3 to 10-15.
Read the full article here at: www.leapsecond.com
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For the 16th consecutive year, The 3916 Nets will be presenting The Santa Net on 3.916 MHz. Good girls and boys can talk to Santa Claus, via amateur radio, nightly at 7:00 PM (Central) starting Friday, the day after Thanksgiving, through Christmas Eve, December 24th.
Pete Thomson (KE5GGY), of The 3916 Nets, commented on The 3916 Santa Net. He said, “Christmastime is a very special time for our nets every year. We enjoy helping young people and their families have a shared Christmas experience that they’ll always remember. And we’re thrilled to introduce young people to the excitement of amateur radio.”
Youngsters can talk to “Santa at The North Pole” via strategically placed operators who relay the voice of Santa. Thomson said that The Santa Net is a team effort that involves the efforts of a number of 3916 Net members. He said, “In our first year, we connected 10 kids to Santa on Ham Radio and it’s grown steadily since. This year, we’re expecting over 1,000 children to participate.”
Prior to each night’s Santa Net, pre-net check-ins can be made at www.cqsanta.com.
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On December 13th at the Chapter 6 QCWA meeting WA3VXJ was presented with a 55 years in amateur radio certificate.
After the QCWA meeting we had our monthly BUM OF THE MONTH lunchoen and by the way everyone is welcome to come. The BUM is held every second Monday of the month at noon at Jabby Joes 1562 Island Ave. Mckees Rocks.