An FCC Enforcement Bureau Notice of Unlicensed Operation (NoUO) issued last fall to a California Technician-class licensee for alleged unlicensed FM broadcasting on 95.7 MHz now has been upgraded to a Notice of Violation (NoV) that cites violations of the Part 97 Amateur Service rules. The March 15 NoV sent to Daryl Thomas, KE6MWS, of Carmichael, also specifically acknowledges Thomas as an Amateur Radio licensee — something not done in last November’s NoUO. The FCC Enforcement Bureau warned that it could progress to a Notice of Apparent Liability for Forfeiture (NAL), “if warranted.”
An FCC Enforcement Bureau agent who monitored transmissions on 95.7 MHz from “Amateur Radio station KE6WMS” in the FM broadcast band on January 31, 2019, observed violations of §97.103 — not operating in accordance with FCC rules; §97.113(b) — prohibited transmissions, i.e., broadcasting, and §97.301 — operation outside frequency bands authorized for Amateur Radio. The FCC ordered Thomas to respond in writing within 20 days, explaining each violation and actions taken to correct them and prevent their recurrence.
Last October 10, an Enforcement Bureau agent responded to a complaint of an unlicensed FM station operating on 95.7 MHz in Carmichael. The agent confirmed by direction-finding techniques that a signal on 95.7 MHz was emanating from a residence, and Thomas subsequently admitted that he was the operator of this station, the FCC said in the NoUO. The agent measured the field strength of the signal and found that it exceeded the maximum permitted level of 250 µV per meter at 3 meters, established for unlicensed operation in accordance with FCC Part 15 rules.
Although the FCC last fall had cautioned Thomas that transmitting without a valid radio station authorization or in violation of the Commission’s RF radiation limits was contrary to federal law and must cease, the transmissions apparently continued into this year.
Source:ARRL
Antenna
Directional antennas do have their strengths such as power over distance but sometimes you may need to use a good omnidirectional antenna to produce 360 degrees of coverage over a smaller area. So this video is a different take on the tradi... Read more
![ALL ABOUT ANTENNAS Part 1 Book [ Free ]](https://qrznow.com/wp-content/uploads/2016/02/Antenna-Farm-90x60.jpg)
Review
James Hollen, D25Y31, has a radio and antenna set up in the bed of his pickup truck and wants to know if his truck will cause interference. Read more
News
URE satellite telecommand station automated
Spain’s national amateur radio society URE has announced their satellite ground station has been automated and is ready for the launch of GE... Read more
WiMo takes over the manufacture and distribution of the well-known products of InnovAntennas Europe worldwide
“InnovAntennas Ltd. and WiMo Antennas and Elektronik GmbH, Herxheim / Germany, enter into closer cooperationIn 2018, UK production of all short... Read more
Andromeda SDR -Apache Labs
Andromeda SDR -Apache Labs Read more
Ultimate Motorcycling’s Ham on a Hog 3 Review of the Icom IC-705 Amateur Radio Transceiver and more
“We take Icom’s IC-705 transceiver on a ride with the Harley-Davidson Road King Limited and review it along with Icom’s AL-705 Magne... Read more
IEEE Committee Webinar “RF Exposure in the Time of Conspiracies” Set for May 12
The IEEE Committee on Man and Radiation (COMAR) has issued an invitation to its webinar, “RF Exposure in the Time of Conspiracies.” The 1-hour event i... Read more
First-Time Exam Applicants Must Obtain FCC Registration Number before Taking Exam
Beginning May 20, 2021, all amateur examination applicants will be required to provide an FCC Registration Number (FRN) to the Volunteer Examiners (VE... Read more
Members of the Potomac Valley Radio Club to Activate NSS for Armed Forces Day
Members of the Potomac Valley Radio Club (PVRC) will activate the historic NSS call sign on Saturday, May 8, during the 2021 Armed Forces Day Cross-Ba... Read more
![Amateur Radio Band Plan [ VIDEO ]](https://qrznow.com/wp-content/uploads/2019/12/Band_Chart_Image_for_ARRL_Web-1-265x168.jpg)
