ARRL Headquarters and the Maxim Memorial Station, W1AW, will be closed on Monday, January 26, 2026, due to heavy snowfall across the Northeast.Most membership services will continue uninterrupted, with staff working remotely. Members can access many benefits and services online at www.arrl.org. Members and prospective members may also join, renew, and place orders online or by phone at 860-594-... [...]
Solar activity reached moderate levels with two M-class flaresearlier this week. The first flares occurred on January 21 in regions 4345 and 4349.Region 4345 continued to show development, as well as region 4342.Region 4341 was a main contributor to the C-level activity of theday, including a larger C-class flare on January 21. NoEarth-directed CMEs were observed in the available coronagraphim... [...]
ARRL is excited to announce that the 2026 edition of The ARRL Repeater Directory® is once again powered by RepeaterBook, amateur radio’s worldwide repeater database. New for 2026, The Repeater Directory features a City Quick Find Index, making it faster and easier than ever to locate nearby repeaters.“Each year The ARRL Repeater Directory continues to set the standard for trusted repeater infor... [...]
John Cadwallader Kanode, N4MM (SK), of Boyce, Virginia, passed away on January 13, 2026. He was 88 years old. First licensed in 1952, Kanode served on the Board of Directors of ARRL The National Association for Amateur Radio for 21 years, first as Roanoke Division Vice Director, then Director, and Vice President. He was a member of the ARRL Maxim Society (President Class), a Life Member, and wa... [...]
Solar activity reached moderate levels due to an M1.6 flare onJanuary 14 from new region AR4341. Spot classification of thisregion is complicated by limb proximity and foreshortening effects.New Region AR4342 rotated around the NE limb and was also numbered.No Earth-directed Coronal Mass Ejections (CMEs) were observed. Solaractivity is expected to be low with a 25-30% chance for M-classflares (... [...]
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NOTE: In the following post, I’ll be referencing component designators according to the original schematic, which is in the SST manual, available here, on Ken WA4MNT and Karen KF4EEL’s QRPBuilder website (check out their kits). I will also be making reference to the SST QRP-L archive, which is available here. (All links open in a […] [...]

Well gosh. About a month ago, it was feeling as if every builder in the homebrew community had built the SolderSmoke Direct Conversion Receiver, apart from me. That’s a slight exaggeration, but I’d had a nagging feeling in the back of my head for quite a long time that I really ought to build it […] [...]

After finishing the two-transistor “Jingy 40” regen, I was looking for a little transmitter to use with it. I cycled through a few different designs, before deciding to “play it safe” and build another GM3OXX OXO transmitter. Why not just use the one I already had? Well, in the meantime, I had developed a “thing” […] [...]

I’m not a collector of vintage headsets. 2 years ago, I purchased a high impedance Western Electric headset for listening to crystal sets. I also bought a set of “Baldies”. Both of these were in good, though not pristine condition, so I felt OK with using them for everyday listening. Although I used the Western […] [...]

Back in 2010, I became interested in legal micropower broadcasting under the FCC Part 15 regulations, and assembled an SSTRAN AMT3000 kit transmitter for the AM broadcast band. I had limited success with an outdoor installation, but it worked well for “broadcasting” around the house. I later graduated to an outdoor installation with a Hamilton […] [...]

Or “The One-Transistor Regen That Turned Into A Two-Transistor Regen” with thanks to G3XBM and N0WVA. (Note – if reading this post on a computer, you can click on any of the images for a slightly larger version.) About 10 years ago, Doug N0WVA told me about an impressive little regen he had built with […] [...]

No new construction projects here, I’m afraid, and none planned for the foreseeable future, though I have made some exciting and worthy acquisitions. A couple of years ago, I was looking for a vintage high impedance headset to use with crystal sets. For regular use, I found a set of Baldwins (the famed “Baldies”) and […] [...]

Recently, I built a simple little TRF receiver for the AM broadcast band using a TA7642, a modern equivalent for a chip that was quite popular with electronics homebrewers in the 70’s and 80’s. The ZN414 was a device made by the British semiconductor company Ferranti. Housed in a metal TO-18 can with three leads, […] [...]

In the previous post, I described my recent build of a very simple little TRF receiver for the AM broadcast band. It happened as the result of a month or two spent with much more complex projects, namely a scratch-build of the receiver section of a Norcal 2N2/20, and a kit build of a complete […] [...]

My last project, a Norcal 2N2/20 kit build, which also involved a partial scratch-build of the same circuit, rather took it out of me. As a result, I’ve been revisiting some of the circuits I built in my pre-teen years. Giving myself permission to play around with simple circuits is really fun, as well as […] [...]
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