With eleven Boat Anchors now gone, I found a trove of homebrew radios that have been stashed away. Today was no exception. Nothing really exotic with a standard single conversion topology utilizing a 9MHz Filter, the SMD version of the Plessey Amps (to the left of the Filter) the 2N2219A Driver and IRF510 final. The standard Arduino Nano and Si5351 comprises the Digital LO and BFO. Well, I must admit my display layout is a bit exotic literally accomplishing the impossible task of 10 pounds in a 5-pound bag. There are two VFO's (LO's) with memory. A flick of a switch lets me check the 40M FT-8 frequency. It also has a built in 988 Hz, ten second pulsed tone for tune up. Using the Hermes Lite 2.0 as a detector I corrected the Crystal in the Si5351, so it is dead nuts on, and we get no reports of being 30Hz Low. The case was repurposed from a former transceiver and uses a recessed front sub-panel. One advantage of using the repurposed case is everything is accessible and plenty o...
Today I want to cover my Ham Radio plans for this year. When I worked for a living, I often reflected on the saying: If you fail to plan, then you plan to fail. This saying has given me pause to reflect on things I would like to do with the ham radio hobby in 2026. For certain, the building of another SSB radio is off the table. However, one thing for certain is to work on antennas. My Mosley Tri-Band beam has proven to be a piece of crap, and I heartily recommend never buy a Mosely Antenna! It worked for one year and died. I put no more than 600 watts into the beam, and yet it is rated for legal limit. I suspect trap failure, and a new set of traps is >$300. Buying a new set of traps would not insure a working antenna. Even when it worked it was marginal at best. For about $800 I could install a multiband Hex Beam, but I would have to get a lot of help to do that as I don't climb ladders anymore. Another goal is to continue the purge of commercial ham gear. The lo...