At yesterday's test it turned out that the antenna at the other end was not well connected. He got that tested and fixed today
Today's test was with a small improvement from my side, too.
I mounted the X5000 antenna on top of a 4m long mast, with 5m of cable, so today's test was still an outdoor expedition in the garden. On my end of the cable I again used the ancient Standard C710 transceiver. I was just holding the mast/antenna for this experiment, so the antenna moved a bit during the test.
The output power of the C710 is just 300mW on 23cm (1W on 2m/70cm). Distance is about 6km.
This time I heard the signal immediately, at best with a signal of about S5 with his 10W. When I replied I got a report with some fading (according to the antenna position), up to S3. Not bad with just 200-250mW at the antenna.
I hereby consider this a successful test.
I intend to make some more tests with the equipment portable. Find a relatively his spot, and repeat the experiment with just the built-in antenna of the transceiver. Line of sight should not be too difficult, even with 300mW. A test with a small external antenna out there should provide some QSOs
In any case I have made the first 23cm QSO as OZ9QV in more than 30 years.
Now comes the building of the home station and antenna. I do have something to work with.
The IC910 will likely be the main station with a horizontal antenna. The TM741 does FM only, and could be used with the vertical. I have an old transverter that should be tested, and possibly be used for portable work. Yes, I have collected a bit of stuff over the time.
As I have long cables, I expect to use receive preamplifiers as a first improvement, then later some power amplification near the antennas. I have no plans for making big antennas for day-to-day work and a bit of DX, but I stick to the saying that a small antenna is a lot better than no antenna at all.
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