My first radio that wasn't a Crystal Radio was a Remco Caravelle. Some of you may remember that it was a Part 15 Transmitter also. It came out in 1962, and I got mine in 1963.
The radio would receive signals that I later measured at around 1 mV/m. It had very mediocre selectivity. If you had two signals 50 kHz apart, and both were fairly equal in strength, you could separate them. This meant if one was a local PSRA with 500 watts and the other local still on night power of 1000 watts, it was the most likely situation to get closely spaced stations.
I got groundwaves around 1 mV/m if they were not close to local station frequencies. I got WLS late at night when the locals signed off, along with WCFL and WOWO (remember that that used to be 50 kW night, kids). Seems like I might have even heard WBZ and WABC a few times.
I remember hearing WWV come in at times as the frequency would come in way off resonance, but I think it was when it was still in Beltsville, MD. It seems that the 2500 KHz would have been most likely to be heard, though it was just 2.5 kW. It was not a superherterodyne, so it wasn't an image.
Speaking of WWV, is anyone close enough to hear the image from 2500 kHz on 1590 kHz on superheterodyne receivers?
The radio would receive signals that I later measured at around 1 mV/m. It had very mediocre selectivity. If you had two signals 50 kHz apart, and both were fairly equal in strength, you could separate them. This meant if one was a local PSRA with 500 watts and the other local still on night power of 1000 watts, it was the most likely situation to get closely spaced stations.
I got groundwaves around 1 mV/m if they were not close to local station frequencies. I got WLS late at night when the locals signed off, along with WCFL and WOWO (remember that that used to be 50 kW night, kids). Seems like I might have even heard WBZ and WABC a few times.
I remember hearing WWV come in at times as the frequency would come in way off resonance, but I think it was when it was still in Beltsville, MD. It seems that the 2500 KHz would have been most likely to be heard, though it was just 2.5 kW. It was not a superherterodyne, so it wasn't an image.
Speaking of WWV, is anyone close enough to hear the image from 2500 kHz on 1590 kHz on superheterodyne receivers?