ddsparxx said:
I forgot to mentions that I used the Ccrane Reflect FM dipole on the Sony instead of the supplied dipole that came with the tuner. My Reflect seemed to outperform the cheap dipoles.
I’d certainly hope it would.
I live within spittin’ distance of our radio stations transmitting tower. The Sony works amazingly well here, despite the fact that most radios tend to desensitize when they are exposed to high RF levels. This one doesn’t seem to be bothered by it.
What really impressed me was experimenting with one of these things at a translator location. I literally placed the Sony on top of a transmitter that was putting out about 305 watts TPO to give an ERP of 250 watts, running on 105.3. I connected up the Sony, with no filters, pads or anything else to a Yagi mounted on the same tower, pointed at our 104.7 site which is located about 14 miles away. The 104.7 signal has an ERP of 74 watts, so it is not exactly a strong signal at this location. The receive Yagi is about 45 feet below the 105.3 transmitting elements on the same tower. I have never been able to get anything to work well with this scenario; so instead, I have picked the signal up from another translator that is closer, and farther away on the dial. Using a lot of filters and very expensive radios (well over $1000.00 each) it has worked OK, but to keep the noise down, I’ve had to revert to mono.
To my amazement, the Sony locks right in on 104.7 with a nice clean stereo signal. That is remarkable.
I will give you that the radio is kind of klutzy, and probably not that easy to use from a DXer’s point of view. For translator applications, it needs some additional modifications and refinements, which I feel confident, will soon be available from a third party supplier. Still for a radio that costs less than $100, it is pretty amazing.
Like you, I’m not that wild about the current version of HD radio. I think we could have done better, but for better or worse, this is what we got. The good news is it has actually made for some really big improvements in receivers.