J
Jon
Guest
I've always wanted to pick up stations in Pittsburgh
69 miles away, so I got an FM antenna and put it up.
However I needed a receiver with an external
antenna connection. I found an old Pioneer tuner at
a second hand shop, but when I got home I realized
it needed an amplifier. I took an old portable radio
apart and connected the Pioneer output into the
portable radio on a couple of connections around the
volume knob, and it seemed to amplify pretty good,
so now everything is up and running.
My system uses old electronics. There aren't any
microchips in anything. However, there are large
transistors, resistors and so on. My question is,
are the older components more resistant to an
electromagnetic shock wave from a nuclear blast,
than microchips? Does a shock wave permanently
damage chips, or just temporarily incapacitate them?
Does a shock wave damage the old large
transistors?
69 miles away, so I got an FM antenna and put it up.
However I needed a receiver with an external
antenna connection. I found an old Pioneer tuner at
a second hand shop, but when I got home I realized
it needed an amplifier. I took an old portable radio
apart and connected the Pioneer output into the
portable radio on a couple of connections around the
volume knob, and it seemed to amplify pretty good,
so now everything is up and running.
My system uses old electronics. There aren't any
microchips in anything. However, there are large
transistors, resistors and so on. My question is,
are the older components more resistant to an
electromagnetic shock wave from a nuclear blast,
than microchips? Does a shock wave permanently
damage chips, or just temporarily incapacitate them?
Does a shock wave damage the old large
transistors?