I had brought this up on the PRO-96 email list, but since i've been told that GRE reads these forums, i'll post it here for them.
My suggestion would be for GRE to incorporate a better, more durable BNC connector into their scanners, or to eliminate sheilding soldered to the PC board that prevents a capable user from replacing the BNC connector themsleves. Because digital-capable scanners are so expensive, I can only purchase one and that one will do double duty as both a handheld and a mobile. That's what i've done with my PRO-96 for the last three years.
Because of frequent antenna switching, the lugs on the BNC connector on my PRO-96 are about 1/3-1/2 gone. I'm not able to replace it myself, since the connector is sheilded with metal "boxes" soldered to the PC-board. Sending it back to Radio Shack is not an option, since they will have to replace the PC-board as well as the connector, and that runs around $200.
So GRE, if you're listening, how about a better, more durable BNC connector on the new PSR series, or make it where a capable user can replace the connector themselves.
Warren
My suggestion would be for GRE to incorporate a better, more durable BNC connector into their scanners, or to eliminate sheilding soldered to the PC board that prevents a capable user from replacing the BNC connector themsleves. Because digital-capable scanners are so expensive, I can only purchase one and that one will do double duty as both a handheld and a mobile. That's what i've done with my PRO-96 for the last three years.
Because of frequent antenna switching, the lugs on the BNC connector on my PRO-96 are about 1/3-1/2 gone. I'm not able to replace it myself, since the connector is sheilded with metal "boxes" soldered to the PC-board. Sending it back to Radio Shack is not an option, since they will have to replace the PC-board as well as the connector, and that runs around $200.
So GRE, if you're listening, how about a better, more durable BNC connector on the new PSR series, or make it where a capable user can replace the connector themselves.
Warren