>> Just wear your dirtiest ball cap, buy a pack of Camels and some peanuts, and you'll be okay...
However, the tee shirt must be short sleeved and the Camels must be rolled up in the sleeve so it sits just below your shoulder... this allows the Screaming Eagle on your biceps to show better...
>> They supplied the coax. I believe it was 18' but I know for sure that it was the "optimum" length because the guy with the screaming eagle tatoos that sold it to me made a big deal about having the correct length (quarter wave or some mumbo jumbo.)
Actually, the mumbo jumbo is close to correct. The coax is a transmission line, and the more closely it is cut to match the wavelength/frequency (or channel) you are using, the more power from the radio that will reach the antenna and actually radiate off the antenna - rather than get reflected back down the coax and back to the radio.
As a practical matter, in CB where the power is so small, it probably doesn't matter all that much. In commercial, ham, and other such installations where you are dealing with 1000 watts or more, the RF that is reflected back down the line, due to an improperly tuned coax, ends up back in the radio and on the microphone. At best, the operator will go home with chicken fried lips... at worst, will go home glowin' in the dark.
Since so many truckers run illegal amplifers, maybe... naw, I ain't going there...
R -
However, the tee shirt must be short sleeved and the Camels must be rolled up in the sleeve so it sits just below your shoulder... this allows the Screaming Eagle on your biceps to show better...
>> They supplied the coax. I believe it was 18' but I know for sure that it was the "optimum" length because the guy with the screaming eagle tatoos that sold it to me made a big deal about having the correct length (quarter wave or some mumbo jumbo.)
Actually, the mumbo jumbo is close to correct. The coax is a transmission line, and the more closely it is cut to match the wavelength/frequency (or channel) you are using, the more power from the radio that will reach the antenna and actually radiate off the antenna - rather than get reflected back down the coax and back to the radio.
As a practical matter, in CB where the power is so small, it probably doesn't matter all that much. In commercial, ham, and other such installations where you are dealing with 1000 watts or more, the RF that is reflected back down the line, due to an improperly tuned coax, ends up back in the radio and on the microphone. At best, the operator will go home with chicken fried lips... at worst, will go home glowin' in the dark.
Since so many truckers run illegal amplifers, maybe... naw, I ain't going there...
R -