In an ideal design they'll do both.
The FL-7000 in my main shack is one example. There's a rear-panel switch which allows use with a high(er) or low(er) output transceiver, all the while maintaining proper load impedance and input linearity.
Of course, this costs money.
In an ideal design they'll do both.
The FL-7000 in my main shack is one example. There's a rear-panel switch which allows use with a high(er) or low(er) output transceiver, all the while maintaining proper load impedance and input linearity.
Of course, this costs money.
Yes I know.
The drive power for most CB amps is lower than full power CB radios.
I had a HealthKit amplifier with resistors with coils around them, on the inputs of each tube that increased the required maximum power from around 50 watts, up to about 100 watts.
If running tube final radio things aren't so critical, but with the solid state CB radios, as the load on the radio changes with modulation, the protection circuit will reduce the output of the radio.
The "special" length of jumper between them, is supposed to provide a certain current point between them, that makes those things less critical.
In the 1970's those little amps didn't have high / low switches and had a lot more parts inside them that complied with the original model designs from the transistor makers.
Later, in the early 1980's, having high / low switches was a selling point.