Or get with a member named Yota. He is working on building remakes of the old Joker amplifiers. They have regulated class AB biasing.
Or get with a member named Yota. He is working on building remakes of the old Joker amplifiers. They have regulated class AB biasing.
yota cant even test antennas without making an ass of himself !!
i have exactly ZERO faith in his ability to copy a joker amp !!!!
no doubt coolbreeze/bighammer will be the driver of that float when they try to parade it around . LOL
texas stars are fine amps and actually have a bias designed for a modulated signal unlike class c amps .
class c is fine for morse code though .
Classes of Amplifier Operation
"Class C amplifiers are biased well beyond cutoff, so that plate- or collector-current flows less than 180 degrees of each RF cycle. That provides even higher power-efficiency than Class B operation, but with the penalty of even higher input-to-output nonlinearity, making use of relatively high-Q resonant output tank circuits to restore complete RF sine-wave cycles essential. High amplifying-nonlinearity makes them unsuitable to amplify AM, DSB, or SSB signals."
Ya know, you should really consider a spell checker, especially since you seem to like to poke fun at an intellectual level...
yota cant even test antennas without making an ass of himself !!
i have exactly ZERO faith in his ability to copy a joker amp !!!!
no doubt coolbreeze/bighammer will be the driver of that float when they try to parade it around . LOL
texas stars are fine amps and actually have a bias designed for a modulated signal unlike class c amps .
class c is fine for morse code though .
Classes of Amplifier Operation
"Class C amplifiers are biased well beyond cutoff, so that plate- or collector-current flows less than 180 degrees of each RF cycle. That provides even higher power-efficiency than Class B operation, but with the penalty of even higher input-to-output nonlinearity, making use of relatively high-Q resonant output tank circuits to restore complete RF sine-wave cycles essential. High amplifying-nonlinearity makes them unsuitable to amplify AM, DSB, or SSB signals."
Sounds to me like someone needs to refer to the Amplifiers section of this site and looks under AMpower...less