>
>Hi Carl,
>
>We can't ignore Rich's claims, because he gives them as evidence
>and he basically supplies the incorrect science that misleads
>people into thinking any resonance outside the operating frequency
>is a "bad" resonance, virtually all failures are parasitic induced,
>and he has the only cure.
>
>> Non sequitur. I said nothing about Rich's claims. My criticizing his
>> critics doesn't mean that I'm defending him or agreeing with him. He
>> doesn't need my help anyway.
>
>That depends on one's perspective. I find very little, if any, correct
>physics behind many of the claims.
>
? Do you have any physics of electricity classes under your belt, Mr.
Rauch?
>I'd certainly enjoy learning why things in amplifiers work contrary to
>physical laws that govern the rest of the universe. Maybe you can
>help.
? Are you talking about your assertion that Nichrome's resistance
decreases as frequency increases? (sic)
>
>Please read my response to Rich's grid heating theory, or resistor
>heating theory.
>
>> I reiterate:
>>
>> It is possible for a circuit to be stable under thermal voltages or other
>> small excitations and yet go into sustained oscillation following receipt
>> of a sufficiently large and/or sufficiently well-timed transient
>> excitation.
>
>Please give me an an example of a class A or AB linear PA that
>will go into a catastrophic failure induced by a oscillation when
>tickled with exactly the right transient, but will not oscillate under
>proper testing for stability.
>
? "proper" by who's definition? The idea that detuning the HF tank will
lure VHF parasites is seemingly laughable. .
enough
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