Perhaps in some cases, but I wouldn’t recommend it without first giving the designer/manufacturer some idea of how much you want to increase the gain, and getting his or her blessing.
For example, if the solid state amp uses a considerable amount of feedback, it may be possible to increase the gain simply by changing a resistor in each channel. However, doing that would to some degree increase total harmonic distortion, lower damping factor, increase output impedance, and affect sonics for those and other reasons.
In extreme cases increasing the gain of an amp might also change it into an oscillator, possibly resulting in damage to it and/or the speakers. The possibility of oscillations would depend in part on the impedance characteristics of the particular speakers that are being used, so the modified amp could conceivably work fine for the tech but blow up in your application.
Basically, increasing the gain amounts to incorporating a design change, which should not be done without complete information and full understanding of the specifics of the existing design.
Regards,
-- Al
For example, if the solid state amp uses a considerable amount of feedback, it may be possible to increase the gain simply by changing a resistor in each channel. However, doing that would to some degree increase total harmonic distortion, lower damping factor, increase output impedance, and affect sonics for those and other reasons.
In extreme cases increasing the gain of an amp might also change it into an oscillator, possibly resulting in damage to it and/or the speakers. The possibility of oscillations would depend in part on the impedance characteristics of the particular speakers that are being used, so the modified amp could conceivably work fine for the tech but blow up in your application.
Basically, increasing the gain amounts to incorporating a design change, which should not be done without complete information and full understanding of the specifics of the existing design.
Regards,
-- Al