Loudspeakers designed under this paradigm are said to be 'voltage driven', as they expect the amplifier driving them will produce constant voltage despite the speaker's variable load impedance
Why should a certain speaker (expect to) be designed according to this paradigm , is that a design feature which they had in mind ,as its not a must for a crossover to function as far as i know ?
i personally try to design a speaker with the highest impedance in the crossover as possible just to avoid problems , but not by using artificial networks .
If the sasha is a very tube amp friendly load ,i dont know personally.
i do know of certain speakers that have certain networks to accomplish a artificial smooth/higher imp.
I see it more in the way that ,if a certain voltage level doesnt drop with a heavier load(lower speaker imp ) than it is automatically shown that that amp is capable of instant greater current delivery meaning better loudspeaker unit control (important for dynamic swings for example) .
What also plays a rol is i think the musical taste of somebody , big/loud dynamic music sucks up more current than a quiet jazz combo for example ( i think that i have not measured that)
Does it hurt to have a big powersupply /constant voltage/ power doubling amplifier to lets say 2 ohms, i think absolutely not .
greeetz hj
