Not to be difficult, but to get everyone on board with the simple facts rather than vague goals of "simple signal path":
how does replacing many active components with one passive component, that in fact performs an impedance transformation rather than delivering pure voltage again, "simplify" the signal path??? In my view it vastly complicates it.
if you think an MC RIAA stage is a single stage, you are generally mistaken. It's a bunch of gain stages -and from MC to line in, typically three, with each having multiple active devices. Both the aggregate gain and number of stages can be reduced by placing the RIAA filters in the feedback loop of quite a hgih gain and complex stage, but now we have introduced a complex, global feedback loop which i personally find undesireable.
vs ONE passive device. yea, it has complications too, but its much simpler.
how does replacing many active components with one passive component, that in fact performs an impedance transformation rather than delivering pure voltage again, "simplify" the signal path??? In my view it vastly complicates it.
if you think an MC RIAA stage is a single stage, you are generally mistaken. It's a bunch of gain stages -and from MC to line in, typically three, with each having multiple active devices. Both the aggregate gain and number of stages can be reduced by placing the RIAA filters in the feedback loop of quite a hgih gain and complex stage, but now we have introduced a complex, global feedback loop which i personally find undesireable.
vs ONE passive device. yea, it has complications too, but its much simpler.