Dear Teres: Of course that when the cartridge signal pass through the phono stage what you want and the RIAA permit is a flat frquency response, but that's not exactly of what I'm refering to: sorry.
++++ " The SG transducer (unlike traditional cartridges) inherently produces a frequency response curve that closely follows the RIAA curve " +++++
this is eaxctly what the web-site states but IMHO is not true: could you explain how closely the SG follows the RIAA curve when Peter it self posted that between 50hz-12khz the deviation is a very high: 2 db, when every phono stage out there ( even the ones that measures " worst " on the RIAA deviation ) that conform according to the RIAA standard eq. measures as low as only 0.5db over the whole RIAA curve not only a part of that curve like the SG? do you know if between 20hz-50hz and 12khz-20khz is higher the SG deviation?.
Chris, I'm speaking of facts and IMHO till now you don't have any about like any one of my detractors.
I wonder why an intelligent person like you can posted what you post about.
Chris: how closely performs your TTs against the 33.33rpm or 45rpm standard TT speed? do you think that tiny ( very tiny ) speed TT deviations affects the quality performance on the recording that we/you are hearing? , because those TT speeds: 33.33/45rpm are the " Standards " and the ones to follow in exactly the same way the RIAA eq. curve. why does not exist TT with 36/49rpm? , you can play an LP on these weird speeds but the performance will be totally different right?
Well, IMHO the 2db SG deviation in that incomplete frequency range it is not only not close to the RIAA curve but far far away and totally different than the RIAA curve and that's why we hear a totally different performance through the SG.
So IMHO it is totally unfair to compare any MC/MM cartridge against the SG because the MC/MM ones cartridge signal that we hear/heard through the phono stages have a totally different equalization curve than the SG and due to that fact its performance is totally different.
Why is so difficult to some of you to understand that simple facts?.
Regards and enjoy the music.
Raul.
.
++++ " The SG transducer (unlike traditional cartridges) inherently produces a frequency response curve that closely follows the RIAA curve " +++++
this is eaxctly what the web-site states but IMHO is not true: could you explain how closely the SG follows the RIAA curve when Peter it self posted that between 50hz-12khz the deviation is a very high: 2 db, when every phono stage out there ( even the ones that measures " worst " on the RIAA deviation ) that conform according to the RIAA standard eq. measures as low as only 0.5db over the whole RIAA curve not only a part of that curve like the SG? do you know if between 20hz-50hz and 12khz-20khz is higher the SG deviation?.
Chris, I'm speaking of facts and IMHO till now you don't have any about like any one of my detractors.
I wonder why an intelligent person like you can posted what you post about.
Chris: how closely performs your TTs against the 33.33rpm or 45rpm standard TT speed? do you think that tiny ( very tiny ) speed TT deviations affects the quality performance on the recording that we/you are hearing? , because those TT speeds: 33.33/45rpm are the " Standards " and the ones to follow in exactly the same way the RIAA eq. curve. why does not exist TT with 36/49rpm? , you can play an LP on these weird speeds but the performance will be totally different right?
Well, IMHO the 2db SG deviation in that incomplete frequency range it is not only not close to the RIAA curve but far far away and totally different than the RIAA curve and that's why we hear a totally different performance through the SG.
So IMHO it is totally unfair to compare any MC/MM cartridge against the SG because the MC/MM ones cartridge signal that we hear/heard through the phono stages have a totally different equalization curve than the SG and due to that fact its performance is totally different.
Why is so difficult to some of you to understand that simple facts?.
Regards and enjoy the music.
Raul.
.