thylantyr
10+ year member
CarAudio.com Elite
Ancient ABX testing data.
http://www.provide.net/~djcarlst/abx.htm
Funny
10 years ago - CD & DA
http://www.provide.net/~djcarlst/abx_cd.htm
Funnier
ABX - Wire
http://www.provide.net/~djcarlst/abx_wire.htm
GREAT TEST
ABX - Wondercap vs. Radioshack & 400 Hz. Allpass Filter vs. Straight Wire
http://www.provide.net/~djcarlst/abx_caps.htm#psacs
This test is awesome. It totally kills audiophile thinking that a minimalist
signal path is superior. There are people who believe that capacitors in
the signal path are bad sounding and they prefer DC coupled stages.
Here's a test where not only did they use resistors and capacitors to make
the 'all pass' network, they really hit a home run by using the worse capacitors
possible for signal path, the ceramic capacitor. In spite of this bad design,
people failed the ABX and could not identify this all pass network vs. a hunk
of wire.. //content.invisioncic.com/y282845/emoticons/laugh.gif.48439b2acf2cfca21620f01e7f77d1e4.gif :laugh: //content.invisioncic.com/y282845/emoticons/laugh.gif.48439b2acf2cfca21620f01e7f77d1e4.gif
ABX - ceramic vs. poly cap
http://www.provide.net/~djcarlst/abx_caps.htm#psacs
The experimenters could not confirm any audible difference between polypropelene and ceramic in many ABX tests under normal conditions.
The condition that produced the above result of a difference was applying a 3.6 Watt heat source next to the capacitors. Even though the capacitor test circuit was not enclosed, with the added heat the ceramics lost capacitance to such an extent that the system's low frequence response was rolled off by 3 dB at 40 Hz.
http://www.provide.net/~djcarlst/abx.htm
Funny
10 years ago - CD & DA
http://www.provide.net/~djcarlst/abx_cd.htm
Funnier
ABX - Wire
http://www.provide.net/~djcarlst/abx_wire.htm
GREAT TEST
ABX - Wondercap vs. Radioshack & 400 Hz. Allpass Filter vs. Straight Wire
http://www.provide.net/~djcarlst/abx_caps.htm#psacs
This test is awesome. It totally kills audiophile thinking that a minimalist
signal path is superior. There are people who believe that capacitors in
the signal path are bad sounding and they prefer DC coupled stages.
Here's a test where not only did they use resistors and capacitors to make
the 'all pass' network, they really hit a home run by using the worse capacitors
possible for signal path, the ceramic capacitor. In spite of this bad design,
people failed the ABX and could not identify this all pass network vs. a hunk
of wire.. //content.invisioncic.com/y282845/emoticons/laugh.gif.48439b2acf2cfca21620f01e7f77d1e4.gif :laugh: //content.invisioncic.com/y282845/emoticons/laugh.gif.48439b2acf2cfca21620f01e7f77d1e4.gif
ABX - ceramic vs. poly cap
http://www.provide.net/~djcarlst/abx_caps.htm#psacs
The experimenters could not confirm any audible difference between polypropelene and ceramic in many ABX tests under normal conditions.
The condition that produced the above result of a difference was applying a 3.6 Watt heat source next to the capacitors. Even though the capacitor test circuit was not enclosed, with the added heat the ceramics lost capacitance to such an extent that the system's low frequence response was rolled off by 3 dB at 40 Hz.
