Tobes, high quality capacitors such as the Mundorf silver-oil in a relativly small 1uf value generally are not "candidates" for bypass as already they perform at a high level. However, this is a hobby and I encourage you to experiment. How else are you going to "learn" what works in a given piece of equipment?
The PPMFX perform as well as any SOA cap when bypassed with the proper bypass capacitor IME.
A .22UF RTX would be more suitable as a bypass on a 3-5UF cap IME. I would go ahead and order the .10UF RTX and use that as a bypass on the PPMFX.
What you should hear with the RTX bypass of the PPMFX is foremost a 3 dimensional soundstage (depth/width/height) That is the sonic signature of polystyrene. Secondly, the bass will take on greater definition and prat. While the highs will sound both more open and sweeter. Lastly, there will be more harmonic overtones and tonal depth.
I make extensive use of both polystyrene and teflon capacitor bypasses in my equipment- signal path and power supplies.
The PPMFX perform as well as any SOA cap when bypassed with the proper bypass capacitor IME.
A .22UF RTX would be more suitable as a bypass on a 3-5UF cap IME. I would go ahead and order the .10UF RTX and use that as a bypass on the PPMFX.
What you should hear with the RTX bypass of the PPMFX is foremost a 3 dimensional soundstage (depth/width/height) That is the sonic signature of polystyrene. Secondly, the bass will take on greater definition and prat. While the highs will sound both more open and sweeter. Lastly, there will be more harmonic overtones and tonal depth.
I make extensive use of both polystyrene and teflon capacitor bypasses in my equipment- signal path and power supplies.