APC-Triple C uses OFC (oxygen-free copper) from which impurities in the micron unit are removed, and the material is compressed to about 80% by forging to increase the conductor density to the utmost and give the grain boundary directionality. It is the world's first audio-only conductor developed with this revolutionary technology. OFC with no impurities in the micron level exceeds PCOCC in terms of conductor purity, and internal gravel, which was inevitable even with the single crystal material PCOCC, is eliminated by forging, resulting in a high-purity, high-density conductor. ..
Even with high-purity copper such as 6N, the resistance when the current passes through the grain boundaries in the vertical direction does not occur in PC-Triple C, which is the grain boundary along the current flow. It is an ideal new conductor for audio in all aspects.
*PC-Triple C is a conductor for sound of patent 5871985.
3.5 Scare PC-Triple C conductor with the highest twist accuracy
POWER STANDARD-Triple C-FM adopts a new conductor PC-Triple C with a thick 3.5-scare, and achieves the highest twist accuracy in compliance with PSE (Electrical Safety Act). The extremely tightly twisted conductors have very few stray currents and no distortion or incidental sounds, so there is no bleeding or blurring of the sound image, and accurate fundamental and overtone information is reproduced.
PE is used for insulation and sheath
Most commercially available power cables, including high-priced products, use PVC (PVC) for the insulation and sheath, but PVC has a poor non-dielectric constant and electrostatic charge, which causes loss of power supply. I will end up. The POWER STANDARD-Triple C-FM uses PE (polyethylene), which has significantly better non-dielectric constant and electrification rate than PVC, as the insulating material, and realizes excellent power supply without loss.
Innovative cable structure by introducing new materials
The sheath of POWER STANDARD-Triple C-FM is impregnated with natural ore tourmaline powder. Tourmaline is an ore with a weak electric potential called tourmaline, which has the characteristic of generating negative ions by applying external stress such as electric current, magnetic force, or vibration. The sheath of POWER STANDARD-Triple C-FM generates negative ions in response to AC current and vibration from the speaker, exerts an antistatic effect on the cable itself, and prevents loss and deterioration of current supply.
The cushioning material is made of natural cotton, which has an air layer inside the cable to suppress vibration and also has an antistatic effect. The shield is a copper foil shield boasting a 100% shield ratio. The outermost circumference is made of carbon yarn. The carbon CSF tube that has been kneaded to the limit is arranged to thoroughly prevent external noise and radiant noise, and realizes a pure power supply with an excellent S/N ratio.
Fine met beads eliminate power supply noise and ground noise without side effects!
POWER STANDARD-Triple C-FM is equipped with Finemet beads (Finemet beads® is a registered product of Hitachi Metals) that eliminates power supply noise and ground noise. Finemet beads (Finemet beads® is a registered product of Hitachi Metals) is a soft magnetic alloy of iron, boron, and silicon developed by Hitachi Metals, and unlike ferrite filters and manganese-based electromagnetic wave absorbers, energy loss and sound thinning. The feature is that there are no sound quality side effects such as. POWER STANDARD-Triple C-FM equipped with Finemet beads (Finemet beads® is a registered product of Hitachi Metals) has an overwhelmingly superior S/N ratio compared to the situation where a clean power source or noise cut transformer is used. Will be realized. ..
*Finemet beads are registered products of Hitachi Metals
Upgraded power plug and inlet connector!
POWER STANDARD-Triple C-FM adopts FURUTECH unplated audio grade for the power plug and FURUTECH gold plated audio grade FI-15plus for the inlet connector to further enhance the power supply capacity. A damping alloy is used for the clamper part of the power plug to prevent loss and deterioration due to cable vibration.
