|project name||TUNAMI TERZO RR V 2|
|Cable structure||Dual core shield|
|cable conductor||102 SSC|
|Cable conductor structure||1.25 SQ (37/3 E twist)|
|Cable shielding|| Layer 1 - Electromagnetic wave absorber (amorphous containing polyolefin)
2 layers - Copper foil tape
3 layers - 102 SSC cross-winding (160 wires/0.12mm)
|Cable outer diameter||8.8mm|
|RCA plug||GENESIS (phosphor bronze cut contacts + platinum/rhodium plated)|
Precision Conductor "102 SSC"
- The cable part has precision conductor ''102SSC'' wire.
- To avoid impurities as much as possible, use pure copper without any recycled copper.
- Remove 100% of impurities attached to the surface.
- In order to make the signal transmission on the conductor surface smoother, natural diamond molds are used to thin the wires to improve the surface smoothness of the wires.
- The processing accuracy of fine lines is ±1μm, which is much lower than the standard error of ±8μm.
- In the stranding process, a high-density multipath conductor 3E stranded structure (patented) is used to increase density and roundness and stabilize electrical characteristics.
- The mechanical stress and strain of the wire are eliminated by two annealings.
- More complete product management
Patented technology "3E twisting" can twist wires of three different thicknesses
The 3E twisted structure is a concentric twisted array structure of collectively twisted conductors. By arranging three different wire diameters,
Densifying the stranded wire array reduces the diameter of the conductor structure and improves the conductor characteristic values.
The geometric arrangement of strands of these three different conductor diameters reduces the gaps between strands and improves conductor density.
As the outer diameter of the stranded wire decreases, a stable and high-precision wire body is maintained.
Use insulating materials with excellent electrical properties
High molecular weight polyolefins with excellent electrical properties are used in insulating coatings for conductors. Compared with general PVC insulation,
The dielectric constant can show an extremely low 1/4 value, reducing signal loss.
In addition, by using a different polymer polyolefin material for the exterior and interior, the impact of resonance on sound can be prevented.
Three layers of shielding to block noise
Layer 1: Electromagnetic wave absorber,
Layer 2: Copper foil,
Layer 3: Use horizontal winding to surround the copper foil. By mixing the electromagnetic wave absorber into the compound, in the first layer, when the current flows through the cable, a weak vibration will be generated, and the statically charged material will be discharged due to the vibration. A copper tape shield is provided on the second layer to protect the signal from external noise. In addition, the third layer of shielding uses precision conductor 102 SSC, and is designed with 160 0.12mm wires, which are tightly packed together without gaps.
Uses Oyaide's original XLR plug (FOCUS 1)
The most innovative technology of "FOCUS 1" is the one-touch push-pull function. This feature is locked by simply inserting it into the entrance on the output side and unlocked by simply pulling the ring when removed.
In addition, the lock has a precision-machined ball bearing type lock, allowing "FOCUS 1" to be installed more stably on the device.
The contact pin is made of phosphor bronze round rod and processed by CNC. After polishing, it is directly plated with two layers of silver + rhodium.
These pins are then inserted into the PBT mold to complete the more shock-resistant contacts. Similarly, the brass shell is also CNC machined.
It has higher density, shows high shielding performance, and is finally treated with hard chrome plating on the surface.
SS-47 special solder
The plugs and cables are soldered using audio-specific "SS-47". "SS-47" uses 99.993% (4N) high-purity tin.
Silver and copper are mixed to improve conductivity. Ordinary alloy solder, the synthesis ratio of silver is 3~3.5%,
However, SS-47 uses up to "4.7%" silver, which greatly improves the conductivity.
Maximize the performance of the sound.