d+USB
- Neo d+USB Class S (Silver White)
- Conductor：PCOCC 單結晶無氧銅
- Structure：Flat (Inverted concentric structure)
- Shield：Double shielding（tin plated wire + aluminum tape）屏蔽：獨立雙重屏蔽式結構
- Insulator：Polyolefin
- Sheath：Thermoplastic Elastomers
- Connectors：USB Type A-USB Type B
- Terminals：Platinum + Rhodium plated bronze alloy (頂級白金+銠白金USB接頭)
- Body：PBT + Glass Fiber30%
- Outer cover：Aluminum
- Neo d+USB Class A (Black Orange)
- Conductor：PCOCC 單結晶無氧銅
- Structure：Flat (Inverted concentric structure)
- Shield：Double shielding（tin plated wire + aluminum tape) 屏蔽：獨立雙重屏蔽式結構
- Insulator：Polyolefin
- Sheath：Thermoplastic Elastomers
- Connectors：USB Type A-USB Type B
- Terminals：Silver + Rhodium plated bronze alloy (銀+銠白金USB接頭)
- Body：PBT + Glass Fiber30%
- Outer cover：Aluminum
- Neo d+USB Class B (Green)
- Conductor：Silver plated OFC 鍍銀無氧銅
- Structure：Flat (Inverted concentric structure)
- Shield：Double shielding（tin plated wire + aluminum tape) 屏蔽：獨立雙重屏蔽式結構
- Insulator：Polyolefin
- Sheath：Thermoplastic Elastomers
- Connectors：USB Type A-USB Type B
- Terminals：Silver + Rhodium plated bronze alloy (24金USB接頭)
- Body：PBT + Glass Fiber30%
- Outer cover：Aluminum
What is PCOCC-A?
PCOCC-A is annealed version of PCOCC. PCOCC was devised by professor Mr. Ohno at Chiba Institute of Technology. It does not matter how pure the material is, once it`s annealed, impurities gets into crystal grain and purity declines.
But PCOCC originally does not have crystal grain. So even it gets annealed, it difficult for impurities to get into PCOCC. PCOCC-A is an ideal for cable because it`s high in purity and crystal structure has a characteristic to keep in uniform directionality. PCOCC has hard single crystal, but once it turns to PCOCC-A, conductivity improves and material itself becomes flexible for easy uses.
Photos: Section comparison of PCOCC (Top) and TPC (general copper/bottm)
Contact us for your enquiry : info@squarewave.com (+852 3563 9545), or order directly from our “SquareWave webstore“