SM / MM Simplex/Duplex Fiber Optical Patch Cord
Description:
Fiber Optic Patch cords are ultra reliable components featuring low insertion loss and return loss. They come with your choice of simplex or duplex cable configuration and are made to conform to IEC,Telcordia GR-326-CORE Standard.
Environmental Reliability Test:
The performance of the patch cords has been carefully designed to meet the IEC standards, GR-326-CORE, in the test of optical characteristics, vibration test, thermal cycling, impact resistance, salt spray erosion, thermal aging, humidity resistance and others
Key Features:
- Customised colors and length
- Fiber mode: single mode, multiple mode
- PC / UPC / APC Polishing
- Low insertion loss , high return loss
- The cable dimmer: 3.0mm,2.0mm,0.9mm
- Compliant: ROHS, ISO9001:2008
- Fully tested to ensure zero defects before leaving the factory
- Connector Type: FC / SC / ST / LC / MU / MTRJ
Applications:
- Fiber Optic Telecommunications
- LAN (Local Area Network
- FTTH (Fiber To The Home)
- CATV&CCTV
- High speed transmission systems
- Fiber optic sensing
Images of product:
Specifications:
Type | Standard,Master |
Style | LC,SC,ST,FC.MU,DIN,D4,MPO, SC/APC,FC/APC,LC/APC.MU/APC Duplex MTRJ/Female, MTRJ/Male |
Fiber Type | 9/125 SMF-28 or equivalent (Singlemade) OS1 50/125, 62.5/125 (Multimode) OM2&OM1 50/125, 10G (Multimode) OM3 |
Cable Type | Simplex, Duplex (Zipcord) Φ3.0mm, Φ2.0mm, Φ1.8mm Φ1.6mm PVC or LSZH Φ0.9mm, Φ0.6mm buffered fiber PVC or LSZH |
Polishing Manner | UPC,SPC,APC (8°& 6°) |
Insertion Loss | ≤ 0.1dB (For Singlemode Master) ≤ 0.25dB (For Singlemode Standard) ≤ 0.25dB (For Multimode) Tested by JDS RM 3750 |
Return Loss (For Singlemode) | UPC ≥ 50dB SPC ≥ 55dB APC ≥ 60dB (typ.65dB) Tested by JDS RM3750 |
Repeatability | ±0.1dB |
Operating temperature | -400C to 850C |
Geometry Requirement (For Singlemode) | Ferrule Endface Radius 7mm ≤ R ≤ 12mm (For APC) 10mm ≤ R ≤ 25mm (For Standard) Apex Offset ≤ 30 μm (For Master) Apex Offset ≤ 50 μm (For Standard) Undercut -50nm ≤ U ≤ 50nm Tested by DORC ZX-1 |
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