MMF/SMF
Feature
- Toslink to Toslink plug
- Mould type
- Gold plated connector
Technical parameter
- Low internal Loss
- Attenuation:<= 0.2dB/m
- Over Diameter: 4.0mm-7.0mm for selection
- Used temperature:-40°-80°
- Connection Loss: <=0.5dB
- Transmission Frequency Bandwidth:6MHZ
SMF
Feature:
1. Good mechanical property and environment property
2. lame resistant performance
3. Soft, agility, convenience for connection
4. satisfy various request of markets and customers
Applications:
l Pigtails and Patch cord
l Ideal for using in optical device, equipment
l Ideal for using Optical Distributor Frame
Item
|
Units
|
Single Mode
|
Multimode
|
Core/Mode Diameter
|
um
|
9.2±0.4um@1310nm
10.4±0.8um@1550nm
|
50±2.5um
|
62.5±2.5um
|
Cladding Diameter
|
um
|
125±1um
|
125±1um
|
125±1um
|
Max. Attenuation
|
dB/km
|
0.4dB/Km@1310nm 0.3dB/Km@1550nm
|
3.5dB/Km@850nm 1.5dB/Km@1300nm
|
3.5dB/Km@850nm 1.5dB/Km@1300nm
|
Operating temperature
|
℃
|
-40℃~+85℃
|
Outer Diameter
|
mm
|
5.7±0.10mm (Duplex) / 3.2±0.10mm (one tube and two fibers)
|
Net weight
|
Kg/Km
|
38/20
|
Allowable bending radius
|
(mm)
|
25
|
Allowable tensile
|
(N)
|
200
|
Crush Resistant
|
N/100
|
3000
|
MMF
Features
1. Fibers are terminated with swivel pulling
eyes to eliminate cable damage during installation.
2. Choose either a PVC or plenum jacket
3. 6-, 12-, and 24-fiber versions are available
4. All type connectors are available
5. Makes pulling cable through conduits easier.
Tech Specs
Attenuation (Maximum) — 3.75 dB/km @ 850 nm; 1.5 dB/km @ 1300 nm
Bandwidth (Minimum) — 160 Hz/km @ 850 nm; 500 Hz/km @ 1300 nm
Fiber Type — 62.5-μm core, 125-μm cladding
Jacket Material — Orange PVC
Conductor Material — 62.5/125-μm diameter, all-glass, graded-index optical fiber
Bend Radius — 8 cm loaded; 5.3 cm installed
Tensile Strength — 225 lb. (1000 Newtons) short terms, 68 lb. (300 Newtons) long term
Buffering Diameter — 900 μm
Temperature Tolerance — Operating: (-40 to +80°C);
Storage: (-40 to +80°C)
Installation: (-40 to +50º C)
Outside Diameter —Lie on the patch cords inside the “tube”