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FTTH 1650nm SC Fiber Optic Attenuator FBG Fiber Bragg Grating Refelctor

FTTH 1650nm SC Fiber Optic Attenuator FBG Fiber Bragg Grating Refelctor

  • High Light

    1650nm Fiber Optic Attenuator

    ,

    SC Fiber Optic Attenuator

    ,

    FTTH FBG Optical Reflector

  • Pass Wavelength Band
    1260-1625 Nm
  • Reflect Wavelength Band
    1644.5-1655.5 Nm
  • Insertion Loss (1260nm-1360nm)
    Max 1.2 DB
  • Insertion Loss (1460nm-1600nm)
    1.2dB
  • Insertion Loss (1600nm-1625nm)
    1.5dB
  • Connector Type
    SC/APC Male & SC/APC Female
  • Reflector Optico Type
    Reflector Optico Directional/Reflector Optico Bi Directional Are Option
  • Body Material
    Plastic Or Metal
  • Place of Origin
    china
  • Brand Name
    YINGDA
  • Certification
    ISO
  • Model Number
    FBG-SC-01-Y
  • Minimum Order Quantity
    100PCS
  • Price
    Negotiable
  • Packaging Details
    1 pc / plastoc bag
  • Delivery Time
    3-5 days
  • Payment Terms
    T/T or western Union
  • Supply Ability
    50,000pcs per month

FTTH 1650nm SC Fiber Optic Attenuator FBG Fiber Bragg Grating Refelctor

1650nm FTTH FBG Optical Reflector

 

 

The FBG reflector is a standard SC type connector structure, which package a special FBG in the ceramic ferrule.

The fiber bragg grating reflector is a low-cost specific band reflector mounted on
the optical network unit (ONU) side. It can reflect light pulses (1650 +/- 5nm) from the OTDR on the fiber line terminal (OLT) side nearly 100%, while the working bands of the passive optical network (PON) are transmitted normally.

The OTDR can determine whether the fiber line is normal by detecting the signal reflected by the fiber grating reflector. When the reflected signal is lower than the normal value, the line loss is too large; when the reflection value is 0, the optical fiber line is broken.

Therefore, we can maintain the fiber line in time by the real-time monitoring of the fiber line.

 

Features:

  1. Pass 1310+1550nm and Stop 1650nm;
  2. Grating embedded in the fiber, free from environmental pollution;
  3. Reflectance is high for bands that need to be blocked (above 99.5%), close to total reflection;
  4. The wavelength of the reflection band is controlled accurately (1643.5nm ~ 1656.5nm);
  5. The band pass edge of the transition zone is very narrow (less than 2nm), if pass this area, it is all-pass;
  6. Standard common adapter structure, easy connection;
  7. High reliability, long life span,RoHS compliance;
  8. Telcordia GR-326-CORE and Telcordia GR-1221-CORE

 

 

Specification:

 

No. Parameter Unit Min. Typical Max.
1 Pass wavelength band nm 1260-1625
2 Reflect wavelength band nm 1644.5-1655.5
3.1 Insertion loss (1260nm-1360nm) dB     1.2
3.2 Insertion loss (1460nm-1600nm) dB     1.2
3.3 Insertion loss (1600nm-1625nm) dB     1.5
3.4 Insertion loss (REFLECT BAND) dB 21    
4.1 Return loss (1260nm-1360nm) dB 35    
4.2 Return loss (1460nm-1580nm) dB 35    
4.3 Return loss (1580nm-1620nm) dB 30    
4.4 Return loss (1610nm-1620nm) dB 30    
4.5 Return loss (1620nm-1625nm) dB 20    
4.6 Return loss (REFLECT BAND) (Note 3) dB 0   1.0
5 Polarization dependent loss (1260nm-1600nm) dB     0.4
6 Ripple (REFLECT BAND) dB     0.6
7 Optical power dBm 27    
8 Plugging times   500    
9 Connector type   SC/APC male & SC/APC female

 

Application:

 

  • Detection and maintenance of Passive Optical Network lines (applied to FTTx).

 

FTTH 1650nm SC Fiber Optic Attenuator FBG Fiber Bragg Grating Refelctor 0

FTTH 1650nm SC Fiber Optic Attenuator FBG Fiber Bragg Grating Refelctor 1

FTTH 1650nm SC Fiber Optic Attenuator FBG Fiber Bragg Grating Refelctor 2