G657. B3 Sc/Upc/APC Simplex Fiber Optic Patch Cord

Model NO.: TK-H0019
Core: Single Core
Certification: RoHS, UL, CE, ISO9001
Brand: OEM
Sheath Material: PVC/LSZH
Warranty: 5 Years
Color: Customized
Delivery Time: Within 2 to 4 Days
Insertion Loss: <0.2dB
Return Loss: >50dB
Sample: Available
Fiber Connector Type: Sc/LC/St/FC/E2000/Mu
Fiber Diameter: 0.9/2.0/3.0mm for Optional
Fiber Mode: Singlemode or Multimode
Trademark: Takfly
Transport Package: Customized
Specification: 1 pcs
Origin: China
HS Code: 8544700000
Model NO.: TK-H0019
Core: Single Core
Certification: RoHS, UL, CE, ISO9001
Brand: OEM
Sheath Material: PVC/LSZH
Warranty: 5 Years
Color: Customized
Delivery Time: Within 2 to 4 Days
Insertion Loss: <0.2dB
Return Loss: >50dB
Sample: Available
Fiber Connector Type: Sc/LC/St/FC/E2000/Mu
Fiber Diameter: 0.9/2.0/3.0mm for Optional
Fiber Mode: Singlemode or Multimode
Trademark: Takfly
Transport Package: Customized
Specification: 1 pcs
Origin: China
HS Code: 8544700000
G657. B3 SC/Upc/APC Simplex Fiber Optic Patch Cord

Application:
 
1. All types of fibre patch cord with different structures
2. High speed optical routes for Fibre-To-The-Home networks (FTTH)
3. Cables with extreme low bending requirements
4. Small-sized optical component
 


Characteristics:
 
1. Superior to standard ITU-T G.657.B3 fibre, bending radius down to as small as 5mm and full compatibility with all G.652.D fibres.
2. Low attenuation satisfying the operation demand in O-E-S-C-L band
3. Low microbending loss for highly demanding cable designs including ribbons
4. Accurate geometrical parameters and large MFD which insure low splicing loss and high splicing efficiency High nd value satisfying long service life in minimum bend radius

Specification:
 
  Characteristics Conditions Specified Values Units  
  Optical Characteristics                    
  Attenuation 1310 nm   ≤0.35 [dB/km]  
    1383 nm(after H2-aging)   ≤0.35 [dB/km]  
    1550 nm   ≤0.21 [dB/km]  
    1625 nm   ≤0.23 [dB/km]  
  Attenuation vs. Wavelength 1285~1330 nm   ≤0.03 [dB/km]  
  Max. α difference 1525~1575 nm   ≤0.02 [dB/km]  
                     
  Zero dispersion wavelength     1300~1324 [nm]  
                     
  Zero dispersion slope     ≤0.092 [ps/(nm2·km)]  
  PMD                    
  Maximum Individual Fibre     ≤0.1 [ps/ km]    
  Link Design Value (M=20,Q=0.01%)     ≤0.06 [ps/ km]    
  Typical value     0.04 [ps/ km]    
  Cable cutoff wavelengthλcc     ≤1260 [nm]  
  Mode field diameter (MFD) 1310 nm   8.4~9.3 [ m]  
    1550 nm   9.3~10.3 [ m]  
  Effective group index of refraction (Neff) 1310 nm   1.468              
    1550 nm   1.469              
  Point discontinuities 1310 nm   ≤0.05 [dB]  
    1550 nm   ≤0.05 [dB]  
  Geometrical Characteristics                    
  Cladding diameter     125.0±0.7 [ m]  
  Cladding non-circularity     ≤0.7 [%]  
  Coating diameter     245±5 [ m]  
  Coating-cladding concentricity error     ≤12.0 [ m]  
  Coating non-circularity     ≤6.0 [%]  
  Core-cladding concentricity error     ≤0.5 [ m]  
  Curl (radius)     ≥4 [m]  
  Delivery length     2.1 to 50.4 [km/reel]  
  Environmental Characteristics (1310 nm, 1550 nm & 1625 nm)                
  Temperature dependence                    
  Induced attenuation at -60ºC to +85ºC   ≤0.05 [dB/km]  
  Temperature-humidity cycling                    
  Induced attenuation at -10ºC to +85ºC,98% RH   ≤0.05 [dB/km]  
  Watersoak dependence                    
  Induced attenuation at 23ºC, for 30 days   ≤0.05 [dB/km]  
  Damp heat dependence                    
  Induced attenuation at 85ºC and 85% RH,for 30 days ≤0.05 [dB/km]  
  Dry heat aging at 85ºC, for 30 days   ≤0.05 [dB/km]  
  Mechanical Specification                    
  Proof test off line   ≥0.69 [GPa]  
        ≥1.0 [%]          
        ≥100 [kpsi]  
  Macro-bend induced attenuation                    
  1 turns around a mandrel of 5 mm radius 1550 nm   ≤0.15 [dB]  
  1 turns around a mandrel of 5 mm radius 1625 nm   ≤0.45 [dB]  
  1 turn around a mandrel of 7.5 mm radius 1550 nm   ≤0.08 [dB]  
  1 turn around a mandrel of 7.5 mm radius 1625 nm   ≤0.25 [dB]  
  1 turn around a mandrel of 10 mm radius 1550 nm   ≤0.03 [dB]  
  1 turn around a mandrel of 10 mm radius 1625 nm   ≤0.1 [dB]  
  Coating strip force average torce (typical)   1.5 [N]  
    peak force   ≥1.3  ≤8.9 [N]  
  Dynamic stress corrosion susceptibility parameter nd(typical)   27              
                       




Thanks for refer our products, any further question please feel free to contact me.


Looking forward to hearing from you! G657. B3 SC/Upc/APC Simplex Fiber Optic Patch Cord

Application:
 
1. All types of fibre patch cord with different structures
2. High speed optical routes for Fibre-To-The-Home networks (FTTH)
3. Cables with extreme low bending requirements
4. Small-sized optical component
 


Characteristics:
 
1. Superior to standard ITU-T G.657.B3 fibre, bending radius down to as small as 5mm and full compatibility with all G.652.D fibres.
2. Low attenuation satisfying the operation demand in O-E-S-C-L band
3. Low microbending loss for highly demanding cable designs including ribbons
4. Accurate geometrical parameters and large MFD which insure low splicing loss and high splicing efficiency High nd value satisfying long service life in minimum bend radius

Specification:
 
  Characteristics Conditions Specified Values Units  
  Optical Characteristics                    
  Attenuation 1310 nm   ≤0.35 [dB/km]  
    1383 nm(after H2-aging)   ≤0.35 [dB/km]  
    1550 nm   ≤0.21 [dB/km]  
    1625 nm   ≤0.23 [dB/km]  
  Attenuation vs. Wavelength 1285~1330 nm   ≤0.03 [dB/km]  
  Max. α difference 1525~1575 nm   ≤0.02 [dB/km]  
                     
  Zero dispersion wavelength     1300~1324 [nm]  
                     
  Zero dispersion slope     ≤0.092 [ps/(nm2·km)]  
  PMD                    
  Maximum Individual Fibre     ≤0.1 [ps/ km]    
  Link Design Value (M=20,Q=0.01%)     ≤0.06 [ps/ km]    
  Typical value     0.04 [ps/ km]    
  Cable cutoff wavelengthλcc     ≤1260 [nm]  
  Mode field diameter (MFD) 1310 nm   8.4~9.3 [ m]  
    1550 nm   9.3~10.3 [ m]  
  Effective group index of refraction (Neff) 1310 nm   1.468              
    1550 nm   1.469              
  Point discontinuities 1310 nm   ≤0.05 [dB]  
    1550 nm   ≤0.05 [dB]  
  Geometrical Characteristics                    
  Cladding diameter     125.0±0.7 [ m]  
  Cladding non-circularity     ≤0.7 [%]  
  Coating diameter     245±5 [ m]  
  Coating-cladding concentricity error     ≤12.0 [ m]  
  Coating non-circularity     ≤6.0 [%]  
  Core-cladding concentricity error     ≤0.5 [ m]  
  Curl (radius)     ≥4 [m]  
  Delivery length     2.1 to 50.4 [km/reel]  
  Environmental Characteristics (1310 nm, 1550 nm & 1625 nm)                
  Temperature dependence                    
  Induced attenuation at -60ºC to +85ºC   ≤0.05 [dB/km]  
  Temperature-humidity cycling                    
  Induced attenuation at -10ºC to +85ºC,98% RH   ≤0.05 [dB/km]  
  Watersoak dependence                    
  Induced attenuation at 23ºC, for 30 days   ≤0.05 [dB/km]  
  Damp heat dependence                    
  Induced attenuation at 85ºC and 85% RH,for 30 days ≤0.05 [dB/km]  
  Dry heat aging at 85ºC, for 30 days   ≤0.05 [dB/km]  
  Mechanical Specification                    
  Proof test off line   ≥0.69 [GPa]  
        ≥1.0 [%]          
        ≥100 [kpsi]  
  Macro-bend induced attenuation                    
  1 turns around a mandrel of 5 mm radius 1550 nm   ≤0.15 [dB]  
  1 turns around a mandrel of 5 mm radius 1625 nm   ≤0.45 [dB]  
  1 turn around a mandrel of 7.5 mm radius 1550 nm   ≤0.08 [dB]  
  1 turn around a mandrel of 7.5 mm radius 1625 nm   ≤0.25 [dB]  
  1 turn around a mandrel of 10 mm radius 1550 nm   ≤0.03 [dB]  
  1 turn around a mandrel of 10 mm radius 1625 nm   ≤0.1 [dB]  
  Coating strip force average torce (typical)   1.5 [N]  
    peak force   ≥1.3  ≤8.9 [N]  
  Dynamic stress corrosion susceptibility parameter nd(typical)   27              
                       




Thanks for refer our products, any further question please feel free to contact me.


Looking forward to hearing from you!

Double Concave Cylindrical Lens

Double concave Cylindrical Lens has two outward surfaces.

Cylindrical lenses are typically applied to focus incoming light to a line, or to change the aspect ratio of an image. they are used for the optics, lasers, medical science, electronics, tele-communication and others.

Realpoo Optics can offer cylindrical Lenses include convex cylindrical lens, concave cylindrical lens, meniscus cylindrical lens, and doublet achromatic cylindrical lens ect.


Specifications:

Material : N-BK7, N-SF1 , Fused Silica , N-SF10 etc
Diameter : 2mm ~ 300mm
Focal Legnth Tolerance :+/-1%
Diameter Tolerance :+0.0/-0.1mm
Thickness Tolerance :+/-0.1mm
Surface Quality :40/20 or better
Centration :<3 arc minutes
Clear Aperture :>90%
Bevel : Protective bevel as needed
Coating :Upon your request

Double Concave Cylindrical Lens,Fused Silica Concave Cylindrical Lens,Double Concave Cylindrical Lenses,Cylindrical Lense

Changchun Realpoo Photoelectric Co., Ltd. , https://www.optics-realpoo.com

September 16, 2023