FA-AD-SA1SP-P,Green SC APC Optical Adapter With Mounting Hole For Duplex Single Mode Fiber
Standard single-mode fiber is a single-mode fiber with zero dispersion wavelength in the 1.3um (1310nm) window, and the International Telecommunication Union (ITU-T) defines the fiber as G652 fiber. Its characteristic is that when the working wavelength is 1.3um (1310nm), the dispersion of the fiber is very small, and the transmission distance of the system is limited by the attenuation of the optical fiber. However, the loss of this fiber in the 1.3um (1310nm) band is about 0.3dB/km~0.4dB/km, and the loss in the 1.55um band is about 0.2dB/km~0.25dB/km. The dispersion in the 1.3um (1310nm) band is 3.5ps/nm. Km, larger in the 1.5um band and about 20ps/nm km. This fiber can be used to support the trunk system in the 1.55um band of 2.5Gb/s, but because of the larger in the dispersion band, if 10Gb/s signal transmission, the transmission distance of more than 50 km, requires the use of a dispersion compensation module is expensive.
Our single mode fiber optic adapter is universal and compatible with all standard single mode G652, G655 and G657 fibers. There is no compatibility problem during use, please feel free to use.
Specification Of SC/APC Fiber Optic Adapter
Item | Parameter |
Fiber Type | Single mode |
Adapter Specification | Fiber Adapter SC/APC SM DX Green |
Housing Appearance | Green |
Fiber Channel | Duplex |
Main Material | Plastic |
Sleeve Material | Ceramic(ZrO2) or customized |
Test wavelength | 1310nm or 1550nm |
Insertion Loss (IL) | standard value <0.3dB |
Repeatability | ≤0.10dB |
Interchangeability | ≤0.20dB |
Operating Temperature | -20ºC ~ +70ºC |
Storage Temperature | -40ºC ~ +85ºC |
Main Characteristics
1.Low insertion loss and high return loss;
2.Universial type with excellent compatibility;
3. Precision alignment and high reliability;
4.Good environment and temperature stability;
5.With flange and screw mounting hole, easy for installation;
6.Ceramic or brass sleeve are available for options;
7. ROHS Compliant.