1310nm / 1550nm Lc Single Mode Attenuator , Blue Stepped Attenuator With FTTX

1310nm / 1550nm Fiber Optic Attenuators LC Singlemode Blue With FTTX

Detail:

We offers an extensive line of dual wavelength (1310/1550nm) Singlemode fiber optic attenuators. These versatile in-line attenuators are the perfect solution for attenuating Singlemode fiber connectors for both lab and commercial applications. Constructed of the highest quality materials and factory tested, this series offers the widest array of connector styles and polish types.

Features:

Used to attenuate Single mode fiber connectors/connections

Inline design accommodates fast and easy installation

Ceramic ferrules provide precise alignment

Dual Wavelength (1310/1550nm) support offers multi-application flexibility

Attenuating material-Ion Doped Fiber

Application

1 Fiber optic communication systems.

2 Fiber optic CATV

3 Fiber optic test

Specifications:

J&K Optotec Co., Ltd established in 2000, is one of a high-tech companies specialized in developing and manufacturing fiber optic components and communication network products and also serving network engineerings. Our fiber optic products can be widely applied to data-video transmission,CATV, long-distance monitoring,local network system,intelligentized buildings, broad-band-networks, military and satellite communication etc.

As having most advanced producing and checking equipments and attracting a large number of talents in the fiber optical communication fields, we have been manufacturing all kinds of fiber optic connector, PLC splitter,fiber array,collimator,CWDM,jumper, pigtail, adaptor, coupler, WDM, isolator, attenuator, laser device componentand other special fiber optic parts for laser device packaging, transceiver, converter which have all met international standard.

We are continuously developing the advanced fiber optic communication technologies so that we can provide per fect service and high quality products to our customers. If you have any inquiries,please contact us for any time.