FC Female to FC Female variable Fiber optic attenuator 1~30dB
Optical attenuator is a passive device used to reduce the power
level of an optical signal. It is generally used in single-mode
long-haul applications to prevent optical overload at the receiver.
Optical attenuator is widely used in CWDM&DWDM, CATV systems,
data center networks, test equipment and other high power
applications.
Female to female variable attenuators from OMC offer defined control of optical signals in both
integrated and add-on products.
OMC Variable attenuators are used in applications where a
pre-determined amount of light loss is specified. Though its
applications range widely, attenuators are most commonly used for
test and measurement, optical sensors, and telecommunications
applications.
Highlights:
1. High quality ceramic core
The application of Imported A - grade ceramic insert enable the
product with high stability, good reliability , high transmission
speed and low insertion loss.
2. Wide attenuation range 1dB to 30dB
The FC attenuator from OMC are designed to give the accurate
attenuation required by the connected device and are available in a
wide range of attenuation levels.
3. Easy Installation
The FC attenuator from OMC is designed for optical hardware to
reduce the dB power, the plug type allows them to be used directly
at the end of a patch cable, they also feature a dust cap on the
tips for protection.
Attenuator Specifications
| Fiber Connector | FC | Attenuation method | Variable |
| Attenuation | 1~30dB | Transfer Mode | Singlemode |
| Attenuation Accuracy | ±0.8dB | Operating Wavelength(nm) | 1260~1620(SM) |
| Polarization Dependent Loss | ≤0.2dB | Minimize Insertion Loss | <2.5dB |
| Operating Temp Range | -40~80°C | Max Optical Input Power | 200mW |
Applications
With the excellent characteristics, Female to female Variable Fiber
Optic Attenuators can be used in fiber optical telecommunication
system and optical transmission system. These attenuators can be
applied in FTTH, CATV, WAN, fiber optical sensor and metropolitan
area network. They are often used as the testing equipment.
DWDM applications
Test & measurement
Optical sensors
Telecommunications applications
