Black Box network attenuator
Mfg # FOAT50S1-FC-5DB
CDW # 5227148
| UNSPSC 26121600
Know your gear
Fiber equipment located too close to other fiber equipment? Having problems with transmissions? Data being corrupted? Getting system failures? The problem is easier to fix than you may think.
When a fiber device is very close to another one - for example, as little as 3 feet (0.9 m) - the signal is extremely strong. The light signal doesn't have time to attenuate or lose strength as it travels down the fiber. This is called receive saturation. The energy level of the fiber optic signal is too high and exceeds the operating range of the receiving equipment. So when the light reaches the other end, it reflects back along the cable. This reflection distorts the signal and disrupts data.
Solve the problem with this Black Box attenuators. It features guaranteed return-loss measures to attenuate the signal. To achieve the fixed return loss, the attenuators use a doped single-mode fiber with a wavelength of 1310 - 1550 nm.
Use the attenuators in CATV, LAN, WAN, and telecommunications applications. When you have mult
When a fiber device is very close to another one - for example, as little as 3 feet (0.9 m) - the signal is extremely strong. The light signal doesn't have time to attenuate or lose strength as it travels down the fiber. This is called receive saturation. The energy level of the fiber optic signal is too high and exceeds the operating range of the receiving equipment. So when the light reaches the other end, it reflects back along the cable. This reflection distorts the signal and disrupts data.
Solve the problem with this Black Box attenuators. It features guaranteed return-loss measures to attenuate the signal. To achieve the fixed return loss, the attenuators use a doped single-mode fiber with a wavelength of 1310 - 1550 nm.
Use the attenuators in CATV, LAN, WAN, and telecommunications applications. When you have mult