Doped female to male 1310/1550nm fiber optic Sc/APC Attenuator
SC/APC Fiber Optic Attenuator is a passive device used to reduce the amplitude of a light signal without significantly changing the wave form itself.
SC/APC Optical Fiber Attenuator feature a proprietary type of metal-ion doped fiber which reduces the light signal as it passes
through. This method of attenuation allows for higher performance than fiber splices or fiber offsets or fiber
clearance, which function by misdirecting rather than absorbing the light signal. SC/APC attenuator are capable
of performing in the 1310nm and 1550nm.
SC Optical Fiber attenuator are capable of withstanding over 1W of high power light exposure for extended periods of
time, making them well-suited to EDFA and other high-power applications.Low Polarization Dependent Loss
(PDL) and a stable and independent wavelength distribution makes them ideal for DWDM.
Complied with Standard
. Telcorida GR-326-CORE(ferrule end face quality compliant)
. Telecordia GR-910-CORE
. EC 60874-7, F01(JIS C5970) TIA/EIA-604-4A
. TIA/EIA-568B-B.3 Fiber Optic Cabling Components Standard
. EEE802.3z Standards for Fiber Optic Cabling
. RoHS Approved for European Market Requirements
Features
. Precise attenuation level(with 1dB,2dB,3dB... to 30dB, typical 5dB, 10dB 15dB)
. Inline design is easy to use (plugs between existing fiber jumper & equipment)
. Portable, Easy installation, Readily panel mountable
. High Quality Return loss 60db or Greater
. Custom designed specifications
. Dual wavelength (1310nm/1550nm)
. Attenuators marked with attenuation level
Application:
. Telecommunication networks . Passive Optical Networks
. Date networks . CATV & LAN
Item |
Unit |
Parameter |
Operating Wavelength |
Nm |
SM:1310/1550nm MM: 850 /1300nm |
Attenuation Range |
dB |
1-10dB(1dB step), 15, 20, 25, 30dB |
Return Loss |
dB |
PC:≥50 UPC: ≥55 APC: ≥60 |
Attenuation Tolerance |
dB |
≤+/-0.5(1-10dB) or ≤+/-1.0(11-30dB) |
Working Temperature |
degree |
-25~+75 degree |
Storage Temperature |
degree |
-40~+ 85 degree |