|Structure Type:||Steel Tube Type/ABS Box Type||Connectors:||SC / APC Connector|
|Warranty:||2 Years||Name:||LGX 1x8 WDM|
wavelength division multiplexing in optical fiber,
wdm in optical fiber communication
FTTX LGX Wdm In Optical Communication 1x8 SC / APC 2 Years Warranty
CATV Fiberoptic System
Fiber Optical Amplifier
|Bandwidth||± 20nm||± 40nm|
|Exess Loss||≤ 0.1dB (0.05dB Typ.)|
|Typ. Insertion Loss(dB)||3.05||4.2/2.4||5.4/1.8||7.1/1.1|
|Max. Insertion Loss(dB)||3.4||4.4/2.5||5.6/1.8||7.4/1.1|
|Directivity||(1*2) ≥55dB, (2*2) ≥60dB|
|Operating Temperature||-40 ~ +80 °C|
|Storage Temperature||-20 ~ +70 °C|
|Thermal Stability||≤ 0.1dB over -40 ~ +80 °C|
|Lead Length||1m, others on request|
|Lead Type||Bare fiber, 0.9mm, 2.0mm, 3.0mm|
♦ Advanced aluminum house with good heat Dissipation
♦ Full-GaAs MMIC application with low noise. Digital signal is received -18dBm at lowest and analogy signal -9dBm at lowest.
♦ AGC control range: 0~-9dBm, output level keep unchanged.
♦ Low power consumption, high-efficiency switch power can make sure the high reliability and stability of power supply. Power consumption less than 2W. It adopts optical detecting circuit.
♦ Multi-stage anti-thunder devices (TVS transient suppression diode), strictly anti-thunder system to ensure the safe operation of the equipment
♦ Built-in WDM,single-fiber to the home (1490/1310/1550nm) triple-play application can be realized.
♦ Built-in isolator can split the two optical waves (1490nm and 1310nm)
♦ Output gain adjustable (0~18dB),output level >80dBuV.It can realize the power supply of 8V input port feeding.
♦ One output or two outputs.
Dense wavelength division multiplexer(DWDM) is based on the membrane filter technique and proprietary non-flux metal bonding micro-optics packaging design, within ITU wavelengths to achieve uplink and downlink. It provides ITU channel center wavelength, low insertion loss, high channel isolation, low power consumption, wide passband characteristics, no glue loop, excellent thermal stability and reliability and so on. In a telecommunications network system, it can be used for uplink or downlink optical signal.
Contact Person: Mr. Li