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NEL ±0.11 nm Reflection Port WL λ2 1531 1561 nm except λ1 Bandwidth@ -0.5dB BWWL 0.22 nm Insertion Loss IL 1 dB with connector Polarization Dependent Loss<TD style="BORDER-BOTTOM: windowtext 1pt solid; BOR...
NEL Space (nm) 通道间隔 20 Fiber Type 光纤类型 SMF-28e or customer specified IL (dB) 损耗 Transmission band 透射 0.6 Reflection band 反射 0.4 Isolation (dB) 隔离度 Transmission band 透射 30 Reflection band 反射 12 ...
NEL Space (nm) 通道间隔 20 Fiber Type光纤类型 SMF-28e or customer specified IL (dB) (P/A Grade) 等级 0.7/1.0 1.4/1.7 2.0/2.5 3.5/4.0 Isolation (dB) 隔离度 Adjacent ChanNEL 透射 30 Non-Adjacent ChanNEL 反射 50 Rippl...
NEL Space (nm) 通道间隔 20 Fiber Type光纤类型 SMF-28e or customer specified IL (dB) (P/A Grade) 等级 0.7/1.0 1.4/1.7 2.0/2.5 3.5/4.0 Isolation (dB) 隔离度 Adjacent ChanNEL 透射 30 Non-Adjacent ChanNEL 反射 50 Rippl...
NEL Spacing CS 20 nm Bandwidth@-0.5dB BW -7 +7 nm Insertion Loss (with connector) IL 0.8 dB Passband Ripple RP 0.3 dB ChanNEL Uniformity CU 0.6 dB Polarization Dependent Loss PDL 0.1 dB ...
NEL/CATV 光接口传输方式 采用3R传输方式， 单通道速率支持125Mbps~10Gbps可选 物理网络拓扑结构 点到点，点到多点，链路，环路，单纤双向 光纤类型 G.652 G.653 G.655 网管方式 CLI 、TELNET、SNMP、WEB 产品尺寸 2U OTU卡 25（W）× 88（H）× 116（D） (mm) 1U...
NEL 8 ChanNEL 16ChanNEL 常规中心波长 （nm） 1270~1610 or 1271~1611 中心波长精度(nm) ±0.5 信道间隔(nm) 20 信道通带 (@-0.5dB bandwidth) (nm) ±7.5 插入损耗 (dB) ≤1.7 ≤3.0 ≤5.5 (no skip filter) ≤3.5 (with skip filter) 通带平坦度(dB) ≤0.3 ...
NEL/CATV 光接口传输方式 采用3R传输方式， 单通道速率支持125Mbps~10Gbps可选 物理网络拓扑结构 点到点，点到多点，链路，环路，单纤双向 光纤类型 G.652 G.653 G.655 网管方式 CLI 、TELNET、SNMP、WEB 产品尺寸 2U OTU卡 25（W）× 88（H）× 116（D） (mm) ...
l Low insertion loss l High chanNEL isolation l Low polarization dependent loss l Exceptional reliability and stability Product Description Primanex DWDM ITU Components are the result of years of telecommunication experiences in thin-film filter technology. Individual comp...
NEL isolation ● Exceptional reliability and stability Product Description Primanex FWDM components use mature thin-film interference filter technology to separate or combine specific optical signals. With wide bandwidth, low insertion loss, high isolation, and low temperature dependent loss, they ...
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