其它产品
多通道可调光衰减器�？�
Description
多通道可调光衰减器�？�
多通道可调光衰减器�？榻幽闪私谛酒约拔夜鞠冉腗EMS技术,其光学性能、电路设计、体积巨细均切合行业要求,可凭据用户需求提供差别数量通道的产品。高可靠的VOA切合Telcordia GR-1209 ，GR-1221可靠性,合规性。
产品特征:
低IL、低PDL
可靠性高、重复性好
响应迅速
体积小
应用:
光功率控制与均衡
通道开关切换
接收�；�
Mux/Demux
OADM
事情温度（多种温度级别可�。�:
商用级：0~+7度
扩展级：-10~+80度
工业级：-40~+85度
军品级：-55~+85度
Important Notice
Performance figures, data and any illustrative material provided in this data sheet are typical and must be specifically confirmed in writing by F-tone Networks before they become applicable to any particular order or contract. In accordance with the F-tone Networks policy of continuous improvement specifications may change without notice.
The publication of information in this data sheet does not imply freedom from patent or other protective rights of F-tone Networks or others. Further details are available from any F-tone Networks sales representative.
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光开关�？�
光开关�？�
1×N 光开关�？槭浅啥即蟊τ槔止獾缈萍加邢薰舅⒌囊恢志哂卸嗤ǖ拦饴非谢蛔饔霉πУ墓庋骷� ，广泛应用于种种光通信、测试系统中。
应用规模:
光传输系统中的多路光监控
LAN 多光源/探测器自动换接、光传感多点动态监测系统
光测试系统中用于光纤、光器件、光网络和野外工程光缆测试
光器件装调
MEMS光开关
MEMS光开关
MEMS optical switch is based on micro-electro-mechanical system (MEMS) technology,and it is widely used in OADM, OXC, system monitoring and so on. Based on the special optical design, it features excellent optical characteristics with fast switch time, low insertion loss, and high reliability. Moreover, because of its compact structure and small volume, it easy to be integrated with high density in the optical fiber communication system.
光纤起偏器
In-line Polarizer (ILP-13/15nm)
Features:
● Low insertion loss
● High extinction ratioHigh Return Loss
● Excellent environmental stability
and reliability
台式光衰减器
台式光衰减器
FVA-T系列智能数显可调光衰减器是凭据光通信设备研制和工程应用的实际事情需要研制的一种通用的可调光衰减器。它具有体积小、重量轻、功耗低 ，性价比高等特点, 是光电器件、光无源器件、光纤、光缆、光纤通信设备的丈量, 以及光纤通信系统工程建設和维护的必备工具。 FVA-T 系列智能数显可调光衰减器接纳微机芯片,辅以软件作为控制单位,整机可靠性高,性能卓越,用途广泛,极大地便当了客户。 仪器衰减精度高,稳定可靠。
| 应用场合: 取代差别的光缆或光纤对光纤系统进行模拟、丈量、调解和评价; 光纤通信施工、运行及日常维护; 光纤盘算机网络、光纤CATV 网络; 光源及光端机直接检测; 组成光纤及种种光器件的测试系统。 |
MEMS VOA
MEMS VOA
Features
Broad band;
High reliability;
Low insertion loss;
Low Power Consumption;
High Input Power.