Description
P0926AH-B FOXBORO
P0926AH-B是一款光纤分路器/合路器,主要用于光纤网络中进行信号的分配和合并。它通常应用于工业自动化、过程控制等领域,用于扩展光纤网络,提高网络的可靠性和灵活度。
产品特点与功能
光纤信号转换:能将四路光纤信号转换成两路,或将两路光纤信号转换成四路。
IEEE 802.4兼容:符合IEEE 802.4标准,适用于各种光纤网络。
被动器件:不需要外部电源,无需维护。
高可靠性:采用高品质的光学元件,具有较高的可靠性。
产品参数与规格
接口类型:SC型光纤接口
波长范围:1310nm/1550nm
插入损耗:≤0.5dB
回波损耗:≥50dB
工作温度:-40℃~+85℃
产品系列
P0926AH-B属于Foxboro/Tyco公司的光纤产品系列。
产品作用与用途
光纤网络扩展:用于扩展光纤网络,增加网络节点。
信号分配:将一个光信号分配到多个接收端。
信号合并:将多个光信号合并成一个。
应用领域
工业自动化:工业控制网络、过程控制系统。
通信网络:光纤通信系统。
数据采集系统:分布式数据采集系统。
英文说明
P0926AH-B Product Description
The P0926AH-B is a fiber optic splitter/combiner primarily used for distributing and combining signals in fiber optic networks.It is commonly used in industrial automation,process control,and other fields to expand fiber optic networks and improve network reliability and flexibility.
Product Features and Functions
Fiber optic signal conversion:Can convert four fiber optic signals into two,or two fiber optic signals into four.
IEEE 802.4 compliant:Compliant with the IEEE 802.4 standard,suitable for various fiber optic networks.
Passive device:Does not require an external power supply and requires no maintenance.
High reliability:Employs high-quality optical components and has high reliability.
Product Parameters and Specifications(Example)
The following parameters are for reference only.Please refer to the product datasheet for specific parameters:
Interface type:SC type fiber optic interface
Wavelength range:1310nm/1550nm
Insertion loss:≤0.5dB
Return loss:≥50dB
Operating temperature:-40℃~+85℃
Product Series
P0926AH-B belongs to the Foxboro/Tyco fiber optic product series.
Product Role and Use
Fiber optic network expansion:Used to expand fiber optic networks and increase network nodes.
Signal distribution:Distributes one optical signal to multiple receiving ends.
Signal combination:Combines multiple optical signals into one.
Application Areas
Industrial automation:Industrial control networks,process control systems.
Communication networks:Fiber optic communication systems.
Data acquisition systems:Distributed data acquisition systems.