TRICONEX IMFF4703X | 光纤通信接口 | TRICONEX 4000093-346 | TRICONEX 9771-210
型号：TRICONEX IMFF4703X
目录说明： 光纤通信接口
货期：现货
发货方式：顺丰/德邦
质保：一年
TRICONEX IMFF4703X 光纤通信接口是用来连接光纤线缆的物理接口，其原理是利用光从光密介质进入光疏介质从而发生全反射1。常见的光纤接口类型包括SC、ST、FC等，这些类型由日本NTT公司开发1。
FC接口：外壳材质为金属，接口处有螺纹，和光模块连接时可以固定得很好2。在电信网络中，为了保证信号质量和稳定性，通常会选择单模光纤作为传输介质，并使用FC型光纤接口进行连接。
ST接口：材质为金属，接口处为卡扣式，常用于光纤配线架。
SC接口：材质为塑料，推拉式连接，接口可以卡在光模块上，常用于交换机2。在企业或校园的局域网中，多模光纤因其成本效益和足够的传输距离，常被用于连接各个楼层的交换机，而SC型光纤接口因其方便的插拔设计得到了广泛应用。
此外，还有LC接口、PC接口和APC接口等其他类型。这些接口类型的选择取决于具体的应用场景和需求，如传输距离、传输速率以及系统的兼容性等。
TRICONEX IMFF4703X 光纤通信接口具有诸多优点，如传输距离远、传输速度快、传输容量大以及抗干扰能力强等。然而，也存在一些缺点，如成本高、维护难度大以及光纤弯曲半径的限制等。
Model: TRICONEX IMFF4703X
Directory Description: Optical fiber communication ports
Delivery time: from stock
Delivery method: SF Express/Deppon
Warranty: One year
The TRICONEX IMFF4703X optical fiber communication interface is a physical interface used to connect optical fiber cables. The principle is to use light from an optically dense medium to an optically phobic medium to generate total reflectness1. Common optical fiber interface types include SC, ST, FC, etc. These types are developed by Japan's NTT Company1.
FC interface: The shell material is metal, the interface is threaded, and it can be fixed well when the optical module is connected. In telecommunications networks, in order to ensure signal quality and stability, single-mode fiber is usually selected as the transmission medium, and FC fiber interface is used to connect.
ST interface: The material is metal, the interface is a clip type, often used in optical fiber distribution frame.
SC port: Made of plastic and connected in push-pull mode, the port can be stuck to the optical module, and is commonly used in switch 2. In the local area network of enterprises or campuses, multi-mode fiber is often used to connect switches on various floors because of its cost effectiveness and sufficient transmission distance, and SC fiber interface is widely used because of its convenient pluggable design.
In addition, there are other types such as LC interface, PC interface and APC interface. The choice of these interface types depends on specific application scenarios and requirements, such as transmission distance, transmission rate, and system compatibility.
The TRICONEX IMFF4703X optical fiber communication interface has many advantages, such as long transmission distance, fast transmission speed, large transmission capacity and strong anti-interference ability. However, there are also some disadvantages, such as high cost, difficult maintenance and the limitation of the bending radius of the fiber.
