DSMB-02C |单模光纤模块 | DSMB-02C 3AFE64666606 | DSDX452

　　型号：DSMB-02C

　　类别：单模光纤模块

　　成色：全新/非全新

　　快递：顺丰/德邦

　　质保：一年

　　货期：现货

　　产品净深:350 mm

　　产品净高:20 mm

　　产品净宽:255 mm

　　产品净重:0.44 kg

　　DSMB-02C单模光纤模块是一种在光通信系统中广泛使用的光学器件，主要用于实现光信号从一个设备到另一个设备的传输。以下是关于单模光纤模块的详细介绍：

　　定义与功能：

　　单模光纤模块是指使用单模光纤作为传输介质的光模块。

　　它可以将光信号转换成电信号，或将电信号转换成光信号，以便在光纤传输中进行数据传输。

　　技术特点：

　　DSMB-02C使用的单模光纤具有较小的纤径(9/125 m)，能够传输单一模式的光信号。

　　具有较低的色散和损耗，能够实现更远距离的传输和更高的传输速率。

　　通常采用激光器作为光源，具有较窄的发射光谱和较高的光功率。

　　结构与组成：

　　单模光纤模块通常由发射器、光接收器、接收灵敏度放大器和驱动电路等组成。

　　发射器通常采用半导体激光器，发出的光束经过光线整形器后，通过单模光纤传输到接收器。

　　接收器接收来自光纤的光信号，经过检波器检测后，将信号转换成电信号输出到接收灵敏度放大器中。

　　DSMB-02C | Single-mode optical fiber module | DSMB-02C 3AFE64666606 | DSDX452

　　Model: DSMB-02C

　　Category: Single-mode optical fiber module

　　Finish: New/not new

　　Express: SF Express/Debon

　　Warranty: One year

　　Delivery time: from stock

　　Product depth :350 mm

　　Product height :20 mm

　　Product net width :255 mm

　　Net weight: 0.44kg

　　DSMB-02C single-mode optical fiber module is an optical device widely used in optical communication systems, mainly used to realize the transmission of optical signals from one device to another device. The following is a detailed introduction to the single-mode optical fiber module:

　　Definition and functions:

　　Single-mode fiber module refers to the optical module that uses single-mode fiber as the transmission medium.

　　It can convert optical signals into electrical signals, or convert electrical signals into optical signals for data transmission in optical fiber transmission.

　　Technical features:

　　The single-mode fiber used by the DSMB-02C has a small diameter (9/125 m) and is capable of transmitting a single mode of optical signal.

　　With lower dispersion and loss, it can achieve longer distance transmission and higher transmission rate.

　　Lasers are usually used as light sources, with a narrower emission spectrum and higher optical power.

　　Structure and composition:

　　A single-mode optical fiber module is usually composed of a transmitter, an optical receiver, a receiving sensitivity amplifier and a drive circuit.

　　The transmitter usually uses a semiconductor laser, and the beam is transmitted to the receiver through a single-mode fiber after passing through the ray shaper.

　　The receiver receives the optical signal from the fiber, and after detection by the detector, converts the signal into an electrical signal and outputs it to the receiving sensitivity amplifier.