Grinding is the most important part of the connector assembly process. Grinding is mainly to adjust the 3D parameters of the ferrule end face and the end face treatment. 3D parameters will affect the docking performance of the connector, such as whether the docking is accurate, whether the contact is tight, etc.; thus, it will have a certain impact on the optical characteristics, mainly affecting its insertion loss and return loss. The quality of the end face will also affect the optical characteristics and service life of the connector. Grinding is one of the factors that affect the insertion loss of the connector; but for the return loss of the connector, grinding plays a decisive role. The common sense that you need to know about grinding first, grinder: center pressure grinder, pressure applied from the center of the grinding disc. The biggest advantage is that the pressure can be adjusted, that is, the pressure can be adjusted to adjust the 3D parameters, and the 3D parameters can be adjusted by changing the hardness of the polishing pad. There are more options for the adjustment of 3D parameters, so the type of polishing pad can be reduced. need. The shortcomings are:...
“Full house gigabit”is the technology that brings WiFi signals to every corner of the house.It replaces the traditional network cable with optical fiber wiring,can realize seamless roaming at home,and can also solve the problem of network stuck.For small partners with high WiFi signal requirements,the”Gigabit Whole House”is simply a big savior! Say goodbye to WiFi dead ends Why there is a blind spot in the WiFi signal,in fact,has nothing to do with the quality of the router,and it has nothing to do with the broadband package.All the friends who have applied for broadband packages know that when the fiber enters the home,an optical modem will be connected,and the optical modem will perform photoelectric conversion to provide wired broadband connection and WiFi signal.Small partners who pay more attention to signals will also purchase additional routers,connect the optical modems via wired,and introduce the wireless signals in the home from the information box to the center of the home. Signal dead angle problem,one of the reasons lies in the location of the optical modem and the router.The light cat is placed in the information box at home,usually in the entrance area.At the same time,due to the material of the metal cover of the information...
Introduction In the fast-evolving field of optical communication, efficiency, precision, and stability are critical factors that determine the success of a project. On-site fiber optic polishing machines have emerged as essential tools in modern optical communication engineering. They offer numerous advantages over traditional methods like fiber fusion splicing. Below, we explore the key benefits of using on-site fiber optic polishing machines and how they enhance project execution. Key Advantages 1. High Efficiency On-site fiber optic polishing machines significantly speed up the fiber termination process. Unlike traditional splicing methods, which require additional steps and complex setups, these machines streamline operations, saving both time and labor costs. 2. High Precision and Stability The advanced technology in fiber optic polishing machines ensures accurate and stable performance. These devices maintain high precision in polishing, minimizing optical losses and enhancing the quality of fiber connections. 3. Reduced Secondary Damage and Rework By allowing direct connector production on-site, these machines eliminate the need for extensive rework. Unlike fiber fusion splicing, which often results in secondary damage and higher rework rates, on-site polishing machines ensure a more reliable and durable connection. 4. Multi-Type Compatibility One of the standout features of on-site fiber optic polishing machines is their...
