Fiber Optic Splitter Supplier

A fiber optic splitter is a passive optical device used in fiber optic networks to split an optical signal into multiple signals or to combine multiple signals into one. It essentially divides the incoming signal from one fiber into several fibers, allowing for multiple connections.
How does humidity affect the connection point stability of fiber optic splitter?
Humidity has a direct impact on the stability of the connection points of fiber optic splitters, which is mainly reflected in the following aspects:
Corrosion: The presence of water vapor and other chemicals in high-humidity environments can cause corrosion of metal components at connection points. Especially for metal joints or connectors at connection points, long-term exposure to moisture will accelerate the oxidation and corrosion of the metal, causing the connection to lose electrical contact, thereby reducing the stability and reliability of signal transmission.
Media Moisture Absorption: The media surrounding the splitter connection point (such as connectors, adapters, etc.) may absorb moisture, causing the performance of the media to change. For example, moisture absorption of the media in a fiber optic connector may cause moisture to accumulate inside the connector, affecting the connector's optical properties and connection quality.
Optical performance changes: Humidity changes may cause changes in the refractive index at the fiber connection point, thereby affecting the transmission performance of the optical signal at the connection point. Especially in high-humidity environments, water films or water droplets may form around the fiber connection points, changing the transmission path and refractive index of the optical signal, resulting in increased signal attenuation or scattering.
Reduced connector sealing performance: High humidity environments may cause the aging and damage of connector seals (such as rubber rings, sealants, etc.), causing the connector to lose good sealing performance. Connectors that have lost their sealing properties are susceptible to the intrusion of moisture and contaminants, resulting in reduced optical performance and connection quality at the connection point.
Therefore, in order to ensure the stability of the fiber optic splitter connection point, when used in a humid environment, it is necessary to select connectors and adapters with good moisture-proof performance, and to regularly check and maintain the connection point to reduce the negative impact of humidity on the connection stability. Influence.

Why does fiber optic splitter need to be anti-static when repairing it?
The reason why anti-static is required during fiber optic splitter maintenance is mainly because static electricity may cause damage to the electronic components inside the fiber optic splitter. Electrostatic discharge is a sudden and intense release of electrical current that can damage the tiny structure of electronic components, causing them to degrade or fail completely. During the maintenance process of optical fiber splitters, electrostatic discharge may come from many aspects, such as static electricity carried by the maintenance personnel's bodies, static electricity accumulation in the working environment, etc.
In order to prevent static electricity from causing damage to fiber optic splitters, maintenance personnel need to take a series of anti-static measures during the maintenance process. For example, wear anti-static work clothes, wear anti-static gloves and bracelets, use anti-static tools and equipment, and keep the work environment clean and dry. These measures can effectively reduce the generation and accumulation of static electricity and protect the electronic components inside the fiber optic splitter from static electricity damage.
In addition, anti-static protection during fiber optic splitter maintenance is also an important part of ensuring the smooth progress of the maintenance work. Static interference may cause unexpected situations during the maintenance process, such as equipment failure, data transmission errors, etc., thus affecting maintenance efficiency and accuracy. Therefore, when repairing fiber optic splitters, you must pay attention to anti-static work to ensure the safety and smooth progress of the repair process.