6200

Series:	--
Part Status:	Active
Lead Free Status / RoHS Status:	--
Connector Style:	FC
Moisture Sensitivity Level (MSL):	--
Connector Type:	Plug
Simplex/Duplex:	Simplex
Mode:	Multimode
Fiber Core Diameter:	--
Fiber Cladding Diameter:	125µm
Cable Diameter:	2.9mm
Mounting Type:	Free Hanging (In-Line)
Fastening Type:	Threaded
Housing Color:	Gray
Boot Color:	White
Ingress Protection:	--
Features:	Hot Melt, Strain Relief
Attenuation - Typ:	-0.2dB
Reflection:	-25dB
Housing Material:	Thermoplastic Elastomer (TPE)
Ferrule Material:	Zirconia
Body Material:	Engineered Resin
Operating Temperature:	-10°C ~ 60°C
Mating Cycles:	500

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Fiber Optic Connectors

Fiber optic connectors are used to link two endpoints together in an optical network. They are capable of connecting fiber cables with another component, such as an optical transceiver, to form a high-speed, low-loss connection. Fiber optic connectors are commonly used in telecommunications, cable TV, and wireless communication systems.A fiber optic connector has two main parts: a plug and a socket. The plug is inserted into the socket and secured in place with a cover. The plug consists of an outer wall that contains a ferrule and a core, while the socket usually consists of a body and a collar. The ferrule is the hardened metal part of the plug that houses the core and provides the junction between the two ends of the fiber optic cable. The core is the part of the plug that terminates the fiber.Fiber optic connectors are designed to provide an efficient connection between two components by providing low loss and high speed. They are designed to minimize signal loss on the transmission path. The connectors also provide resistance to the environment, such as dust, water, and temperature.Due to their small size, fiber optic connectors can be used in many applications. They can be used in data centers, medical imaging systems, broadcast equipment, Wi-Fi networks, and satellite systems.Fiber optic connectors are available in a variety of shapes and sizes. Commonly used fiber optic connectors include Multi-Fiber Connectors (MFC), Small Form Factor Connectors (SFF), and Ultra-Thin Multi-Fiber Connectors (UFMC). MFCs have a total of up to 12 fiber strands inside and a stainless steel ferrule, while SFFs are smaller than MFCs and are easier to handle. UFMCs have up to 24 fiber strands and a stainless steel ferrule.The working principle of fiber optic connectors is based on the refraction of light along the bend radius. When light passes through the ferrule, it hits the core at an angle. This creates a refractive angle that bends the light and eliminates any losses due to reflection. The low losses and high speed connection of fiber optic connectors make them the perfect choice for many applications.In addition to providing a fast and high-bandwidth connection, fiber optic connectors can also provide some level of environmental protection. They can be used in harsher environments, such as in the outdoors, where normal cables would not be able to withstand the conditions. Fiber optic connectors are also highly resistant to electrical noise and electromagnetic interference, making them ideal for networks with a large amount of data transfer.Fiber optic connectors have revolutionized the way networks are designed and connected. They provide a reliable and high-speed connection for data transfer and are increasingly being used in all kinds of applications. From telecommunications to medical imaging systems, fiber optic connectors are becoming increasingly commonplace in today’s networks.

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